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Paradyne BitStorm 2400 User Manual

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BitStorm
™
2400
User's Guide
Document No. 2400-A2-GB20-10
December 2002

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Summary of Contents for Paradyne BitStorm 2400

  • Page 1 BitStorm ™ 2400 User’s Guide Document No. 2400-A2-GB20-10 December 2002...
  • Page 2 Paradyne worldwide office locations, use one of the following methods: Internet: Visit the Paradyne World Wide Web site at www.paradyne.com. (Be sure to register your warranty at www.paradyne.com/warranty.) Telephone: Call our automated system to receive current information by fax or to speak with a company representative.

  • Page 3: Table Of Contents

    Reference Documents ........1 BitStorm 2400 Overview Overview .
  • Page 4 Contents IGMP Operation ......... . 1-12 IGMP V1 Operation .
  • Page 5 Contents Management Configuration ....... . . Switch Configuration ........System Configuration .
  • Page 6 Contents Bridge-MIB (RFC 1483) ........dot1dBase .

  • Page 7: About This Guide

    This guide contains information necessary for the use of the asynchronous terminal interface and web interface, in addition to SNMP and MIB information, for the BitStorm 2400 IP DSLAM, Model 2461. This release of the User’s Guide adds clarifications to certain procedures.

  • Page 8: Product-Related Documents

    About This Guide A master glossary of terms and acronyms used in Paradyne documents is available online at www.paradyne.com. Select Support → Technical Manuals → Technical Glossary Product-Related Documents Complete documentation for this product is available online at www.paradyne.com. Select Support →...
  • Page 9 About This Guide Document Number Document Title RFC 2068 HTTP RFC 2236 IGMP v2 RFC 1122 Internet Hosts RFC 791 IEEE 802.3ad Link Aggregation RFC 2668 MAUs RFC 2572 Messages SNMP RFC 1212 RFC 1213 MIB II RFC 2233 MIB SMI v2 RFC 2674 MO for Bridges 802.1D/q RFC 2665...
  • Page 10 About This Guide viii December 2002 2400-A2-GB20-10...

  • Page 11: Bitstorm 2400 Overview

    10 Mbps of dedicated bandwidth depending on loop length. The BitStorm 2400 IP DSLAM interfaces with a router or switch on the WAN side, and StormPort™ CPE modems on the LAN side. Features available within the BitStorm 2400 are accessible via SNMP software, such as StormTracker™...

  • Page 12: Features

    1. BitStorm 2400 Overview Features Based on EtherLoop technology, the BitStorm 2400 IP DSLAM has the following features: Compact size (height = 1RU) Shelf-mountable (up to eight units high) and rack-mountable Low price per port Up to 24 ports 10 Mbps EtherLoop —...

  • Page 13: Etherloop

    1. BitStorm 2400 Overview EtherLoop EtherLoop, like Ethernet, is a “burst-mode” technology – it transmits only when there is information to send. In contrast, conventional copper access technologies maintain constant signal, regardless of whether or not there is information to send.

  • Page 14: Spectrum Manager

    Traffic Aggregation The integrated Layer 2+ BitStorm 2400 IP DSLAM aggregates the traffic to and from the gigabit Ethernet interfaces. It operates as a multi-port Layer 2+ Ethernet bridge per the IEEE 802.1D/802.1Q specifications. The BitStorm 2400 IP DSLAM and EtherLoop lines support the forwarding of IEEE 802.1Q tagged VLANs and...

  • Page 15: Layer 2 Cos Support

    802.1p which is a subsection of the 802.1D standard. The 802.1p is carried in a 3-bit field in the IEEE 802.1Q tag. The BitStorm 2400 classifies frames based on the presence and code points (values) of priority information in the IEEE 802.1Q tag.

  • Page 16: Downstream Traffic

    0 to 3 are directed to the low priority queue. The output frame schedulers on the BitStorm 2400 picks frames from the high priority queue ahead of any frames on the low priority queue. The low priority queue may overflow due to lack of servicing by giving preference to the high priority queue.
  • Page 17 VLAN Frame Forwarding Ingress and Egress filtering & forwarding rules Tagging and un-tagging frames as required VLAN support is explicitly implemented at both the BitStorm 2400 and the EtherLoop StormPort modems. Each component operates as a VLAN enabled multiport bridge.

  • Page 18: Secure Vlan Mode

    1. BitStorm 2400 Overview Secure VLAN Mode The BitStorm 2400 also extends a secure VLAN mode in the web interface for port-to-port security. In this mode, Etherloop ports can only communicate talk with the WAN side of the network. When a VLAN is in secure mode, packets received on member ports are redirected to the uplink port (25) and not switched to other members.

  • Page 19: Protocols

    The result of this flooding is that all users would receive the traffic for all of the multicasts that any user of the BitStorm 2400 had requested. This would quickly overwhelm the bandwidth and resources of the system and end stations.

  • Page 20: Multicast Traffic Routing

    Because only 23 bits of the 28 bits of the IP multicast address are mapped into the MAC multicast address, this leaves 32 IP multicast addresses mapped into a single MAC multicast address. The CO and the BitStorm 2400 both need to inspect the IP header in the multicast frame to determine the actual IP multicast group for forwarding traffic on the right port.

  • Page 21: Igmp Protocols

    1. BitStorm 2400 Overview IGMP Protocols IGMP v2 is backward compatible with IGMP v1. IGMP Version 2 extended the IGMP Version 1 standard by adding support for an explicit group leave message and a group specific query message. These new messages greatly improve the efficiency of stopping the multicast flows once a subscriber no longer has interest in the group (has shut down or changed the channel).

  • Page 22: Leave Group

    1. BitStorm 2400 Overview In an effort to reduce the number of broadcast messages being generated in response to the Query or Group-Specific Query message, all hosts in the broadcast domain will see the reports for other hosts in that group. Hosts that see another’s report will simply reset their timer on that group and will not generate a...

  • Page 23: Igmp V2 Operation

    1. BitStorm 2400 Overview IGMP V2 Operation IGMP V2 enhances the IGMP V1 standard by adding explicit messages to allow a host to signal that it is leaving a multicast group and a message for a router to query for hosts interested in a specific group. IGMP V2 join operations operate as they did in IGMP V1.

  • Page 24: Multicast Implementation

    The BitStorm 2400 supports the efficient forwarding, traffic shaping and accounting for multicast flows. The BitStorm 2400 listens for IGMP V1 or IGMP V2 messages. Upon hearing a solicited or unsolicited report message for group, the BitStorm 2400 must build or...

  • Page 25: Igmp Leave Messages

    The parameter sets a number of retries (default 3) and interval (100 ms) that would be allowed to attempt to locate remaining hosts on the BitStorm 2400 or VLAN interface before removing the entry from the forwarding table. Tuning this parameter would be one of the tools for minimizing the effects of ‘channel surfing’...

  • Page 26: Mac Layer Filtering

    In the privacy filter system, each modem is programmed with a list of MAC addresses that represent valid gateways for backhaul. The BitStorm 2400 units will only forward traffic downstream that has a source MAC address from this list. The CPE modems will only forward traffic upstream that has a destination MAC address from this list.

  • Page 27: Terminology And Conventions

    Terminology and Conventions System Terminology The following terms are used in this manual and the BitStorm 2400 user interfaces. Port A port is one of the physical interfaces of a BitStorm 2400. These are: MGMT (RJ45) CRAFT (DB9) GigE1 (Copper – RJ45): GigE1 takes priority over GigE2.
  • Page 28 Figure 2-1. BitStorm 2400 IP DSLAMs Interconnected In this figure, eight BitStorm 2400 units are daisy-chained using the GigE1 of the top unit to connect to the network. The GigE2 port of the top unit is then connected to the GigE1 port of the unit below. This sequence is repeated through the subsequent units to complete the daisy-chaining links.

  • Page 29: Using The Asynchronous Terminal Interface

    Using the Asynchronous Terminal Interface Overview The asynchronous terminal interface is accessible using Telnet, an asynchronous terminal, or a terminal emulation program running on a PC. You can use the terminal interface to: Change the operational characteristics of the device by setting configuration values Display system status Perform Diagnostics...

  • Page 30: Logging In

    3. Using the Asynchronous Terminal Interface Logging In Figure 3-1 shows the Login Screen. This is the initial screen displayed to the user. The terminal interface supports a single login only, therefore no user name is required. Type the password (up to 16 case-sensitive characters), then press Enter to log in.

  • Page 31: Main Menu Screen

    3. Using the Asynchronous Terminal Interface Main Menu Screen The Main Menu screen is shown in Figure 3-2. Highlight a menu item and press Enter to access it. LOGOUT returns you to the Login screen; however, if using a Telnet session it terminates the connection. Figure 3-2.

  • Page 32: Switch Configuration Screen

    Figure 3-3. This screen allows you to modify key parameters of the BitStorm 2400. Use the Tab or the arrow keys to move from one field to another. After you modify a field, press Enter to validate it. If the information in the field is not valid, the previous value will be displayed.
  • Page 33 3. Using the Asynchronous Terminal Interface Field Description DHCP Dynamic Host Configuration Protocol. This protocol assigns dynamic IP addresses to devices on a network. With dynamic addressing, a device can have a different IP address every time it signs on to the network.

  • Page 34: Port Statistics Screen

    You can select the state for each port. States are Enable and Disable. Set Speed You can leave the BitStorm 2400 to determine the speed automatically (autonegotiate) or select one of the following: Autonegotiate: The port speed is selected according to the connected device.

  • Page 35: Configuration File Upload/Download Screen

    3. Using the Asynchronous Terminal Interface Configuration File Upload/Download Screen The Configuration File Upload/Download screen is shown in Figure 3-5. This screen lets you conveniently upload or download configuration files for the switch. It lets you share saved configurations across multiple switches. For example, if you have a switch that contains a static route table with 100 entries and you want another switch to have the same table of static routes, you can use this feature to get the configuration information (which includes the static route table) from one...

  • Page 36: Image File Download Screen

    IP Address, and the Download Type. Select APPLY. The filename (vxWorks or vxWorks.Z) is case-sensitive. Figure 3-6. Image File Download Screen NOTE: You must manually reset the BitStorm 2400 after the download completes for changes to take effect. December 2002 2400-A2-GB20-10...

  • Page 37: Serial Configuration Screen

    Once you select APPLY or SAVE, the baud rate is modified immediately, and you will have to modify your terminal or emulator to communicate with the BitStorm 2400. The default and recommended baud rate is 19200, which is the rate used by the boot code.

  • Page 38: Change Password Screen

    Figure 3-8. Change Password Screen Select APPLY to keep the new password until you power off the BitStorm 2400. Select SAVE to save the new password permanently. CAUTION: If you forget your password, the only way to restore the BitStorm 2400 to the original password is to erase the full NVRAM and to reinstall the applications.

  • Page 39: Configure Etherloop Devices

    3. Using the Asynchronous Terminal Interface Configure EtherLoop Devices The EtherLoop Main Menu screen, Figure 3-9, is used to set training for the StormPort modems attached to your network. Highlight EtherLoop Device Configuration/Monitoring, then press Enter to proceed. Figure 3-9. EtherLoop Main Menu NOTE: The Diagnostic Testing option is scheduled for a future release and is not yet...
  • Page 40 3. Using the Asynchronous Terminal Interface The second screen in the EtherLoop Configuration option is used to configure modem training. Highlight this option, then press Enter to proceed to the Training Mode Menu. Figure 3-10. EtherLoop Configuration Menu In the EtherLoop Training Mode screen, each of the 24 ports is enabled or disabled for training.
  • Page 41 3. Using the Asynchronous Terminal Interface Procedure To set training for ports: 1. Use the spacebar to select Enable or Disable in the Enable/Disable Standby Training For All Slots field. Or, to set individual ports, select the dashes (------). 2. If setting ports individually, use the arrow keys to navigate the fields, then use the spacebar to select Enable or Disable.
  • Page 42 3. Using the Asynchronous Terminal Interface 3-14 December 2002 2400-A2-GB20-10...

  • Page 43: Using The Web Interface

    Using the Web Interface Overview The BitStorm 2400 supports a web interface that can be used to perform some more elaborate configuration functions that the asynchronous terminal interface does not address, such as: Changing the operational characteristics of the device by setting configuration...
  • Page 44 4. Using the Web Interface Figure 4-1. Login Prompt You must enter a user name and password to access the switch configuration. The default user name is admin and the default password is password. Once you enter a user name and password, the logo page appears. Figure 4-2.

  • Page 45: Configuring The System

    The logo page allows you to navigate the management web pages. In the left frame of the browser, there is a navigation tree. Simply click on the + signs next to each folder to expand. The following options are used to manage and configure the BitStorm 2400: Management Configuration Notification (Traps)

  • Page 46: Switch Configuration

    4. Using the Web Interface Switch Configuration The Switch option is used to configure switch settings. This page allows you to configure several major features of the switch. Figure 4-3. Switch Configuration You can modify the following information: Setting Description IP Address This is the in-band managment IP address allocated to the default subnet and default VLAN.
  • Page 47 4. Using the Web Interface Setting Description Routing Protocol This option allows you to select which routing protocol the switch will use. There are three routing protocol options: none: Specifies that neither RIP or OSPF is to be used. RIP (Routing Information Protocol): Selecting this option enables RIP.

  • Page 48: System Configuration

    4. Using the Web Interface System Configuration The System option is used to access and modify system information. Figure 4-4. System Configuration The following information can be modified as needed: System Name System Location System Contact Product Name This information does not affect the operation of the switch. After you have entered the appropriate information, click on Apply or Save to activate your changes.

  • Page 49: Port Configuration/Statistics

    4. Using the Web Interface Port Configuration/Statistics The Port Statistics option is used to access and modify port statistics and PHY settings (those settings associated with the physical properties of your network equipment). Figure 4-5. Port Configuration/Statistics 2400-A2-GB20-10 December 2002...
  • Page 50 4. Using the Web Interface The following is a description of each PHY setting: Setting Description Unit Select the unit in case of multiple units. Only one is used in this configuration. Port Select the port number from 1 to 26. When you do this, the rest of the fields on the web page will update to show the statistics and PHY settings of the selected port.
  • Page 51 4. Using the Web Interface Field Description RMON (etherStats) DropEvents This is the total number of events in which packets were dropped. Note that this number is not necessarily the number of packets dropped; it is just the number of times this condition has been detected.

  • Page 52: Serial Configuration

    4. Using the Web Interface Serial Configuration The Serial option allows you to modify the baud rate and view other serial port settings. Figure 4-6. Serial Configuration Select a baud rate from the drop-down menu, then click on Apply. The default and recommended baud rate is 19200, which is the rate used by the boot code.

  • Page 53: Password Modification

    Password Modification You can enter a new password up to 16 characters. NOTE: If you forget your password, please contact Paradyne Technical Support at 1-800-870-2221 (U.S. or Canada) or 1-727-530-2340 (worldwide). Notification (Traps) Within Notification, you can configure the following:...

  • Page 54: Snmp Targets

    4. Using the Web Interface SNMP Targets The Targets option gives you access to SNMP targets. Figure 4-8. SNMP Targets This page allows you to view and modify SNMP Target Addresses and SNMP Target Parameters. The page is split into two separate tables: SNMP Target Addresses and SNMP Target Parameters.
  • Page 55 4. Using the Web Interface Field Description Transport Address Transport address whose format is dependent upon domain. This is the server IP address. Timeout This is the expected maximum round trip time for communicating with the target transport address. The time interval that an application may wait could be longer than this value if authentication is required.
  • Page 56 4. Using the Web Interface Procedure To create a new entry in the SNMP Target Parameters Table: 1. Select New from the Entry pull-down box. 2. Fill in the new information in the following fields: Field Description Name Unique string identifier. MP Model Specifies the message-processing model to be used when generating SNMP messages.

  • Page 57: Snmp Notifications

    4. Using the Web Interface SNMP Notifications The Notifications option gives you access to the SNMP Notifications page. Figure 4-9. SNMP Notifications This page allows you to view and modify information in the SNMP Notify Table, SNMP Notify Filter Profile Table, and the SNMP Notify Filter Table. In the descriptions that follow, each of the three tables is explained briefly.
  • Page 58 4. Using the Web Interface Procedure To create a new entry in the SNMP Notify Table: 1. Select New from the Entry pull-down box. 2. Fill in the new information in the following fields: Field Description Name Unique string identifier. Tag value that is used to select entries in the SNMP Target Addresses Table (see Figure...
  • Page 59 4. Using the Web Interface Procedure To create a new entry in the SNMP Notify Filter Profile Table: 1. Select New from the Entry pull-down box. 2. Fill in the new information in the following fields: Field Description Name Unique string identifier. Storage Type Storage type for this row.

  • Page 60: Spanning Tree

    4. Using the Web Interface Spanning Tree The Spanning Tree Protocol is a link management protocol that provides path redundancy and prevents unwanted loops. Several active paths between stations in a network create loops in the network. In an Ethernet network, only one active path can exist between two stations.
  • Page 61 4. Using the Web Interface STP defines a tree with a root switch and a loop-free path from the root to all switches in the network. STP forces redundant data paths into a standby state. If a network segment in the spanning tree fails and a redundant path exists, the spanning tree algorithm activates the standby path and recalculates the topology.

  • Page 62: Spanning Tree Port Parameters

    4. Using the Web Interface Spanning Tree Port Parameters The Ports option allows you to set Spanning Tree Ports parameters. Figure 4-11. Spanning Tree Port Parameters This page allows you to configure the spanning tree port parameters. To change parameters for a specific port, select the port number from the Port pull-down box. The corresponding port information will then be displayed in the editable row of the table.

  • Page 63: Vlans/Multicast Groups

    4. Using the Web Interface VLANs/Multicast Groups Within VLANs/Multicast Groups, you can configure the following: Current VLANs Static VLANs VLAN/GVRP Ports Current Multicast Group Static Multicast Groups GARP/GMRP Ports Current VLAN Configuration The Current VLANs window displays the setup of active VLANs configured in the Static VLANs option.

  • Page 64: Static Vlan Configuration

    This field displays the status of the VLAN. Create Time This is a time stamp indicating when the last VLAN was created since the last BitStorm 2400 reboot. Create time of “0” throughout all fields means that the VLAN was created by to reboot. Port Member Status The remaining portion of this row indicates the state of each port in this VLAN.
  • Page 65 The Internal VLAN ID is used by the EtherLoop Management Agent to communicate with the modems in the BitStorm 2400. There is no need to alter it, but it must not match any other VLAN IDs defined on the unit.

  • Page 66: Vlan/Gvrp (Garp Vlan Registration Protocol) Port Configuration

    4. Using the Web Interface VLAN/GVRP (GARP VLAN Registration Protocol) Port Configuration The VLAN/GVRP Ports option allows you to modify VLAN/GVRP settings for each port. Figure 4-14. VLAN/GVRP Port Configuration This page lets you modify the VLAN/GVRP configuration for each port. To change the parameters for a specific port, select the port number from the Port pull-down box.

  • Page 67: Current Multicast Groups

    Ingress Filtering This field allows you to Enable or Disable ingress filtering on this port. When this is enabled, the BitStorm 2400 will discard incoming frames for VLANs, which do not include this port in its member set. When disabled, the port will accept all incoming frames.

  • Page 68: Static Multicast Configuration

    4. Using the Web Interface Static Multicast Configuration The Static Multicast option allows you to create or delete static Layer 2 multicast groups. Figure 4-16. Static Multicast Configuration This page allows you to create and delete static multicast groups. You create a new group by filling in the following fields and then clicking Apply: Field Description...

  • Page 69: Garp/Gmrp Port Configuration

    4. Using the Web Interface GARP/GMRP Port Configuration GARP (Generic Attribute Registration Protocol) is a protocol that allows a bridge to receive and propagate declarations from network devices for certain attributes. It then creates a path between devices. GARP Multicast Registration Protocol (GMRP) is a Generic Attribute Registration Protocol (GARP) application that provides a constrained multicast flooding facility similar to IGMP snooping and CGMP.
  • Page 70 4. Using the Web Interface 4-28 December 2002 2400-A2-GB20-10...

  • Page 71: A Monitoring And Troubleshooting

    Monitoring and Troubleshooting Overview During operation of the BitStorm 2400, it is possible that errors may occur. Symptoms and possible solutions are presented in this section to help troubleshoot problems that may arise. Table A-1 lists problems at startup. Table A-1. Initial Startup Problems...
  • Page 72 A. Monitoring and Troubleshooting Table A-3 lists problems when the BitStorm 2400 is running. Table A-3. Problems When the BitStorm 2400 is Running Symptom Possible Problem Possible Solutions Connection to a network A cable-related problem: Make sure the connectors at both ends of the cable are device is lost (the LED for securely seated in the desired ports.

  • Page 73: Snmp Traps

    SNMP Traps Overview The following tables show supported traps for the BitStorm 2400 and the associated CO and CPE modems. Table B-1. SNMP Traps – Shelf Events (1 of 2) Event Trap Description (Object) Shelf Reset A request to set eloopShelfReset to...
  • Page 74 Warm Start Warning The system is resting due to a power RFC 1907 disruption of the reset command. Table B-2. SNMP Traps – BitStorm 2400 Events Event Trap Description Upstream rate Event to notify that the maximum upstream eloopCOMdmUpstreamSpeedLow...

  • Page 75: Overview

    MIB Support Overview This appendix shows the SNMP addressing scheme and OIDs (Object Identifiers) and supported by the BitStorm 2400 and defined in the following MIBs: MIB-II (RFC 1213) on page C-2 SNMPv2-MIB (RFC 1907) on page C-3 Bridge-MIB (RFC 1483)

  • Page 76: Snmp Addressing Scheme

    BitStorm 2400. Example template for the Index value: 0xELURSSPP Where: 0x=hex, E=enterprise (0=WindRiver, 1=Paradyne), L=layer (1=CO Device, 2=CO Interface), U=stack unit #, R=reserved (zero), SS=slot#, PP=port# — For CO MODEMS: Index = 0x11U0SS01 — For ETHERLOOP PORTS: Index = 0x12U0SSPP MIB-II (RFC 1213) MIB-II is defined in RFC 1213.

  • Page 77: Snmpv2-Mib (Rfc 1907

    C. MIB Support SNMPv2-MIB (RFC 1907) The MIB for SNMPv2 is defined in RFC 1907. The following groups are supported: system (OID mib-2 1) snmp (OID mib-2 11) System Group The system group is a collection of objects common to all managed systems. Table C-2.

  • Page 78: Snmp Group

    C. MIB Support SNMP Group The SNMP group provides instrumentation and control of an SNMP entity. Table C-3. SNMP Group OIDs Object Syntax Access Status Supported snmpInPkts { snmp 1} Counter32 read-only current snmpOutPkts { snmp 2} Counter32 read-only obsolete snmpInBadVersions { snmp 3} Counter32...

  • Page 79: Bridge-Mib (Rfc 1483

    C. MIB Support Bridge-MIB (RFC 1483) The Bridge-MIB is defined in RFC 1483. It defines objects for managing MAC bridges. The following groups are supported: dot1dBase (OID dot1dBridge 1) dot1dTp (OID dot1dBridge 4) dot1dBase The dot1dBase group contains objects applicable to all types of bridges. Table C-4.

  • Page 80: Dot1Dtp Group

    C. MIB Support dot1dTp Group The dot1dTp group describes an entity’s state with respect to transparent bridging. Table C-5. dot1dTp Group Object Syntax Access Status Supported dot1dTpLearnedEntity { dot1dTp 1 } Counter read-only mandatory Discards dot1dTpAgingTime { dot1dTp 2 } Integer read-write mandatory...

  • Page 81: P-Bridge-Mib (Rfc 2674

    C. MIB Support P-Bridge-MIB (RFC 2674) The P-Bridge-MIB is the MIB Extension module for managing Priority and Multicast Filtering, defined by IEEE 802.1D-1998. Table C-7. P-Bridge-MIB Object Syntax Access Status Supported dot1dPortDefaultUser { dot1dPortPriority Integer read-write current Priority Entry 1 } dot1dPortNumTraffic { dot1dPortPriority Integer...

  • Page 82: Etherlike-Mib (Rfc 2665

    C. MIB Support EtherLike-MIB (RFC 2665) The Ethernet-Like MIB is defined in RFC 2665. It comprises the following objects. Table C-9. EtherLike-MIB Object Syntax Access Status Supported dot3StatsTable { dot3 2 } Sequence of dot3StatsEntry not-accessible current dot3CollTable { dot3 5 } Sequence of dot3CollEntry not-accessible current...

  • Page 83: Tms-Common-Mib

    C. MIB Support TMS-Common-MIB The TMS-Common-MIB comprises the following: Table C-10. TMS-Common-MIB Conformance Group Supported MIB Defined Comment tmsCommonVerGroup mandatory retrieve MIB version information tmsCommonIPGroup mandatory configure and retrieve IP connectivity parameters tmsCommonLoadGroup mandatory configure file download/upload parameters tmsCommonMiscGroup mandatory configure and retrieve miscellaneous items tmsCommonCommToViewGroup mandatory...

  • Page 84: If-Mib (Rfc 2233

    C. MIB Support IF-MIB (RFC 2233) The IF-MIB is defined in RFC 2233. It comprises the following: Table C-12. IF-MIB Conformance Support MIB Defined Comment ifGeneralGroup deprecated — ifFixedLengthGroup mandatory character-oriented 20 Mbps ifHCFixedLengthGroup mandatory character-oriented 20 Mbps ifPacketGroup mandatory for packet-oriented network interfaces 20 Mbps ifHCPacketGroup mandatory...

  • Page 85: Snmp-Target-Mib (Rfc 2573

    C. MIB Support SNMP-Target-MIB (RFC 2573) The SNMP-Target-MIB is defined in RFC 2573. It comprises the following: Table C-15. SNMP-Target-MIB Conformance Support MIB Defined Comment SnmpTargetBasicGroup optional basic remote configuration of management targets SnmpTargetResponseGroup optional remote response message expected configuration SnmpTargetCommandResponderGroup mandatory remote management targets configuration...
  • Page 86 C. MIB Support C-12 December 2002 2400-A2-GB20-10...
  • Page 87 Index Acceptable Frames, 4-24 IF-MIB, C-10 asynchronous terminal interface, 3-1 IGMP, 1-9 General Query message, 1-15 Group-to-Interface Table, 1-15 Leave Messages, 1-15 baud rate, 3-9 Report Messages, 1-14 Bridge-MIB, C-5 V1, 1-12 Burst size, 1-3 V2, 1-13 Image File Download screen, 3-8 Ingress Filtering, 4-25 Change Password screen, 3-10 IP Multicast, 1-8–1-9...
  • Page 88 Index Multicast SNMP Traps, B-1 Group Membership Management, 1-10 BitStorm 2400 Events, B-2 Implementation, 1-14 CPE Modems Events, B-2 IP Address, 1-10 SNMP-Framework-MIB, C-10 Support, 1-8–1-9 SNMP-MPD-MIB, C-10 Traffic Routing, 1-10 SNMP-Notification-MIB, C-11 SNMP-Target-MIB, C-11 SNMP-User-Based-SM-MIB, C-11 SNMP-View-Based-ACM-MIB, C-11 Notification...
  • Page 89 Index Web Interface, 4-1 Current Multicast Groups, 4-25 Current VLAN Configuration, 4-21 GARP/GMRP Port Configuration, 4-27 Login, 4-1 Management Configuration, 4-3 Notification, 4-11 Password, 4-11 Port Configuration/Statistics, 4-7 Serial Configuration, 4-10 SNMP Notifications, 4-15 SNMP Targets, 4-12 Static Multicast Configuration, 4-26 Switch Configuration, 4-4 System Configuration, 4-6 VLAN/GVRP Port Configuration, 4-24...
  • Page 90 Index IN-4 December 2002 2400-A2-GB20-10...

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