Page 1: User Guide
® PacketStar PSAX 4500 Multiservice Media Gateway User Guide Issue 2, September 2002 System Software Release 8.0.0 Doc. No.: 255-700-239...
Page 3: Legal Notices, Safety, And Regulatory Information
This material is protected by the copyright laws of the United States and other countries. It may not be reproduced, distributed, or altered in any fash- ion by any entity (either internal or external to Lucent Technologies), except in accordance with applicable agreements, contracts or licensing, without the express written consent of the originating organization and the business management owner of the material.
Page 4: Warranty Warnings
Equipment failure due to inadequate maintenance will void your equip- ment warranty. WARNING: Use only air filters supplied by Lucent Technologies in your PSAX chassis. Use of other air filters will void your equipment warranty. WARNING: Damage to the module and/or chassis, that is caused by excessive force, when installing the modules will void your equipment warranty.
Page 5: Regulatory Standards Compliance
Legal Notices, Safety, and Regulatory Information Regulatory Standards Compliance Regulatory Standards Compliance The PacketStar PSAX 4500 Multiservice Media Gateway, model 45S00, is compliant with the listed safety, electromagnetic compatibility (EMC) and telecommunications standards. Applicable statements are provided in the next subsection.
Page 6: Regulatory Statements
PSAX chassis is a label that contains the FCC registration number, in addition to other information. You must provide this information to the telephone company, if they request it. The FCC requires Lucent Technologies to provide you with the following information: 1.
Page 7: Underwriters Laboratories, Ul 1950
Regulatory Statements 6. If you experience trouble with this equipment, or need repairs or war- ranty information, please refer to the Lucent Technologies InterNetworking Systems Global Warranty that accompanied your PSAX product shipment for instructions on obtaining technical support in your area.
Page 8 Legal Notices, Safety, and Regulatory Information Regulatory Statements Model No. Name 20N02 2-Port DS3 ATM 20N16 2-Port High Speed 23N03 3-Port Channelized DS3/STS-1e CES 45N03 3-Port Channelized DS3/STS-1e CES Protection 23N74 3-Port DS3/E3 ATM 45N74 3-Port DS3/E3 ATM Protection 45N01 3-Port Line Interface, PSAX 4500 23N02 3-Port Unstructured DS3/E3 CES...
Page 9: Canadian Regulatory Statements
European Union Regulatory Statement CE-Marking Hereby, Lucent Technologies declares that the PacketStar PSAX 1000 (-48 V dc and 220 V ac), PSAX 1250 (-48 V dc and 220 V ac), PSAX 2300, and PSAX 4500 Multiservice Media Gateways are in compliance with the...
Page 10 Regulatory Statements EU-regulativer CE-mærkning Lucent Technologies erklærer hermed at PacketStar PSAX 1000 (-48 V dc og 220 v vekselstrøm), PSAX 1250 (-48 V dc og 220 v vekselstrøm), PSAX 2300, and PSAX 4500 Multiservice Media Gateways overholder kravene i følgende EU-direktiver: •...
Page 11 KWWSZZZOXFHQWFRPLQVGRFOLEUDU\ Euroopan unionin sääntelystandardi CE-merkki Lucent Technologies vakuuttaa täten, että PacketStar PSAX 1000 (-48 V dc ja 220 V vaihtovirtaa), PSAX 1250 (-48 V dc ja 220 V vaihtovirtaa), PSAX 2300, ja PSAX 4500 Multiservice Media Gatewayt täyttävät seuraavien neuvoston direktiivien keskeiset vaatimukset ja asiaankuuluvat määräykset:...
Page 12 Norm van de Europese Unie CE-markering Lucent Technologies verklaart hierbij dat de PacketStar PSAX 1000 (-48 V dc en 220V wisselstroom), PSAX 1250 (-48 V dc en 220V wisselstroom), PSAX 2300, en PSAX 4500 Multi Service Media Gateways voldoen aan de essentiële vereisten en andere relevante bepalingen van de volgende Rich-...
Page 13: Japanese Regulatory Statements
Europeiska unionens standardförordning CE-märkning Lucent Technologies deklarerar härmed att PacketStar PSAX 1000 (-48 V likström och 220 V växelström), PSAX 1250 (-48 V likström och 220 V växelström), PSAX 2300, och PSAX 4500 Multiservice Media Gate- ways uppfyller de väsentliga kraven och andra relevanta bestämmelser som gäller enligt följande Europarådsdirektiv:...
Page 14: Jate
Legal Notices, Safety, and Regulatory Information Regulatory Statements JATE This equipment complies with the Japan Approvals Institute for Telecommu- nication Equipment (JATE) requirements when used in conjunction with the I/O modules listed in Table 1. Table 1. JATE Approved Modules Module Jate Model...
Page 15: Table Of Contents
Table of Contents Legal Notices, Safety, and Regulatory Information ....iii Copyright ............. iii Trademarks .
Page 16 About Lucent Technologies ........
Page 17 Table of Contents Optimizing Module Placement ..........2-10 Hardware Specifications .
Page 18 Table of Contents Integrated Link Management Interface (ILMI) ......3-17 ILMI over PNNI Overview......... . 3-17 Load Balancing for IISP and PNNI .
Page 19 Table of Contents Reduction in Post-Dial Delay ......... . .3-46 Trap Descriptions .
Page 20 Table of Contents Rules for Configuring IP Address Masks........5-13 Configuring System Identification .
Page 21 Table of Contents Configuring the PNNI Route Addresses ........6-21 Configuring PNNI Metrics .
Page 22 Table of Contents Accessing the V5 Physical C-Channel Configuration Table ....8-32 Accessing the V5 Physical C-Channel Configuration Window ....8-34 Accessing the V5 E1 Link Configuration Table .
Page 23 Table of Contents Rebooting the PSAX System ........10-22 Restoring Backup Files to the Standby CPU2 Module.
Page 24 Table of Contents Using the Hybrid Connection Configuration ....... . . C-10 Reference Information .
Page 25 Table of Contents Software Features...........E-13 Hardware Features .
Page 26 Table of Contents Software Features ..........E-28 Hardware Features .
Page 27 Table of Contents Hardware Features ..........E-44 Server Modules .
Page 28 Table of Contents ® PSAX 4500 Multiservice Media Gateway User Guide, Issue 2 Release 8.0.0 PacketStar xxviii 255-700-239...
Page 29: List Of Figures
Main Menu Help Window ...........1-6 PacketStar PSAX 4500 Multiservice Media Gateway ....... .2-2 Data Flow Through the Midplane .
Page 30 List of Figures 5-10 Diagnostics Menu ............5-28 5-11 Remote Reboot Configuration Window .
Page 31 List of Figures 6-15 PNNI Route TNS Table Window ..........6-39 6-16 PNNI Summary Address Table Window .
Page 32 List of Figures 8-11 V5 Resource Allocation Configuration Window ........8-26 8-12 V5 Data Link Configuration Table .
Page 33 List of Figures Example Configuration with the Alarm Module ........E-4 Example Configuration with the PSAX 4500 Alarm Module .
Page 34 List of Figures ® PacketStar PSAX 4500 Multiservice Media Gateway User Guide, Issue 2 Release 8.0.0 xxxiv 255-700-239...
Page 35: List Of Tables
List of Tables JATE Approved Modules ........... . . xiv Text Conventions .
Page 36 List of Tables 5-13 Field Descriptions for the Feature Turn On/Off Table ......5-32 5-14 Field Descriptions for the Protection Group Configuration Window .
Page 37 List of Tables Field Descriptions for the ATM Trunking Sig VCC Configuration Window ....7-12 Field Descriptions for the ATM Trunking Bearer VCC Table Window ....7-16 Field Descriptions for the ATM Trunking Bearer VCC Configuration Window .
Page 38 List of Tables SNMP Trap Names and Descriptions with Associated MIB Object Names ....A-4 AAL2 Configure Failure Codes ..........A-53 Active Stratum Codes .
Page 39 List of Tables A-42 2-Port E3 ATM Module Line Status Codes ........A-97 A-43 Ethernet Module Line Status Codes .
Page 40 List of Tables A-82 Tone Announcement FTP Status Codes ........A-148 A-83 Upgrade Software Copy Status Codes .
Page 41: Getting Started
Getting Started Purpose of This Guide ® The PacketStar PSAX 4500 Multiservice Media Gateway User Guide provides a description of the PSAX 4500 system and its functions and features. It also provides information about using the console interface to: • Configure basic system parameters and managing the PSAX 4500 system •...
Page 42: Related Reading
Related Reading Product Information Library To install, operate, and configure your PSAX system and I/O and server mod- ules, read the PSAX publications provided on your Lucent Technologies Pack- etStar PSAX Multiservice Media Gateways Products, Product Information Library CD-ROM. Printed Documents...
Page 43: Icons And Symbols
Chapter 1 Getting Started Conventions Table 1-1. Text Conventions Appearance How it is used Labels on module panels, chassis faceplates, or other SANS SERIF BOLD, ALL CAPS hardware Message text displayed on the user interface window Fixed-width normal Serif bold •...
Page 44: Field Description Tables
Chapter 1 Getting Started Conventions commands may have special instructions or configuration constraints called out in the Function column cells by use of the text convention (see Note: Table 1-2). Table 1-2. Command Description Table Example Command Function Bring All Interfaces Brings the out-of-service configured interfaces to in- Into Service service status.
Page 45: System Responses To Selecting Options, Fields, Or Commands
Chapter 1 Getting Started Conventions ~ Use the alternate keys, K=UP, H=LEFT, L=RIGHT to highlight (reverse video image) the option name, field name, or command you want to select and press Enter. (You can optionally redefine these alternate keys from the User Options window, which is accessible from the Console Interface Main Menu window.) ~ To quickly select a command, you can also simultaneously press Ctrl and the letter underlined in the command.
Page 46: Help Information
Chapter 1 Getting Started Help Information Help Information The Help windows are accessible from any window in the PSAX system con- sole interface. To access the Help windows, press the ? (Question Mark) key on any window. In addition to the Help windows, the Console Interface win- dows display contextual help in the information line at the bottom of each window.
Page 47: Technical Support
For More Information To learn more about the PacketStar PSAX family of Multiservice Media Gate- ways and the complete line of Lucent Technologies products, visit our Web site at www.lucent.com. About the PacketStar PSAX Product Family Lucent Technologies provides a complete range of PSAX Multiservice Media Gateways in the PacketStar PSAX family.
Page 48: Psax 1250 Multiservice Media Gateway
Chapter 1 Getting Started About the PacketStar PSAX Product Family vice media gateway applications, the PSAX 1000 system provides highly reli- able network access for time-division multiplex voice, Frame Relay, 10/100Base-T Ethernet, and ATM data applications. When it is functioning in a redundant operating mode and after it has experi- enced a single-point failure, the PSAX 1000 system provides up to 630 Mbps of ATM cell bus capacity.
Page 49: Psax 4500 Multiservice Media Gateway
10/100Base-T Ethernet, and serial—the PSAX 2300 system solves demand- ing and diverse network design challenges with ease. PSAX 4500 Multiservice Media Gateway The PacketStar PSAX 4500 Multiservice Media Gateway provides carrier-class reliability, with an unmatched range of service capabilities, end-to-end traffic prioritization, “any-service, any-channel” flexibility, and breakthrough voice technology.
Page 50 PSAX 4500 Multiservice Media Gateway User Guide, please complete the comment card that accompanied your shipment and mail it to the following address: Senior Manager, Information Design and Development Team Lucent Technologies PacketStar PSAX Products 8301 Professional Place Landover, MD 20785 You can also fax the comment card to us at: 301-809-4540.
Page 51: Hardware Description
Hardware Description Overview of This Chapter This chapter presents a description of the PacketStar PSAX 4500 Multiservice Media Gateway system hardware. System Features The PacketStar PSAX 4500 Multiservice Media Gateway is a carrier-grade, high-density asynchronous transfer mode (ATM) wide area network (WAN) access concentrator providing network access for TDM voice, frame relay, and ATM data applications.
Page 52: Functional Description
Chapter 2 Hardware Description Functional Description Figure 2-1. PacketStar PSAX 4500 Multiservice Media Gateway Functional Description Chassis The PSAX 4500 chassis is a dc-powered, fully redundant 19- or 23-inch rack- mountable chassis. The physical dimensions are 17.5 inches wide, 15.75 inches high, and 15 inches deep.
Page 53: Module Slot Locations
Chapter 2 Hardware Description Functional Description modules reside below the cable turndown loops and air filter compartment in the middle of the chassis. The rear panel provides power and ground termi- nations for the chassis and additional module slots for future enhancements. The chassis includes a midplane printed circuit board (PCB) designed to pro- vide an interface between the front and rear panel slots.
Page 54: Power Supply Modules
Chapter 2 Hardware Description Functional Description The maximum bus capacity of the system can be 9.6 Gbps in a nonredundant system configuration. When a nonprotected system is configured, both Stra- tum modules would be required to carry 4.8 Gbps each with each bus run- ning at 1.2 Gbps.
Page 55: Stratum 3-4 Module
Chapter 2 Hardware Description Functional Description The variable-speed fans are controlled through the Stratum modules. The Stratum modules sense the chassis temperature and change the fan speed to maintain air flow and temperature through the chassis. The fan speed also increases when the other fan stops operating due to failure or removal.
Page 56: Timing Sources
Chapter 2 Hardware Description Functional Description Table 2-1. Stratum 3–4 Module Status LED Indicators Faceplate Color Status Description FAIL Indicates the module is not functioning. ACTIVE Green Indicates the module is functioning properly. NO SYNC Yellow Indicates the module is not locked to a reference signal. Green TURBO Indicates whether the four midplane segments are running at...
Page 57: Redundant System Timing
Chapter 2 Hardware Description Functional Description • DSP2A/B/C/D/E/F Voice Servers ( DSP2x • Ethernet ( ENET • Route Server ( ROUTE SERVER • Tones and Announcements Server ( Redundant System Two Stratum 3–4 modules are supported as two independent synchroniza- Timing tion sources in a redundant configuration.
Page 58: Midplane Switching
Chapter 2 Hardware Description Functional Description The following information is reported through the console, Telnet, or EMS: • Stratum Mode (normal, holdover, or internal freerun timing) • Timing Mode (external, internal, or line timing) • Time of most recent reference switch •...
Page 59: System Redundancy
Chapter 2 Hardware Description Functional Description The chassis has four sets of buses, supporting slots 1–4, 5–8, 9–12, and 13–17 respectively. This allows for the use of high performance, broadband modules on either side of the chassis. The only applicable rules for installing modules include: •...
Page 60: Optimizing Module Placement
Chapter 2 Hardware Description Optimizing Module Placement SVC retention preserves active ATM switched virtual connections (SVCs) and switched permanent virtual connections (SPVCs). However, virtual connec- tions on calls in a transient state will not be saved. To preserve active virtual connections, do not remove the active module while it is synchronizing with the redundant module.
Page 61: Hardware Specifications
Chapter 2 Hardware Description Hardware Specifications • The midplane contains two buses that control the flow of data between the module slots. Even numbered slots transmit on the B bus and odd num- bered slots transmit on A bus. For example, to prevent traffic congestion, install two 1-Port OC-12c/STM-4c (with AQueMan or Traffic Shaping) modules side-by-side in the same segment to maintain the 1.2 Gbps data flow on each bus in a nonprotected configuration.
Page 62: System Environmental Specifications
Chapter 2 Hardware Description Hardware Specifications Table 2-3. Chassis Hardware Specifications (Continued) Specification Description Material Aluminum Color Black Ventilation Forced convection using two variable-speed fans (one per Power Supply module) System Environmental Specifications The environmental specifications for the PSAX 4500 chassis are given in Table 2-4.
Page 63: Stratum 3-4 Module Specifications
Chapter 2 Hardware Description Hardware Specifications Table 2-5. -48 V dc Power Supply Module Specifications (Continued) Specification Description Units per system Two required for redundancy Connector Two screw-type terminals on the rear panel Wire/cable size #12 AWG wire recommended, up to #10 Power feed: (PSAX 4500) AWG wire maximum (requires insulated cable clamps be...
Page 64: Packetstar I/O And Server Module Specifications
Chapter 2 Hardware Description Hardware Specifications Table 2-7. CPU2 Module Specifications Specification Description Slot configuration Slots 16 and 17 Dimensions 17.3 cm H x 2.4 cm W x 24.1 cm D (6.8 in. H x 0.95 in. W x 9.5 in. D) Weight 0.45 kg (1 lb) Units per system...
Page 65 Chapter 2 Hardware Description Hardware Specifications Table 2-9. Performance and Power Specifications for the PSAX Modules (Continued) Total Module Maximum Output Chassis Power Module Amount of Program and Input † Buffer Speed Consumption SDRAM Data Space Buffer 12-Port Medium- 24 MB 7 MB 4 MB 13 MB...
Page 66 Chapter 2 Hardware Description Hardware Specifications Table 2-9. Performance and Power Specifications for the PSAX Modules (Continued) Total Module Maximum Output Chassis Power Module Amount of Program and Input † Buffer Speed Consumption SDRAM Data Space Buffer 3-Port Channelized 8 MB 8 MB 2 cells/ 16 cells/...
Page 67 Chapter 2 Hardware Description Hardware Specifications Table 2-9. Performance and Power Specifications for the PSAX Modules (Continued) Total Module Maximum Output Chassis Power Module Amount of Program and Input † Buffer Speed Consumption SDRAM Data Space Buffer 1-Port OC-3c 1+1 APS 32 MB 8 MB 12 MB...
Page 68 Chapter 2 Hardware Description Hardware Specifications Table 2-9. Performance and Power Specifications for the PSAX Modules (Continued) Total Module Maximum Output Chassis Power Module Amount of Program and Input † Buffer Speed Consumption SDRAM Data Space Buffer DSP2 Voice Servers DSP2C Voice Server 1 MB 512 KB...
Page 69: System Features
• An advanced queuing and cell-switching algorithm, provided by the AQue- Man (adaptive queue management) firmware algorithm, a patented tech- nology offered by Lucent Technologies to differentiate voice, video, and data requirements. The AQueMan algorithm maximizes bandwidth effi- ciency while ensuring QoS on a congested network.
Page 70: Interface Architecture
Chapter 3 System Features Interface Architecture • A connection gateway application programming interface (API) that pro- vides an interface to the PSAX 4500 by which an external workstation (gateway) can control the PSAX 4500 ATM switching, using non-native ATM networking protocols Through the use of the API, the gateway and the PSAX 4500 can combine to perform powerful interworking among ATM, Integrated Services Digital Network (ISDN), Signaling System 7 (SS7), channel associated signaling...
Page 71: Connections Support
Chapter 3 System Features Connections Support • Physical media access—The physical media access layer handles functions specific to each physical interface, connecting each user port to other users or network elements. • Service protocol translation—The service protocol translation process per- forms segmentation and reassembly (SAR) to adapt non-native ATM ser- vices to ATM-based services and back again.
Page 72: Spvc Reconnection Prioritization
Chapter 3 System Features Connections Support Also offered are DSP2D Voice Server processing options (including voice compression, silence detection, echo cancellation, tone detection, and PCM translation) for voice traffic on SPVC connections between two or more PacketStar PSAX systems. This feature is available on all PSAX I/O modules supporting SPVCs for ATM. The standard AAL2 SPVC connection types provide an alternate means of achieving switched trunking of voice calls using PVCs.
Page 73: Sample Spvc Reconnection Prioritization Scheme
Chapter 3 System Features Connections Support Table 3-1. Sample User-Defined Priority Scheme for Reconnecting SPVC ATM IMA Links User-Assigned Traffic Type Typical ATM Service Type Priority Code TDMA/CDMA control channels CBR-1 or VBR-express AMPS channel reserved for 911 CBR-2 emergency calls GSM control channels VBR-express Digital voice channels...
Page 74: Switched Virtual Circuit (Svc) Connections
Chapter 3 System Features Connections Support • The maximum total number of AAL2 SPVC trunk connections in the chas- sis must not exceed 32. • The ATM uplink must be a 6-Port DS1 IMA module. • The PSAX with the priority system enabled will work with a PSAX with passive side SPVCs that has the priority system disabled.
Page 75: Svc Functional Description
Chapter 3 System Features Connections Support SVC Functional SVC signaling, per ATM Forum UNI 3.0 and UNI 3.1, is selectable on a per- Description port basis. Call control is performed on the CPU module, including manage- ment of the call-state transitions for each of the calls. This process allows on- demand allocation of bandwidth and connection resources.
Page 76 Chapter 3 System Features Connections Support Both user-side and network-side interfaces undergo similar state transitions. Transition messages trigger these call-state changes as follows: Call States Description #0—Null No call exists. • User—The user has requested that the system #1—Call initiated establish an outgoing call on the network.
Page 77 Chapter 3 System Features Connections Support Call States Description • User—For incoming calls, when the user has been #10—Active awarded the call. For outgoing calls, when the user has received an indication that the remote user has answered the call. •...
Page 78: User Interfaces
Chapter 3 System Features User Interfaces User Interfaces The PSAX 4500 offers a variety of user interfaces to support voice, video, and data applications. Circuit Emulation Service Circuit emulation service transports traffic over a virtual channel-based con- nection, providing service to the end user that is indistinguishable from a real point-to-point, fixed-bandwith circuit.
Page 79: Dynamic Bandwidth Circuit Emulation Service
Chapter 3 System Features User Interfaces Dynamic Bandwidth Circuit Emulation Service The dynamic bandwidth circuit emulation service (DBCES) feature is used with voice PVC connections to best utilize the available network bandwidth. This feature allows channels to be allocated dynamically as needed, based on ABCD signaling-bit information.
Page 80: Ds3 Service
Chapter 3 System Features User Interfaces DS3 Service With the PSAX 4500 system, service providers can also now concentrate the various ATM circuits onto an upstream interface to an ATM edge switch, typ- ically at the DS3 rate. With the DS3 interface, service providers can concen- trate various traffic types up to 45 Mbps.
Page 81: Pnni Features Supported By The Psax Systems
Chapter 3 System Features User Interfaces PNNI provides a method for signaling used to establish point-to-point and point-to-multipoint connections across ATM networks. PNNI is based on the ATM Forum UNI signaling, with mechanisms added to support source rout- ing, crankback and alternate routing of all call setup requests in case of con- nection setup failure.
Page 82: Pnni Topology State Element (Ptse) Information
Chapter 3 System Features User Interfaces • Sends hello packets across interswitch network-to-network interface (NNI) links that enable switches in the same peer group to discover one another. After a switch confirms that its neighbor at the other end of a link is a member of the same peer group, both exchange PNNI topology state pack- ets (PTSPs) to advise and update their call routing information.
Page 83 Chapter 3 System Features User Interfaces dual constituency, electing a PGL to represent it at the next highest level, up to a maximum of 10 levels, in accordance with ATM Forum PNNI standard af-pnni-0055.000 Annex F, Hierarchy Configuration, and Appendix G, Minimum Subsets (all border node capable switching systems features).
Page 84: Atm Maintenance
Chapter 3 System Features User Interfaces Grandparent Peer Group Logical Link Logical Group Node Highest Level Peer Group Peer Group Leaders Parent Peer Group PG (A) PG (B) Child Peer Groups PG(A.2) A.2.3 PG(B.1) PG(B.2) A.2.2 PG(A.1) PG(C) B.2.1 A.2.1 B.1.1 PG(A.4) B.2.2...
Page 85: Integrated Link Management Interface (Ilmi)
Chapter 3 System Features User Interfaces • The new administrative weight will be communicated to the ATM switch on the other end of the PNNI link via PNNI link messages. • Both SVCs and SPVCs from far end and near end ATM switch [n1]are routed away from the PNNI link with high administrative weight.
Page 86: Load Balancing For Iisp And Pnni
Chapter 3 System Features User Interfaces Load Balancing for Load balancing allows communications trunks connecting access and edge IISP and PNNI switches to balance traffic between PNNI (dynamic source routing) and IISP (static hop-by-hop routing) links. In addition to the existing parameters of path and route selection, the PSAX devices consider the values of available bandwidth and available cell rate associated with the interfaces.
Page 87: Automatic Use Of Ima Links
Chapter 3 System Features User Interfaces broadband access. The 6-Port DS1 IMA, 12-Port Medium-Density DS1 IMA, 6-Port E1 IMA, 21-Port High-Density E1 IMA, and 1-Port DS3 IMA I/O modules support the ATM IMA interface. Automatic Use of IMA Links In an IMA group, if one link is broken, the group can be configured to auto- matically use the other links.
Page 88: Frame Relay-To-Atm Interworking
Chapter 3 System Features User Interfaces ~ The IMA identifier (ID) is an 8-bit (0-255) identifier for this IMA group. There is no significance to any particular values of IMA IDs. Since the IMA ID is used to identify a group to the far-end, pick a unique value instead of leaving it as the default of 0.
Page 89 Lucent Stinger DSLAM, a CellPipe IAD or AdTran TA624.850, and a central office voice switch, such as the Lucent Technologies 5ESS switch, or with Nortel’s DMS switch. Operating on T1 circuits, the GR-303 digital loop carrier service has provi- sions for both an open interface network architecture and a digital loop car- rier system.
Page 90 Chapter 3 System Features User Interfaces 20P25). The CPU2 module has double the RAM capacity as the original CPU module. Users can enable or disable the GR-303 feature as needed. If this fea- ture is not needed, disabling it allows the system to allocate more RAM for other system functions.
Page 91: Network Management
Chapter 3 System Features Network Management Network Management The Multiservice Media Gateway system provides all the telecommunications management network (TMN) functions applicable to the system. The PSAX 4500 system (which contains network elements) can be managed in several ways using a network element management system or network man- agement system.
Page 92: Aqueview ® Element Management System
Chapter 3 System Features Network Management • In-band management by using a PVC connection over an ATM wide-area network (WAN). The in-band management feature on the CPU module allows a user to access and manage one or more PSAX systems (managed targets) via a sin- gle PVC connection from a management workstation (management host) running an SNMP client over an ATM WAN.
Page 93: Multiservice Media Gateway Software Features
Chapter 3 System Features Multiservice Media Gateway Software Features ® • Navis™ AQueView Element Management System User Guide for the Client/Server Application ® • Navis™ AQueView Element Management System User Guide for Standalone Sys- tems Multiservice Media Gateway Software Features Connection Gateway API Connection Gateway The Connection Gateway Application Programming Interface (CGAPI) pro-...
Page 94: The Psax 4500 As A Tcp Client/Server For The Connection Gateway Api
Chapter 3 System Features Multiservice Media Gateway Software Features The PSAX 4500 As a If you are using the Connection Gateway API with your PSAX system, you TCP Client/Server for need to configure the system as either a TCP client device or a TCP server the Connection device.
Page 95: Ds1 Ani In-Line Codes For Loopbacks
Chapter 3 System Features Multiservice Media Gateway Software Features DS1 ANI In-line Codes for Loopbacks The 1-Port Channelized DS3 Multiservice and CES modules support activat- ing and deactivating DS1 access network interface (ANI) in-line loopback codes embedded in the DS1 signal. These codes test transmissions between customer interface equipment and network interface equipment, for exam- ple, between PSAX central office (CO) products and customer premises equipment (CPE) products at the edge of an ATM network.
Page 96: Psax 4500 System Traffic Protection Capabilities
Chapter 3 System Features Multiservice Media Gateway Software Features matching to the CPU2 module. If the module is in loopback mode and does not detect either of the receive loop codes, it automatically returns to normal mode after two minutes. Transmit and monitor mode is exactly the same as transmit mode except that the DS0A module also reports to the CPU2 module a matching of the receive loop up and loop down codes.
Page 97 Chapter 3 System Features Multiservice Media Gateway Software Features Two types of protection schemes are supported for each protection group: N:1 and 1:1. In the N:1 scheme, one to six working modules are associated with one protection module in group 1, and one to four working modules are associated with one protection module in group 2.
Page 98 Chapter 3 System Features Multiservice Media Gateway Software Features Switchover Events During the switchover of traffic from the working module to the protection module, various events occur depending on the reason why the switchover was initiated. These events are described in the following scenarios: •...
Page 99: N:1 Protection Scheme On The Psax 4500 System
Chapter 3 System Features Multiservice Media Gateway Software Features LIM3-4 LIM3-4 LIM3-4 LIM3-4 Rear Slot 3 Slot 8 Slot 9 Slot 12 Panel Midplane Midplane Working Working Working Working Protection Protection Front Module Module Module Module Module Module Panel Slot 3 Slot 8 Slot 9 Slot 13...
Page 100: Aps/Msp Protection On The Optical Modules
Chapter 3 System Features Multiservice Media Gateway Software Features When the user executes the switchover command, the PSAX system instructs the LIM3–4 module to switch the traffic from the protection mod- ule running in Active mode to the working module. The working module is then placed into Active mode and the protection module is placed into Standby mode.
Page 101: Typical Interface Protection Group Configuration
Chapter 3 System Features Multiservice Media Gateway Software Features carrying traffic) or standby (normally idle). The feature permits N:1 and 1:1 schemes by allowing several primary interfaces and one standby interface to exist with a user-defined interface protection group. When a failure condition is detected on a primary interface, the feature moves all affected connections from the primary interface to a standby inter- face.
Page 102: Alternate Rerouting Using Dual-Homed Pvcs
Chapter 3 System Features Multiservice Media Gateway Software Features • The switchback method is automatic, where traffic from a standby is switched back to its corresponding recovered primary, and Manual, where the standby interface does not switch the traffic back to the corresponding primary interface until selected by the User.
Page 103: Firmware Release Control
Chapter 3 System Features Multiservice Media Gateway Software Features destination edge node. At that point the edge node converts the AIS to remote defect indication (RDI) messages, which are transmitted to the origi- nating node. Intermediary nodes relay the RDI messages upstream, ultimately to the origi- nating or terminating nodes.
Page 104: H.248 Media Gateway Access Protocol
Chapter 3 System Features Multiservice Media Gateway Software Features You do not need to download an I/O or server module’s firmware separately from the Multiservice Media Gateway CPU software upgrade. When the Multiservice Media Gateway software is upgraded using the SRD Download Configuration window (see Chapter 7, "Upgrading and Backing Up the PSAX System Software"), the system reboots and all firmware of the I/O and server modules (in the rebooted chassis) is also upgraded.
Page 105: Rate Options
Chapter 3 System Features Multiservice Media Gateway Software Features Multiple redundancy addressing sets up multiple virtual circuits to the same destination. The addresses for the circuits are within the error space of the principal one used for actual transmission. The most probable error patterns occurring in the address field cause the address to be changed to another valid one.
Page 106: Internet Protocol (Ip) Throttling
Chapter 3 System Features Multiservice Media Gateway Software Features When the user selects the 1/2, the 1/4, or the 1/8 rate, the encoder maintains that selected rate of encoding regardless of actual error conditions. When the user selects one of the dynamically changing rate options, the encoder employs the 1/2, 1/4, or 1/8 rate, dynamically adjusting the rate as needed, depending on the number of errors encountered on the decoding side of the circuit.
Page 107: The Relationship Between Lanet And The Osi Model
Chapter 3 System Features Multiservice Media Gateway Software Features The LANET solution offers link quality-dependent header protection while maintaining maximum compatibility with ATM standards. Figure 3-8 shows the relationship between LANET and the Open Systems Interconnection (OSI) model. SERVICE-INDEPENDENT ARCHITECTURE Voice Video Images...
Page 108: Lanet Frame Structure
Chapter 3 System Features Multiservice Media Gateway Software Features error space of the principal address used for actual transmission. The most probable error patterns occurring in the address field will simply change the address to another valid address. This approach maintains independence from the application layer because it encodes the header address within the same 10-nibble header space of standard ATM cells.
Page 109: Operations, Administration, And Maintenance (Oam)
Chapter 3 System Features Multiservice Media Gateway Software Features Operations, Administration, and Maintenance (OAM) Overview of OAM The Operations, Administration, and Maintenance (OAM) feature, available on all PacketStar Multiservice Media Gateway systems gives Public Service Providers a way to detect and receive reports on abnormal behavior in virtual path connections (VPCs) and virtual channel connections (VCCs) in an ATM network.
Page 110: Oam Atm Layer Flows
Chapter 3 System Features Multiservice Media Gateway Software Features Header Payload OAM Function Type Reserved Header 360 bits (45 bytes) Function-specific field Error Cell Detection Type Code Figure 3-10. OAM Cell Fields • Header: this is the same as the ATM cell header •...
Page 111: Oam F4 Flows
Chapter 3 System Features Multiservice Media Gateway Software Features Figure 3-11. OAM Hierarchy OAM F4 Flows OAM flows for F4 in-band maintenance are defined at the ATM layer for the VPC level. It is used for path level connections, where the virtual path (VP) flows are identified by reserved values within the path.
Page 112: Atm Layer Oam Functions
Chapter 3 System Features Multiservice Media Gateway Software Features • Existence in the same physical route for fault correlation and performance information User cells at the F5 level carry VCI cells which are defined below: (Payload Type Indicator) PTI=4 is a segment OAM F5 flow cell. This flow is identified by its standardized PTI, and is used for end-to-end VCC operations communication.
Page 113: Packet Pipe Aal5-To-Aal2 Wireless Trunking For Mobile Voice
Chapter 3 System Features Multiservice Media Gateway Software Features • Segment-endpoint: Sends a loopback cell from a designated segment to a designated segment end-point. • Next-connection-point: Sends segment OAM cells within designated segments to check the connectivity between the segment point from where the cell was issued to the next immediate connection point.
Page 114: Reduction In Post-Dial Delay
Chapter 3 System Features Multiservice Media Gateway Software Features This feature supports packet switched wireless backhaul networks for inter- connecting Lucent MSCs and Series II base stations using the Lucent propri- etary packet pipe protocol over land lines. This protocol performs encapsula- tion within ATM AAL2 for various cell site sizes.
Page 115: Multiservice Media Gateway System-Supported Service Classes
Chapter 3 System Features Multiservice Media Gateway Software Features Within each set of queues, The AQueMan algorithm assigns internal priori- ties even more specialized than the ATM Forum class definitions. Generally, the lower the assigned priority number, the greater the access to bandwidth and the less likelihood of loss.
Page 116: Cell Loss And Cell Delay Characteristics Of Atm Service Classes
Chapter 3 System Features Multiservice Media Gateway Software Features Table 3-4. Class of Service Descriptions Variable Bit Variable Bit Constant Bit Rate Real Rate Non-real Unspecified Bit Rate (CBR) Time Time (VBR- Rate (UBR) (VBR-RT) NRT) Timing Required at Required Not required Source or Destination...
Page 117: Mapping Atm Service Classes To Multiservice Media Gateway System Priority Levels
Chapter 3 System Features Multiservice Media Gateway Software Features Table 3-6. Mapping ATM Service Classes to Multiservice Media Gateway System Priority Levels PVC Connection ATM Classes of Internal Configuration Service Examples Service Priority Selections Constant Bit CBR-1 CBR1 911 calls Rate (CBR) CBR-2 CBR2...
Page 118: Atm Traffic Management (Upc Support)
Chapter 3 System Features Multiservice Media Gateway Software Features • Cell aging This capability prevents the lowest-priority data (for example, IP data) from being buffered in the Multiservice Media Gateway systems indefi- nitely. The AQueMan algorithm keeps track of how long each cell stays in the buffer.
Page 119: Cell Bus Traffic Shaping Happens On Egress To The Backplane
Chapter 3 System Features Multiservice Media Gateway Software Features on modules that are offered with Cell bus traffic shaping variations: the OC- 3c MM/SM TS and the STM-1 MM/SM TS modules. (The feature is not com- patible with the VI Support feature or the UPC Support feature on the con- nection interface types ATM IISP, ATM PNNI, and ATM UNI.
Page 120: Cell Bus Traffic Shaping Using The Input Cell-Selection Algorithm
Chapter 3 System Features Multiservice Media Gateway Software Features tracts by discarding cells that exceed the MBS parameter, end users whose traffic violates their contractual MBS parameter experience high cell loss (and hence high packet loss). With the traffic shaping feature of the OC-3c TS and the STM-1 TS modules, the Multiservice Media Gateway system effec- tively smooths bursty input LAN traffic to comply with the carrier traffic con- tract.
Page 121: Atm Traffic Shaping
Chapter 3 System Features Multiservice Media Gateway Software Features The algorithm processes traffic moving out of the input cell selection buffer according to the SCR of the particular VPC/VCC. The MBSs of traffic shaped output are set as follows: Sustained Cell Rate Maximum Burst Size (MBS) of Traffic (SCR) of VPC/VCC Shaped Output...
Page 122: Task Summary For Implementing Atm Traffic Shaping
Chapter 3 System Features Multiservice Media Gateway Software Features Task Summary for To implement ATM Traffic Shaping, these configuration conditions must be Implementing ATM met: Traffic Shaping • The Traffic Shaping field must be enabled at the interface configuration level. This action ATM traffic-shapes ingress traffic to an ATM port. After this is done, the module(s) used for this feature are ATM Traffic-Shaping enabled.
Page 123: Maximum Number Of Atm Traffic-Shaped Connections
Chapter 3 System Features Multiservice Media Gateway Software Features Maximum Number of Each OC-3c 1+1 APS and STM-1 1+1 MSP module supports 2,046 traffic- ATM Traffic-Shaped shaped connections. The minimum PCR rate supported by the algorithm is Connections 20 cps; the maximum is 4680 cps (E1 interface speed). A rounding error is introduced by the integer division used by the algorithm, so the granularity of the PCR rates supported by the algorithm suffers when the PCR exceeds the E1 speed.
Page 124: Formula For Determining The Pcr Of An Atm Traffic-Shaped Connection
Chapter 3 System Features Multiservice Media Gateway Software Features 1. In box 1, the first queue is 386 with a T value = 20. The ATM traffic shaper reads these values. 2. The ATM traffic shaper sends out a cell from queue 386, and calculates the new location for queue 386: T value = 20 + box # 1 = (20+1) = 21 3.
Page 125: V5.2 European Idlc
Chapter 3 System Features Multiservice Media Gateway Software Features PCR = the PCR of the ATM traffic-shaped connection SCR = the SCR of the ATM traffic-shaped connection F is a function of the summation of the PCRs of constant bit rate connec- tions plus the SCRs of the variable bit rate (real time) connections divided by the interface data rate.
Page 126: Voice Compression
Chapter 3 System Features Multiservice Media Gateway Software Features Voice Compression Voice compression over AAL2 works for any voice channel using a-Law or mu-Law PCM. Non-mupltiplexed AAL2 sends one ATM cell every 5 seconds when silence detection is enabled. Standard AAL2 transmission provides a triple redundancy every 5 seconds to protect against packet loss.
Page 127: Virtual Routing
Chapter 3 System Features Multiservice Media Gateway Software Features Assuming the traffic arriving at the PSAX in the MSC has a mix of analog voice and PacketPipe, from, for example, a remote PSAX with DSP2E mod- ules, the analog voice can be handled in a DSP2D module, while the Packet- Pipe traffic can use the DSP2F module.
Page 128: Traffic Flow Description
Chapter 3 System Features Multiservice Media Gateway Software Features into IP datagrams and is forwarded in the same manner as ingress IP traffic. The key differences between this and other IP switches is support for the fol- lowing: • Virtual routing •...
Page 129: Virtual Router Concept
Chapter 3 System Features Multiservice Media Gateway Software Features Each Enterprise/Service Provider Enterprise 1/ Enterprise 2/ Enterprise 3/ occupies its own Service Provider 1 Service Provider 2 Service Provider 3 Virtual Router Space. The Enterprise/Service Provider consist of one or more physical connections.
Page 130: Psax Module Features
Chapter 3 System Features PSAX Module Features Existing Console FR Connections Partitioned In-Band into IP Network Interfaces Management 192.001.001.001 255.255.255.000 Virtual 192.001.002.001 Router 255.255.255.000 192.001.003.001 255.255.255.000 145.121.215.001 Virtual 255.255.000.000 Router 145.122.215.001 Exisiting In Band Management 255.255.000.000 145.123.215.001 192.001.004.001 255.255.000.000 255.255.255.000 192.001.005.001 A network interface may be 255.255.255.000...
Page 131: Using Vt100 Terminal Emulation
Using VT100 Terminal Emulation Overview of This Chapter VT100 terminal emulation is used in configuring and managing the PSAX 4500 system from the serial interface port labeled CONSOLE on the faceplate. The PSAX 4500 system software supports the following terminal emulation software: •...
Page 132: Connect To Window
Chapter 4 Using VT100 Terminal Emulation Setting Up The Windows HyperTerminal Emulator 2 In the Name field, enter a name for the new connection. 3 In the Icon field, click an icon symbol to identify this new connection. 4 Click OK. The Connect To window is displayed (see Figure 4-2).
Page 133: Connecting A Dialup Modem To The Chassis
Chapter 4 Using VT100 Terminal Emulation Connecting a Dialup Modem to the Chassis 7 Enter the appropriate values for the fields on this window according to the information provided in Table 4-1. Table 4-1. Windows HyperTerminal Settings Option Setting Configure: 9600 baud Data bits: Parity:...
Page 134 Chapter 4 Using VT100 Terminal Emulation Connecting a Dialup Modem to the Chassis ® PSAX 4500 Multiservice Media Gateway User Guide, Issue 2 Release 8.0.0 PacketStar 255-700-239...
Page 135: Site-Specific Configuration
Site-Specific Configuration Overview of This Chapter This chapter describes how to: • Log on and off the PSAX system • Configure the basic site-specific parameters of your PSAX 4500 system • Configure call resources • Enable/disable system-wide features • Reboot PSAX system CPUs •...
Page 136: Psax 4500 Multiservice Media Gateway System Logon Window
Chapter 5 Site-Specific Configuration Logging onto the System The PSAX 4500 Logon window is displayed (see Figure 5-1). 3 Enter the values for the fields on this window according to the informa- tion provided in Table 5-1. The Console Interface Main Menu window is displayed (see Figure 5-2). At the time of initial configuration, the Console Interface Main Menu win- dow displays a field with a pair of opposing square brackets in the upper right corner.
Page 137: Console Interface Main Menu Window
Chapter 5 Site-Specific Configuration Logging onto the System Figure 5-2. Console Interface Main Menu Window Table 5-1. Field Descriptions for the Logon Window Field Names Field Values Description Username Default: blank field Provides two levels of access to the PSAX system. Note: You cannot create your own username;...
Page 138: Changing The System Password And Other User Options
Chapter 5 Site-Specific Configuration Changing the System Password and Other User Options Changing the System Password and Other User Options When initially configuring the system, you can log in with configuration access or read-only access. Usernames cannot be changed. However, you should change the default passwords and the default SNMP community string name to ones of your choosing.
Page 139: User Options Window
Chapter 5 Site-Specific Configuration Changing the System Password and Other User Options Note: You must reboot your PSAX system for these changes to take effect. For information on rebooting system components, see Chapter 5, “Using System Diagnostics.” Figure 5-3. User Options Window Command Function Change Password for...
Page 140: Field Descriptions For The User Options Window
Chapter 5 Site-Specific Configuration Changing the System Password and Other User Options Table 5-2. Field Descriptions for the User Options Window Field Names Field Values Description Alternate Default: Up: K If you want to use keyboard short-cuts instead of Navigation Keys Down: J the cursor positioning (arrow) keys for navigating Up, Down, Left,...
Page 141 Chapter 5 Site-Specific Configuration Changing the System Password and Other User Options Table 5-2. Field Descriptions for the User Options Window Field Names Field Values Description Timeout Length Default: 10 minutes The setting in this field determines the period of Next SNMP read- time that the session will remain active after the Range: N/A...
Page 142: Console Interface Main Menu Options
Chapter 5 Site-Specific Configuration Console Interface Main Menu Options Console Interface Main Menu Options The Console Interface Main Menu window includes the following options as shown in Table 5-3: Table 5-3. Console Interface Main Menu Options For information on using this see...
Page 143: Configuring The System For Your Site
Chapter 5 Site-Specific Configuration Configuring the System for Your Site Table 5-4. Site-Specific Options Documented in the PSAX Multiservice Media Gateways Product Information Library To use this menu option... see this document... ® ATM Trunking Configuration Any PacketStar PSAX User Guide for Multiservice Media Gateways, Release 8.0.0, Issue 1 DSP Resource Configuration...
Page 144: Configuring System Identification Information
Chapter 5 Site-Specific Configuration Configuring the System for Your Site Begin On the Console Interface Main Menu window, select the Site-Specific Configuration command. The Site-Specific Menu window is displayed (see Figure 5-4). Figure 5-4. Site-Specific Menu Window (No System Options Configured) This menu provides access to the functions that the PSAX system uses to manage the various systemwide features.
Page 145: Site-Specific Configuration Window
Chapter 5 Site-Specific Configuration Configuring the System for Your Site 2 On the Site Specific Menu window, select the Site-Specific Configuration option. The Site-Specific Configuration window is displayed (see Figure 5-5). Note: The system performs error checking on each field by highlighting any field containing an incorrect value.
Page 146: Rules For Configuring Ip Addresses
Chapter 5 Site-Specific Configuration Configuring the System for Your Site Table 5-5. Field Descriptions for Master ATM Address and OAM Related Data Panel Field Name Field Values Description Master Node Addr Default: 0000.0000. Indicates the master node address where the 0000.0000.0000.
Page 147: Rules For Configuring Ip Address Masks
Chapter 5 Site-Specific Configuration Configuring the System for Your Site 4. The switch IP and in-band IP management addresses may each be zero. If the CPU IP address (or switch IP address) and the in-band management IP address are in the same class, their masks must be the same. Note: If the CPU IP address is zero and the ssid file on the CPU2 mod- ule is corrupted, the system cannot access the Ethernet.
Page 148 Chapter 5 Site-Specific Configuration Configuring the System for Your Site Table 5-6. Field Descriptions for Master ATM Address and OAM Related Data Panel Field Name Field Values Description Master Node Addr Default: 0000.0000. Indicates the master node address where the 0000.0000.0000.
Page 149: Field Descriptions For The System Identification Panel
Chapter 5 Site-Specific Configuration Configuring the System for Your Site Table 5-7. Field Descriptions for the System Identification Panel Field Name Field Values Description [Chassis Type] Default: N/A Displays the type of PSAX system you are config- display only uring. Range: N/A Format: predefined alphanumeric...
Page 150: Configuring System Date And Time
Chapter 5 Site-Specific Configuration Configuring the System for Your Site Configuring System Date and Time Perform the steps in the following procedure to date and time for your PSAX 4500 from the Site-Specific Configuration window. Begin 1 Enter values in the fields on the System Date and Time panel according to the information provided in Table 5-8.
Page 151: Configuring The Psax System As A Tcp Server Or A Tcp Client
Chapter 5 Site-Specific Configuration Configuring the System for Your Site Table 5-8. Field Descriptions for the System Date and Time Panel Field Name Field Values Description Time from UTC Default: -00 : 00 Specifies the differential between the local time and the UTC (GMT) time.
Page 152: Tcp Server Configuration Window (Psax System As A Tcp Client)
Chapter 5 Site-Specific Configuration Configuring the System for Your Site 4 To return to the Site-Specific Configuration window, select the Go Back to Site-Specific Screen command. Figure 5-6. TCP Server Configuration Window (PSAX System as a TCP Client) Figure 5-7. TCP Server Configuration Window (PSAX System as a TCP Server) The commands on this window have the following functions: ®...
Page 153: Configuring Snmp Trap Destinations
Chapter 5 Site-Specific Configuration Configuring the System for Your Site Command Function Apply TCP Server Configu- Applies the configuration. ration Reset TCP Server Display Resets the display. Go Back to Site-Specific Redisplays the Site-Specific Configuration Screen window. Table 5-9. Field Descriptions for the TCP Server Configuration Window Field Name Field Values Description...
Page 154: Field Descriptions For The Snmp Trap Destinations Panel
Chapter 5 Site-Specific Configuration Configuring the System for Your Site Begin 1 On the Site-Specific Configuration window, enter the values in the fields on the SNMP Trap Destinations panel for NMS 1 according to the infor- mation provided in Table 5-10. 2 Repeat step 1 for each network management station you want to define (up to a total of five).
Page 155: Configuring Call Control Resource Allocation
Chapter 5 Site-Specific Configuration Configuring Call Control Resource Allocation Table 5-10. Field Descriptions for the SNMP Trap Destinations Panel Field Name Field Values Description Source Addr. Default: Interface Indicates the IP address of the source system that will send the SNMP traps to the network man- Range: N/A agement system.
Page 156: Site-Specific Menu Window
Chapter 5 Site-Specific Configuration Configuring Call Control Resource Allocation 2 Select the Call Control Resource Allocation Configuration option. The Call Control Resource Allocation Configuration window is displayed. Upon initial display, it appears as in Figure 5-9. . 3 Enter values in the fields on this window according to the guidelines pro- vided in the section, “Configuration Guidelines,”...
Page 157: Call Control Resource Allocation Configuration Window
Chapter 5 Site-Specific Configuration Configuring Call Control Resource Allocation Figure 5-9. Call Control Resource Allocation Configuration Window The commands on this window have the following functions: Command Function Apply Configuration Applies the values you entered on this window. Go Back to Site-Specific Redisplays the Site-Specific Menu win- Menu dow.
Page 158: Field Descriptions For The Call Control Resource Allocation Configuration Window
Chapter 5 Site-Specific Configuration Configuring Call Control Resource Allocation • When changing the values in these fields to suit your needs, keep in mind that the PSAX system calculates the percentage of the memory allocation usage from the combination of values you have entered in the fields. This calculation is displayed in the callContrlResAllocUsage field.
Page 159: Field Descriptions For The Call Control Resource Allocation Configuration Window
Chapter 5 Site-Specific Configuration Configuring Call Control Resource Allocation Table 5-11. Field Descriptions for the Call Control Resource Allocation Configuration Window (Continued) Field Name Field Values Description spvcTePtToPtCalls Default: 000100 Specifies the maximum number of SPVC terminal emulation point-to-point calls to be supported by the Range: 0–10000 PSAX system.
Page 160 Chapter 5 Site-Specific Configuration Configuring Call Control Resource Allocation Table 5-11. Field Descriptions for the Call Control Resource Allocation Configuration Window (Continued) Field Name Field Values Description sgApiPtToPtSvc Default: 000000 Specifies the Connection Gateway API Applications: Calls maximum number of SVC point-to-point calls for the Range: Connection Gateway API to be supported by the PSAX Format:...
Page 161: Saving The Configuration And Rebooting The System
Chapter 5 Site-Specific Configuration Configuring Call Control Resource Allocation The maximum number of calls (connections) for PVCs, SPVCs, and SVCs you can set up for a PSAX system are provided in Table 5-12. Table 5-12. PSAX System Performance Capabilities Per Node for Release 8.0.0 Maximum Number of Calls per Node Connection Type with CPU2 and CPU3L Modules...
Page 162: Diagnostics Menu
Chapter 5 Site-Specific Configuration Configuring Call Control Resource Allocation The configuration values you entered in the procedure are now in effect. Figure 5-10. Diagnostics Menu Figure 5-11. Remote Reboot Configuration Window ® PSAX 4500 Multiservice Media Gateway User Guide, Issue 2 Release 8.0.0 PacketStar 5-28...
Page 163: Backing Up Configuration Data
Chapter 5 Site-Specific Configuration Configuring GR-303 Backing Up Configuration Data You can back up the data on the Call Control Resource Allocation window by backing up the file ssid.def, which resides on the CPU module system disk. We highly recommend that you back up the ssid.def file, which contains your configuration data.
Page 164 Chapter 5 Site-Specific Configuration Enabling and Disabling System-Wide Features The Feature Turn On/Off window (see Figure 5-13) is displayed. The fields on this window are described in Table 5-13. 3 Enable or disable the interface feature you want by selecting it and press- ing Enter.
Page 165: Feature Turn On/Off Window
Chapter 5 Site-Specific Configuration Enabling and Disabling System-Wide Features Figure 5-13. Feature Turn On/Off Window The commands on this window have the following functions: Command Function Page Up Scrolls up one page. Page Down Scrolls down one page. Displays entries at the top of the table. Bottom Displays entries at the bottom of the table.
Page 166 Chapter 5 Site-Specific Configuration Enabling and Disabling System-Wide Features Table 5-13. Field Descriptions for the Feature Turn On/Off Table Field Name Field Values Description Total: 0/0 Default: N/A First number: Indicates which Feature ID is cur- rently selected in the table. Range: 1–6 Second number: Indicates the total number of Format: Numeric...
Page 167: Rebooting Redundant Or Non-Redundant Psax System Cpus
Chapter 5 Site-Specific Configuration Rebooting Redundant or Non-Redundant PSAX System CPUs Table 5-13. Field Descriptions for the Feature Turn On/Off Table Field Name Field Values Description desired status Default: Enable or Specifies whether the feature is to be made oper- (display only) Disable (depend- ational or not.
Page 168: Console Interface Main Menu Window (Save Configuration Option Selected)
Chapter 5 Site-Specific Configuration Rebooting Redundant or Non-Redundant PSAX System CPUs Figure 5-14. Console Interface Main Menu Window (Save Configuration Option Selected) The following message is displayed in the status line: T-SaveConfiguration: saveConfigurationReasonCode=All-OK In a PSAX system with redundant CPU modules, this command causes the backup (standby) CPU module to reboot.
Page 169: Remote Reboot Configuration Window (Primary Switchover Option Selected)
Chapter 5 Site-Specific Configuration Rebooting Redundant or Non-Redundant PSAX System CPUs Begin Note: Performing this procedure does NOT interrupt traffic running through the PSAX chassis. 1 On the Console Interface Main Menu window, select the Diagnostics option. The Diagnostics Menu window is displayed. 2 On the Diagnostics Menu window, select the Reboot Hardware Compo- nents option.
Page 170 Chapter 5 Site-Specific Configuration Rebooting Redundant or Non-Redundant PSAX System CPUs module (originally the primary CPU). The green LED ACTIVE is illumi- nated on the primary CPU module. Rebooting the The following procedure applies typically to all nonredundant PSAX systems. Nonredundant PSAX System Begin...
Page 171: Configuring Interface Protection Groups
Chapter 5 Site-Specific Configuration Configuring Interface Protection Groups Figure 5-16. Remote Reboot Configuration Window (Reboot Primary CPU Option Selected) Configuring Interface Protection Groups The Interface Protection Group feature enables you to configure an interface protection group as primary and secondary, with the secondary group serv- ing as a standby in the event the primary ATM link fails.
Page 172: Interface Protection Feature Configuration Window
Chapter 5 Site-Specific Configuration Configuring Interface Protection Groups The Interface Protection Feature Configuration window is displayed (see Figure 5-17). 2 Select the Protection Group Table option. The Protection Group Table window is displayed (see Figure 5-18). 3 Select the Add a Protection Group command. The Protection Group Configuration window is displayed (Figure 5-19).
Page 173: Protection Group Table Window
Chapter 5 Site-Specific Configuration Configuring Interface Protection Groups Figure 5-18. Protection Group Table Window The commands on this window have the following functions. Command Function Page Up Scrolls up one page. Page Down Scrolls down one page. Displays entries at the top of the table. Bottom Displays entries at the bottom of the table.
Page 174: Protection Group Configuration Window
Chapter 5 Site-Specific Configuration Configuring Interface Protection Groups Figure 5-19. Protection Group Configuration Window The commands on this window have the following functions. Command Function Add to Protection Group Creates a new protection group ID and applies the values in the fields. Delete from Protection Deletes the protection group ID and redis- Group and Return...
Page 175 Chapter 5 Site-Specific Configuration Configuring Interface Protection Groups Table 5-14. Field Descriptions for the Protection Group Configuration Window Field Names Field Values Description Switchover Method Default: Auto Specifies the method used to switch traffic from a failed primary interface to an available standby Range: N/A interface.
Page 176: Creating An Interface Protection Group
Chapter 5 Site-Specific Configuration Configuring Interface Protection Groups Creating an Interface Protection Group Begin 1 On the Interface Protection Feature Configuration window, select the Interface Protection Table option. The Interface Protection Table window is displayed (see Figure 5-20). 2 Select the Add a Protection Group command. The Interface Protection Configuration window is displayed (Figure 5-21).
Page 177: Interface Protection Configuration Window
Chapter 5 Site-Specific Configuration Configuring Interface Protection Groups Command Function Page Up Scrolls up one page. Page Down Scrolls down one page. Displays entries at the top of the table. Bottom Displays entries at the bottom of the table. Total:0/0 The first number in this field indicates the number of the table entry on the first line of the currently displayed window.
Page 178: Field Descriptions For The Interface Protection Configuration Window
Chapter 5 Site-Specific Configuration Configuring Interface Protection Groups Command Function Interface Switchover Initiates a manual switchover from the failed primary interface to the standby interface. Interface Switchback Initiates a switchback. Go Back to Protection Redisplays the Protection Group Table Group Table window.
Page 179: Internet Protocol (Ip) Throttling
Chapter 5 Site-Specific Configuration Internet Protocol (IP) Throttling Table 5-15. Field Descriptions for the Interface Protection Configuration Window Field Names Field Values Description Operational State Default: Inactive Indicates whether the interface is operational or (display only) not. Range: N/A Format: predefined Inactive Indicates that the interface is not operationally active.
Page 180: The Ip Throttling Window (Disabled)
Chapter 5 Site-Specific Configuration Internet Protocol (IP) Throttling Figure 5-22. Site-Specific Menu (IP Throttling Configuration Option Selected) Figure 5-23. The IP Throttling Window (Disabled) ® PSAX 4500 Multiservice Media Gateway User Guide, Issue 2 Release 8.0.0 PacketStar 5-46 255-700-239...
Page 181: The Ip Throttling Window (Enabled)
Chapter 5 Site-Specific Configuration Internet Protocol (IP) Throttling Figure 5-24. The IP Throttling Window (Enabled) The commands on this window have the following functions: Command Function Apply Configuration Sets the values you select on this window. Continuous Update Continuously updates all fields once every second.
Page 182: Field Descriptions For The Ip Throttling Configuration Window
Chapter 5 Site-Specific Configuration Internet Protocol (IP) Throttling Table 5-16. Field Descriptions for the IP Throttling Configuration Window Field Name Field Values Description IP Throttling Default: Disabled Indicates whether traffic will go through the ETHERNET port and in-band management virtual port (in the backplane) by its maximum desig- nated throughput in the Allowed Rate field.
Page 183 Chapter 5 Site-Specific Configuration Internet Protocol (IP) Throttling Table 5-16. Field Descriptions for the IP Throttling Configuration Window Field Name Field Values Description Allowed Rate Default: 2000 fps Specifies the maximum bandwidth allowed to pass through the or in-band manage- ETHERNET Range: 100–2000 fps ment virtual port into the PSAX system in the...
Page 184: Snmp Trap Activation/Deactivation
Chapter 5 Site-Specific Configuration SNMP Trap Activation/Deactivation Table 5-16. Field Descriptions for the IP Throttling Configuration Window Field Name Field Values Description Leaky Bucket Size Default: 32 The virtual buffer that serves as a counter that monitors the rate of ingress traffic to the CPU Range: 1–20000 module.
Page 185: Enabling And Disabling Snmp Trap Messages
Chapter 5 Site-Specific Configuration SNMP Trap Activation/Deactivation • Major (Users cannot deactivate this category.) • Critical (Users cannot deactivate this category.) Traps for all critical and major indicators that detect system-level component problems cannot be turned off, so users will always be notified when a prob- lem affects the entire PSAX system.
Page 186: Trap Activation Table
Chapter 5 Site-Specific Configuration SNMP Trap Activation/Deactivation Figure 5-25. Trap Activation Table Command Function PgUp Displays the previous page in the list of trap names. PgDown Displays the next subsequent page in the list of trap names. Displays the beginning page in the list of trap names.
Page 187: Configuring N:1 Protection Groups
Chapter 5 Site-Specific Configuration Configuring N:1 Protection Groups Table 5-17. Field Descriptions for the Trap Activation Table Window Field Name Field Values Description Total: Default: 1/xxx, The first number in this field indicates the num- (display only) ber of the trap table entry on the selected line of where xxx indicates a the currently displayed window.
Page 188: N To M Protection Feature Menu Window
Chapter 5 Site-Specific Configuration Configuring N:1 Protection Groups Figure 5-26. N to M Protection Feature Menu Window Commands The commands on this window have the following functions: Menu Option Function N to M Protection Table Displays the N to M Protection Table win- dow.
Page 189: N To M Protection Group Table Window
Chapter 5 Site-Specific Configuration Configuring N:1 Protection Groups Figure 5-27. N to M Protection Group Table Window Commands The commands on this window have the following functions: Command Function Page Up Scrolls up one page. Page Down Scrolls down one page. Displays entries at the top of the table.
Page 190: N To M Protection Group Configuration Window
Chapter 5 Site-Specific Configuration Configuring N:1 Protection Groups The N to M Protection Group Configuration window is displayed (see Figure 5-28). On this window, you can create an N to M protection group by selecting working and protection slots, a Group Id, and the type of protection group you want to configure.
Page 191: Field Descriptions For The N To M Protection Group Configuration Window
Chapter 5 Site-Specific Configuration Configuring N:1 Protection Groups Field Descriptions Enter values in the fields on this window according to the information pro- vided in Table 5-18. Table 5-18. Field Descriptions for the N to M Protection Group Configuration Window Field Names Field Values Description...
Page 192 Chapter 5 Site-Specific Configuration Configuring N:1 Protection Groups Table 5-18. Field Descriptions for the N to M Protection Group Configuration Window Field Names Field Values Description [Protection Failed] Default: N/A Indicates the slot numbers for the protection modules that have failed. (display only) Range: 13, 15 Format: predefined...
Page 193: N To M Protection Feature Menu Window
Chapter 5 Site-Specific Configuration Configuring N:1 Protection Groups Figure 5-29. N to M Protection Feature Menu Window Commands The commands on this window have the following functions: Menu Option Function N to M Protection Table Displays the N to M Protection Table win- dow.
Page 194: N To M Protection Table Window
Chapter 5 Site-Specific Configuration Configuring N:1 Protection Groups Figure 5-30. N to M Protection Table Window Command The command on this window has the following function: Command Function Go Back to Previous Screen Redisplays the N to M Protection Feature Menu window.
Page 195: N To M Protection Configuration Window
Chapter 5 Site-Specific Configuration Configuring N:1 Protection Groups Table 5-19. Field Descriptions for the N to M Protection Table Window Field Names Field Values Description Oper State Default: None Displays the operational state of the slot. Range: N/A Format: Predefined None Indicates that the slot is not operational.
Page 196: Field Descriptions For The N To M Protection Configuration Window
Chapter 5 Site-Specific Configuration Configuring N:1 Protection Groups Command Function Apply the Command Applies the command you have selected in the Command field. Refresh Display Updates the values for the fields in this window. Go Back to Previous Screen Redisplays the N to M Protection Table window.
Page 197: Using The Equipment Configuration Window
Chapter 5 Site-Specific Configuration Using the Equipment Configuration Window Table 5-20. Field Descriptions for the N to M Protection Configuration Window Field Names Field Values Description [Oper State] Default: None Displays the operational state of the selected slot. (display only) Range: N/A Format: Predefined alphanumeric...
Page 198 Chapter 5 Site-Specific Configuration Using the Equipment Configuration Window 4 Proceed to the section, “Configuring the Ports,” for module configuration procedures. Figure 5-32. Sample Equipment Configuration Window on a PSAX 2300 or PSAX 4500 System (Page 1) ® PSAX 4500 Multiservice Media Gateway User Guide, Issue 2 Release 8.0.0 PacketStar 5-64...
Page 199: Sample Equipment Configuration Window On A Psax 1000, Psax 2300, Or Psax 4500
Chapter 5 Site-Specific Configuration Using the Equipment Configuration Window Figure 5-33. Sample Equipment Configuration Window on a PSAX 1000, PSAX 2300, or PSAX 4500 System (Page 2) Commands The commands on this window have the following functions. Command Function Update Equipment Display Refreshes the current status of the mod- ules in the PSAX chassis Page Down...
Page 200: Field Descriptions For The Equipment Configuration Window
Chapter 5 Site-Specific Configuration Using the Equipment Configuration Window Table 5-21. Field Descriptions for the Equipment Configuration Window Field Name Field Values Description Slot Default: N/A Indicates the slot number in the PSAX chassis. Range: 1–25, depend- ing on chassis type Format: Numeric Card Type Default: N/A...
Page 201 Chapter 5 Site-Specific Configuration Using the Equipment Configuration Window Table 5-21. Field Descriptions for the Equipment Configuration Window (Continued) Field Name Field Values Description SW Version Default: N/A Displays the version of PSAX system software with which the modules’ firmware was released. Range: (from module The software version is encoded in the module firmware)
Page 202: Configuring The Stratum 3-4 Module
Chapter 5 Site-Specific Configuration Configuring the Stratum 3–4 Module Table 5-22. Alarm Status Descriptions for Modules on the Equipment Configuration Window Module Type Number Alarm Status Description Affected NoAlarm NoAlarm indicates that the module is inserted in the chassis slot and not config- ured.
Page 203: Setting The Stratum Configuration Values
Chapter 5 Site-Specific Configuration Configuring the Stratum 3–4 Module Setting the Stratum Configuration Values To configure the Stratum 3–4 module synchronization source, clock accu- racy, and clock failure backup reference, perform the following procedure. Begin 1 On the Console Interface Main Menu window, select the Equipment Configuration command.
Page 204: Stratum Configuration Window (Linetiming Synchronization)
Chapter 5 Site-Specific Configuration Configuring the Stratum 3–4 Module Figure 5-35. Stratum Configuration Window (LineTiming Synchronization) The commands in the Stratum Configuration window have the following functions: Command Function Switch Line Timing Source Switches between the primary and secondary line timing sources specified in the Primary Line Source and Secondary Line Source fields.
Page 205: Field Descriptions For The Stratum Configuration Window
Chapter 5 Site-Specific Configuration Configuring the Stratum 3–4 Module Table 5-23. Field Descriptions for the Stratum Configuration Window Field Name Mode of Operation Description [Primary Stratum Default: Holdover Indicates the current mode of operation for the pri- Mode] mary Stratum 3–4 module. Range: N/A (display only) Format: Predefined...
Page 206 Chapter 5 Site-Specific Configuration Configuring the Stratum 3–4 Module Table 5-23. Field Descriptions for the Stratum Configuration Window (Continued) Field Name Mode of Operation Description [Line Timing Sta- Default: None Indicates the current line timing status for the tus] module. Range: N/A (display only) Format: Predefined...
Page 207 Chapter 5 Site-Specific Configuration Configuring the Stratum 3–4 Module Table 5-23. Field Descriptions for the Stratum Configuration Window (Continued) Field Name Mode of Operation Description [Backup Stratum Default: Unconfig- Indicates the status of the input T1BITS or E1ETSI T1/E1 Port Status] ured clock source connected to the external clock con- (display only)
Page 208 Chapter 5 Site-Specific Configuration Configuring the Stratum 3–4 Module Table 5-23. Field Descriptions for the Stratum Configuration Window (Continued) Field Name Mode of Operation Description Synchronization Default: LineTiming Indicates the synchronization source to be used by Source the chassis and specified I/O modules. The I/O Range: NA modules use this source when LocalTiming is Format: Alphabetical...
Page 209: Switching The Line Timing Source
Chapter 5 Site-Specific Configuration Configuring the Stratum 3–4 Module Table 5-23. Field Descriptions for the Stratum Configuration Window (Continued) Field Name Mode of Operation Description Secondary Line Default: Slot: 00 Port: Specifies the secondary line source when LineTim- Source ing is selected in the Synchronization Source field. Enter the values for the slot and the port of the Range: Chassis/mod- desired I/O module port that is providing line tim-...
Page 210: Alarm Status Values
Chapter 5 Site-Specific Configuration Saving the Equipment Configuration Values and Logging Off Alarm Status Values I/O and server modules display the status value of Primary if they are con- figured, or Unknown if they are unconfigured. The Alarm Status column for unconfigured modules still can have a number listing the ports that are avail- able to be configured.
Page 211 Chapter 5 Site-Specific Configuration Saving the Equipment Configuration Values and Logging Off On the Console Interface Main Menu window, [Modified] is displayed next to the Save Configuration command, indicating you have made changes to your system that are not yet saved to the database. 2 Select the Save Configuration command.
Page 212 Chapter 5 Site-Specific Configuration Saving the Equipment Configuration Values and Logging Off ® PSAX 4500 Multiservice Media Gateway User Guide, Issue 2 Release 8.0.0 PacketStar 5-78 255-700-239...
Page 213: Configuring Pnni
Configuring PNNI PNNI System-Wide Configuration For an overview of PNNI and the PNNI features supported on the PSAX 4500 system, see Chapter 3. To configure a PNNI node for your PSAX 4500 system, perform the steps in the following procedure. Note: Before you can configure an I/O module with the ATM PNNI 1.0 interface, you must configure PNNI for your PSAX 4500 system.
Page 214: Pnni System-Wide Configuration Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration you need to take the node out of service, you must first delete any ATM PNNI interfaces you have configured on your PSAX 4500 sys- tem. 8 Select the Go Back to Previous Screen command (or press Ctrl+B). The PNNI Node Table (see Figure 6-2) is displayed, showing your current node index, node level, and operating status.
Page 215 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Menu Option Name Function PNNI Map Link Informa- Displays the mapping for the nodes and tion their links, and all original port and remote port PNNI topology state element (PTSE) identifiers and the metrics tag number.
Page 216: Pnni Node Table Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Figure 6-2. PNNI Node Table Window The commands on this window have the following functions: Command Function Page Up Scroll up one page. Page Down Scrolls down one page. Displays entries at the top of the table. Bottom Displays entries at the bottom of the table.
Page 217: Pnni Node Configuration Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Field Description • Total: 0/0 Displays the first number in this field indi- cates the identification number of the con- nection table entry on the first line of the cur- rently displayed window. The second number indicates the total number of connection table entries for this connection type.
Page 218: Field Descriptions For The Pnni Node Configuration Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Command Function Create Node Entry Create a new PNNI node. Delete Node Entry Delete an existing PNNI node. Bring Node Into Brings an existing PNNI node into or out of service. Service PNNI Node Pgl Displays the PNNI Node Pgl (Peer Group Leader) Table Configuration window.
Page 219 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-1. Field Descriptions for the PNNI Node Configuration Window Field Name Field Values Description Domain Name Default: N/A Indicates the routing domain in which this node participates. Range: N/A Format: alphanumeric Node Level Default: 096 Indicates the level of PNNI hierarchy at which this node exists.
Page 220 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-1. Field Descriptions for the PNNI Node Configuration Window Field Name Field Values Description [DB Overload] Default: True Displays whether Database Overload is selected, (display only) which specifies whether the node is currently Range: N/A operating in a topology database overload state.
Page 221: Modifying Pnni Configurations
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Modifying PNNI Configurations To modify a PNNI node configuration, do one of the following as shown in Table 6-2. Table 6-2. Steps to Modify a Configured PNNI Node To modify this type of PNNI do this...
Page 222: Pnni Node Pgl Configuration
Chapter 6 Configuring PNNI PNNI System-Wide Configuration 4 Select Go Back to Previous Screen or press Ctrl+B to return to the PNNI Node Configuration window to configure other field values. Figure 6-4. PNNI Node PGL Configuration The command on this window performs the following function: Command Function Apply Configuration...
Page 223 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-3. Field Descriptions for the PNNI Node PGL Configuration Window Field Name Field Values Description Cfg Parent Node Default: 0 Indicates a parent node is the logical group node Index that represents the contained peer group of a Range: 1–65535 child node(s) at the next lower level of the hier- Format: numeric...
Page 224 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-3. Field Descriptions for the PNNI Node PGL Configuration Window Field Name Field Values Description Upper Panel (display only) [State] Default: OperPgl Displays the status of this node PGL. (display only) Range: N/A Format: predefined OperPgl Displays that the status of this node is the PGL.
Page 225: Configuring The Pnni Node Timer
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-3. Field Descriptions for the PNNI Node PGL Configuration Window Field Name Field Values Description (display only) Default: 0 Displays the preferred PGL. To select, any node compares the leadership priorities and node IDs Range: N/A advertised in the PTSEs in the topology database, Format: Hexadecimal...
Page 226: Pnni Node Timer Configuration
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Figure 6-5. PNNI Node Timer Configuration The commands on this window perform the following functions: Command Function Apply Configuration Applies the values you set on this win- dow. Go Back to Previous Screen Redisplays the PNNI Node Configuration window.
Page 227 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-4. Field Descriptions for the PNNI Node Timer Configuration Window Field Name Field Values Description Hello Holddown.. Default: 00010 Indicates the initial value for the Hello Hold- (100 msec) down timer, which is used by a node to limit the Range: 0–65535 rate at which it sends Hellos.
Page 228: Configuring The Pnni Node Svcc
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-4. Field Descriptions for the PNNI Node Timer Configuration Window Field Name Field Values Description Avcr Proportional Default: 50 Indicates the available cell rate (Avcr) propor- Multiplier tional multiplier (PM), which is used in an algo- Range: 1–99 rithm that determines significant change for aver- Format: numeric...
Page 229: Pnni Node Svcc Configuration
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Figure 6-6. PNNI Node SVCC Configuration The commands on this window perform the following functions: Command Function Apply Configuration Applies the values you set on this win- dow. Go Back to Previous Screen Redisplays the PNNI Node Configuration window.
Page 230: Configuring The Pnni Node Scope Mapping
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-5. Field Descriptions for the PNNI Node SVCC Configuration Window Field Name Field Values Description Calling Default: 35 Indicates the calling integrity time, which is the Integrity Time amount of time this node will wait for an SVCC Range: 0–65535 that it has initiated establishment of as the calling Format: seconds...
Page 231: Pnni Scope Mapping Configuration
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Figure 6-7. PNNI Scope Mapping Configuration The commands on this window perform the following functions: Command Function Apply Configuration Applies the values you set on this win- dow. Go Back to Previous Screen Redisplays the PNNI Node Configuration window.
Page 232 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-6. Field Descriptions for the PNNI Scope Mapping Configuration Window Field Name Field Values Description Local Network Plus Default: 96 Indicates the highest level of PNNI hierarchy (or the smallest PNNI routing level) that lies within Range: 0–104 (display only) the Local Network Plus Two organizational scope.
Page 233: Configuring The Pnni Route Addresses
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-6. Field Descriptions for the PNNI Scope Mapping Configuration Window Field Name Field Values Description Regional Default: 32 Indicates the highest level of PNNI hierarchy (or (display only) the smallest PNNI routing level) that lies within Range: 0–104 the Regional organizational scope.
Page 234: Pnni Route Address Table Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Figure 6-8. PNNI Route Address Table Window The commands in this window have the following functions: Command Function Find.. Searches this table by the values you enter in the Node Index, Prefix Length, Address Index, and Route Address fields.
Page 235: Pnni Route Address Configuration Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Figure 6-9. PNNI Route Address Configuration Window The commands in this window have the following functions: Command Function Add Route Address Entry Adds the route address to the PNNI Route Address Table window. You can create up to 50 routes manually, to display in the PNNI Route Address Table window.
Page 236 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-7. Field Descriptions for the PNNI Route Address Configuration Window Field Name Field Values Description Route Address Information Panel Node Index Default: 000000 Displays the node index that identifies a logical PNNI entity in the PSAX system. Enter the same Range: 1–400 value as assigned to the PNNI node.
Page 237 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-7. Field Descriptions for the PNNI Route Address Configuration Window Field Name Field Values Description Address Type Default: Exterior Indicates the type of domain address. Range: N/A Format: Predefined Exterior Indicates a connection from the advertising node to the address prefix that belongs to an external domain address.
Page 238: Configuring Pnni Metrics
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-7. Field Descriptions for the PNNI Route Address Configuration Window Field Name Field Values Description [Address Proto] Default: Mgmt Displays the protocol by which connectivity from (display only) the advertising node to the address prefix was Range: N/A learned.
Page 239: Pnni Metrics Table Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration service categories, bandwidth, and so on. You can also view traffic patterns and other information about routes advertised on other nodes on the Route Address Table window. Begin 1 From the PNNI Route Address Configuration window, select View Met- rics Table.
Page 240: Pnni Metrics Configuration Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Command Function Find.. Searches this table by the values you enter in the Node Index, Metrics Direction, Metrics Tag, or Metrics Index fields. Add Metrics Entry Displays the PNNI Metrics Configuration window. Go Back to Previous Screen Redisplays the PNNI Route Address Con- figuration window.
Page 241: Field Descriptions For The Pnni Metrics Configuration Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-8. Field Descriptions for the PNNI Metrics Configuration Window Field Name Field Values Description Metrics Information Panel Node Index Default: 000000 Displays the node index that identifies a logical PNNI entity in the PSAX system. Range: 1–400 Format: numeric Metrics Tag...
Page 242 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-8. Field Descriptions for the PNNI Metrics Configuration Window Field Name Field Values Description Max Cell Rate Default: Indicates the maximum cell rate, in hexadecimal 0xFFFFFFFF notation, for directions and specific service cate- gories (see the descriptions for the fields Metrics Range: N/A Direction and Metrics Classes.
Page 243: Configuring Pnni Route Tns
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Configuring PNNI Route TNS Begin 1 From the PNNI Node Configuration window, press the PNNI Route TNS Configuration command (or press Ctrl+T). The PNNI Route TNS Table window is displayed (see Figure 6-12). 2 Select the Add Route TNS Entry command (or press Ctrl+A).
Page 244: Field Descriptions For The Pnni Route Tns Table Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Command Function Page Up Scrolls up one page. Page Down Scrolls down one page. Displays entries at the top of the table. Bottom Displays entries at the bottom of the table. Total: 0/0 The first number in this field indicates the identification number of the table entry on the first line of the currently displayed...
Page 245: Pnni Route Tns Configuration Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-9. Field Descriptions for the PNNI Route TNS Table Window Field Name Description TNS Plan Displays the Transit Network String Plan. Indi- cates the network ID plan of a specified transit network. TNS Id Displays the Transit Network String Identifier.
Page 246 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-10. Field Descriptions for the PNNI Route TNS Configuration Window Field Name Field Values Description Route TNS Information Panel PNNI Node Index Default: 0 Displays the node index identifies a logical PNNI entity in the PSAX system.
Page 247 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-10. Field Descriptions for the PNNI Route TNS Configuration Window Field Name Field Values Description Route Type Default: Exterior The route type being used. Range: N/A Format: predefined Other A user-defined route type. Exterior A connection from the advertising node to the address prefix that belongs to an external domain...
Page 248: Viewing Pnni Map Tns Information
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-10. Field Descriptions for the PNNI Route TNS Configuration Window Field Name Field Values Description [TNS Proto] Default: Mgmt Displays the local interface over which the adver- (display only) tised node is reachable. Range: N/A Format: predefined Mgmt...
Page 249: Pnni Map Tns Table
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Begin 1 From the PNNI System-Wide Configuration window, select the PNNI Map TNS Information command (or press Ctrl+P). Figure 6-14. PNNI Map TNS Table The commands on this window perform the following functions: Command Function Page Up...
Page 250: Field Descriptions For The Pnni Map Tns Table
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Command Function View Map TNS Configura- Displays the PNNI Map TNS Configuration tion window. Go Back to Previous Screen Redisplays the PNNI System-Wide config- uration window. The fields on this window are explained in Table 6-7: Table 6-11.
Page 251: Pnni Route Tns Table Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Figure 6-15. PNNI Route TNS Table Window The PNNI Map TNS Configuration window lists information on six parame- ters of the selected node address on the Map TNS Table. The table is read- only, as reachable addresses are discovered during dynamic operation of the PNNI protocol, not manually configured.
Page 252: Configuring Summary Addresses
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-12. Field Descriptions for the PNNI Map TNS Configuration Window Field Name Field Values Description [TNS Type] Default: National- Displays the type of network ID used for the tran- (display only) NetworkId sit network.
Page 253: Pnni Summary Address Table Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Figure 6-16. PNNI Summary Address Table Window The commands in this window have the following functions: Command Function Find.. Searches this table by the values you enter in the Node Index, Prefix Length, Sum- mary Type, and Summary Address fields.
Page 254: Pnni Summary Address Configuration Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Figure 6-17. PNNI Summary Address Configuration Window The commands in this window have the following functions: Command Function Create Summary Address Adds the route address to the PNNI Sum- Entry mary Address Table window. This field is displayed only upon initial summary address configuration.
Page 255: Field Descriptions For The Pnni Summary Address Configuration Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-13. Field Descriptions for the PNNI Summary Address Configuration Window Field Name Field Values Description Node Index Default: 0 Displays the node index that identifies a logical PNNI entity in the PSAX system. Range: 1–400 Format: numeric Summary Address...
Page 256: Viewing The Pnni Map Information
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Viewing the PNNI Map Information The PNNI Map Table contains attributes necessary to find and analyze the operation of all links and nodes within the PNNI hierarchy, as seen from the perspective of a local node. It also provides information for network manag- ers to map port identifiers, showing the ports and links between the nodes at both endpoints.
Page 257: Pnni Map Table Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Figure 6-18. PNNI Map Table Window The commands in this window have the following functions: Command Function Find... Searches this table by the values you enter in the Node Index, Org. Port Id, Map Index, or Org.
Page 258: Pnni Map Information Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Figure 6-19. PNNI Map Information Window The commands in this window have the following functions: Command Function View Metrics Tables Displays the PNNI Metrics Configuration window. Go Back to Previous Screen Displays the PNNI System-Wide Configu- ration window.
Page 259 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-14. Field Descriptions for the PNNI Map Information Window Field Name Field Values Description [Org. Port Id] Default: N/A Displays the Port identifier of the port, as assigned (display only) by the originating node, to which the port is Range: N/A attached.
Page 260: Viewing Pnni Map Node Information
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Viewing PNNI Map Node Information Begin 1 On the Console Interface Main Menu window, select the Site-Specific Configuration option. The Site-Specific Menu window is displayed. 2 Select the PNNI System-Wide Configuration option and press Enter (or press Ctrl+N).
Page 261: Pnni Map Node Information Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration The commands on this window have the following functions: Command Function Find.. Searches this table by the values you enter in the Node Index or Map Node Id fields. Go Back to Previous Screen Displays the PNNI System-Wide Configu- ration window.
Page 262: Field Descriptions For The Pnni Map Node Information Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration The PNNI Map Node Information window is read-only, as the update is generated dynamically during operation of the PNNI protocol, not manu- ally configured. The command on this window performs the following function: Command Function Go Back to Previous Screen...
Page 263 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-16. Field Descriptions for the PNNI Map Node Information Window Field Name Field Values Description Complex Rep Default: False Indicates the complex node representation, a col- (display only) lection of nodal state parameters that provide Range: T/F detailed state information associated with the Format: predefined...
Page 264: Viewing Pnni Map Address Information
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-16. Field Descriptions for the PNNI Map Node Information Window Field Name Field Values Description Preferred Pgl Default: 0 Displays the node that the originating node (display only) believes should be or is peer group leader (PGL) Range: N/A of its peer group.
Page 265: Pnni Map Address Table Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Figure 6-22. PNNI Map Address Table Window The PNNI Map Address Table contains a list of all reachable addresses from each node visible to the local node. The table is read-only, as reach- able addresses are discovered during dynamic operation of the PNNI pro- tocol, not manually configured.
Page 266: Pnni Map Address Information Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-17. Field Descriptions for the PNNI Map Address Table Window Field Name Description Total: 0/0 The first number in this field indicates the identi- fication number of the connection table entry on the first line of the currently displayed window.
Page 267: Viewing The Pnni Link Table
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Command Function Go Back to Previous Screen Redisplays the PNNI Map TNS Table win- dow. Table 6-18. Field Descriptions for the PNNI Map Address Entry Window Field Name Field Values Description [Node Index] Default: N/A Displays the node index that identifies a logical (display only)
Page 268: Pnni Link Table
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Begin 1 From the PNNI System-Wide Configuration window, select the PNNI Link Information command. The PNNI Link Table window is displayed (see Figure 6-24). 2 If a node has been created, select the node for which you want to view information and press Enter.
Page 269: Pnni Link Information Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Command Function Find.. Searches this table by the values you enter in the Node Index or the PNNI Link Port Id fields. Go Back to Previous Screen Redisplays the PNNI System-Wide Config- uration window. Figure 6-25.
Page 270: Field Descriptions For The Pnni Link Configuration Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-19. Field Descriptions for the PNNI Link Configuration Window Field Name Field Values Description [Node Index] Default: 0 Displays the node index that identifies a logical (display only) PNNI entity in the PSAX system. Range: 1–400 Format: numeric [Link Port Id]...
Page 271 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-19. Field Descriptions for the PNNI Link Configuration Window Field Name Field Values Description [Link Hello State] Default: N/A Displays one of the possible conditions that char- (display only) acterize Hello types and the node states that the Range: N/A Hellos originated from.
Page 272 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-19. Field Descriptions for the PNNI Link Configuration Window Field Name Field Values Description TwoWayOutside Indicates whether Hellos have recently been received from the neighbor, whose node belongs to a different peer group, and including the cor- rect remote node ID and remote port ID fields, but with a nodal hierarchy list that does not include any common peer group.
Page 273: Viewing The Pnni Svcc Rcc Information
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-19. Field Descriptions for the PNNI Link Configuration Window Field Name Field Values Description [Common Peer Gp Default: N/A Displays the common peer group identifier. For outside links and uplinks, this attribute contains Range: N/A (display only) the peer group identifier of the lowest level com-...
Page 274: Pnni Svccrcc Table
Chapter 6 Configuring PNNI PNNI System-Wide Configuration The PNNI SvccRcc Information window is displayed (see Figure 6-27). Figure 6-26. PNNI SvccRcc Table The commands on this window perform the following functions: Command Function Page Up Scroll up one page. Page Down Scrolls down one page.
Page 275: Pnni Svccrcc Information Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-20. Field Descriptions for the PNNI SVCC RCC Table Window Field Name Description Node Index The node index identifies a logical PNNI entity in the (display only) PSAX system. PNNI Svcc Rcc The interface from which the SVCC-based RCC leaves Index the switching system.
Page 276: Field Descriptions For The Pnni Svcc Rcc Configuration Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-21. Field Descriptions for the PNNI SVCC RCC Configuration Window Field Name Field Values Description [Node Index] Default: 0 Displays the node index identifies a logical PNNI (display only) entity in the PSAX system. Range: 1–400 Format: numeric [Svcc Rcc Index]...
Page 277: Viewing The Pnni Neighbor Peer Table
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Viewing the PNNI Neighbor Peer Table The PNNI Neighbor Peer Table window contains all the attributes necessary to describe the relationship a node in the PSAX system has with a neighbor- ing node within the same peer group. The PNNI Neighbor Peer Table window is read-only because neighboring peers are generated dynamically by the PNNI protocol, not manually configured.
Page 278: Pnni Neighbor Peer Table Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Figure 6-28. PNNI Neighbor Peer Table Window The PNNI Neighbor Peer Table window displays the node index and neighbor peer remote node index for various neighbor peers. The PNNI Neighbor Peer Remote Node Id field is the node identifier of the neighboring peer node.
Page 279: Pnni Neighbor Peer Information Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Figure 6-29. PNNI Neighbor Peer Information Window The command in this window has the following function: Command Function Go Back to Previous Redisplays the PNNI System-Wide Configura- Screen tion window. Table 6-22. Field Descriptions for the PNNI Neighbor Peer Configuration Window Field Name Field Values Description...
Page 280 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-22. Field Descriptions for the PNNI Neighbor Peer Configuration Window Field Name Field Values Description [NbrPeer State] Default: Npdown Displays the state of this node’s neighboring peer (display only) state machine associated with the neighbor peer Range: N/A remote node ID.
Page 281: Viewing The Pnni Neighbor Peer Port Table
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-22. Field Descriptions for the PNNI Neighbor Peer Configuration Window Field Name Field Values Description [NbrPeer Rcv Default: N/A Displays a count of the number of database sum- DbSums) mary packets received from the neighboring peer. Range: N/A (display only) Format: numeric...
Page 282: Pnni Neighbor Peer Port Table
Chapter 6 Configuring PNNI PNNI System-Wide Configuration 4 Access configuration information on any entry on the Neighbor Peer Port Table by a search using the Find command or by selecting an entry on the table and and pressing Enter. Figure 6-30. PNNI Neighbor Peer Port Table The PNNI Neighbor Peer Port table shows all ports in hello state two-way inside to a given neighboring peer node.
Page 283: Viewing Pnni Topology State Element (Ptse) Information
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Command Function Find...Node Index Enter the five-digit value for the node to be searched. Port Id Enter the 10-digit port ID to be searched. Rmt. Node Id: Enter the 11-octet ID address of the remote node to be searched.
Page 284: Pnni Ptse Table
Chapter 6 Configuring PNNI PNNI System-Wide Configuration 2 To view information about an entry on this table, select an entry. The PNNI PTSE Information window is displayed (see Figure 6-32). Descriptions for the fields in the PNNI PTSE Information window are provided in Table 6-25.
Page 285: Pnni Ptse Information Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Command Function Org. Node Id: Enter the 11-octet organizational node ID address to be searched. Go Back to Previous Screen Redisplays the PNNI System-Wide config- uration window. Table 6-24. Field Descriptions for the PNNI PTSE Table Window Field Name Description Total: 0/0...
Page 286: Field Descriptions For The Pnni Ptse Information Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Command Function Go Back to Previous Screen Redisplays the PNNI Map TNS Table win- dow. Table 6-25. Field Descriptions for the PNNI PTSE Information Window Field Name Field Values Description Node Index Default: N/A Displays the node index that identifies a logical (display only) PNNI entity in the PSAX system.
Page 287 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-25. Field Descriptions for the PNNI PTSE Information Window Field Name Field Values Description Type Default: Other Describes the architecture parameters set (display only) selected. Range: N/A Format: Predefined Other User defined. NodalState Indicates that the nodal state parameter informa- Parameters...
Page 288: Viewing Pnni System Statistics
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Viewing PNNI System Statistics To view PNNI system statistics, perform the steps in the following procedure. Begin 1 On the Console Interface Main Menu, select the Site-Specific Configura- tion option, and press Enter. The Site-Specific Menu is displayed.
Page 289: Field Descriptions For The Pnni System Statistics Window
Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-26. Field Descriptions for the PNNI System Statistics Window Field Name Values Description [Dtl Count Default: 0 The total number of designated transit list (DTL) Originator] stacks that the PSAX system has originated as the Range: N/A (display only) DTL originator and placed into signaling mes-...
Page 290 Chapter 6 Configuring PNNI PNNI System-Wide Configuration Table 6-26. Field Descriptions for the PNNI System Statistics Window Field Name Values Description [Route Fail Count Default: 0 The total number of times where the PSAX sys- Border] tem failed to compute a viable partial DTL stack Range: N/A (display only) as an entry border node for some call.
Page 291: Configuring Atm Trunking
Configuring ATM Trunking Overview of This Chapter ATM trunking configuration supports switched and nonswitched IWF trunks. Configuring Switched For configuring IWF trunks in switched mode, the following list describes the IWF Trunks tasks you need to perform: 1. Configuring the local IWF node 2.
Page 292: Site-Specific Menu Window-Atm Trunking Configuration Option Selected
Chapter 7 Configuring ATM Trunking Overview of This Chapter 4 To apply the configuration values, select the Apply Configuration command. 5 Select the Bring Admin Status Up command to bring the administra- tive status of the local IWF up. After you have completed configuring the local IWF node, configure the remote IWF nodes.
Page 293: Atm Trunking Local Node Configuration Window
Chapter 7 Configuring ATM Trunking Overview of This Chapter Figure 7-2. ATM Trunking Local Node Configuration Window The commands on this window have the following functions: Command Function Apply Configuration Applies the values you set on this win- dow. Bring Admin Status Up Enables the transmission of calls between the configured local IWF node and the remote IWF nodes.
Page 294: Field Descriptions For The Atm Trunking Local Node Configuration Window
Chapter 7 Configuring ATM Trunking Overview of This Chapter Command Function Go to Narrowband Routing Displays the ATM Trunking Narrowband Table Routing Table window. Go Back to Site-Specific Redisplays the Site-Specific Menu win- Menu dow. Table 7-1. Field Descriptions for the ATM Trunking Local Node Configuration Window Field Name Field Values Description...
Page 295: Configuring A Remote Iwf Node
Chapter 7 Configuring ATM Trunking Overview of This Chapter Configuring a Remote IWF Node Begin 1 On the ATM Trunking Local Node Configuration window, select the Go to Remote IWF Table command. 2 The ATM Trunking Remote IWF Table window is displayed (see Figure 7-3).Select the Add Remote IWF Entry command.
Page 296: Atm Trunking Remote Iwf Table Window
Chapter 7 Configuring ATM Trunking Overview of This Chapter Figure 7-3. ATM Trunking Remote IWF Table Window The commands on this window have the following functions: Command Function Find Rmt IWF ID Searches the table for a specific remote IWF ID. To find a specific remote IWF ID, enter a value in this field.
Page 297: Atm Trunking Remote Iwf Configuration Window
Chapter 7 Configuring ATM Trunking Overview of This Chapter Field Name Description Remote IWF This column displays all the corresponding ATM remote Address IWF ID addresses in the PSAX system. (display only) Total: 0/0 The first number in this field indicates the number of the remote IWF ID entry on the first line of the currently displayed window.
Page 298: Field Descriptions For The Atm Trunking Remote Iwf Configuration Window
Chapter 7 Configuring ATM Trunking Overview of This Chapter Command Function Delete and Return Deletes the remote IWF node that is not in service. Go to Sig VCC Table This command is not currently supported. Displays the ATM Trunking Sig VCC Table window.
Page 299: Adding A Signaling Vcc Identifier
Chapter 7 Configuring ATM Trunking Overview of This Chapter Table 7-2. Field Descriptions for the ATM Trunking Remote IWF Configuration Window Field Name Field Values Description Remote IWF Trnk Default: Switched Specifies whether the remote IWF trunk is in Mode switched mode or non-switched mode.
Page 300: Atm Trunking Sig Vcc Table Window
Chapter 7 Configuring ATM Trunking Overview of This Chapter Figure 7-5. ATM Trunking Sig VCC Table Window The commands on this window have the following functions: Command Function Add ATM Trunking Displays the ATM Trunking Sig VCC Con- Entry figuration window. Go Back to Previous Redisplays the Remote IWF Configuration Screen...
Page 301: Atm Trunking Sig Vcc Configuration Window
Chapter 7 Configuring ATM Trunking Overview of This Chapter Table 7-3. Field Descriptions for the ATM Trunking Sig VCC Table Window Field Names Description Rmt IWF ID This column displays all the remote IWF IDs in the PSAX system. VCC ID This column displays all the corresponding VCC IDs, which are assigned by the owners of the signalling VCC.
Page 302: Field Descriptions For The Atm Trunking Sig Vcc Configuration Window
Chapter 7 Configuring ATM Trunking Overview of This Chapter Command Function Apply Configuration Applies the values you set on this window. Update Configuration Updates the status display in the Oper Status field. Delete and Return Deletes the remote IWF node that is not in service.
Page 303 Chapter 7 Configuring ATM Trunking Overview of This Chapter Table 7-4. Field Descriptions for the ATM Trunking Sig VCC Configuration Window Field Name Field Values Description Signaling Default: Other Specifies the type of signaling protocol used between the local and remote IWFs. At the Range: N/A present time, both ends of the connection must Format: Predefined...
Page 304 Chapter 7 Configuring ATM Trunking Overview of This Chapter Table 7-4. Field Descriptions for the ATM Trunking Sig VCC Configuration Window Field Name Field Values Description [Oper Status] Default: Idle Displays the operational status of the local IWF. (display only) Range: N/A Format: Predefined alphanumeric...
Page 305: Adding A Bearer Vcc Identifier
Chapter 7 Configuring ATM Trunking Overview of This Chapter Adding a Bearer VCC Identifier Begin 1 On the ATM Trunking Remote IWF Configuration window, select the Go to Bearer VCC Table command. The ATM Trunking Bearer VCC Table window is displayed (see Figure 7-7).
Page 306: Atm Trunking Bearer Vcc Table Window
Chapter 7 Configuring ATM Trunking Overview of This Chapter Figure 7-7. ATM Trunking Bearer VCC Table Window The commands on this window have the following functions: Command Function Find . . .Rmt IWF ID: Searches the table for a specific remote VCC: ID IWF ID with a specific VCC ID.
Page 307: Atm Trunking Bearer Vcc Configuration Window
Chapter 7 Configuring ATM Trunking Overview of This Chapter Table 7-5. Field Descriptions for the ATM Trunking Bearer VCC Table Window Field Names Description Intf ID This column displays all the corresponding VCC interface identifiers. This column displays all the corresponding VPIs for the bearer channels.
Page 308: Field Descriptions For The Atm Trunking Bearer Vcc Configuration Window
Chapter 7 Configuring ATM Trunking Overview of This Chapter Command Function Configure DSP Parameters Configures DSP parameters. Note: If DSP parameters are configured on a per connection basis, the settings on this window are overridden by the applicable per connection configuration. Bring Into Service Brings the specified ATM trunk bearer VCC into service.
Page 309 Chapter 7 Configuring ATM Trunking Overview of This Chapter Table 7-6. Field Descriptions for the ATM Trunking Bearer VCC Configuration Window (Continued) Field Name Field Values Description Service Type Default: Cbr-1 Specifies the service type for the connection. Range: N/A For any CBR type selected, the CAC only allows 1 DS0 per connection.
Page 310 Chapter 7 Configuring ATM Trunking Overview of This Chapter Table 7-6. Field Descriptions for the ATM Trunking Bearer VCC Configuration Window (Continued) Field Name Field Values Description Fwd/Bwd SCR Default: 172 (Fwd Specifies the forward and backward sustained cell (cps) and Bwd) rate (cells per second) for the connection.
Page 311 Chapter 7 Configuring ATM Trunking Overview of This Chapter Table 7-6. Field Descriptions for the ATM Trunking Bearer VCC Configuration Window (Continued) Field Name Field Values Description [VCC VPI/VCI] Default: 0 / 0 VPI and VCI for outgoing interface. The trunk (display only) bearer VCC does not become active until both the Range: 0–4095 (VPI);...
Page 312 Chapter 7 Configuring ATM Trunking Overview of This Chapter Table 7-6. Field Descriptions for the ATM Trunking Bearer VCC Configuration Window (Continued) Field Name Field Values Description [Admin Status] Default: Indicates whether the connection is attempting to (display only) OutOfService make calls or receive calls.
Page 313 Chapter 7 Configuring ATM Trunking Overview of This Chapter Table 7-6. Field Descriptions for the ATM Trunking Bearer VCC Configuration Window (Continued) Field Name Field Values Description Dsp Iwf Type Default: None Specifies the Interworking function type on assigning AAL2 connections to compatible DSP Range: N/A chips on the DSP2C through DSP2F Voice Server Format: Predefined...
Page 314 Chapter 7 Configuring ATM Trunking Overview of This Chapter Table 7-6. Field Descriptions for the ATM Trunking Bearer VCC Configuration Window (Continued) Field Name Field Values Description Dsp Card Slot Id Default: 0 Specifies the slot number of the DSP2x Voice Server module from which the software DSP Range: Chassis Resource Manager selects DSPs to reroute and...
Page 315: Adding A Narrowband Address
Chapter 7 Configuring ATM Trunking Overview of This Chapter Table 7-6. Field Descriptions for the ATM Trunking Bearer VCC Configuration Window (Continued) Field Name Field Values Description [Oper Status] Default: Idle Displays the operational status of the bearer VCC. (display only) Range: N/A Format: Predefined Idle...
Page 316: Atm Trunking Narrowband Routing Table Window
Chapter 7 Configuring ATM Trunking Overview of This Chapter Figure 7-9. ATM Trunking NarrowBand Routing Table Window The commands on this window have the following functions: Command Function Find: Searches for the ATM address entry with a value you specify. Go Back to Connection Redisplays the ATM Trunking Local Node Menu...
Page 317: Adding A Broadband Address
Chapter 7 Configuring ATM Trunking Overview of This Chapter Table 7-7. Field Descriptions for the ATM Trunking Narrowband Routing Table Window Field Names Values Description Add an Entry: Default: User pro- The NSAP address up to 20 bytes (160 bits). Type vided an address in hexadecimal format up to 20 bytes (160 bits) long (10 groups of 4 characters each),...
Page 318: Atm Trunking Broadband Routing Table Window
Chapter 7 Configuring ATM Trunking Overview of This Chapter Figure 7-10. ATM Trunking Broadband Routing Table Window The commands on this window have the following functions: Command Function • Find: Searches for the ATM address entry with a value you specify. •...
Page 319: Viewing Atm Trunking Information
Chapter 7 Configuring ATM Trunking Overview of This Chapter Table 7-8. Field Descriptions for the ATM Trunking Broadband Routing Table Window Field Names Values Description Add an Entry: Default: User pro- The NSAP address up to 20 bytes (160 bits). Type vided an address in hexadecimal format up to 20 bytes (160 bits) long (10 groups of 4 characters each),...
Page 320: Atm Trunking Data Channel Table
Chapter 7 Configuring ATM Trunking Overview of This Chapter Figure 7-11. ATM Trunking Data Channel Table The commands on this window have the following functions: Command Function Find... Rmt IWF ID: VCC ID: Searches the table for a specific remote IWF ID with a specific VCC ID.
Page 321 Chapter 7 Configuring ATM Trunking Overview of This Chapter Field Name Description Status This column displays whether the administrative status for the remote IWF is up or down. VCC Owner This column displays the corresponding owner of the signaling VCC. NB Intf This column displays the corresponding VCC ID, which is assigned by the owners of the signaling VCC.
Page 322 Chapter 7 Configuring ATM Trunking Overview of This Chapter ® PSAX 4500 Multiservice Media Gateway User Guide, Issue 2 Release 8.0.0 PacketStar 7-32 255-700-239...
Page 323: Configuring V5.2 European Idlc
Configuring V5.2 European IDLC Overview of the V5.2 European IDLC Release 8.0.0 offers two implementations of the V5.2 Integrated Digital Loop Carrier standard (IDLC): ISDN and PSTN. The configuration sequence of either one is the same, but the values entered on some of the windows are different, especially on the User Port Configura- tion windows, the last part of the configuration on the User Side.
Page 324 Chapter 8 Configuring V5.2 European IDLC V5.2 PSTN Implementation on the PSAX System 6. Configure the following module parameters: a. STM-1 MSP SM/MM for ATM UNI 3 b. DSP2D Voice Server for AlgoSet6 and AAL2 Standard 7. Go to the Console Interface Main Menu> Site Specific Menu> V5 Inter- face Configuration >...
Page 325 Chapter 8 Configuring V5.2 European IDLC V5.2 PSTN Implementation on the PSAX System 24. Apply the Add V5 Data Link to the table command. 25. On the V5 Interface Variant Configuration window> Bring Into Service V5.2 User Side Configuration Step Summary. The following steps are a summary only.
Page 326: V5.2 Isdn Implementation On The Psax System
Chapter 8 Configuring V5.2 European IDLC V5.2 ISDN Implementation on the PSAX System V5.2 ISDN Implementation on the PSAX System Select the value Isdn in the Port Type field and follow configuration instruc- tions on field description tables. PSTN Configuration Enabling the V5 Feature on the Site Specific Configuration Window Note: If necessary, delete previous configuration files on the modules to...
Page 327 Chapter 8 Configuring V5.2 European IDLC PSTN Configuration 5 If you need to reboot now, proceed to the section, “Rebooting PSAX Hardware Components,” in your PSAX Multiservice Media Gateway User Guide. Figure 8-1. Site-Specific Menu Window (Feature Turn On/Off Option Selected) ®...
Page 328: Feature Turn On/Off Window
Chapter 8 Configuring V5.2 European IDLC PSTN Configuration Figure 8-2. Feature Turn On/Off Window The commands on this window have the following functions: Command Function Page Up Scrolls up one page. Page Down Scrolls down one page. Displays entries at the top of the table. Bottom Displays entries at the bottom of the table.
Page 329 Chapter 8 Configuring V5.2 European IDLC PSTN Configuration Table 8-1. Field Descriptions for the Feature Turn On/Off Table Field Name Field Values Description Total: 0/0 Default: N/A First number: Indicates which Feature ID is cur- rently selected in the table. Range: 1–6 Second number: Indicates the total number of Format: Numeric...
Page 330: Setting Call Control Resource Allocation Values
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-1. Field Descriptions for the Feature Turn On/Off Table Field Name Field Values Description desired status Default: Enable or Specifies whether the feature is to be made oper- (display only) Disable (depend- ational or not.
Page 331 Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values 3 Enter values in the fields on this window according to the guidelines pro- vided in the section, “Configuration Guidelines,” in this chapter, and in Table 8-3. 4 To apply the values you have entered, select the Apply Configuration command.
Page 332: Call Control Resource Allocation Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Figure 8-4. Call Control Resource Allocation Configuration Window Figure 8-5. Call Control Resource Allocation Configuration Window The commands on this window have the following functions: ® PSAX 4500 Multiservice Media Gateway User Guide, Issue 2 Release 8.0.0 PacketStar 8-10...
Page 333 Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Command Function Apply Configuration Applies the values you entered on this window. Go Back to Site-Specific Redisplays the Site-Specific Menu win- Menu dow. Configuration Read the following configuration guidelines before you enter values in the Guidelines fields on this window.
Page 334 Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-2. Field Descriptions for the Call Control Resource Allocation Configuration Window Field Name Field Values Description Note: The ranges of values for numeric fields are software imposed. Read the configuration guide- lines and the PSAX System Performance Capabilities per Node table in the preceding section before you enter values in the fields on this window.
Page 335 Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-2. Field Descriptions for the Call Control Resource Allocation Configuration Window (Continued) Field Name Field Values Description spvcPtToMultiPt Default: 001000 Specifies the maximum number of parties on SPVC Parties point-to-multipoint calls to be supported by the PSAX system.
Page 336 Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-2. Field Descriptions for the Call Control Resource Allocation Configuration Window (Continued) Field Name Field Values Description atmTrunkNarrow Default: 001000 Specifies the maximum number of switched narrow- BandCalls band calls supported by ATM trunking.
Page 337: Rebooting The Chassis
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values † For all three types of connections, you cannot configure more than the maximum number of calls indicated. For OAM monitoring, the maxi- mum number of connections you can monitor per PSAX system is 2,000.
Page 338: V5 Interface Configuration Menu Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values The menu options on this window perform the following functions: Table 8-4. V5 Interface Configuration Menu Window Menu Option Description V5 Interface Displays the V5 Interface Configuration Configuration window.
Page 339: V5 Resource Allocation Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Figure 8-7. V5 Resource Allocation Configuration Window Command Function Apply Configuration Applies the configuration values you entered in the fields on the window.. Go Back to V5 Menu screen Re-displays the V5 Interface Configuration window.
Page 340 Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-5. Field Descriptions for the V5 Resource Allocation Configuration Window Field Name Values Description Max Isdn Ports Default: 008000 Indicates the maximum number of ISDN ports that can be supported in this system. This value is Range: 1–983040 less than or equal to the Max User Ports value.
Page 341: Accessing The V5 Interface Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-5. Field Descriptions for the V5 Resource Allocation Configuration Window Field Name Values Description ReadSA7Bit Timer Default: 050 This timer is used to guarantee that the SA7 bit change has been reported to the AV5 stack.
Page 342: V5 Resource Allocation Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Figure 8-8. V5 Resource Allocation Configuration Window Command Function Page Up Scrolls up one page. Page Down Scrolls down one page. Scrolls to the top of the current page. Bottom Scrolls to the bottom of the current page.
Page 343: V5 Interface Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Accessing the V5 Interface Configuration Window, Part 2 Begin 1 From the V5 Interface Table, Select the Add an Interface command. The V5 Interface Configuration window is displayed. The table following the window describes the commands on the window.
Page 344: Field Descriptions For The V5 Interface Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Command Function Delete Interface and return Deletes the interface and returns to the V5 Interface Table. Bring Into Service Brings the variant into service. Take (n) OutOfService Takes the variant out of service. Apply Variant SO Com- Switches the channel or trunk to an alter- mand...
Page 345: Accessing The V5 Variant Table
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-6. Field Descriptions for the V5 Interface Configuration Window Field Name Field Value Description LE Interface ID Default: 0 Specifies the local exchange interface ID used by the 5ESS.
Page 346: V5 Resource Allocation Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Figure 8-10. V5 Resource Allocation Configuration Window Command Function Page Up Scrolls up one page. Page Down Scrolls down one page. Scrolls to the top of the current page. Bottom Scrolls to the bottom of the current page.
Page 347: Accessing The V5 Interface Variant Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-7. Field Descriptions for the V5 Interface Variant Configuration Window Field Name Field Value Field Description V5 Intf ID Default: 0 Specifies the V5 interface identifier. Range: 1–10 Format: Numeric V5 Variant ID Default: 0...
Page 348: V5 Resource Allocation Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Figure 8-11. V5 Resource Allocation Configuration Window Command Function Add PhysChnl Table to Vari- Displays the V5 PhysCChannel Configura- tion Table. Add E1 Link Table to Vari- Displays the V5 E1 Link Configuration Table.
Page 349 Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-8. Field Descriptions for the V5 Interface Variant Configuration Window Field Name Field Value Field Description V5 Intf ID Default: 0 Specifies the V5 interface identifier. Range: 1–10 Format: Numeric V5 Variant ID Default: 0...
Page 350 Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-8. Field Descriptions for the V5 Interface Variant Configuration Window Field Name Field Value Field Description Align Ports Method Default: V5SecondE Indicates type of flag used for port alignment ditionPortAlign method to use along with interface type.
Page 351: Accessing The Data Link Configuration Table
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Accessing the Data Link Configuration Table Begin 1 On the V5 Interface Variant Configuration window, select the Add DL Table to Variant command. The V5 Data Link Configuration Table dis- plays (see Figure 8-12).
Page 352: Accessing The V5 Data Link Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Command Function Intf ID Displays the interface ID. Variant ID Displays the Variant ID associated with the Interface ID. DL C Path ID Displays the Data Link Communication Path ID.
Page 353: V5 Data Link Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Figure 8-13. V5 Data Link Configuration Window Command Function Display Next V5 Data Link Displays the next V5 data link in the table. in the table Add V5 Data Link to the Adds V5 Data Link to the V5 Data Link table configuration table.
Page 354: Accessing The V5 Physical C-Channel Configuration Table
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-9. Field Descriptions for the V5 Data Link Configuration Window Field Name Field Value Description Comm Path Id Default: V5DLCPath The types described below refer to Data Link Protection1 Control protocol.
Page 355: V5 Physical C-Channel Configuration Table
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Figure 8-14. V5 Physical C-Channel Configuration Table Command Function Page Up Scrolls up one page. Page Down Scrolls down one page. Scrolls to the top of the current page. Bottom Scrolls to the bottom of the current page.
Page 356: Accessing The V5 Physical C-Channel Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Command Function Variant ID Displays all the variant IDs for the Inter- face ID. PhysCChan Displays the physical C channel for the interface ID. OperStatus Displays the operating status of the con- nection.
Page 357: V5 Physical C-Channel Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Figure 8-15. V5 Physical C-Channel Configuration Window Command Function Add V5PhysCChn to the Adds the V5 physical C-channel entry to table the V5 PhysCChannel Configuration Table. Apply V5PhysCChn config- Adds the configuration values you set to uration the network database.
Page 358: Field Descriptions For The V5 Physical C Channel Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-10. Field Descriptions for the V5 Physical C Channel Configuration Window Field Name Field Value Description Interface ID Default: 0 This index identifies the V5 Interface configura- tion table.
Page 359 Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-10. Field Descriptions for the V5 Physical C Channel Configuration Window Field Name Field Value Description Protection Group Default: Pg-1 Specifies whether this logical/physical channel belongs to Protection Group Number 1 or 2. Pro- Range: N/A tection Group 1 always uses the user-assigned Format: Predefined...
Page 360: Accessing The V5 E1 Link Configuration Table
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Accessing the V5 E1 Link Configuration Table Begin 1 From the V5 Interface Variant Configuration window, select the Add E1 Link table to Variant command. The V5 E1Link Configuration Table displays.
Page 361: Accessing The V5 E1 Link Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Command Function Intf ID Displays the interface ID. Variant ID Displays all the variant IDs for the Inter- face ID. LinkID Displays the link ID of the interface ID. OperStatus Displays the operating status of the con- nection.
Page 362: V5 E1 Link Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Figure 8-17. V5 E1 Link Configuration Window Command Function Display Next V5E1Link in Displays the next V5 E1 link in the table. the table Add V5E1Link to the table Adds the V5 E1 link to the V5 E1 Link Configuration Table.
Page 363: Field Descriptions For The V5 E1 Link Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-11. Field Descriptions for the V5 E1 Link Configuration Window Field Name Field Values Description Interface Id Default: 0 Specifies the interface the user created and is cur- rently configuring.
Page 364: Accessing The V5 E1 Interface Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-11. Field Descriptions for the V5 E1 Link Configuration Window Field Name Field Values Description [Operational State] Default: Normal Specifies the protection status of the link. (display only) Range: As noted below Format: Predefined...
Page 365: The V5 E1 Interface Configuration Window Is Entirely Display-Only Fields
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Figure 8-18. The V5 E1 Interface Configuration Window Is Entirely Display-Only Fields Table 8-12. Field Descriptions for the V5 E1 Interface Configuration Window Field Name Field Values Description [Phys ID] Default: This index identifies the V5 Interface configura-...
Page 366: Accessing The V5 Time Slot Table
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-12. Field Descriptions for the V5 E1 Interface Configuration Window Field Name Field Values Description [Channel3] Default: Specifies a C-Channel which carries signalling (display only) information. Generally this channel should be Range: specified on a single E1 in a V5 interface group Format: Numeric...
Page 367: Accessing The Data Link Configuration Table
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Figure 8-19. V5 Time Slot Table Command Function Bring All Interfaces Into Brings all interfaces into service. Service Take All Interface Out Of Takes all interfaces out of service. Service Go Back to Previous Screen Returns to the V5 E1 Interface Configura-...
Page 368: V5 Data Link Configuration Table
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Figure 8-20. V5 Data Link Configuration Table Command Function Page Up Scrolls up one page. Page Down Scrolls down one page. Scrolls to the top of the current page. Bottom Scrolls to the bottom of the current page.
Page 369: Accessing The V5 Data Link Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Command Function DL C Path ID Displays the Data Link Communication Path ID. Total 0/0 The first number in this field indicates the number of the V5 Interface ID on the first line of the currently displayed window.
Page 370: V5 Data Link Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Figure 8-21. V5 Data Link Configuration Window Command Function Display Next V5 Data Link Displays the next V5 data link in the table. in the table Add V5 Data Link to the Adds V5 Data Link to the V5 Data Link table configuration table.
Page 371 Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-13. Field Descriptions for the V5 Data Link Configuration Window Field Name Field Value Description Comm Path Id Default: V5DLCPath The types described below refer to Data Link Protection1 Control protocol.
Page 372 Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values User Side Configuration Step Summary The next part of V5.2 configuration is to configure the User Side. The follow- ing steps are a summary; actual configuration begins with the Accessing the User Port Table procedure below.
Page 373: Accessing The V5 User Port Table
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Accessing the V5 User Port Table Begin See the “Accessing the V5 Interface Configuration Window, Part 1” on page 19 to start this procedure. 1 From the V5 Interface Variant Configuration window, select the Add User Port Table to Variant command.
Page 374: Accessing The V5 User Port Configuration Window, Pstn Port Type
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Command Function Add User Port configuration Adds the User Port configuration values of Entry a specific entry. Go back to Previous Screen Returns to the V5 Interface Variant Con- figuration window.
Page 375: V5 User Port Configuration Window For Pstn As Port Type
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Figure 8-23. V5 User Port Configuration Window for PSTN as Port Type Command Function Display Next V5 User Port Displays the next V5 User Port configura- Configuration tion in the database. Add V5 User Port Configu- Adds the V5 User Port configuration for ration...
Page 376: Field Descriptions For The V5 User Port Configuration Window
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-14. Field Descriptions for the V5 User Port Configuration Window Field Name Values Description Interface Id Default: 0 Specifies the ID the PSAX uses internally for the interface after the interface is created.
Page 377 Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-14. Field Descriptions for the V5 User Port Configuration Window Field Name Values Description ISDN D channels Default: [128] Specifies the Cid value of ISDN D channels that the PSAX is dynamically allocating.
Page 378 Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-14. Field Descriptions for the V5 User Port Configuration Window Field Name Values Description Admin Status Default: Blocked Specifies the administrative status of the user port. Range: As noted below.
Page 379 Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-14. Field Descriptions for the V5 User Port Configuration Window Field Name Values Description F-Logical Chan ID Default: 0 ISDN Data Type F-Logical channel identifier which must be unique for an interface Range: 0–65503 Note: This configurable field displays only when Format: Numeric...
Page 380 Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-14. Field Descriptions for the V5 User Port Configuration Window Field Name Values Description Voice Compression Default: None Specifies the user-assigned voice compression Algo algorithm used. Range: N/A Format: Predefined None No compression is used on the connection.
Page 381: Accessing The User Port Configuration, Isdn Port Type
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Table 8-14. Field Descriptions for the V5 User Port Configuration Window Field Name Values Description Translation Type Default: None Specifies which companding standard is used. A law is European; Mu law is Japanese and North Range: N/A American.
Page 382: V5 User Port Configuration Window, Port Type Isdn Selected
Chapter 8 Configuring V5.2 European IDLC Setting Call Control Resource Allocation Values Figure 8-24. V5 User Port Configuration Window, Port Type ISDN Selected ® PSAX 4500 Multiservice Media Gateway User Guide, Issue 2 Release 8.0.0 PacketStar 8-60 255-700-239...
Page 383: Using System Diagnostics
Using System Diagnostics Overview of This Chapter The PSAX system diagnostics functions give you the ability to: • View the status of the PSAX system including: ~ Version of the PSAX system software currently running ~ Status of the system disk on the CPU ~ CPU and memory utilization details ~ Statistics on the message pool and the cell buffers •...
Page 384: Viewing System Status
Chapter 9 Using System Diagnostics Viewing System Status Table 9-1. Menu Option Descriptions for the Diagnostics Menu Window Menu Options Description Remove Deletes all user-created configuration data from Configuration Files the PSAX system. However, IP addresses that you set up on the System Identification panel of the Site-Specific Configuration window are not deleted.
Page 385: Diagnostics Menu Window
Chapter 9 Using System Diagnostics Viewing System Status Figure 9-1. Console Interface Main Menu Window (Diagnostics Option Selected) Figure 9-2. Diagnostics Menu Window ® PSAX 4500 Multiservice Media Gateway User Guide, Issue 2 Release 8.0.0 PacketStar 255-700-239...
Page 386: System Information Window
Chapter 9 Using System Diagnostics Viewing System Status Figure 9-3. System Information Window The commands on this window have the following functions: Command Function Continuous Update Continuously updates the information in the fields every second. Select this com- mand to turn the continuous updating on and off as needed (similar to a toggle switch).
Page 387: Field Descriptions For The System Information Window
Chapter 9 Using System Diagnostics Viewing System Status Table 9-2. Field Descriptions for the System Information Window Field Name Field Values Description [Software Version] Default: N/A The version of the system software currently run- ning on the CPU. (display only) Range: N/A Format: Predefined [Current Time]...
Page 388: Running Cell Test Diagnostics
Chapter 9 Using System Diagnostics Running Cell Test Diagnostics Table 9-2. Field Descriptions for the System Information Window Field Name Field Values Description Rx One Cell Default: N/A Total: Indicates the number of cells within the (display only) receive one cell pool. Range: N/A Used: Indicates the number of cells currently Format: Numeric...
Page 389: Cell Test Diagnostics Window
Chapter 9 Using System Diagnostics Running Cell Test Diagnostics 3 To set up a connection for the port you want to test, enter values in the fields on this window according to the information provided in Table 9-3. Note: If you do not enter the correct values for the location (slot, port, and channel) of the ATM UNI interface on the I/O module, the connection will not be established.
Page 390: Field Descriptions For The Cell Test Diagnostics Window
Chapter 9 Using System Diagnostics Running Cell Test Diagnostics Command Function Apply and Configure Pay- Applies the traffic parameters you set, and load displays the Cell Test Payload Configura- tion window. Go Back to Diagnostics Redisplays the Diagnostics Menu window. Menu Table 9-3.
Page 391: Cell Test Payload Configuration Window
Chapter 9 Using System Diagnostics Running Cell Test Diagnostics Table 9-3. Field Descriptions for the Cell Test Diagnostics Window Field Names Values Description [Test Status] Default: Indicates whether or not cell test payload is cur- Not-running rently being transmitted, received, or both. Range: N/A Format: Predefined Not-running...
Page 392: Field Descriptions For The Cell Test Payload Window
Chapter 9 Using System Diagnostics Running Cell Test Diagnostics Command Function Reset Cell Counters Sets the values in the [Packets Transmitted, Received, and Mismatched] fields to zero. Send Payload Once Sends the user-selected payload one time. Send Payload Continu- Sends the user-selected payload continuously, ously 10 times per second.
Page 393: Rebooting Psax Hardware Components
Chapter 9 Using System Diagnostics Rebooting PSAX Hardware Components Rebooting PSAX Hardware Components Specific hardware components may need to be restarted for several reasons, including: • When you want to revert back to a saved configuration • When a module is not adhering to its configuration •...
Page 394: Unlocking A Telnet Session
Chapter 9 Using System Diagnostics Unlocking a Telnet Session Begin 1 On the Console Interface Main Menu window, select the Diagnostics option. The Diagnostics Menu window is displayed (see Figure 9-2). 2 On the Diagnostics Menu window, select the Remove Configuration Files option.
Page 395: Operations Administration And Maintenance (Oam)
Chapter 9 Using System Diagnostics Operations Administration and Maintenance (OAM) Figure 9-6. Unlock Shell / Ping Window Operations Administration and Maintenance (OAM) OAM is supported for end-to-end and end-segment-point connections. In order to support OAM functionality, you must have already configured one I/O module for circuit emulation and one I/O module for ATM as follows: •...
Page 396: Oam Loopback Table Window
Chapter 9 Using System Diagnostics Operations Administration and Maintenance (OAM) 3 Select the OAM Add a loopback command. The OAM LOOPBACK window is displayed (see Figure 9-8). 4 Enter values in the fields on this window according to the information provided in Table 9-5.
Page 397: Oam Loopback Window
Chapter 9 Using System Diagnostics Operations Administration and Maintenance (OAM) Command Function Find . . . To find a particular connection, enter val- ues in the Slot, Port, Channel, VPI, and VCI fields. If the connection exists, it dis- plays on the first line of the table. OAM Add a loopback Displays the OAM Loopback window.
Page 398: Field Descriptions For The Oam Loopback Window
Chapter 9 Using System Diagnostics Operations Administration and Maintenance (OAM) Command Function Apply Action Applies the values you enter in this win- dow. Go Back to OAM Loopback Redisplays the OAM Loopback Table win- Table Screen dow. Table 9-5. Field Descriptions for the OAM Loopback Window Field Name Field Values Description...
Page 399: Oam Activation And Deactivation
Chapter 9 Using System Diagnostics Operations Administration and Maintenance (OAM) Table 9-5. Field Descriptions for the OAM Loopback Window Field Name Field Values Description [Cells Mismatched] Default: 0 Indicates the number of times the cells received (display only) did not matched with the cells transmitted on the Range: N/A specified connection since the last reset.
Page 400: Oam Activate & Deactivate Table Window
Chapter 9 Using System Diagnostics Operations Administration and Maintenance (OAM) Begin 1 On the Console Interface Main Menu window, select the Diagnostics option. The Diagnostics Menu window is displayed (see Figure 9-2). 2 On the Diagnostics Menu window, select the OAM Activate and Deacti- vate option.
Page 401: Oam Activation -Deactivation Window
Chapter 9 Using System Diagnostics Operations Administration and Maintenance (OAM) Command Function Update Status Updates the information in the Current Status panel. Activate Starts the OAM test. Deactivate Terminates the OAM test. Go Back to Table Screen Redisplays the OAM Activate and Deacti- vate Table window.
Page 402: Field Descriptions For The Oam Activation-Deactivation Window
Chapter 9 Using System Diagnostics Operations Administration and Maintenance (OAM) Table 9-6. Field Descriptions for the OAM Activation-Deactivation Window Field Name Field Values Description Connection Interface Panel Slot Default: 0 The module slot number of the ATM connection. Port Default: 0 The port number of the ATM connection.
Page 403 Chapter 9 Using System Diagnostics Operations Administration and Maintenance (OAM) Table 9-6. Field Descriptions for the OAM Activation-Deactivation Window Field Name Field Values Description Current Status Panel [Src Point ETE CC] Default: Displays the current status of the continuity (display only) Deactivated check activation/deactivation request at the source point.
Page 404 Chapter 9 Using System Diagnostics Operations Administration and Maintenance (OAM) Table 9-6. Field Descriptions for the OAM Activation-Deactivation Window Field Name Field Values Description [Result Last Req] Default: None, Shows the reasons of failure of the last activation (display only) request on this connection from the local user.
Page 405: Backing Up And Restoring Psax System Files
Backing Up and Restoring PSAX System Files Overview of This Chapter This chapter describes how to back up and restore PSAX system configura- tion database files. The following procedures are presented: • Backing up PSAX system, module, and connection configuration database files by using the following methods: ~ Backing up database files using FTP (see “Backing Up System Database Files”...
Page 406: Backing Up System Database Files
Chapter 10 Backing Up and Restoring PSAX System Files Backing Up System Database Files After initially storing their PSAX system configuration files onto a remote host computer, you can back up your files as often as you like. In the event of hardware or software problems on the PSAX system CPU module, you can restore your backup files from the host computer to the PSAX system CPU2 module system disk by using the Remote Data Operation window.
Page 407: Field Descriptions For The Remote Database Operation Window
Chapter 10 Backing Up and Restoring PSAX System Files Backing Up System Database Files Command Function Apply remote database Starts the function you selected in the operation Operation field. Go Back to Main Menu Redisplays the Console Interface Main Menu window. Table 10-1.
Page 408 Chapter 10 Backing Up and Restoring PSAX System Files Backing Up System Database Files Table 10-1. Field Descriptions for the Remote Database Operation Window Field Name Field Values Description Operation Default: Function you want to perform on the PSAX sys- NoOperation tem database files.
Page 409 Chapter 10 Backing Up and Restoring PSAX System Files Backing Up System Database Files Table 10-1. Field Descriptions for the Remote Database Operation Window Field Name Field Values Description [Error Status] Default: None Error status indicating whether an error has (display only) occurred during processing.
Page 410: Backing Up Database Files Using Ftp
Chapter 10 Backing Up and Restoring PSAX System Files Backing Up System Database Files Backing Up Database Files Using FTP To back up your PSAX system database files to a separate storage medium, such as a network management workstation, using FTP, perform the steps in the following procedure.
Page 411: Backing Up Database Files Using Xmodem/Ymodem Transfer
Chapter 10 Backing Up and Restoring PSAX System Files Backing Up System Database Files Note: Because your system might not be configured with some fea- tures, some of the following files might not exist on your system: • ecd.def • ecd.db •...
Page 412: Copying The Database Files To A Storage Medium
Chapter 10 Backing Up and Restoring PSAX System Files Backing Up System Database Files 2 Set up the cabling and connections between the Multiservice Media Gateway system CPU module, the remote modem, and the telephone line. For more information, see the section, “Upgrading Using the XMo- dem/YModem File Transfer Method,”...
Page 413: Xmodem/Ymodem File Transfer Window (Send Options Panel Selected)
Chapter 10 Backing Up and Restoring PSAX System Files Backing Up System Database Files The XMODEM/YMODEM File Transfer window (see Figure 10-3) is dis- played. Figure 10-3. XMODEM/YMODEM File Transfer Window (Send Options Panel Selected) Note: For the database file transfer process, use only the Send Options panel.
Page 414 Chapter 10 Backing Up and Restoring PSAX System Files Backing Up System Database Files Note: To upgrade your PSAX system software, use only the fields on the Receive Options panel. To back up your PSAX system configura- tion (database) files, use only the fields on the Send Options panel. Table 10-2.
Page 415 Chapter 10 Backing Up and Restoring PSAX System Files Backing Up System Database Files Table 10-2. Field Descriptions for the XMODEM/YMODEM File Transfer Window (Continued) Field Names Field Values Description Directory Default: Specifies the subdirectory on the CPU module /scsi/next/ system disk where the software upgrade files are received (stored).
Page 416 Chapter 10 Backing Up and Restoring PSAX System Files Backing Up System Database Files Table 10-2. Field Descriptions for the XMODEM/YMODEM File Transfer Window (Continued) Field Names Field Values Description File Type Default: Binary Indicates the format of the file that will be trans- mitted.
Page 417: Restoring System Database Files
Chapter 10 Backing Up and Restoring PSAX System Files Restoring System Database Files message is displayed indicating that you can cancel the transfer by press- ing Ctrl+X several times. A second message is displayed indicating that you must start the terminal emulator receive function. 6 Using the terminal emulator receive function, select one of the two pro- tocol types: 1) YModem, or 2) XModem.
Page 418 Chapter 10 Backing Up and Restoring PSAX System Files Restoring System Database Files Restoring Database Steps to Restore Database Files Using FTP Files Using FTP Begin 1 In a nonredundant PSAX system, connect a standard 10Base-T Ethernet cable to the Ethernet port on the CPU2 module. In a redundant PSAX system, connect cables to both the primary and the standby CPU2 mod- ules.
Page 419: Rebooting The Psax System
Chapter 10 Backing Up and Restoring PSAX System Files Restoring System Database Files • spvcaal2.db • pnnimib.db • vipr.db • fwc.def • vi.db • iproute.db • oam.db • spclConn.db • atmvuni.db • atmtrnk.db • gr303.db • v5.db • tasm.db • features.db •...
Page 420: Restoring Database Files Using Xmodem/Ymodem File Transfer
Chapter 10 Backing Up and Restoring PSAX System Files Restoring System Database Files Restoring Database Files Using XModem/YModem File Transfer You can use the XModem/YModem file transfer option to restore the PSAX system databases from a separate storage medium to the CPU2 module sys- tem disk.
Page 421: Copying The Backup Files To The System
Chapter 10 Backing Up and Restoring PSAX System Files Restoring System Database Files Copying the Backup Steps to Copy the Backup Database Files to the System Files to the System Begin 1 Using the terminal emulator, log on the PSAX system. 2 On the Console Interface Main Menu window, select the Software Ver- sion Configuration option and press Enter.
Page 422 Chapter 10 Backing Up and Restoring PSAX System Files Restoring System Database Files Command Function Send File Initiates the send function of the file transfer process from the CPU module hard disk to a storage medium (such as a Unix or PC workstation hard disk). Receive File Initiates the receiving function of the file transfer process to the CPU module hard...
Page 423 Chapter 10 Backing Up and Restoring PSAX System Files Restoring System Database Files Table 10-3. Field Descriptions for the XMODEM/YMODEM File Transfer Window (Continued) Field Names Field Values Description File Type Default: Binary Indicates the format of the file that will be trans- mitted.
Page 424 Chapter 10 Backing Up and Restoring PSAX System Files Restoring System Database Files Table 10-3. Field Descriptions for the XMODEM/YMODEM File Transfer Window (Continued) Field Names Field Values Description Send Options Panel Protocol Default: YModem Indicates the type of modem protocol used for sending data.
Page 425 Chapter 10 Backing Up and Restoring PSAX System Files Restoring System Database Files Table 10-3. Field Descriptions for the XMODEM/YMODEM File Transfer Window (Continued) Field Names Field Values Description Packet Size Default: 1024 Indicates the size (in bytes) of the packet that will be transmitted in the data stream.
Page 426: Rebooting The Psax System
Chapter 10 Backing Up and Restoring PSAX System Files Restoring System Database Files ~ x:\acbackup\*.* if you are using YModem or YModem-G where x is the drive letter where the backup database files reside ~ x:\acbackup\filename if you are using XModem where x is the drive letter where the backup database files reside Be sure you enter the directory name (or the directory and filename if using XModem) exactly so that it matches the names you previously...
Page 427: Connecting A Cable To The Standby (Backup) Cpu Module
Chapter 10 Backing Up and Restoring PSAX System Files Restoring System Database Files Table 10-4. Connecting a Cable to the Standby (Backup) CPU Module If you are using... do the following: a redundant modem kit set up the switching modem to establish a connection with the standby CPU2 module.
Page 428 Chapter 10 Backing Up and Restoring PSAX System Files Restoring System Database Files ® PSAX 4500 Multiservice Media Gateway User Guide, Issue 2 Release 8.0.0 PacketStar 10-24 255-700-239...
Page 429: Upgrading Psax System Software
Lucent Technologies, Inc. personnel. The Release Note for the system software version to which you are upgrading identifies any affected modules.
Page 430: Saving Your Modified System Configuration
Chapter 11 Upgrading PSAX System Software Saving Your Modified System Configuration The following directory structure is resident on the hard disk of the CPU2 module: • /scsi/current/—This directory contains the initialization files for the cur- rent, operational version of the system software. ~ /scsi/current/bin—This directory contains the library files for the cur- rent version of the software.
Page 431: Preparing To Install A New Software Release
Chapter 11 Upgrading PSAX System Software Preparing to Install a New Software Release Wait a few seconds while the system writes the values to the PSAX sys- tem database. The system displays the following message while it is exe- cuting this command: Saving the equipment and connection information When this function is completed, the system displays the following mes- sage:...
Page 432: Upgrading Using The File Transfer Protocol Method
Upgrading the software on your PSAX system might affect some aspects of its operation. See the Release Note for Release 8.0.0 Controlled Intro- duction of the PacketStar PSAX 4500, PSAX 2300, PSAX 1250, and PSAX 1000 Multiservice Media Gateways for more information.
Page 433: Setting Up A Windows Ftp Server
Chapter 11 Upgrading PSAX System Software Upgrading Using the File Transfer Protocol Method Setting Up a Windows FTP Server If you are using a PC workstation running Microsoft Windows 95 or 98 to upgrade your PSAX system software, you need to obtain an FTP server soft- ware program.
Page 434 Chapter 11 Upgrading PSAX System Software Upgrading Using the File Transfer Protocol Method Downloading Software Upgrade Files Using FTP Begin 1 On the Console Interface Main Menu window (see Figure 11-2), select the Software Version Configuration option. Figure 11-2. Console Interface Main Menu Window The Software Version Configuration window (see Figure 11-3) is dis- played.
Page 435: Srd Download Configuration Window
Chapter 11 Upgrading PSAX System Software Upgrading Using the File Transfer Protocol Method 2 Select the FTP Software Release Distribution option. The SRD Download Configuration window (see Figure 11-4) is dis- played. Figure 11-4. SRD Download Configuration Window Commands The commands on the SRD Download Configuration window have the fol- lowing functions.
Page 436: Field Descriptions For The Srd Download Configuration Window
Chapter 11 Upgrading PSAX System Software Upgrading Using the File Transfer Protocol Method CAUTION: If your current system software release is earlier than Release 6.0.0 and you mistakenly download the incorrect file, the system will crash after the FTP download process finishes. If a system crash occurs, see the cor- rective action to take at the end of this procedure.
Page 437: Error Status Code Values For The [Error Status] Field On The Srd Download Configuration Window
Chapter 11 Upgrading PSAX System Software Upgrading Using the File Transfer Protocol Method Table 11-2. Field Descriptions for the SRD Download Configuration Window (Continued) Field Name Field Values Description [Copy Status] Default: NoActivity Displays the status of the file copying (display only) during the FTP download.
Page 438 Chapter 11 Upgrading PSAX System Software Upgrading Using the File Transfer Protocol Method Table 11-3. Error Status Code Values for the [Error Status] Field on the SRD Download Configuration Window (Continued) Field Value Description FailureInSpawningTask Displayed when an internal execution failed because a soft- ware task could not be created.
Page 439 Chapter 11 Upgrading PSAX System Software Upgrading Using the File Transfer Protocol Method Table 11-3. Error Status Code Values for the [Error Status] Field on the SRD Download Configuration Window (Continued) Field Value Description UnableToFindTaskSymbol Displayed when the internal software failed because the FTP Name process could not locate a specific symbol in the new soft- ware being downloaded.
Page 440 Chapter 11 Upgrading PSAX System Software Upgrading Using the File Transfer Protocol Method After the file transfer is complete, the following message is displayed in the status line: T-FileTransferStatus: percentComplete=100 Wait 15–20 seconds for the value DoneSuccessfully to be displayed in the [Copy Status] field.
Page 441: Determining Whether To Proceed With System Upgrade
Chapter 11 Upgrading PSAX System Software Upgrading Using the File Transfer Protocol Method Table 11-4. Determining Whether to Proceed with System Upgrade If you want to... do the following: The system... change your system type N (for no). displays the following message: configuration before Operation aborted.
Page 442: Determining Whether To Save Your Current System Configuration Before Upgrade
Chapter 11 Upgrading PSAX System Software Upgrading Using the File Transfer Protocol Method Table 11-5. Determining Whether to Save Your Current System Configuration Before Upgrade If you... do the following: The system... do not want to pro- type N (for no). displays the following message: ceed with an Please save the configuration files from...
Page 443: Upgrading Using The Xmodem/Ymodem File Transfer Method
Chapter 11 Upgrading PSAX System Software Upgrading Using the XModem/YModem File Transfer Method Upgrading Using the XModem/YModem File Transfer Method You can use the XModem/YModem file transfer method to load new system software to the CPU2 module. Upgrading using the XModem/YModem file transfer method includes two major tasks: 1.
Page 444: Downloading Software Files Using Xmodem/Ymodem
Chapter 11 Upgrading PSAX System Software Upgrading Using the XModem/YModem File Transfer Method Table 11-7. Setting Up the Connection Between the Modem and the PSAX System Connect a cable from the... to the... CONSOLE port on the primary CPU2 module modem.
Page 445 Chapter 11 Upgrading PSAX System Software Upgrading Using the XModem/YModem File Transfer Method 3 On the Software Version Configuration window, select the XMODEM/YMODEM File Transfer option. The XMODEM/YMODEM File Transfer window (see Figure 11-6) is dis- played. Figure 11-6. XMODEM/YMODEM File Transfer Window (Receive Options Panel Selected) The commands on this window have the following functions: Command...
Page 446 Chapter 11 Upgrading PSAX System Software Upgrading Using the XModem/YModem File Transfer Method Note: To upgrade your PSAX system software, use only the fields on the Receive Options panel. To back up your PSAX system configura- tion (database) files, use only the fields on the Send Options panel. Table 11-8.
Page 447 Chapter 11 Upgrading PSAX System Software Upgrading Using the XModem/YModem File Transfer Method Table 11-8. Field Descriptions for the XMODEM/YMODEM File Transfer Window (Continued) Field Names Field Values Description Filename Default: N/A Specifies the filename on the CPU2 module sys- tem disk where the software upgrade files are Range: N/A received (stored).
Page 448 Chapter 11 Upgrading PSAX System Software Upgrading Using the XModem/YModem File Transfer Method Table 11-8. Field Descriptions for the XMODEM/YMODEM File Transfer Window (Continued) Field Names Field Values Description Packet Size Default: 1024 Indicates the size (in bytes) of the packet that will be transmitted in the data stream.
Page 449: Upgrading The Psax System Software Using Xmodem/Ymodem Transfer
Chapter 11 Upgrading PSAX System Software Upgrading Using the XModem/YModem File Transfer Method • x:/scsi/next/subdirectory\*.* if you are using YModem or YModem-G where is the drive letter for the CD-ROM drive • x:/scsi/next/subdirectory\filename if you are using XModem where is the drive letter for the CD-ROM drive Be sure you enter the subdirectory name (or the subdirectory and file- name if using XModem) exactly so that it matches the names you previ- ously entered on the XMODEM/YMODEM File Transfer window (see...
Page 450: Upgrading Firmware
To get information about which version (or versions) of the PSAX I/O and server modules are supported by Release 8.0.0, see the Release Note for Release 8.0.0 of the PacketStar PSAX 4500, PSAX 2300, PSAX 1250, and PSAX 1000 Multiservice Media Gateways.
Page 451: System Updating Of Firmware Drivers
You can then either select another available driver or keep the nondefault driver abc. For guidance, seek the advice of Lucent Technologies NetworkCare. Selecting Firmware Drivers You can select either the default driver or a nondefault driver from the avail- able drivers: •...
Page 452: Upgrading I/O And Server Module Firmware
Chapter 11 Upgrading PSAX System Software Upgrading Firmware • If you select a nondefault driver, you can update the firmware for the selected module only if that slot contains the same module that was previ- ously configured in that slot. This constraint exists because the PSAX sys- tem database has stored values for each of the configured modules in the chassis by slot number.
Page 453: The Software Version Configuration Window (Firmware Version Control Option Selected)
Chapter 11 Upgrading PSAX System Software Upgrading Firmware The Software Version Configuration window (see Figure 11-9) is dis- played. Figure 11-9. The Software Version Configuration Window (Firmware Version Control Option Selected) 2 Select the Firmware Version Control option. The Firmware Version Control window (see Figure 11-10) is displayed. Figure 11-10.
Page 454: Field Descriptions For The Firmware Version Control Window
Chapter 11 Upgrading PSAX System Software Upgrading Firmware Command Function Update Screen Refreshes the values on this window to display the current firmware configura- tion for all modules in the system. Start Upgrade Initiates the downloading of firmware by the selected driver in the NextVersion field.
Page 455: Falling Back To The Previous Software Release
Chapter 11 Upgrading PSAX System Software Falling Back to the Previous Software Release 3 Select the line containing the module you want to update, and select the desired driver in the NextVersion field. 4 To download the selected driver, select the Start Upgrade command. When the downloading procedure is completed successfully, a confirma- tion message, , is displayed in the status...
Page 456 Chapter 11 Upgrading PSAX System Software Falling Back to the Previous Software Release The Software Version Configuration window (see Figure 11-11) is dis- played. Figure 11-11. Software Version Configuration Window (Fallback to Previous Version Selected) 2 Select the Fallback to Previous Version option. The following message is displayed: Are you sure that you want to Return to the previous ver- sion? (y/n)
Page 457: Snmp Trap Messages
SNMP Trap Messages Overview of This Appendix This appendix describes the SNMP trap and notification messages generated by the PSAX system SNMP agent for Release 8.0.0. External SNMP managers can perform various functions in the PSAX system, and can receive the trap and notification messages.
Page 458: A Snmp Trap Messages
Appendix A SNMP Trap Messages Viewing Trap Log Information Figure A-1. Console Interface Main Menu Window (Trap Log Display Selected) The Trap Log Display window is displayed (see Figure A-2) Figure A-2. Trap Log Display Window 2 To find a description of what a trap message means, follow these steps. ®...
Page 459: System Indicators
Appendix A SNMP Trap Messages Viewing Trap Log Information a Look in Table A-2 and find the trap message for which you want information. For example, you might want information about the trap message . The entry for the message cardInsertionNotify contains the following information: cardInsertionNotify...
Page 460: System
Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-1. System Indicators (Continued) System Indicator for the Trap Definition (Column 3 in Table A-2) Minor Problem A notification of a problem that does not affect service or function (“Minor” in Table A-2) of a component of the Multiservice Media Gateway system (for example, the failure of a redundant power supply module).
Page 461 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number aal2TrunkConfigS Connec- Response...
Page 462 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number ambientTempera- System Information...
Page 463 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number atmAtm- Interface Information...
Page 464 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number atmAtmSpvp- Interface Information...
Page 465 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number atmImaIntf- Interface Information...
Page 466 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number atmSpvcConfig- Interface Information...
Page 467 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number atmTrunking- Interface Information...
Page 468 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number atmTrunkingRe- Interface Information...
Page 469 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number bridgeAtmBk- Connec- Response...
Page 470 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number bridgeDomain- Interface Information...
Page 471 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number chassisOverTem- System Critical...
Page 472 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number cirAtmSpvcVccTe- Connec- Response...
Page 473 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number cirEmAtm- Connec- Response...
Page 474 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number completeClockRe- System Information...
Page 475 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number differentSystem- System Critical...
Page 476 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number firmwareDown- Module Information...
Page 477 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number frFrPvcTear- Connec- Response...
Page 478 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number gr303Aal2PvcSet Connec- Information...
Page 479 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number gr303IgIntfAddFa Interface Information...
Page 480 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number gr303TMCChanD Interface Information...
Page 481 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number inputPortClock- System Critical...
Page 482 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number ipAtmApp- Connec- Response...
Page 483 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number iuaAspState- Interface Information...
Page 484 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number iuaTBeatValue- Interface Information...
Page 485 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number lineStatusChan- Module Major...
Page 486 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number muxReadyCon- System Information...
Page 487 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number ntomProtection- Module Information...
Page 488 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number oneWayMessage- System Major...
Page 489 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number pnniRtAddrAd- System Information...
Page 490 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number referenceClock- System Critical...
Page 491 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number snmpCommuni- System Critical...
Page 492 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number switchAlarmSta- System Critical...
Page 493 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number tasTstLineNotify System Information...
Page 494 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number v5E1LinkCantBeT Interface Information...
Page 495 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number v5InterfaceCreate Interface Information...
Page 496 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number v5InterfaceE1Lin Interface Information...
Page 497 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number v5InterfaceE1Lin Interface Information...
Page 498 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number v5InterfaceLogCC Interface Information...
Page 499 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number v5InterfacePhysC Interface Information...
Page 500 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number v5InterfaceProtect Interface Information...
Page 501 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number v5InterfaceUserPo Interface Information...
Page 502 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number v5InterfaceUserPo Interface Information...
Page 503 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number v5InterfaceUserPo Interface Information...
Page 504 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number v5InterfaceVarian Interface Information...
Page 505 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number v5PhysCChanCan Interface Information...
Page 506 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number vbrAtmPvcVc- Connec- Response...
Page 507 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number vbrAtm- Connec- Response...
Page 508 Appendix A SNMP Trap Messages Viewing Trap Log Information Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number viprIpIntfTrap Interface Information...
Page 509: Definitions Of Mib Objects Used For Trap Messages
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-2. SNMP Trap Names and Descriptions with Associated MIB Object Names (Continued) Trap Group System Enterprise-Specific Indicator for MIB Object Name Trap Description Trap Name Trap Index the Trap Number virtualUNIIntf-...
Page 510 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-3. AAL2 Configure Failure Codes (Continued) Number Enumerated Type Description Value vccIdError The VCC ID for the trunk is 0,or this VCC ID is out of range. cidError The CID for the trunk or this VCC ID is out of range or used by someone else.
Page 511: Active Stratum Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Associated Traps - aal2VbrAtmSpvcVccEntry, aal2VbrAtmSpvcVccConfiguredNotify, aal2VbrAtmSpvcVccConfigFailNotify, aal2VbrAtmSpvcDeletedNotify, aal2VbrAtmSpvcVccSetUpNotify activeStratum The current status of the backup Stratum module. Valid range is a number between 1 and 2. See Table A-4 for a mapping between numbers and their enumerated type. Associated Traps - stratumActivitySwitchOverNotify Table A-4.
Page 512: Aps Failure Reason Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages apsFailureReasonCode APS failure reason. Valid range is a number between 1 and 10. See Table A-6 for a mapping between numbers and their enumerated type. Associated Traps - apsConfigurationModifyFailNotify Table A-6.
Page 513 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Associated Traps - atmAtmSpvcVccSetUpNotify, atmAtmSpvcVccTearDownNotify atmAtmSpvcVccVciA The VCI value for side A of an ATM SPVC VCC connection. Valid range is a number between 0 and 65535. Associated Traps - atmAtmSpvcConfiguredNotify, atmAtmSpvcConfigFailNotify, atmAtmSpvcDe- letedNotify, atmAtmSpvcModifiedNotify, atmAtmSpvcModifyFailNotify, atmAtmSpvcVccSetUp- Notify, atmAtmSpvcVccTearDownNotify...
Page 514: Atm Ima Interface Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages atmAtmSpvcVpcVpiA The VPI value for side A of an ATM SPVC VPC connection. Valid range is a number between 0 and 4095. Associated Traps - atmAtmSpvpConfiguredNotify, atmAtmSpvpConfigFailNotify, atmAtmSpvp- DeletedNotify, atmAtmSpvpModifiedNotify, atmAtmSpvpModifyFailNotify atmImaIntfIndex Interface index for the ATM IMA interface.
Page 515 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages atmPvcVccVciA VCI value for side A of an ATM-to-ATM PVC VCC connection. Valid range is a number between 0 and 65535. Associated Traps - atmPvcVccReqFailNotify, atmPvcVccSetupNotify, atmPvcVccTearDownNotify, atmBkPvcVccReqFailNotify, atmBkPvcVccSetupNotify, atmBkPvcVccTearDownNotify atmPvcVccVciB The VCI value for side B of an ATM-to-ATM PVC VCC connection.
Page 516 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages atmPvcVpcVpiB The VPI value for side B of an ATM-to-ATM PVC VPC connection. Valid range is a number between 0 and 4095. Associated Traps - atmPvcVpcReqFailNotify, atmPvcVpcSetupNotify, atmPvcVpcTearDownNotify, atmBkPvcVpcReqFailNotify, atmBkPvcVpcSetupNotify, atmBkPvcVpcTearDownNotify atmSpvcVccIfA Interface index for side A of an ATM SPVC VCC connection.
Page 517: Atm Trunking Configuration Failure Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages atmTrunkingBrVccId The ID of the AAL2 Bear VCC. Associated Traps - atmTrunkingBrVccConfiguredNotify, atmTrunkingBrVccTearDownNotify, atmTrunkingBrVccSetUpNotify, atmTrunkingBrVccDeletedNotify atmTrunkingBrVccRmtIWFId The IWF ID for the remote IWF. Associated Traps - atmTrunkingBrVccConfiguredNotify, atmTrunkingBrVccTearDownNotify, atmTrunkingBrVccSetUpNotify, atmTrunkingBrVccDeletedNotify atmTrunkingConfigFailureCode An identified reason for failure while configuring or modifying ATM Trunking parameters.
Page 518 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-9. ATM Trunking Configuration Failure Codes (Continued) Number Enumerated Type Description Value vccTrunkParameterNotValid The parameters for the Trunk is not supported, includ- ing BrVccMaxAal2ChanId, BrVccCircuitModeData- Supp, BrVccFrameModeSupp, BrVccFaxModeSupp, CASPktXportSupp, BrVccDTMFPktXportSupp, BrVccMFR1PktXportSupp, BrVccMFR2PktXportSupp, BrVccPCMEncoding, BrVccMaxFrameLength, BrVc-...
Page 519 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Associated Traps - atmTrunkingRemoteIWFConfiguredNotify, atmTrunkingRemoteIWFConfig- FailNotify, atmTrunkingRemoteIWFDeletedNotify, atmTrunkingRemoteIWFModifiedNotify, atmTrunkingRemoteIWFModifyFailNotify atmTrunkingSigVccIdentifier The VCC ID assigned by the owner of this signalling VCC. Associated Traps - atmTrunkingSigVccSetUpNotify, atmTrunkingSigVccTearDownNotify, atmTrunkingSigVccConfiguredNotify, atmTrunkingSigVccConfigFailNotify, atmTrunkingSigVc- cDeletedNotify atmTrunkingSigVccRmtIWFIdentifier The IWF ID for the remote IWF.
Page 520 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages bridgeAtmPvcVccVciB The VCI value for side B, the ATM side, of a Bridge-to-ATM PVC VCC connection. Valid range is a number between 0 and 65535. Associated Traps - bridgeAtmPvcVccReqFailNotify, bridgeAtmPvcVccSetupNotify, bridgeAt- mPvcVccTearDownNotify, bridgeAtmBkPvcVccReqFailNotify, bridgeAtmBkPvcVccSetupNotify, bridgeAtmBkPvcVccTearDownNotify bridgeAtmPvcVccVpiB...
Page 521: Module Operational Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Associated Traps - cardInsertionNotify Table A-10. Module Operational Status Codes Number Enumerated Type Description Value primary For an I/O module, it is primary if configured. For the CPU, it is the principal CPU.
Page 522 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-12. Module Type Codes (Continued) Number Enumerated Type Description Value highSpeed High-Speed Serial Interface module mSerial Multiserial Interface module dSP1 DSP1 Voice Server tWStation 2-Wire station tWOffice 2-Wire office Central Processing Unit module...
Page 523 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-12. Module Type Codes (Continued) Number Enumerated Type Description Value hD-DS1 High-Density DS1 dS3-IMA DS3 IMA dSP2C DSP2C Voice Server tasm Tones and Announcements Server module mD-DS1 Medium-Density DS1 quadSerial...
Page 524: Chassis Over Temperature Alarm Reason Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages number between 0 and 1023. If the I/O module interface is circuit emulation, then this will always be 0. Associated Traps - cellTestReqFailNotify cellTestVpiB The VPI value for testing cell transfer to an I/O module. Valid range is a number between 0 and 4095.
Page 525 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages cirEmAtmPvcVccIfA Interface index for side A, the circuit emulation side, of a circuit emulation-to-ATM PVC VCC connection. Number value is interpreted as an interface of the form, SSPPCCC, where SS is the module slot, PP is the port number, and CCC is the channel number.
Page 526: Firmware Download Reason Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages cirEmAtmSpvcVccVpiB The VPI value for side B, the ATM side, of a circuit emulation-to-ATM SPVC VCC connection. Valid range is a number between 0 and 4095. Associated Traps - cirEmAtmSpvcVccSetUpNotify, cirEmAtmSpvcVccTearDownNotify cirEmCirEmPvcIfA Interface index for side A of a circuit emulation-to-circuit emulation PVC connection.
Page 527 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-14. Firmware Download Reason Codes (Continued) Number Enumerated Type Description Value driverInvalidrecordChecksum The firmware driver file is corrupted (invalid record checksum). requestReplyTimeout Failure to communicate with the I/O module. (request timeout).
Page 528 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages frAtmPvcVccVciB The VCI value for side B, the ATM side, of a frame relay-to-ATM PVC VCC connection. Valid range is a number between 0 and 65535. Associated Traps - frAtmPvcVccReqFailNotify, frAtmPvcVccSetupNotify, frAtmPvcVccTearDown- Notify, frAtmBkPvcVccReqFailNotify, frAtmBkPvcVccSetupNotify, frAtmBkPvcVccTearDownNo- tify frAtmPvcVccVpiB...
Page 529: Lmi Operational Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Associated Traps - frFrPvcReqFailNotify, frFrPvcSetupNotify, frFrPvcTearDownNotify frFrPvcIfA Interface index for side A of a frame relay-to-frame relay PVC connection. Number value is inter- preted as an interface of the form, SSPPCCC, where SS is the module slot, PP is the port number, and CCC is the channel number.
Page 530: Gr-303 Interface Group Backup Eoc Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Associated Traps - gr303Aal2PvcConfigReqFailNotify, gr303Aal2PvcSetUpNotify, gr303Aal2PvcTearDownNotify gr303Aal2PvcVccVpiB The VPI value for side B (the ATM side) of a circuit emulation-ATM PVC VCC connection. Valid range is a number between 0 and 4095. Associated Traps - gr303Aal2PvcConfigReqFailNotify, gr303Aal2PvcSetUpNotify, gr303Aal2PvcTearDownNotify gr303Aal2PvcVccVciB...
Page 531: Gr-303 Interface Group Backup Tmc Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages gr303IgBackupTMCStatus Backup TMC channel Status. A null value (5) indicates that the backup TMC has not been config- ured. Valid range is a number between 1 and 5. See Table A-17 for a mapping between numbers and their enumerated type.
Page 532: Gr-303 Interface Group Primary Tmc Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages gr303IgPrimaryTMCStatus Primary TMC channel status. Valid range is a number between 1 and 4. See Table A-19 for a mapping between numbers and their enumerated type. Associated Traps - gr303PPSStateChangeNotify, gr303PPSSwitchoverNotify, gr303PPSCommandFailNotify Table A-19.
Page 533: Gr-303 Pps Source Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages gr303PPSSource Indicates the initiator of the PPS switching. Valid range is a number between 1 and 6. See Table A-21 for a mapping between numbers and their enumerated type. Associated Traps - gr303PPSStateChangeNotify, gr303PPSSwitchoverNotify, gr303PPSCommandFailNotify Table A-21.
Page 534: Ima Grp Channel Failure Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-22. IMA GRP Channel End State Codes (Continued) Number Enumerated Type Description Value insufficientLinks There are fewer active transmit or receive links than the associated group configuration parameter. blocked The IMA group has been administratively taken out of service.
Page 535: Ima Group Channel Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Associated Traps - imaGroupStatusChangeNotify Table A-24. IMA GRP Channel End State Codes Number Enumerated Type Description Value notConfigured This interface is not configured as an IMA group. startUp This end is in a state of start-up.
Page 536: Ima Grp Channel Symmetry Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages imaGrpChannelSymmetry The symmetry of the IMA group. The default value is symOperation. Valid range is a number between 1 and 3. See Table A-26 for a mapping between numbers and their enumerated type. Associated Traps - imaGroupStatusChangeNotify Table A-26.
Page 537 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-27. Interface Failure Reason Codes (Continued) Number Enumerated Type Description Value t1SigEnableInterfaceNotSupported The interface is not supported if T1 signaling is enabled ts16ForData. ts16ForData ts16 has been set for passing data and the user is attempting to turn on signaling.
Page 538 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-27. Interface Failure Reason Codes (Continued) Number Enumerated Type Description Value failure-at-call-handler An interface creation failure occurred due to the call handler. unstructuredCE-payloadloop Unstructured CE should not have payload loop- back as a loop back option.
Page 539 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-27. Interface Failure Reason Codes (Continued) Number Enumerated Type Description Value vISuppConnTrafficShapingMutuallyEx- The VI support flag and traffic shaping flag are clusive mutually exclusive. tS16onPortNotCAS Must have CAS on port for the channel to have a CAS trunk line interface.
Page 540 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-27. Interface Failure Reason Codes (Continued) Number Enumerated Type Description Value backupTMC-EOCIntfShouldBeSame The backup timeslot management channel and embedded operation channel interfaces should be the same. backupEOCIntfCantBeChanged The backup embedded operation channel inter- face cannot be changed.
Page 541 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-27. Interface Failure Reason Codes (Continued) Number Enumerated Type Description Value v5IntfPhysCChanAlreadyExists V5 Interface physical C Channel already exists. The same physical C Channel cannot be added in the interface.
Page 542: Interface Type Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages vbrSpvcConfiguredNotify, vbrSpvcConfigFailNotify, vbrSpvcDeletedNotify, vbrSpvcModifiedNo- tify, vbrSpvcModifyFailNotify, pnniProtLnkUpAndAdv, pnniProtLinkUpAndNotAdv, pnniPro- tLnkStatDown, pnniIntfCfgFailNotify, atmSvcIntfLayer2Up, atmSvcIntfLayer2Down, inter- faceCreateFailNotify, gr303TMCChanDownNotify, gr303EOCChanDownNotify, gr303TMCChanUpNotify, gr303EOCChanUpNotify, interfaceBandwidthChangeNotify, lmiDl- ciStatusNotify, dhpvcChangeNotify interfaceType Interface type used for identification in traps. A specific interface is associated with each number. Valid range is a number between 1 and 23.
Page 543 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-28. Interface Type Codes (Continued) Number Enumerated Type Description Value casTrunkLine Channel Associated Signaling Trunk Line Interface toneAnnce Tone Announcement Interface gr303 GR-303 ipAddrNumber The IP address of the host/network to be echoed. Associated Traps - viprPingTrap ipAtmAppPvcVccDestAddrA The destination IP address of an in-band management-ATM connection.
Page 544: Ip Interface Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages ipIntfStatus Return codes for the Route Server module’s IP interface operations. Valid range is a number between 1 and 24. See Table A-29 for a mapping between numbers and their enumerated type. Associated Traps - viprIpIntfTrap Table A-29.
Page 545: Ipt Result Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages iptResultCode Various result codes for the operator’s command for setting/deleting an interface protection group. Valid range is a number between 1 and 9. See Table A-30 for a mapping between numbers and their enumerated type. Associated Traps - iptResultNotify Table A-30.
Page 546 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-31. IP Type Reason Codes (Continued) Number Enumerated Type Description Value siteRemoteMgrAddr5 Remote manager IP Address 5, where the trap will be sent. inBandPrimaryIpAddress IP address of the switch when the switch is accessed over the primary in-band connection.
Page 547: Iua Application Server Process State Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-31. IP Type Reason Codes (Continued) Number Enumerated Type Description Value siteGatewayInbandAddrClash The newly configured gateway IP address is the same as the inband IP address, which is incor- rect.
Page 548: Iua Association State Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages iuaAspEpAssocId Association Identification. Value identifying the association for that endpoint. This value is extracted from the SCTP association Id value returned by SCTP when the association is estab- lished to that endpoint.
Page 549: Iua Heartbeat Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-35. IUA Heartbeat Codes Number Enumerated Type Description Value Heartbeat is enabled. Heartbeat is disabled. No BEAT messages are sent but BEAT messages received are responded. iuaLocalPort Identifies the port of the IUA service.
Page 550: Enhanced Ds1 Line Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages The following bit map table shows line statuses for the DS1/T1 and Enhanced DS1 modules: Table A-37. Enhanced DS1 Line Status Codes Bit Value Alarm Description dsx1NoAlarm No alarm present dsx1RcvFarEndLOF Far-end LOF (that is, yellow alarm)
Page 551 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-39. DS1 Line Status Alarms Bit Value Alarm Description RcvAIS Far-end sending AIS (red alarm) XmtAIS Near-end sending AIS LossOfFrame Near-end LOF LossOfSignal Near-end loss of signal LoopbackState Near-end is looped T16AIS...
Page 552: Enhanced E1 Line Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-40. 2-Port DS3 ATM Module Line Status Codes (Continued) Bit Value Alarm Description 2048 dsx3RcvRmtOOF Receiving FEAC OOF code from remote. The far-end device has sent an FEAC OOF code to the PSAX system to indicate that the far-end device has detected an OOF condition on its receiving port.
Page 553 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-41. Enhanced E1 Line Status Codes Bit Value Alarm Description e1LossOfSignal Near-end loss of signal e1LoopbackState Near-end is looped e1T16AIS E1 TS16 AIS e1RcvFarEndLOMF Far-end sending TS16 LOMF 1024 e1XmtFarEndLOMF Near-end sending TS16 LOMF...
Page 554: Ethernet Module Line Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-42. 2-Port E3 ATM Module Line Status Codes (Continued) Bit Value Alarm Description 8192 dsx3RcvRmtIdle The PSAX system detected a DS3 idle signal on its receiving port. If the Cell Mapping field on the DS3 Port and Channel Configu- ration window for this port is set to Plcp, the PSAX system: Displays the values RcvRmtIdle and RcvLCD in the Line Sta-...
Page 555: Optical Modules Line Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-43. Ethernet Module Line Status Codes Bit Value Line Status Description 10baseT-HalfDuplex Indicates the line status that was auto-negotiated or preconfigured for this port. The line speed is 10 Mbps and the line is half duplex, which means that the port can only send or receive data during a given time period.
Page 556: Voice 2 Wire Office And Voice 2 Wire Station Line Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages The following bit map table shows line status messages for the module: Table A-45. Voice 2 Wire Office and Voice 2 Wire Station Line Status Codes Bit Value Alarm Description NoAlarm...
Page 557: Ntom Protection Reason Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Associated Traps - ntomProtectionSwitchoverNotify, ntomProtectionGroupCreateFailNotify, ntomProtectionGroupModifyFailNotify, ntomProtectionGroupSlotAdd, ntomProtection- GroupSlotRemove, ntomProtectionSlotModifyFail Table A-47. ntom Protection Reason Codes Number Enumerated Type Description Value ntomSwitchProtectionToActive The protection module has switched to active. ntomSwitchProtectionToStandby The protection module has switched to standby.
Page 558: Oam Activation Deactivation Result Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages oamActDeactVciB The VCI value for OAM CC connection. Valid range is a number between 0 and 65535. Associated Traps - oamActDeactResultNotify oamActDeactVpiB The VPI value for an OAM CC connection. Valid range is a number between 0 and 4095. Associated Traps - oamActDeactResultNotify oamActDeactResultCode Various result codes for the operator’s command for OAM Activation-Deactivation.
Page 559 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-48. OAM Activation Deactivation Result Codes (Continued) Number Enumerated Type Description Value eteCCDeactDeniedTowardsNearEnd The end-to-end continuity check deactivation request sent toward the near-end is denied. eteCCDeactDeniedTowardsBothEnd The end-to-end continuity check deactivation request toward both ends is denied.
Page 560 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-48. OAM Activation Deactivation Result Codes (Continued) Number Enumerated Type Description Value oamActDeactInvalidIntf Slot, port, channel, VP, VCI-This interface is not valid. oamNotSupportedForThisConnection This connection is not OAM supported. oamCCnotSupportedForThisConnec- This connection is not OAM CC supported.
Page 561 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-48. OAM Activation Deactivation Result Codes (Continued) Number Enumerated Type Description Value etePMDeactSuccTowardsFarEnd The end-to-end performance monitoring deacti- vation request was successfully sent toward the far-end. etePMDeactSuccTowardsNearEnd The end-to-end performance monitoring deacti- vation request was successfully sent toward the...
Page 562 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-48. OAM Activation Deactivation Result Codes (Continued) Number Enumerated Type Description Value etePMBRDeactSuccTowardsBothEnd The end-to-end performance monitoring/back- ward reporting deactivation request was success- fully sent toward both ends. segPMActSuccTowardsFarEnd The segment performance monitoring activation request was successfully sent toward the far-end.
Page 563 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-48. OAM Activation Deactivation Result Codes (Continued) Number Enumerated Type Description Value segPMBRActDeniedTowardsNearEnd The segment performance monitoring/backward reporting activation request sent toward the near- end is denied. segPMBRActDeniedTowardsBothEnd The segment performance monitoring/backward reporting activation request sent toward both...
Page 564: Oam Test Failure Reason Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Associated Traps - oamTestReqFailNotify Table A-49. OAM Test Failure Reason Codes Number Enumerated Type Description Value invalidSPCforOAM There is no such slot/port/channel in this box. invalidIntfForOAM There is no such interface that OAM enabled. invalidLocationLength The length of the Loopback Location ID is not valid.
Page 565: Oc-3C Aps Protection Line Signal Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Associated Traps - oc3APSStateChangeNotify, oc3APSSwitchoverNotify Table A-50. OC-3c APS Protection Line Signal Status Codes Number Enumerated Type Description Value noAlarm no alarm signalDegradation signal bit error rate is higher than the specified threshold signalFailure signal bit error rate is much higher than the specified threshold...
Page 566 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-51. OC-3c APS Reason Codes (Continued) Number Enumerated Type Description Value localprotectSF A signal failure occurred at the near- end protec- tion port. localprotectForced A forced switchover occurred at the near-end protection port.
Page 567: Oc-3C Aps Selector State Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-51. OC-3c APS Reason Codes (Continued) Number Enumerated Type Description Value remoteworkingSD A signal degradation occurred at the far-end working port. remoteworkingSF A signal failure occurred at the far-end working port.
Page 568: Pgt Result Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-53. OC-3c APS Working Line Signal Status Codes (Continued) Number Enumerated Type Description Value 2048 lineLoopBack port is in line loop back state 4096 protocolFailure protocol failure 8192 adminOutOfService The interface is administratively out of service.
Page 569: Ping Status Reason Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-54. PGT Result Codes (Continued) Number Enumerated Type Description Value interfaceProtectionpgtFailedSwichOver Interface protection failed switched over. interfaceProtectionpgtFailedSwichBack Interface protection failed switched back. interfaceProtectionpgtInvalidConfiguation The interface protection configuration is not valid.
Page 570: Port Failure Reason Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-56. PNNI Codes (Continued) Number Enumerated Type Description Value pnniATMAddrInvInNodeId ATM address entered in node ID is not valid pnniATMAddrInvInPGId ATM address entered in peer group ID is not valid pnniIntfAdmStatNotDel PNNI interface administrative status not deleted pnniNodeAdmStatUp...
Page 571: Power Supply Reason Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages powerSupplyReasonCode Identification for a change in the status of a power supply. Valid range is a number between 1 and See Table A-58 for a mapping between numbers and their enumerated type. Associated Traps - powerSupplyStatusNotify Table A-58.
Page 572: Pvc Failure Reason Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages frAtmBkPvcVccReqFailNotify, atmBkPvcVpcReqFailNotify, bridgeAtmBkPvcVccReqFailNotify, ipAtmBkAppPvcVccReqFailNotify, aal2TrunkConfigReqFailNotify, dhpvcChangeNotify Table A-59. PVC Failure Reason Codes Number Enumerated Type Description Value vpiVciUnavailableA2B The virtual path identifier and virtual channel identi- fier are unavailable in the direction of A2B. vpiVciUnavailableB2A The virtual path identifier and virtual channel identi- fier are unavailable in the direction of B2A.
Page 573 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value vcGreaterThanVcMaxIgrsA2B The virtual channel is greater than the virtual chan- nel identifier maximum on the ingress side of the A2B direction of the connection.
Page 574 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value vpGreaterThanVpMaxIispIgrsB2A The virtual path value is greater than the allowed upper limit for NNI interfaces. The error is in the input side of the B2A direction of the connection.
Page 575 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value vpiInReservedListA2B The currently configured virtual path identifier is present in the reserved list of the A side of the A2B direction of the connection.
Page 576 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value vpiVciInReservedListB2A The virtual path identifier/virtual channel identifier used is already present in the reserved list for some other connection.
Page 577 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value connectionsUnavailableInModuleB The connections are unavailable in the module in the B2A direction. scrBandwidthUnavailableIgrsA2B The sustained cell rate bandwidth is unavailable on the ingress side of the A2B direction of the connec- tion.
Page 578 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value dlciFoundInReleasedList The data link connection identifier is found in the released list. invalidDlci The data link connection identifier is not valid. slotA-OutOfRange Slot A is out of range.
Page 579 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value unrecognizableSarTypeA2B The SAR (segmentation and reassembly) type is not supported for this connection in the A2B direction. unrecognizableSarTypeB2A The SAR (segmentation and reassembly) type is not supported for this connection in the B2A direction.
Page 580 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value interfaceA-InTerminalEmulation- The interface attached to the slot, port, or channel on PvcList the A side is already present in the terminal emula- tion PVC list for another connection.
Page 581 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value interfaceB-InTerminalEmulation- The interface attached to the slot, port, or channel on ReleasedList the B side is already present in the hdlc terminal emulation released list for another connection.
Page 582 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value ipDestAddrSubnetAInPvcList Used for Inband Management Connections. The IP address is already used for another connection in the PVC list.
Page 583 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value interfaceBInBridgeReleasedList The interface associated with the slot, port, or chan- nel is already present in the released list and is cur- rently in use.
Page 584 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value beNotValidA2B The excess burst size is too small if the committed burst and committed information rate is zero. This is in reference to the A2B direction.
Page 585 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value dspUnsupportedForMultiCast- DSP support is not available for multicast connec- Conns tions. dspResourceUnavailable DSP resources are not available for the connection configuration given by the user.
Page 586 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value vi-OOR-A The requested VI number is out of range for simplex connections (Side A). vi-OOR-B The requested VI number is out of range for simplex connections (Side B).
Page 587 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value vuni-Already-Exists The virtual UNI already exists. vuni-Does-Not-Exist The virtual UNI does not exist. vuni-Does-Not-Match-vi If VI is enabled at the main interface level and if the VUNI is non-zero the VI value and VUNI value should match.
Page 588 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value stdAal2CIDAlreadyInUse AAL2 CID is already in use. stdAal2TrunkBWUavailableEgrs Bandwidth at the trunk level is not available on the output side.
Page 589 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value dhpvcState-Prim-Act-NoFail- This is not an error trap. This is an informational trap Bkup-Pass-Fail to indicate that the DHPVC has had a change in state but does not result in a switchover.
Page 590: Remote Database Operation Error Status
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-59. PVC Failure Reason Codes (Continued) Number Enumerated Type Description Value numRsvChannelsAlreadyUsed This is used when the user has configured the numD- spRsvChannels to be non-zero and have used up to the limit which was reserved.
Page 591: Remote Reboot Reason Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages remoteRebootReason Code The result of a remote reboot request. Valid range is a number between 1 and 47. See Table A-62 for a mapping between numbers and their enumerated type. Associated Traps - remoteRebootNotify Table A-62.
Page 592 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-62. Remote Reboot Reason Codes (Continued) Number Enumerated Type Description Value ioCard10Reboot-NoCardInSlot The I/O module reboot did not occur. No module is present in slot 10. ioCard11Reboot-NoCardInSlot The I/O module reboot did not occur.
Page 593: Remove Configuration Files Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages removeConfigFiles Indicates the status of a remove configuration files request. Valid range is a number between 1 and 4. See Table A-63 for a mapping between numbers and their enumerated type. Associated Traps - removeConfigFilesNotify Table A-63.
Page 594: Sapphire Interface Address Fail Reason Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Associated Traps - sapphireInterfaceAddressAssignFailNotify Table A-65. Sapphire Interface Address Fail Reason Codes Number Enumerated Type Description Value address-assign-ok Address assignment succeeded. fail-Ilegal-IP-address Illegal IP address assigned address does not match. fail-not-match-InBandMan- In-Band Management IP or Switch IP or CPU IP agement-Switch-CPU-IP-...
Page 595: Spvc Configuration Failure Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-66. Save Configuration Reason Codes (Continued) Number Enumerated Type Description Value fail-backupCpuInitializationIn- Save operation failed due to ongoing secondary CPU Progress initialization. expect2ndCPURebootAfterSave Notification to expect reboot of secondary CPU after a save operation.
Page 596 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-67. SPVC Configuration Failure Codes (Continued) Number Enumerated Type Description Value interfaceNotConfiguredAsRe- While configuring it as SPVC endpoint, this interface is quired not as desired (e.g., it is not CE, while trying to configure CES SPVC).
Page 597: Static Route Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Associated Traps - viprStatRtTrap Table A-68. Static Route Codes Number Enumerated Type Description Value statRtOk Static route OK statRtIntFailure Memory corruption statRtMany Too many static routes statRtSlot Impossible slot ID statRtBadId Bad VPN ID...
Page 598: Stratum Configuration Modification Failure Reason Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-69. Stratum Configuration Modification Failure Reason Codes Number Enumerated Type Description Value unSupportedOption The option or configuration is not supported. onlyCompositeClockDS0aAllowed- When a DS0A module is configured, the only AsDS0aCardIsConfigured option for stratum sync source is compositeClockDS0A.
Page 599: Switch Alarm Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-71. Subchannel Status Codes (Continued) Number Enumerated Type Description Value scBadId Bad VPN ID scBadState State machine confusion scBadTimerVal Bad timer value: state machine scExists Subchannel already exists scCantFind Unused scDelInProgress...
Page 600: Switch Fan Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages See Table A-73 for a mapping between numbers and their enumerated type. Associated Traps - switchFanStatusChangeNotify Table A-73. Switch Fan Status Codes Number Enumerated Type Description Value notAvailable The fan status could not be retrieved.
Page 601: Tas Module Continuity Check Reason Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Associated Traps - tasContinuityCheckNotify Table A-75. TAS Module Continuity Check Reason Codes Number Enumerated Type Description Value cc-success Continuity check request has been successfully done. cc-Fail-equipment-Fail Slot, port, channel, VPI, VCI are not in the range. cc-Fail-connections-Fail The TASM connection ID is not valid.
Page 602: Tas Module Memory Reason Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages tasMemReasonCode The result of a memory initialization request. Valid range is a number between 1 and 2. See Table A-78 for a mapping between numbers and their enumerated type. Associated Traps - tasMemNotify Table A-78.
Page 603: Timing Reason Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Associated Traps - bridgeDomainTimingRelationshipNotify Table A-80. Timing Reason Codes Number Enumerated Type Description Value invalidForwardDelay-MaxAge In violation of: 2 * (BridgeForwardDelay - 1.0 sec) >= BridgeMaxAge invalidHelloTime-MaxAge In violation of: BridgeMaxAge >= 2 * (BridgeHelloTime + 1.0 sec toneAnnceFtpErrorStatus...
Page 604: Tone Announcement Ftp Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages toneAnnceFtpStatus The current status of the tone announcement download. The initial start state from boot-up is noActivity. During the FTP of the announcement, working is set. The final state is one of done- Successfully, doneWithError, or aborted.
Page 605: Upgrade Software Error Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-84. Upgrade Software Error Status Codes Number Enumerated Type Description Value none No errors occurred. userAbort User canceled invalidIpAddress The Ip address is not valid. invalidAccountName The Account name is not valid.
Page 606: V5 Data Link Communication Path Id Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-85. V5 Data Link Communication Path ID Codes Number Enumerated Type Description Value v5DLCPathProtection1 This data link communication path refers to PROTECTION1 DL protocol. v5DLCPathProtection2 This data link communication path refers to PROTECTION2 DL protocol.
Page 607: V5 Interface User Port Type Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages v5IntfUserPortLEPortId LE port number used to identify the ISDN and PSTN ports on a v5 interface. Associated Traps - v5InterfaceUserPortAddedNotify, v5InterfaceUserPortAddFailNotify, v5InterfaceUserPortDeleteNotify, v5InterfaceUserPortBlockedNotify, v5InterfaceUserPortUnBlockedNotify, v5InterfaceUserPortUnblockDeactNotify, v5InterfaceUserPortActivatedNotify, v5InterfaceUserPortActivationInitiatedNotify v5IntfUserPortType Port type used to identify whether this port is ISDN or PSTN in a v5 interface.
Page 608 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages v5VariantId This index identifies the variant table. Associated Traps - v5InterfaceVariantAddedNotify, v5InterfaceVariantAddFailNotify, v5InterfaceVariantDeleteNotify, v5InterfaceVariantOutOfServiceNotify, v5InterfaceVariantInServiceNotify, v5InterfaceE1LinkAddedNotify, v5InterfaceE1LinkAddFailNotify, v5InterfaceE1LinkDeleteNotify, v5InterfaceVariantSwitchoverNotify, v5InterfaceVariantSwitchoverFailed, v5InterfaceVariantModifyFailNotify, v5InterfaceE1LinkModifyFailNotify, v5InterfaceE1LinkBlockedNotify, v5InterfaceE1LinkUnBlockedNotify, v5InterfacePhysCChanCreatedNotify, v5InterfacePhysCChanCreateFailNotify, v5InterfacePhysCChanDeleteNotify, v5InterfaceLogCChanCreatedNotify, v5InterfaceLogCChanCreateFailNotify, v5InterfaceLogCChanDeleteNotify, v5InterfaceDLCreatedNotify, v5InterfaceDLCreateFailNotify, v5InterfaceDLDeleteNotify, v5InterfaceUserPortAddedNotify, v5InterfaceUserPortAddFailNotify,...
Page 609 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages vbrAtmPvcVccVpiB The VPI value for side B, the ATM side, of a variable bit rate-to-ATM PVC VCC connection. Valid range is a number between 0 and 4095. Associated Traps - vbrAtmPvcVccReqFailNotify, vbrAtmPvcVccSetupNotify, vbrAtmPvcVccTear- DownNotify, vbrAtmBkPvcVccReqFailNotify, vbrAtmBkPvcVccSetupNotify, vbrAtmBkPvcVccTe- arDownNotify,...
Page 610: Version Configuration Reason Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages vbrAtmSpvcVpiB The VPI value for side B, the ATM side, of a variable bit rate-to-ATM SPVC VCC connection. Valid range is a number between 0 and 4095. Associated Traps - vbrAtmSpvcSetUpNotify, vbrAtmSpvcTearDownNotify vbrVbrPvcIfA Interface index for side A of a variable bit rate-to-variable bit rate PVC connection.
Page 611 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Table A-87. Version Configuration Reason Codes (Continued) Number Enumerated Type Description Value downgrade-sanityCheck-Completed The downgrade sanity check is completed. upgrade-Fail-SanityCheckFail The upgrade failed due to sanity check failure. downgrade-Fail-SanityCheckFail The downgrade failed due to sanity check fail- ure.
Page 612 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages viprRouterId A unique ID for the Router Instance in a router module. Associated Traps - viprPingTrap, viprArpTrap, viprRoutingTrap, viprVpnTrap, viprIpIntfTrap, vipr- SubChanTrap, viprStatRtTrap viprSlot The slot number of the Route Server module (SS). Associated Traps - viprPingTrap, viprArpTrap, viprRoutingTrap, viprVpnTrap, viprIpIntfTrap, vipr- SubChanTrap, viprStatRtTrap viprSubChnlId...
Page 613: Vpn Trap Status Codes
Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages Associated Traps - viprVpnTrap Table A-88. VPN Trap Status Codes Number Enumerated Type Description Value vpnAddOk VPN creation OK vpnInternalFailure Memory corruption failure vpnTooMany Exceeded maximum number of VPNs vpnBadSlot Impossible slot number vpnBadId...
Page 614 Appendix A SNMP Trap Messages Definitions of MIB Objects Used for Trap Messages ® PSAX 4500 Multiservice Media Gateway User Guide, Issue 2 Release 8.0.0 PacketStar A-158 255-700-239...
Page 615: Console Connector Pin Assignments
Pin Configurations Overview of This Appendix This appendix describes the connector pin assignments for the common equipment modules installed in the PSAX 4500 chassis. CONSOLE Connector connector on the CPU2 module accepts an RJ-12 connector. CONSOLE Pin assignments for the CONSOLE connector are listed in Table B-1.
Page 616: Ethernet Connector Pin Locations
Appendix B Pin Configurations ETHERNET Connector ETHERNET Connector The CPU2 module faceplate also provides a 10Base-T Ethernet interface using an RJ-45 connector. Figure B-1 shows the pin locations for the ETHERNET connector on the faceplate of the module. 1 2 3 4 5 6 7 8 Figure B-1.
Page 617: Pin Assignments For The Rj-45 Connector On The Stratum 3-4 Module
Appendix B Pin Configurations Configuration for the Stratum 3–4 Connector Table B-5. Pin Assignments for the RJ-45 Connector on the Stratum 3–4 Module Description IN (ring) IN (tip) Not Used Not Used Not Used Frame Ground Not Used Not Used ®...
Page 618 Appendix B Pin Configurations Configuration for the Stratum 3–4 Connector ® PSAX 4500 Multiservice Media Gateway User Guide, Issue 2 Release 8.0.0 PacketStar 255-700-239...
Page 619: C Configuring In-Band Management
Configuring In-Band Management Overview of In-band Management Configurations Three types of in-band management configurations are available: • Direct connection (see ”Using the Direct Connection Configuration” on page C-2) The management host connects over an ATM WAN directly to an I/O module port in a remote managed target (the PSAX system being man- aged).
Page 620: Using The Direct Connection Configuration
Appendix C Configuring In-Band Management Using the Direct Connection Configuration Using the Direct Connection Configuration The default gateway through the in-band network can be configured on all Multiservice Media Gateway with the IP address of the NMS machine, or network router, if used in place of an NMS station (see Figure C-1). Node E PSAX ATM PVC Connections...
Page 621: Setting Up Atm Arp Table Entries
Appendix C Configuring In-Band Management Using the Direct Connection Configuration ifconfig fa0 netmask broadcast forecard_Ip_Address Netmask Bcast_address Mtu_Size where, = the IP address of the FORE card (for exam- forecard_Ip_Address ple, 136.242.140.222) = the IP subnet mask (for example, 255.255.255.0) Netmask = the IP address of the broadcast server (for exam- Bcast_address...
Page 622: Using The Routed Connection Configuration
Appendix C Configuring In-Band Management Using the Routed Connection Configuration Check whether the connections have been configured by using the command atmarp -a 2 All the remote PSAX systems’ in-band interface IP addresses may or may not be in the same subnet as that of the FORE card’s IP address. 3 If the remote PSAX systems’...
Page 623: Setting Up Connections For A Routed Connection Configuration
Appendix C Configuring In-Band Management Using the Routed Connection Configuration Node E PSAX PSAX PSAX Node C Intermediate PSAX Router PSAX ATM PVC Node B Connections Intermediate PSAX Router PSAX Node D PSAX PSAX Node A PSAX Main Router PSAX Ethernet or ATM PSAX PVC Connections...
Page 624 Appendix C Configuring In-Band Management Using the Routed Connection Configuration stream connections to either the router PSAX system or the end system PSAX system. This helps to form a simple tree structure (see Figure C-2 on page C-5). 3 On the PSAX system, the in-band management interface (primary) should be assigned an IP address that should be on a different network than that of its Ethernet interface.
Page 625: Setting Pvc Connections For Routed Connection Configuration
Appendix C Configuring In-Band Management Using the Routed Connection Configuration Setting PVC Connections for Routed Connection Configuration Assume that the VPI:VCI for the connection between node A and B is VPIab: VCIab, etc. Also assume that the Ethernet IP addresses of all nodes except node A do not lie in the NMS station’s network address range.
Page 626 Appendix C Configuring In-Band Management Using the Routed Connection Configuration 4 Configure the primary IP Address for in-band management on the CPU module of main router PSAX system (Node D) using the console inter- face: Select the Site Specific Configuration> In-Band Management menu options.
Page 627 Appendix C Configuring In-Band Management Using the Routed Connection Configuration For setting up an in-band connection from the DS3 module to the CPU module, configure the DS3 module and put it into service. Select the Connection Configuration > In-Band Management IP PVC > Add Con- nection menu options, configure the PVC to the FORECARD.
Page 628: Using The Hybrid Connection Configuration
Appendix C Configuring In-Band Management Using the Hybrid Connection Configuration Port:1VCI: VCIceIP Mask: NMS net. mask Channel: 1 13 Verify that a routing table entry from the SUN machine’s network to net- work 20.0.0.0 exists on the SUN machine using the “netstat -nr” com- mand.
Page 629 Appendix C Configuring In-Band Management Using the Hybrid Connection Configuration Begin 1 In the hybrid connection type, Ethernet to in-band network routing as well as ATM channel tunneling is used. Log in as root on the SUN machine and add a routing table entry using “route add” command: route add net In-Band network address PSAX IP address on Ethernet metric where the in-band network address = 20.0.0.0 PSAX IP address on Ethernet = {Check Site Specific Configuration - Site...
Page 630 Appendix C Configuring In-Band Management Using the Hybrid Connection Configuration Setting PVC Connections for Hybrid Connection Configuration Assume that the VPI: VCI for connection between node A and B is VPIab: VCIab and so on. Also assume that the Ethernet IP address of all nodes, except node A, do not lie in the NMS stations’...
Page 631 Appendix C Configuring In-Band Management Using the Hybrid Connection Configuration Select the Site Specific Configuration> In-Band Management menu options. Example: Primary IP Address: 020.001.001.005 Primary IP Mask: 255.000.000.000 6 Set up in-band management connections on the CPU module of Node A to a remote PSAX system: For setting up an in-band connection from the DS3 module to the CPU module, configure the DS3 module and bring the interface into service.
Page 632 Appendix C Configuring In-Band Management Using the Hybrid Connection Configuration Port:1VCI: VCIadIP Mask: NMS net. mask Channel: 1 Node E Slot:Slot Number VPI: VPIaeIP Address: NMS net. addr Port:1VCI: VCIaeIP Mask: NMS net. mask Channel: 1 8 Verify that a routing table entry from the SUN machine’s network to net- work 20.0.0.0 exists on the SUN machine using the netstat -nr com- mand: 9 Use ping, telnet, rlogin and ftp from the SUN machine to nodes A, B, C, E...
Page 633: D Reference Information
Reference Information Overview of This Appendix This appendix contains reference information that is helpful while configur- ing your PSAX system. The following types of information are provided: • ATM Traffic Descriptors • SPVC Connection Cause Codes for Connection Retry • Industry Compliance Specifications •...
Page 634 Appendix D Reference Information ATM Traffic Descriptors The available traffic descriptors are as follows: • Best effort (Best-effort) This traffic descriptor allows the system to attempt to send all cells in a “best effort” fashion, without specifying traffic parameters, similar to the AQueMan algorithm.
Page 635: Atm Uni Specification Cause Codes, Version 3.1
Appendix D Reference Information ATM UNI Specification Cause Codes, Version 3.1 CLP bit value for cells passing into bucket 1 and drops all cells violating the value set for the PCR. For bucket 2, the system takes one of the following actions: ~ When the connection is configured for variable bit rate (VBR) traffic, the Multiservice Media Gateway tags all CLP=0 cells violating the value set...
Page 636 Appendix D Reference Information ATM UNI Specification Cause Codes, Version 3.1 Table D-1. Connection Cause Codes for SPVCs (Continued) Prompt Cause Referenced Description Code Standard Retry Call was rejected. Although the equipment sending this cause ITU-T Q.850 code is neither busy nor incompatible, the equipment sending this cause code does not want to accept the call.
Page 637 Appendix D Reference Information ATM UNI Specification Cause Codes, Version 3.1 Table D-1. Connection Cause Codes for SPVCs (Continued) Prompt Cause Referenced Description Code Standard Retry Circuit is unavailable. The requested circuit or channel is not ITU-T Q.850 available. No VPCI/VCI is available. A VPCI/VCI is not available for the ITU-T Q.2610 SPVC.
Page 638 Appendix D Reference Information ATM UNI Specification Cause Codes, Version 3.1 Table D-1. Connection Cause Codes for SPVCs (Continued) Prompt Cause Referenced Description Code Standard Retry Transit network selection is not valid. A transit network identifi- ITU-T Q.850 cation was received that is not formatted correctly. Correct for- mats are defined in the standard, Q.931, Annex C.
Page 639: Industry Compliance Specifications
Appendix D Reference Information Industry Compliance Specifications Table D-1. Connection Cause Codes for SPVCs (Continued) Prompt Cause Referenced Description Code Standard Retry 104 Message length is not correct. ATM Forum UNI 3.0/3.1 111 Unspecified protocol error. A protocol error occurred for which ITU-T Q.850 no defined protocol error exists.
Page 640 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes E1 IMA module af-phy-0064.000 E1 Physical Layer Specification DS1 IMA, DS3 IMA, and E1 af-phy-0086.000 IMA modules Inverse Multiplexing over ATM (IMA), Version 1.0 DS1 IMA, DS3 IMA, and E1 af-phy-0086.001...
Page 641 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes Channelized DS3, Channelized af-sig-0061.000 STS-1e, DS1 IMA, DS3 IMA, E1 User-Network Interface (UNI) IMA, DS3 ATM, E3 ATM, Enhanced DS1, Enhanced E1, High-Density E1, High Speed, Medium-Density DS1, Multi- Serial, OC-3c Single-Mode/Mul-...
Page 642 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes Carrier Group AIS Alarm af-vtoa-0078.000 Includes 56 (DS1), Nx64 (DS1, I.610 OAM F4/F5 Processing Circuit Emulation Service 2.0 (remote defect indication [RDI] and alarm indication signal [AIS]) Channelized DS3, Channelized...
Page 643 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes CSU/DSU loopback ANSI T1.105 Enhanced DS1, DS3 ATM, OC- Synchronous Optical Network- 3c Single-Mode/Multimode/APS Basic Description modules PSAX 1000 Multiservice Media ANSI T1.105.01, Synchronous Gateway Optical Networks, Automatic...
Page 644 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes GR-303 DLC Services ANSI T1.602 VTOA AAL2 Trunking Narrow- Integrated Services Digital Net- band Services work (ISDN)- Data-link Layer Signaling Specification for Application at the User-Network Interface GR-303 DLC Services...
Page 645 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes ETSI ISDN Support ETSI 300 125 Annex C: Soft PVC Procedures ETSI 300 324-1 ITU-T G. 964 and G.965 are functionally equivalent to ETSI V5.1 Interface for the Support of EN 300 324-1 and ETSI EN 300 Access Network (AN) Part 1:...
Page 646 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes Channelized DS3, Channelized FRF.2.1 STS-1e, DS3 Frame Relay, Frame Relay Network-to-Net- Enhanced DS1, Enhanced E1, work (NNI) Implementation High-Density E1, Medium-Den- Agreement sity DS1, Multi-Serial and Quad- LMI services between two NNI...
Page 647 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes OC-3c APS and OC-12c/STM-4c GR-499-CORE 1+1 APS/MSP MM/SM modules Common Requirements PSAX 1000 Multiservice Media Gateway PSAX 1000 Multiservice Media GR-513-CORE A module of LSSGR, FR-64.
Page 648 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes I.610 OAM F4/F5 Processing GR-2980-CORE Coordination protocol cell is (remote defect indication [RDI] used for automatic protection General Criteria for ATM Layer and alarm indication signal switching (APS) Protection Switching Mecha-...
Page 649 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes IETF RFC 1595 Definitions of Managed Objects for the SONET/SDH Interface Types IETF RFC 1661 Point-to-Point Protocol IETF RFC 1662 PPP in HDLC-like Framing IETF RFC 1700 Assigned Numbers Route Server module...
Page 650 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes DSP2C/D Voice Server modules ITU-T G.164 Fax/modem detection Transmission Systems and Media Apparatus Associated with Long-Distances Telephone Circuits and Other Terminal Equipment: Echo Suppressors DSP2A, B, C, D Voice Server ITU-T G.165...
Page 651 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes DSP2A, B, C, D Voice Server ITU-T G.726 modules General Aspects of Digital Trans- Voice compression (16, 24, 32, mission Systems Terminal 40 Kbps) and tandem encoding Equipment: 40, 32, 24, 16 Kbps Adaptive Differential Pulse Code...
Page 652 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes PSAX 1000 Multiservice Media ITU-T G.803 Gateway Architecture of Transport Net- works Based on Synchronous Digital Hierarchy (SDH) 1997 DS3 ATM, Enhanced DS1, and ITU-T G.804 Enhanced E1 modules ATM cell mapping into Plesio-...
Page 653 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes ITU-T G.964 ITU-T G. 964 and G.965 are functionally equivalent to ETSI V-Interfaces at the Digital Local EN 300 324-1 and ETSI EN 300 Exchange (LE)- V5.1 Interface 347-1 respectively.
Page 654 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes ITU-T I.321 Integrated Services Digital Net- work (ISDN) Overall Network Aspects and Functions, ISDN User-Network Interfaces: B- ISDN Protocol Reference Model and its Application ITU-T I.356 ABR not supported...
Page 655 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes Channelized DS3, Channelized ITU-T I.371 ABR not supported STS-1e, DS3 Frame Relay, High- Traffic control and congestion Density E1, Medium-Density control in B-ISDN DS1, Multi-Serial and Quadse- rial modules ITU-T I.372...
Page 656 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes ITU-T I.432.4 B-ISDN User-Network- Physical Layer Specification: 51 840 Kbps Operation Carrier Group AIS Alarm ITU-T I.610 Dual-homed PVCs B-ISDN operation and mainte- nance principles and functions I.610 OAM F4/F5 Processing (remote defect indication [RDI]...
Page 657 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes ITU-T Q.933 Annex A Digital Subscriber Signaling Sys- tem No. 1—Integrated Services Digital Network (ISDN) Digital Subscriber Signaling System No. 1 (DSS 1)—Signaling Specifica- tions for Frame Mode Switched and Permanent Virtual Connec- tion Control and Status Moni-...
Page 658 Appendix D Reference Information Industry Compliance Specifications Table D-1. Industry Compliance Specifications (Continued) Feature Name/Product Name Specification Title Notes ITU-T V.25 Automatic Answering Equip- ment and General Procedures for Automatic Calling Equip- ment on the General Switched Telephone Network Including Procedures for Disabling of Echo Control Devices for Both Manu- ally and Automatically Estab-...
Page 659: Connection Type By Interface Type Table
Appendix D Reference Information Interface Type by Connection Type Table Interface Type by Connection Type Table Table D-2. Connection Type by Interface Type Table Interface Connection AAL2 Trunking ATM-to-ATM vir- tual channel con- nection (VCC) PVC ATM-to-ATM vir- tual path connec- tion (VPC) PVC Bridge-to-ATM VCC PVC...
Page 660: Interface Types By I/O Module Types
Appendix D Reference Information Interface Type by Input/Output Module Type Table Table D-2. Connection Type by Interface Type Table (Continued) Interface Connection Circuit emulation- to-ATM VCC SPVC CE-to-ATM Std AAL2 VCC SPVC Frame relay-ATM VCC SPVC VBR-to-ATM VCC SPVC VBR-to-ATM Std AAL2 VCC SPVC Interface Type by Input/Output Module Type Table Table D-3 shows the available interface types for each PacketStar PSAX I/O...
Page 661 Appendix D Reference Information Interface Type by Input/Output Module Type Table Table D-3. Interface Types by I/O Module Types (Continued) Interface Module 12-Port Medium- Density DS1 Multiservice ( 12-Port Medium- Density DS1 IMA MD DS1 IMA 12-Port Medium-Density DS1/E1/DS0A CES MD DS1/E1/DS0A E1 Interface Modules 6-Port Enhanced E1...
Page 662 Appendix D Reference Information Interface Type by Input/Output Module Type Table Table D-3. Interface Types by I/O Module Types (Continued) Interface Module 1-Port Unchannelized DS3 Frame Relay ( 2-Port DS3 ATM DS3 ATM 2-Port E3 ATM ( 3-Port Channelized DS3/STS-1e CES CH DS3/STS-1e 3-Port Channelized DS3/STS-1e CES...
Page 663 Appendix D Reference Information Interface Type by Input/Output Module Type Table Table D-3. Interface Types by I/O Module Types (Continued) Interface Module 1-Port Channelized OC-3/STM-1 CES Single-mode ( OC-3/STM-1 CES SM 1-Port OC-3c Multimode with AQueMan ( OC-3c (MM AQ) 1-Port OC-3c Single-Mode with AQueMan (...
Page 664 Appendix D Reference Information Interface Type by Input/Output Module Type Table Table D-3. Interface Types by I/O Module Types (Continued) Interface Module 1-Port STM-1 Single-Mode with AQueMan ( STM-1 (SM AQ) 1-Port STM-1 Multimode with Traffic Shaping STM-1 (MM TS) 1-Port STM-1 Single-Mode with Traffic Shaping...
Page 665: Module Alarm Status Table
Appendix D Reference Information Module Alarm Status Table Table D-3. Interface Types by I/O Module Types (Continued) Interface Module Serial Interface Modules † 2-Port High Speed HIGH SPEED Quadserial ( QUAD SERIAL 6-Port Multiserial SERIAL Ethernet Interface Modules Ethernet ( ENET 4-Port Ethernet ENET...
Page 666: Quality Of Service (Qos) Class Tables
Appendix D Reference Information Quality of Service (QOS) Class Tables The Alarm Status field on the Equipment Configuration window displays the current status of all PacketStar I/O, server, and common equipment modules in the PSAX system. The alarm status descriptions are provided in Table D-2. Table D-2.
Page 667: Psax System-Supported Quality Of Service Classes
Appendix D Reference Information Quality of Service (QOS) Class Tables Table D-4. PSAX System-Supported Quality of Service Classes ATM Service Class Description Constant Bit Rate (CBR) This service operates on a connection basis and offers consistent delay predictability. CBR is used for applications such as circuit emulation, voice, and video.
Page 668: Cell Loss And Cell Delay Characteristics Of Atm Service Classes
Appendix D Reference Information Quality of Service (QOS) Class Tables work applications supported by the PSAX system. The flexibility of the PSAX system allows you to tailor the system based on the required service applica- tions by selecting the appropriate priority levels. Table D-6.
Page 669: Packetstar Psax Modules
PSAX Modules Overview of This Appendix This appendix describes the PSAX I/O and server modules that are supported by the PSAX 4500 chassis. I/O, Optical, and Server Modules Table E-1 lists the PacketStar PSAX modules that are described in this appen- dix.
Page 670 Appendix E PSAX Modules I/O, Optical, and Server Modules Table E-1. PacketStar PSAX Modules (Continued) Model NumberModule Title (Faceplate Label) 20N73 1-Port OC-3c 1+1 APS Single-Mode ( OC-3c SM APS 20N92 1-Port STM-1 1+1 MSP Multimode ( STM-1 MM MSP 20N93 1-Port STM-1 1+1 MSP Single-Mode ( STM-1 SM MSP...
Page 671: Lim 3–4 Module
Appendix E PSAX Modules LIM 3–4 Module Table E-1. PacketStar PSAX Modules (Continued) Model NumberModule Title (Faceplate Label) 23N25 DSP2F Voice Server ( DSP2F 23N26 DSP2E Voice Server ( DSP2E 23N27 DSP2C Voice Server ( DSP2C 23N28 Tones and Announcements Server ( 23N29 DSP2D Voice Server ( DSP2D...
Page 672: Alarm Module
Appendix E PSAX Modules Alarm Module in the range of slots designated for group 1 (slots – ) and group 2 (slots – ) are not configured for a protection group, the unused slots can be used for other types of PSAX I/O or server modules. To install the N:1 Traffic Protection modules, see “Installing the N:1 Traffic Protection Modules”...
Page 673: Psax 4500 Alarm Module
Appendix E PSAX Modules PSAX 4500 Alarm Module • Number of connectors: 2 • Connector type: ~ one HD-22, 26-pin ALARM connector provides alarm output and remote alarm cutoff (ACO) input connections ~ one HD-22, 44-pin connector provides external sensor STATUS/CONTROL input and remote control output connections •...
Page 674: Hardware Features
Appendix E PSAX Modules 1-Port Channelized DS3 Module The PSAX 4500 Alarm module is functionally identical to the Alarm module (model 20N79), but the module is designed to be mounted only in the rear panel (slot 14) of the PSAX 4500 chassis. This enables you to make maxi- mum use of the front panel I/O slots.
Page 675: Software Features
Appendix E PSAX Modules 3-Port Channelized DS3/STS-1e CES Module The 1-Port Channelized DS3 Multiservice module uses ATM Forum specifica- tions UNI 3.0 or UNI 3.1, which allow any DS1 port to act as a user network interface (UNI), or an interim inter-switch protocol (IISP) user or IISP net- work interface to an ATM network.
Page 676 Appendix E PSAX Modules 3-Port Channelized DS3/STS-1e CES Module figurable to function in either DS3 or STS-1e modes. This dual-mode capabil- ity allows you to deliver channelized DS3 or STS-1e configurations while maintaining inventory of a single module type. The module’s three high-speed circuit emulation network interfaces operate at Digital Signal Level 3 (DS3), with a line rate of 44.736 Mbps, or at Syn- chronous Transport Signal Level 1e (STS-1e), with a line rate of 51.84 Mbps.
Page 677: Hardware Features
Appendix E PSAX Modules 3-Port Channelized DS3/STS-1e CES Protection Module ~ Structured DS1 signal transport ~ Nx64 Kbps circuit emulation (where 1<=N<=24) ~ Channel-associated signaling (CAS) 1x56 • Integrated services digital network with primary rate interface service (PRI ISDN) with 64 Kbps clear channel capability for the D-channel •...
Page 678: Software Features
Appendix E PSAX Modules 3-Port Channelized DS3/STS-1e CES Protection Module emulation services. Typically, this module is used to connect the Multiservice Media Gateway system to a TDM voice switch or digital cross-connect device, such as a DACS, via three ports. Note: This module provides HDLC controllers to support integrated ser- vices digital network with primary rate interface service (PRI...
Page 679: Port Channelized Sts-1E T1 Module
Appendix E PSAX Modules 1-Port Channelized STS-1e T1 Module ~ STS-1e: 51.84 Mbps • Line encoding mode: B3ZS • Line buildout: short (0–133 feet); long (0–266 feet) • Framing modes: ~ DS3: C-bit parity, M13 ~ STS-1e: VT1.5 ~ DS1/T1: ESF and D4 •...
Page 680: Hardware Features
Appendix E PSAX Modules 6-Port DS1 IMA Module • Multiservices: ~ ATM: ATM UNI 3.0 and 3.1; Interim inter-switch signaling protocol (IISP) user, IISP network, ILMI, PNNI ~ CE: Circuit emulation service (CES) with ISDN PRI using 64 Kbps clear channel;...
Page 681: Port Channelized Ds3/Sts-1E Ces Protection Module
Appendix E PSAX Modules 3-Port Channelized DS3/STS-1e CES Protection Module • Number of ports: 6 • Connector type: RJ-45 • Line rate: 1.544 Mbps • Line encoding mode: B8ZS • Loopback capabilities: local loopback, line loopback, payload loopback • Line buildout: Up to 133, 266, 399, 533, and 655 feet; negative 7-5 dB, negative 15 dB, negative 22-5 dB.
Page 682: Port Ds3 Atm Module
Appendix E PSAX Modules 2-Port DS3 ATM Module ~ DS3: B3ZS ~ E3: HDB3 • Line buildout: DS3 only ~ Short [0–40.5 m (0–133 ft)] ~ Long [0–81.1 m (0–266 ft)] • Framing modes: ~ DS3: C-bit parity, clear channel, M23 ~ E3: G751, G832 •...
Page 683: Port Unchannelized Ds3 Frame Relay Module
Appendix E PSAX Modules 1-Port Unchannelized DS3 Frame Relay Module 1-Port Unchannelized DS3 Frame Relay Module The 1-Port Unchannelized DS3 Frame Relay module provides an unchannel- ized, high-speed frame relay network interface at digital signal level 3 (DS3), with a line rate of 44.736 Mbps. Typically, this module is used to connect the PSAX system to an ATM edge switch.
Page 684: Port Ds3 Ima Module
Appendix E PSAX Modules 1-Port DS3 IMA Module • Line build-out: short, long • Bandwidth: 44,736 Kpbs • Loopback capabilities: local loop, line loop 1-Port DS3 IMA Module The 1-Port DS3 IMA (Inverse Multiplexing over ATM) module combines the features of the 1-Port Channelized DS3 Multiservice module (see the Packet- Star®1-Port Channelized DS3 Multiservice Module User Guide) and the 6-Port DS1 IMA module (see the PacketStar®...
Page 685: Software Features
Appendix E PSAX Modules 2-Port E3 ATM Module E1 lines. At the destination IMA module, the E1 streams are merged back together in correct order and passed on to other modules as directed by vir- tual circuit connections. IMA dynamically handles conditions when E1s within an IMA group become unavailable: the IMA "pipe"...
Page 686: Port Enhanced Ds1 Module
Appendix E PSAX Modules 6-Port Enhanced DS1 Module • Connector type: four BNC connectors for the two ports (each port has one receive connector and one transmit connector) • Line rate: 34.368 Mbps (typical) • Line encoding mode: HDB3 • Line type: G832 •...
Page 687: Software Features
Appendix E PSAX Modules 6-Port Enhanced E1 Module Software Features Multiservices: • ATM: ATM UNI 3.0 and 3.1; Interim inter-switch signaling protocol (IISP) user, IISP network • CE: Circuit emulation service (CES) with ISDN PRI using 64 Kbps clear channel; dynamic bandwidth circuit emulation service (DBCES—propri- etary version);...
Page 688: Software Features
Appendix E PSAX Modules 4-Port Ethernet Module port to ATM virtual channels with individual virtual path identifiers (VPIs) and virtual channel identifiers (VCIs), using structured (channelized) circuit emulation. Signaling bit transport from time slot 16 is also provided, based on ATM Forum standards for channel-associated signaling (CAS). With the 64 Kbps “clear channel”...
Page 689: Software Features
Appendix E PSAX Modules 4-Port Ethernet Module The module provides services for bridging from an Ethernet LAN to an ATM WAN using RFC 2684 MAC layer bridging and both PVCs and SPVCs. VLAN Ethernet frames can be passed transparently by this module. Software Features The module supports the following software features.
Page 690: Ethernet Module
Appendix E PSAX Modules Ethernet Module • Throughput: ~ Each port supports 10 Mbps (10Base-T) or 100 Mbps (100Base-T) ~ Maximum throughput: 294,118 pps (based on 64-byte packets, simplex traffic flow, using two ports configured for 100 Mbps); the rate is approx- imately 195 Mbps ~ 235,000 fps (to and from the backplane), 64-byte packets ~ Theoretical maximum simplex rate: 297,620 pps (for two 100 Mbps ports...
Page 691: Software Features
Appendix E PSAX Modules Ethernet Module • Use of the Spanning Tree algorithm Analysis of the network topology is a continuous process that adds to the module’s workload. The Ethernet module ports behave as router network interface cards (NICs) not host NICs. As such, if you want to connect a Host NIC to an Ethernet module port, you must use a crossover cable.
Page 692: Port High-Density E1 Multiservice Module
Appendix E PSAX Modules 21-Port High-Density E1 Multiservice Module 21-Port High-Density E1 Multiservice Module The High-Density E1 module provides 21 ports, each with a line rate of 2.048 Mbps. The interfaces support ITU-T G.703 and ITU G.704. Each port can be independently configured to provide services for channelized and unchannelized frame relay configurations, circuit emulation service, and ATM service.
Page 693: Hardware Features
Appendix E PSAX Modules 21-Port High-Density E1 IMA Module • User to Network Interface Version 3.0 • User to Network Interface Version 3.1 • Private Network-Network Interface (PNNI), Version 1.0, af-pnni-0055.000 • Integrated Local Management Interface Specification Version 4.0, af-ilmi-0065.000 Multi-Services: •...
Page 694: Software Features
Appendix E PSAX Modules 12-Port Medium-Density DS1 Multiservice Module Using the IMA protocol, this module provides an effective method of com- bining the transport bandwidths of multiple E1 links that are grouped to col- lectively provide higher intermediate rates. This technique involves inverse multiplexing and de-multiplexing of ATM cells in a cyclical fashion among links grouped to form a higher bandwidth logical link whose rate is approxi- mately the sum of the link rates.
Page 695: Software Features
Appendix E PSAX Modules 12-Port Medium-Density DS1 Multiservice Module identifiers (VPIs) and virtual channel identifiers (VCIs). Signalling bit trans- port is also provided, based on ATM Forum standards for channel-associated signalling (CAS). With the 64 Kbps "clear channel" capability, this module can connect to a device using an ISDN PRI service.
Page 696: Port Medium-Density Ds1 Ima Module
Appendix E PSAX Modules 12-Port Medium-Density DS1 IMA Module • Connector type: one Mini-Champ connector that mates with the AMP cable #1324936-1 • Line rate: 1.544 Mbps • Physical interfaces supported: ITU-T G.703, ITU G.704 • Line encoding mode: B8ZS •...
Page 697: Port Medium-Density Ds1/E1/Ds0A Ces Module
Appendix E PSAX Modules 12-Port Medium-Density DS1/E1/DS0A CES Module • Connector type: one Mini-Champ connector that mates with the AMP cable #1324936-1 • Line rate: 1.544 Mbps • Physical interfaces supported: ITU-T G.703, ITU-T G.704 • Line encoding mode: B8ZS (default), AMI •...
Page 698 Appendix E PSAX Modules 12-Port Medium-Density DS1/E1/DS0A CES Module • Connector type: one 25-pair, 100-ohm, RJ-48H, 50-pin Telco connector (receptacle) (See Table 3 for pinouts.) • Line rate: ~ DS1: 1.544 Mbps ~ E1: 2.048 Mbps ~ DS0A:64 Kbps • Physical interfaces supported: ~ DS1: ANSI T1.403;...
Page 699: Port Multiserial Module
Appendix E PSAX Modules 6-Port Multiserial Module 6-Port Multiserial Module The Multi-Serial module provides six serial ports for several types of serial data interfaces, with a maximum line rate of 2.048 Mbps, and a maximum aggregate rate of 4 Mbps. Bit Stuffing and CES The module also supports bit stuffing and 56K–64K circuit emulation service Conversion...
Page 700: Circuit Emulation
Appendix E PSAX Modules 6-Port Multiserial Module Media Gateway system to act as a gateway between routers, remote dial- access servers, IBM SNA equipment, and other devices configured for frame- relay operation. Frame relay policing, and user-selected point-to-point SVCs are supported on the 6-Port Multiserial module.
Page 701: Hardware Features
Appendix E PSAX Modules Quadserial Module Hardware Features The 6-Port Multiserial module provides the following hardware features: • Number of ports: 6 serial • Connector type: micro-DB15 • Physical interfaces supported: EIA-232-D, EIA-530, EIA-449 v.11 (subset), and V.35, with the Multiservice Media Gateway system configured as either a data terminating equipment (DTE) or a data communications equipment (DCE) device.
Page 702: Software Features
Appendix E PSAX Modules 3-Port Unstructured DS3/E3 CES Module is adapted (based on AAL1 adaptation) to a native Quadserial (TDM) or CES (TDM) circuit. The SS7 traffic can originate from the Quadserial interface and terminate on the Enhanced DS1 interface. Software Features The Quadserial module supports the following services: •...
Page 703: Software Features
Appendix E PSAX Modules Optical-Type I/O Modules allows the customer to deliver unchannelized and unframed traffic in North American and international ATM networks from a single module. The 3-Port Unstructured DS3/E3 CES module has three types of LED indicators: FAIL, ACTIVE, and LOS (loss of signal).
Page 704: Specifications
Appendix E PSAX Modules 1-Port Channelized OC-3/STM-1 CES Module The 1+1 architecture consists of a far-end signal that is continuously bridged (at the electrical level) to the APS working and APS protection I/O modules so that the same payloads are transmitted identically to the near-end working and protection I/O modules.
Page 705: Port Oc-12C/Stm-4C 1+1 Aps/Msp Multimode And Single-Mode Modules
Appendix E PSAX Modules 1-Port OC-12c/STM-4c 1+1 APS/MSP Multimode and Single-Mode Modules 1-Port Channelized OC-3/STM-1 CES Modules Table E-2. Hardware Specifications Module Feature Ch OC-3/STM-1 CES Ch OC-3/STM-1 CES Optical wavelength (nomi- 1,310 nm 1,310 nm nal value) Optical input sensitivity -31 to -8 dBm -30 to -14 dBm Optical output power...
Page 706: 1-Port Oc-12C/Stm-4C 1+1 Aps/Msp Sm And Mm Modules Hardware Specifications
Appendix E PSAX Modules 1-Port OC-12c/STM-4c 1+1 APS/MSP Multimode and Single-Mode Modules OC-12c/STM-4c 1+1 APS/MSP MM 1P module and the OC-12c/STM-4c 1+1 APS/MSP SM 1P modules are listed in the PSAX Modules appendix in the appropriate PSAX chassis user guide. Software Features The 1-Port OC-12c/STM-4c 1+1 APS/MSP SM and MM modules follow the ATM Forum Traffic Management 4.1 standard of traffic prioritization.
Page 707: Port Oc-3C Multimode And Single-Mode Modules
Appendix E PSAX Modules 1-Port OC-3c Multimode and Single-Mode Modules 1-Port OC-3c Multimode and Single-Mode Modules The OC-3c Multi-Mode (MM) and Single-Mode (SM) modules provide a fiber optic interface operating . • The interface on the OC-3c Multi-Mode module is intended for very short- reach applications, usually connections in a building.
Page 708: Port Oc-3C 1+1 Aps Multimode And Single-Mode Modules
Appendix E PSAX Modules 1-Port OC-3c 1+1 APS Multimode and Single-Mode Modules Table E-4. 1-Port OC-3c MM and SM modules with AQueman or Traffic Shaping Hardware Specifications Module Feature OC-3c (SM AQ) or OC-3c (MM AQ) or OC-3c (SM TS) OC-3c (SM TS) Number of ports Type of connector (two for...
Page 709: Software Features
Appendix E PSAX Modules 1-Port OC-3c 1+1 APS Multimode and Single-Mode Modules Software Features The OC-3c 1+1 APS modules use the AQueMan algorithm for traffic flow control. The software also supports the following ATM Forum Technical Committee Specifications: • User to Network Interface Version 3.0 •...
Page 710: Port Stm-1 Multimode And Single-Mode Modules
Appendix E PSAX Modules 1-Port STM-1 Multimode and Single-Mode Modules 1-Port STM-1 Multimode and Single-Mode Modules The 1-Port STM-1 Multimode (MM) and Single-Mode (SM) modules provide a fiber optic interface operating in the concatenated mode of the SONET- defined line rate of 155 Mbps. •...
Page 711: Port Stm-1 1+1 Msp Multimode And Single-Mode Modules
Appendix E PSAX Modules 1-Port STM-1 1+1 MSP Multimode and Single-Mode Modules 1-Port STM-1 Multimode and Single-Mode Modules Table E-6. Hardware Specifications Module Feature STM-1 (SM TS) or STM-1 (MM TS) or STM-1 (MM AQ) STM-1 (MM AQ) Number of ports Type of connector (two for each module, transmit and receive) (snap-on...
Page 712: Software Features
Appendix E PSAX Modules 1-Port STM-1 1+1 MSP Multimode and Single-Mode Modules • The 1-Port STM-1 1+1 MSP Single-mode module is intended for long- reach applications, typically between LANs. This module is frequently used to connect high-speed LAN devices (such as routers) to an ATM network, for voice gateway PRI Offload data aggregation.
Page 713: Server Modules
Appendix E PSAX Modules Server Modules Table E-7. 1-Port STM-1 1+1 MSP Multimode and Single-Mode Module Hardware Specifications Module Feature STM-1 SM MSP STM-1 MM MSP Fiber-optic cable reach (approxi- 15 km 2 km mate, depending on fiber (9.3 miles) (6,560 feet or 1.2 makeup) miles)
Page 714: Software Features
Appendix E PSAX Modules DSP2x Voice Server Modules Software Features The DSP2x Voice Server Modules maintain required levels of voice quality while conserving network bandwidth by using digital signal processor tech- nology to compress voice traffic. The four voice processing modes available on the DSP2C voice server module are algorithm sets (algosets) 1 through 4.
Page 715: Hardware Features
Appendix E PSAX Modules DSP2x Voice Server Modules Table E-8. System Software Release 8.0 DSP2x Voice Server Module Configuration Modes (Continued) Available On Number of AlgoSet/ Voice Processing Standards These AAL Mode Connections Module Use Supported Modules: Provided ¶ †† AlgoSet6 DSP2E, G726-voice-compression...
Page 716: Route Server Module
Appendix E PSAX Modules Route Server Module • The DSP2D module requires System Software Release 7.0.0 or subsequent. Route Server Module The Route Server module supports internet protoco(IP) virtual private net- works (VPNs). Each VPN supports routing information protocol (RIP version 1 and version 2) and can be assigned to multiple IP network interfaces and static routes.
Page 717: Hardware Features
Appendix E PSAX Modules Tones and Announcements Server Module Multicasting reduces load on hosts not using RIP v2.0 messages. Multicasting also allows RIP v2.0 routers to share information that RIP v1.0 routers can- not access. Available bandwidth becomes the tiebreaker in calculating routes using default parameters for both IISP and PNNI routing.
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Appendix E PSAX Modules Tones and Announcements Server Module The SS7 Continuity Test enables PSAX products to be deployed with other applications in connection gateways involving hand-offs to ILECs which require the quality assurance of conducting the continuity test from the cir- cuit switch.
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Lucent Technologies PacketStar PSAX 4500 User Manual

Table of Contents

List of Tables

Getting Started

Hardware Description

System Features

Using VT100 Terminal Emulation

Site-Specific Configuration

Configuring PNNI

Configuring ATM Trunking

Configuring V5.2 European IDLC

Using System Diagnostics

Backing up and Restoring PSAX System Files

Upgrading PSAX System Software

D Reference Information. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .D-1

E PSAX Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .E-1

Quick Links

User Guide

Chapters

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Summary of Contents for Lucent Technologies PacketStar PSAX 4500