IXIA Optixia XM12 Hardware And Reference Manual

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Ixia Hardware and Reference Manual

Release 6.20

Part No. 913-1402 Rev. A

December 2011

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Page 1 Ixia Hardware and Reference Manual Release 6.20 Part No. 913-1402 Rev. A December 2011...
Page 2 (c)(1)(ii) of the Rights in Technical Data and Computer Software clause at DFARS 252.227-7013 and FAR 52.227- Ixia, the Ixia logo, and all Ixia brand names and product names in this document are either trademarks or registered trademarks of Ixia in the United States and/or other countries.
Page 3: Table Of Contents
........1-24 Ixia Hardware and Reference Manual, Release 6.20...
Page 4 NCP—Network Control Protocols ......2-36 Ixia Hardware and Reference Manual, Release 6.20...
Page 5 Capabilities........2-76 Ixia Hardware and Reference Manual, Release 6.20...
Page 6 ......... . 3-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 7 Protocol Elements for PIM-SSM ....... .3-32 Ixia Hardware and Reference Manual, Release 6.20...
Page 8 ........3-50 viii Ixia Hardware and Reference Manual, Release 6.20...
Page 9 ..... . 4-15 Statistics and Measurements......4-16 Ixia Hardware and Reference Manual, Release 6.20...
Page 10 Hot-Swap Procedure ......7-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 11 ........10-3 Ixia Hardware and Reference Manual, Release 6.20...
Page 12 Unit........13-3 Chapter 14 Ixia GPS Auxiliary Function Device (AFD1) AFD1 Setup .
Page 13 IXIA AFD1 Specifications ......14-9 Chapter 15 Ixia IRIG-B Auxiliary Function Device (AFD2) AFD2 Setup........15-4 The AFD2 Kit: .
Page 14 Statistics........16-17 Chapter 17 IXIA 1GbE and 10GbE Aggregation Load Modules Application Layer Performance Testing .
Page 15 ........18-10 Chapter 19 IXIA 40/100 Gigabit Ethernet Load Modules Key Features .
Page 16 ............20-33 Ixia Hardware and Reference Manual, Release 6.20...
Page 17 ......... . . 20-35 Chapter 21 IXIA 10GE LAN/WAN and OC 192 POS...
Page 18 Numbers........25-2 xviii Ixia Hardware and Reference Manual, Release 6.20...
Page 19 Values....... . 27-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 20 ........29-3 Chapter 30 IXIA Xdensity XDM10G32S Load Modules Part Numbers.
Page 21 Table of Contents Chapter 33 IXIA Power over Ethernet Load Modules Part Numbers ........33-2 Specifications .
Page 22 Addresses... . .35-32 Configure the IxVM Chassis Addresses ....35-33 xxii Ixia Hardware and Reference Manual, Release 6.20...
Page 23 ..........B-5 Ixia Hardware and Reference Manual, Release 6.20...
Page 24 Insertion..... D-1 Load Module Hot-Swap Removal ....D-2 xxiv Ixia Hardware and Reference Manual, Release 6.20...
Page 25: Manual Content
The information in this section is provided to help you navigate this guide and make better use of its content. A list of related documents is also included. Purpose This guide provides information about Ixia hardware theory, features, functions, and options, as well as additional test setup details. Manual Content...
Page 26 Chapter 14, Ixia GPS Auxiliary Function Device Provides a detailed description of the features and (AFD1) systems of the Ixia Auxiliary Function Device (AFD1). Chapter 15, Ixia IRIG-B Auxiliary Function Device Provides a detailed description of the features and (AFD2) systems of the Ixia IRI-B Auxiliary Function Device (AFD2).
Page 27: Related Documentation
Related The following guides help you learn more about the hardware for IxOS. The Documentation guides are available on the CD shipped with the application, as well as on the Ixia Website at www.ixiacom.com. • IxExplorer User Guide: Provides details on the usage of the IxExplorer GUI for operation with an Ixia chassis and Ixia load modules.
Page 28: Technical Support
Notes, Cautions, Power Cords Warnings Power cords that are included in shipments of Ixia equipment meet the approved/ recognized standards of the national safety organization(s) of the destination country. Battery Replacement Caution: Danger of explosion if battery is incorrectly replaced. You should not attempt to replace the battery.
Page 29: Use Ejector Tabs Properly
Use Ejector Tabs Properly Ejector tabs on load modules are to be used only to eject a load module from the chassis backplane connector. They are not designed to support the weight of the Ixia Hardware and Reference Manual, Release 6.20 xxix...
Page 30 Caution: Do not use ejector tabs as handles to support a load module while installing and seating into the chassis. The ejector tabs are to be used only to eject the module from the chassis backplane connector. Ixia Hardware and Reference Manual, Release 6.20...
Page 31 SJ/T11363-2006. SJ/T 11363- 2006 X: Indicates that this toxic or hazardous substance contained in at least one of the homogeneous materials used for this part is above the limit requirement in SJ/T11363-2006. Ixia Hardware and Reference Manual, Release 6.20 xxxi...
Page 32 Notes, Cautions, Warnings xxxii Ixia Hardware and Reference Manual, Release 6.20...
Page 33: Chapter 1 Hardware And Reference Overview
The Ixia IxExplorer software provides complete configuration, control, and monitoring of all Ixia resources in the test network, and the Tcl scripts allow to rapidly conduct the most popular industry benchmark tests.
Page 34: Ixia Chassis
Front panel displays give immediate indication of link state, transmission or reception of packets, and error conditions. Ixia produces a number of load modules which provide data transmission and reception capabilities for a variety of Ethernet, ATM, and Packet Over Sonet (POS) speed and technologies.
Page 35 Chassis: The IXIA 100 is capable of holding one Ixia load module and includes a built-in GPS or CDMA receiver. All Ixia chassis have the ability to hold one or more standard load modules. Ixia load modules provide media dependent and independent ports to Devices Under Test (DUTs).
Page 36: Ixia Load Modules
Contact Ixia support for configuration verification. Ixia Load Modules Ixia offers a number of load modules that provide one to 24 ports of technology and media dependent interfaces to DUTs. The load modules are divided into logical families. Each family of load modules is discussed in details in its own chapter in this manual.
Page 37 Multiple DLCIs on OC48c load modules • Convert to streams in capture view • Protocol Server for router testing ‘L’ modules do not have the following functions: • Advanced Routing functions • Receive port filtering Ixia Hardware and Reference Manual, Release 6.20...
Page 38: Reduced Vs. Full Feature
Ixia marketing literature. Table 1-3 on page 1-6 describes the mapping from load module names to the names in the Ixia price list and those used in IxExplorer. The reverse mapping, alphabetized, is shown in Table 1-4 on page 1-11.
Page 39 10/100/1000 LSM XMVDC12 LSM1000XMVDC16-01 LSM1000XMVDC16-01 10/100/1000 LSM XMVDC16 LSM10/100/ LSM10/100/ LSM10/100/1000XMVDC16NG 1000XMVDC16NG 1000XMVDC16NG OLM1000STX24 OLM1000STX24 10/100/1000 STX24 OLM1000STXS24 OLM1000STXS24 10/100/1000 STXS24 100MB LM100FX 100 Base FX MultiMode Ethernet LM100FXSM 100 Base FX SingleMode Ixia Hardware and Reference Manual, Release 6.20...
Page 40 LMOC192cPOS+WAN OC192c POS/10GE WAN LMOC192cPOS+BERT+ OC192c POS/BERT/10GE WAN 10GE LM10GELAN 10GE LAN LM10GELAN-M 10GE LAN-M LM10GEWAN 10GE WAN LSM10G1-01 LSM10G1-01 10GE LSM LSM10GL1-01 LSM10GL1-01 10GE LSM LAN XFP LSM10GMS-01 LSM10GMS-01 10GE LSM MACSec Ixia Hardware and Reference Manual, Release 6.20...
Page 41 LSM10GXM2GBT-01 LSM10GXM2GBT-01 10GE LSM XM2 10GBASE-T LSM10GXMR2GBT-01 LSM10GXMR2GBT-01 10GE LSM XMR2 10GBASE-T NGY-NP2-01 NGY-NP2-01 NGY-NP2 (10GE LSM XM2-NP) MSM10G1-02 MSM10G1-02 10G MSM ASM1000XMV12X-01 ASM1000XMV12X-01 10/100/1000 ASM XMV12X Xcellon-Ultra XP-01 Xcellon-Ultra XP Xcellon-Ultra XP Ixia Hardware and Reference Manual, Release 6.20...
Page 42 VQM01XM Voice Quality Resource Module Excellon-Flex FlexAP10G16S FlexAP10G16S FlexFE10G16S FlexFE10G16S 10GE Xdensity XDM10G32S Ethernet ImpairNet EIM10G4S EIM10G4S EIM1G4S EIM1G4S Xcellon-Lava Lava AP40/100GE 2P Lava AP40/100GE 2P Lava AP40/100GE 2P Lava AP40/100GE 2P 1-10 Ixia Hardware and Reference Manual, Release 6.20...
Page 43 OLM1000STX24 OLM1000STX24 10/100/1000 STX4 LM1000STX4 LM1000STX4 10/100/1000 STXS2 LM1000STXS2 LM1000STXS2 10/100/1000 STXS24 OLM1000STXS24 OLM1000STXS24 10/100/1000 STXS4 LM1000STXS4 LM1000STXS4, 10/100/1000 STXS4-256 LM1000STXS4-256 10/100/1000 TX4 LM1000TX4 LM1000TX4 10/100/1000 TXS4 LM1000TXS4 LM1000TXS4, 10/100/1000 TXS4-256 LM1000TXS4-256 Ixia Hardware and Reference Manual, Release 6.20 1-11...
Page 44 LSM10GXMR4-01 LSM10GXMR4-01 10GE LSM XM4XP LSM10GXM4XP-01 LSM10GXM4XP-01 10GE LSM XM4S LSM10GXM4S-01 LSM10GXM4S-01 10GE LSM XMR4S LSM10GXMR4S-01 LSM10GXMR4S-01 10GE LSM XM4 10GBASE-T LSM10GXM4GBT-01 LSM10GXM4GBT-01 10GE LSM XMR4 10GBASE-T LSM10GXMR4GBT-01 LSM10GXMR4GBT-01 NGY-NP4 NGY-NP4-01 NGY-NP4-01 1-12 Ixia Hardware and Reference Manual, Release 6.20...
Page 45 AFM1000SP-01 Module ATM 622 Multi-Rate LM622MR LM622MR w/OPTATMMR ATM/POS 622 Multi-Rate LM622MR w/OPTPOSMR ATM/POS 622 Multi-Rate LM622MR w/ OPTATMMR+ OPTPOSMR, LM622MR-512 w/ OPTATMMR+ OPTPOSMR Copper 10/100/1000 LM1000T-5 LM1000T-5 GBIC LM1000GBIC GBIC-P1 LM1000GBIC-P1 Ixia Hardware and Reference Manual, Release 6.20 1-13...
Page 46 OC48c POS VAR LMOC48VAR OC48c POS/BERT LMOC48POS/BERT OC48c POS-M LMOC48cPOS-M Power over Ethernet LM1000T4-PD LM1000T4-PD Voice Quality Resource Module VQM01XM VQM01XM Lava AP40/100GE 2P Lava AP40/100GE 2P Lava AP40/100GE 2P Lava AP40/100GE 2P 1-14 Ixia Hardware and Reference Manual, Release 6.20...
Page 47: Ixia Load Module Properties
Hardware and Reference Overview Ixia Load Module Properties Ixia Load Module Properties The Ixia load modules, or load modules, support a wide range of features, which are described in Table 1-5. The full set of supported features per card is described in the spreadsheet Port Features by Port Type on the Ixiacom.com website, under Support/User Guides/...
Page 48 Wide packet This feature allows ports, which utilize packet groups groups, to extend the number of bits in the PGID to 17 bits (or more). 1-16 Ixia Hardware and Reference Manual, Release 6.20...
Page 49 Instrumentation parameters for Data Integrity, Sequence Checking, or Latency for streams generated with Automatic Instrumentation Offsets using Ixia software applications. TSO/LRO Transmit Segmentation Offload/Large Receive Offload (TSO/LRO) operation mode. Ixia Hardware and Reference Manual, Release 6.20 1-17...
Page 50 Insert bad TCP Supports the generation of bad TCP checksum checksums. Checksum Overrides IPv4, IPv6 and TCP checksums. Override 1-18 Ixia Hardware and Reference Manual, Release 6.20...
Page 51 Dynamic Rate Allow rate change without stopping transmit. Change Dynamic Frame Allow frame size change without stopping Size Change transmit. New Incrementing Allow packets/burst setting in incrementing Frame Size frame size mode Ixia Hardware and Reference Manual, Release 6.20 1-19...
Page 52 UDFs output data may be masked with an arbitrary bit mask. Otherwise limitations on the number of changes of bits applies. Incr By N Allows UDFs to increment by an arbitrary value. UDF5 The port has a fifth UDF. 1-20 Ixia Hardware and Reference Manual, Release 6.20...
Page 53 SRP Full Supports Serial Reuse Protocol—active send/receive. Supports Resilient Packet Ring operation. Support Forwarding Error Correction. Supports the Generic Framing Protocol. SONET error Support the insertion of Sonet errors. insertion list Ixia Hardware and Reference Manual, Release 6.20 1-21...
Page 54 IEEE 802.1AE Protocol Basic Routing Supports basic routing protocols, including Server BGP, IS-IS and OSPF, but none of those in the list for Advanced Routing. DHCP Supports the DHCP protocol. 1-22 Ixia Hardware and Reference Manual, Release 6.20...
Page 55 N_Port_ID Virtualization. Supports Precision Time Protocol. Supports Real-time Transport Protocol Notes: On older OC48c, OC192c and 10GE modules, these protocols require that the ports have been upgraded to 128MB of CPU memory. Ixia Hardware and Reference Manual, Release 6.20 1-23...
Page 56: Card Properties
The gap between bursts of frames, expressed as a range of time. Inter-stream gap: min-max The gap between streams, expressed as a range of time. Sometimes expressed as a percentage of the maximum rate. 1-24 Ixia Hardware and Reference Manual, Release 6.20...
Page 57 Memory Used by Packets Captured Captured Packets 64 bytes 18,668 1,194,752 1K bytes 1,698 1,738,752 4K bytes 1,785,856 8K bytes 1,794,048 The experiment indicates that there is approximately 1.8 MB available for data capture. Ixia Hardware and Reference Manual, Release 6.20 1-25...
Page 58: Maximum Number Of
Wide Packet Group/Wide Bin Mode 1048576 LSM10G including MSM10G and MSM2.5G Wide Packet Group 2097152 Wide Packet Group (Reduced Feature) 65536 100GE LSM XMV, Wide Packet Group 1048576 40GE LSM XMV, and 40/100GE LSM XMV 1-26 Ixia Hardware and Reference Manual, Release 6.20...
Page 59 PGID that can be supported is reduced. All modules have a maximum 2048 time bins. All modules that support latency bins have quantity 16 latency bins. Ixia Hardware and Reference Manual, Release 6.20 1-27...
Page 60: New In Version 6.20
Xcellon architecture and provide the highest 40GE and 100GE port densities. Lava load modules can be used for testing layer 2 to layer 7 applications. They are supported by Ixia's test applications, including IxNetwork and IxLoad. For more information, see...
Page 61: Ixia Hardware
Theory of Operation: Chapter 2: General This chapter discusses the unifying concepts behind the Ixia system. Both the software and hardware structures, and their usage, are discussed. The chapter is divided into the following major sections: • Ixia Hardware on page 2-1 •...
Page 62: Chassis Chain (Hardware)
Theory of Operation: General Chassis Chain (Hardware) Chassis Chain At the highest level, the Ixia hardware is structured as a chain of different types (Hardware) of chassis, up to 256 units. The chassis list is mentioned in the following table: Table 2-1.
Page 63 Ixia Chassis Chain and Control Workstation Multiple, geographically-separated, independent chassis may be synchronized with a high degree of accuracy by using an Ixia chassis. Specific chassis include an integral GPS or CDMA receiver which is used for worldwide chassis Ixia Hardware and Reference Manual, Release 6.20...
Page 64: Chassis Chain Timing Specification
Chassis Each Ixia chassis can operate as a complete standalone system when connected to a local monitor, keyboard, and mouse. The interior of an Ixia 1600T chassis is shown in the following figure. Ixia Hardware and Reference Manual, Release 6.20...
Page 65: Chassis Synchronization
10/100/1000 Mbps Ethernet Network Interface Card (NIC) The Ixia Backplane is connected to the PC Motherboard, through an Ixia custom PCI interface card, and to the card slots where the Ixia load modules are installed. Chassis Synchronization Measurement of unidirectional latency and jitter in the transmission of data from a transmit port to a receive port requires that the relationship between time signatures at each of the ports is known.
Page 66: Physical Chaining
An alternative means is required to satisfy these requirements. Ixia has facilities that allow for the synchronization of independent Ixia chassis located anywhere in the world by replacing the existing inter-chassis sync cables with a widely available frequency and time standard supplied from an external source.
Page 67: Virtual Chaining
Figure 2-4. Virtual Chaining To generate traffic for system latency testing, the Ixia 100 or Ixia 250 chassis can be used alone or in conjunction with another Ixia chassis, or the Ixia AFD1 (GPS receiver) can be used with any other Ixia chassis. The timing features available...
Page 68: Ixia Chassis Connections
(GPS), see Chapter 14, Ixia GPS Auxiliary Function Device (AFD1). Ixia Chassis Connections A number of LEDs are available on the front panel of the Ixia 100 or Ixia 250, as described in Table 2-4 on page 2-8. Table 2-4.
Page 69: Port Hardware
• Port Statistics Capabilities on page 2-76 Facilities for obtaining statistics on each port Types of Ports The types of load module ports that Ixia offers are divided into these broad categories: • Ethernet • Power over Ethernet •...
Page 70: Ethernet
Theory of Operation: General Port Hardware Only the currently available Ixia load modules are discussed in this chapter. Subsequent chapters in this manual discuss all supported load modules and their optional features. Ethernet Ethernet modules are provided with various feature combinations, as mentioned in the following list: •...
Page 71: Powered Devices (Pd)
One PoE Load Module emulates up to four PDs. The PoE Load Module (PLM) has eight RJ-45 interfaces—four of them used as PD-emulated ports, with each having its own corresponding interface that connects to a port on any Ixia 10/ 100/1000 copper-based Ethernet load module (includes LM100TX, all copper- based TXS, and Optixia load modules).
Page 72: Discovery Process
PD, normal transactions/data transfer occurs. During this period, the PD sends back a maintain power signature (MPS) to signal the PSE to continue to provide power. 2-12 Ixia Hardware and Reference Manual, Release 6.20...
Page 73: Poe Acquisition Tests
Slope type to satisfy the trigger condition. An example of a Time test is shown in the following figure, and an example of an Amplitude test is shown in Figure 2-8. Ixia Hardware and Reference Manual, Release 6.20 2-13...
Page 74 Theory of Operation: General Port Hardware Figure 2-7. PoE Time Acquisition Example Figure 2-8. PoE Amplitude Acquisition Example 2-14 Ixia Hardware and Reference Manual, Release 6.20...
Page 75: 10Ge
Sequence control character plus three data characters (in hex), distributed across the four lanes, as shown in the following figure. Four Sequence ordered sets are defined in IEEE 802.3ae, but only two of these—Local Ixia Hardware and Reference Manual, Release 6.20 2-15...
Page 76: Xaui Interfaces
192c rate over WAN and MAN links. The 10GE XAUI has a XAUI interface for connecting to another XAUI interface, such as on a DUT. A comparison of the IEEE P802.3ae model for XAUI and the OSI model is shown in the following figure. 2-16 Ixia Hardware and Reference Manual, Release 6.20...
Page 77: Lane Skew
When lane skewing is enabled, /A/, /K/, and /R/ codes are inserted into the data stream BEFORE the lanes are skewed. The principle behind lane skewing is shown in the diagrams in Figure 2-12 Figure 2-13. Ixia Hardware and Reference Manual, Release 6.20 2-17...
Page 78: Link Fault Signaling
This process is reversed by the PHY at the receiving end. Link Fault Signaling for the 10GE XAUI/XENPAK is handled differently across the four-lane XAUI optional XGMII extender layer, which uses 8B/10B encoding. 2-18 Ixia Hardware and Reference Manual, Release 6.20...
Page 79: Link Alarm Status Interrupt (Lasi)
The link alarm status is an active low output from the XENPAK module that is used to indicate a possible link problem as seen by the transceiver. Control registers are provided so that LASI may be programmed to assert only for specific fault conditions. Ixia Hardware and Reference Manual, Release 6.20 2-19...
Page 80 XENPAK, and also to communicate the device in which the XENPAK specific registers are located. Ixia’s XENPAK module allows for setting whether or not LASI monitoring is enabled, what register configurations to use, and the OUI. The XENPAK module can use the following registers: •...
Page 81: 40Ge And 100Ge
November, 2008. This white paper may be obtained through the Internet. http://www.ethernetalliance.org/images/40G_100G_Tech_overview.pdf SONET/POS SONET/POS modules are provided with various feature combinations: • Different speeds: OC3, OC12, OC48, OC192, Fibre Channel, 2x Fibre Channel, and Gigabit Ethernet. Ixia Hardware and Reference Manual, Release 6.20 2-21...
Page 82: Variable Rate Clocking
OC-1 format. The suffix ‘c’ indicates that the basic frames are concatenated to form the larger frame. Ixia supports both concatenated (with the ‘c’) and channelized (without the ‘c’) interfaces. Concatenated interfaces send and receive data in a single streams of 2-22 Ixia Hardware and Reference Manual, Release 6.20...
Page 83 STS-n signal, and framing. Line Overhead (LOH) Consists of 18 bytes which include information relating to performance monitoring of the individual STS-1s, protection switching information, and line alarm indication signals. Ixia Hardware and Reference Manual, Release 6.20 2-23...
Page 84: Error Insertion
The errors which may be inserted vary by particular load module. Errors may be inserted continuously or periodically as shown in Figure 2-17 on page 2-25. 2-24 Ixia Hardware and Reference Manual, Release 6.20...
Page 85: Dcc-Data Communications Channel
In SRP mode, the usual POS header (PPP, and so forth) is replaced by the SRP header. SRP networks use two counter-rotating rings. One Ixia port may be used to participate in one of the rings; two may be used to simultaneously participate in both rings.
Page 86: Rpr-Resilient Packet Ring
Theory of Operation: General Port Hardware In SRP-mode, SRP packets can be captured and analyzed. The IxExplorer capture view displays packet analysis which understands SRP packets. The Ixia hardware also collects specific SRP related statistics and performs filtering based on SRP header contents.
Page 87 A diagram of the layers associated with an RPR Station is shown in Figure 2-20 on page 2-27. Figure 2-20. RPR Layer Diagram The Ixia implementation allows for the configuration and transmission of the following types of RPR frames: • RPR Fairness Frames The RPR Fairness Algorithm (FA) is used to manage congestion on the ringlets in an RPR network.
Page 88 RPR Topology Extended Status Message for the transmission of additional information from a node concerning bandwidth and other configuration options. This format uses TLV (Type-Length-Value) options, including: • Weight • Total reserved bandwidth • Neighbor address 2-28 Ixia Hardware and Reference Manual, Release 6.20...
Page 89: Gfp-Generic Framing Procedure
• HEC field calculation uses a 16-bit polynomial and, consequently, generates a two-octet cHEC field. A diagram of the format for a GFP frame is shown in Figure 2-23 on page 2-30. Ixia Hardware and Reference Manual, Release 6.20 2-29...
Page 90 This variable length area may include from 4 to 65,535 octets. The GFP Payload Area consists of two common components: • A Payload Header and a Payload Information field • An optional Payload FCS (pFCS) field 2-30 Ixia Hardware and Reference Manual, Release 6.20...
Page 91 The process repeats until a set number of consecutive correct cHECs are confirmed, at which point the process enters the SYNC state. If an incorrect cHEC is detected, the process returns to the HUNT state. Ixia Hardware and Reference Manual, Release 6.20 2-31...
Page 92 In the HUNT and PRESYNC states, the descrambler is disabled. • In the SYNC state, the descrambler is enabled only for the octets between the cHEC field and the end of the candidate GFP frame. 2-32 Ixia Hardware and Reference Manual, Release 6.20...
Page 93: Cdl- Converged Data Link
‘up’ and therefore be ready for general traffic to flow. Each Ixia POS port implements a subset of the LCP, LQM, and NCP protocols. Each of the protocols is of the same basic format. For any connection, separate negotiations are performed for each direction.
Page 94: Lcp-Link Control Protocol Options
Configure-Request. The Ixia port may be configured to immediately start negotiating after the physical link comes up, or passively wait for the peer to start the negotiation. Ixia ports both sends and responds to PPP keepalive messages called echo requests.
Page 95 (if it acknowledges the request, then the user value is used, or if the peer sends a Configure-Nak with another value the Ixia port uses that value as long as it is valid). This approach is used to maximize the probability of successful negotiation.
Page 96: Ncp-Network Control Protocols
You must specify the local IP address of the unit and the peer must provide its own IP address. The Ixia port accepts any IP address the peer wishes to use as long as it is a valid address (for example, not all 0's).
Page 97 The Ixia PPP implementation of IPv6CP is such that the negotiation mode of the local endpoint may be configured in one of three modes: •...
Page 98: Ipv6 Interface Identifiers (Iids)
‘FF FE’ are inserted between the company ID and the vendor-supplied ID, and the universal/local bit is set to ‘1’ to indicate global scope. An example of an Interface Identifier based on a MAC address is shown in Figure 2-28 on page 2- 2-38 Ixia Hardware and Reference Manual, Release 6.20...
Page 99: Hdlc
The six most significant bits of the DiffServ field are called the Differential Services Code Point (DSCP). The DiffServ fields in the packet are organized as shown in Figure 2-29 on page 2-40. These fields replace the TOS fields in the IP packet header. Ixia Hardware and Reference Manual, Release 6.20 2-39...
Page 100 DS node allocated a certain amount of forwarding resources (buffer space and bandwidth). Classes 1 to 4 are referred to as AF classes. The following table illustrates the DSCP coding for specifying the AF class with the probability. Bits DS5, DS4, 2-40 Ixia Hardware and Reference Manual, Release 6.20...
Page 101: Atm
ATM traffic is segmented into 53-byte cells (with a 48-byte payload), and allows traffic from different Virtual Circuits to be interleaved (multiplexed). Ixia’s ATM module allows up to 4096 transmit streams per port, shared across up to 15 interleaved VCs.
Page 102 2-42, based on ITU-T I.363.5. Figure 2-30. Segmentation into ATM Cells The Interface Type can be set to UNI (User-to-Network Interface) format or NNI (Network-to-Node Interface aka Network-to-Network Interface) format. The 5- 2-42 Ixia Hardware and Reference Manual, Release 6.20...
Page 103 OAM state change such as loopback failure, OAM software notifies the connection management software. The ITU-T considers an ATM network to consist of five flow levels. These levels are illustrated in Figure 2-32 on page 2-44. Ixia Hardware and Reference Manual, Release 6.20 2-43...
Page 104 • Performance Management OAM cells. These cells are used to monitor performance (QoS) parameters such as cell block ratio, cell loss ratio and incorrectly inserted cells on VP/VC connections. 2-44 Ixia Hardware and Reference Manual, Release 6.20...
Page 105: Bert
OC48, POS, and 10GE load modules and as BERT-only load modules. As opposed to all other types of testing performed by Ixia hardware and software, BERT tests operate at the physical layer, also referred to as OSI Layer 1. POS frames are constructed using specific pseudo-random patterns, with or without inserted errors.
Page 106: Available/Unavailable Seconds
Errors in received BERT traffic are visible through the measured statistics, which are based on readings at one-second intervals. The statistics related to BERT are described in the Available Statistics appendix associated with the Ixia Hardware Guide and some other manuals.
Page 107: Port Transmit Capabilities
Theory of Operation: General Port Transmit Capabilities Port Transmit The Ixia module ports format data to be transmitted in a hierarchy of structures: Capabilities • Streams and Flows—A set of related packet bursts • Bursts and the Inter-Burst Gap (IBG)—A repetition of packets •...
Page 108: Packet Flows
Packet Flows A second sequential data transmission model is supported by software for any Ixia port which supports Packet Flows. An individual packet flow can consist of from 1 to 15,872 packets. For packet flows consisting of only one unique packet each, a maximum of 15,872 individual flows can be transmitted.
Page 109: Stream Queues
Each non-continuous stream is related to the next stream by one of four modes: • Stop after this stream Data transmission stops after the completion of the current stream. (For example, after transmission of a stream consisting of 10 bursts of 100 packets each.) Ixia Hardware and Reference Manual, Release 6.20 2-49...
Page 110: Streams And The Inter-Stream Gap (Isg)
For POS modules, bursts of packets are separated by Burst Gaps. ATM modules do not insert IBGs. The size and resolution of these gaps depends on the type of Ixia load module in use. The placement of Inter-Burst Gaps is shown in Figure 2-38 on page 2-51.
Page 111: Packets And The Inter-Packet Gap (Ipg)
Continuous Packet mode is used. Frames are separated by programmable Inter-Packet Gaps (IPGs), sometimes referred to as Inter-Frame Gaps (IFGs). The size and resolution of the Inter-Packet Gaps depends on the particular Ixia module in use. For non-Ethernet modules, the ISG is implemented by use of empty frames and the resolution of the IPG is limited to a multiple of such frames.
Page 112: Virtual Lans
VLAN. VLAN IDs 0 and FFF are reserved. VID = 0 indicates the null VLAN ID, which means that the tag header contains only user priority information. An example of Layer 2 broadcast domain without VLANs is shown in Figure 2- on page 2-53. 2-52 Ixia Hardware and Reference Manual, Release 6.20...
Page 113 1, 2, 3, and 6 on Switch 1, and Ports 1, 2, 3, and 6 on Switch 2. VLAN 21 contains Ports 4, 5, and 6 on Switch 1, and Ports 1, 4, 5, and 6 on Switch 2. Ixia Hardware and Reference Manual, Release 6.20 2-53...
Page 114: Stacked Vlans (Q In Q)
The second network is assigned a different Backbone VLAN, within which another unique instance of 802.1Q VLAN tags is available. Figure 2-42 on page 2-55 demonstrates an example packet of a stacked VLAN. 2-54 Ixia Hardware and Reference Manual, Release 6.20...
Page 115: User Defined Fields (Udf)
Sets the initial value for the counter, in one of two ways: • From the last value for this stream The counter continues from the last value generated by this UDF for this stream. The first value for Ixia Hardware and Reference Manual, Release 6.20 2-55...
Page 116 Counter Type countertype Offset offset Init Value initval Set from Init Value cascadeType Continue from last value for this stream enableCascade Cascade continue Random* random Continuously Counting continuousCount Step step Repeat Count repeat 2-56 Ixia Hardware and Reference Manual, Release 6.20...
Page 117: Random Mode Udf
Cascading modes do not apply to random mode UDFs. The parameters that affect the counter’s operation are shown in Table 2-13 on page 2- Table 2-13. Random Mode UDF Parameters IxExplorer Label Tcl API Variables Offset offset Bit Mask maskval maskselect Ixia Hardware and Reference Manual, Release 6.20 2-57...
Page 118: Value List Mode Udf
In the TCL APIs the value of the counterMode variable in the udf command should be set to udfValueListMode (2). The operation of value list mode is described in the flowchart shown in Figure 2-45 on page 2-59. 2-58 Ixia Hardware and Reference Manual, Release 6.20...
Page 119: Range List Mode Udf
(4). The initval, repeat, and step values are added into the udf command by the addRange sub-command. The operation of range list mode is described in the flowchart shown in Figure 2-46 on page 2-60. Ixia Hardware and Reference Manual, Release 6.20 2-59...
Page 120: Nested Counter Mode Udf
Nested Counter Mode UDF Parameters IxExplorer Label Tcl API Variables Offset offset Counter Type countertype Init Value initval Inner Loop: Repeat value innerRepeat Inner Loop: increment value innerStep Inner Loop: loop innerLoop Outer Loop:increment value step 2-60 Ixia Hardware and Reference Manual, Release 6.20...
Page 121 In the TCL APIs the value of the counterMode variable in the udf command should be set to udfNestedCouterMode (3). The operation of range list mode is described in the flowchart shown in Figure 2-46 on page 2-60. Figure 2-47. UDF Nested Counter Mode Operation Ixia Hardware and Reference Manual, Release 6.20 2-61...
Page 122: Ipv4 Mode Udf
Set from Init Value cascadeType Continue from last value for this stream enableCascade The operation of IPv4 mode is described in the flowchart shown in Figure 2-46 on page 2-60. 2-62 Ixia Hardware and Reference Manual, Release 6.20...
Page 123 Table UDFs allows to specify a number of lists of values to be placed at designated offsets within a stream. Each list consists of an Offset, a Size, and a list of values. Ixia Hardware and Reference Manual, Release 6.20 2-63...
Page 124 100 frames. The data would truly appear random starting at byte 101, after the Table UDF insertion. This is the same limitation currently for random data packets that have PGID or Data Integrity enabled. 2-64 Ixia Hardware and Reference Manual, Release 6.20...
Page 125: Transmit Operations
Stop Transmit Stops the transmission operation on all ports included in the present set of ports. A subsequent Start Transmission or Step Stream operation commences from the first stream of each port. Ixia Hardware and Reference Manual, Release 6.20 2-65...
Page 126: Repeat Last Random Pattern
IPv4 and IPv6 source and destination addresses • TCP and UDP port numbers • VLAN IDs • For POS Modules: • Use of PPP • Protocol layer type: such as IP, IPv6, and ARP 2-66 Ixia Hardware and Reference Manual, Release 6.20...
Page 127: Continuous Versus Trigger Capture
All packets that match the user-defined Trigger Capture condition are captured. • Trigger Position The slider bar is used to set the position (% transmitted) in the data stream where the Capture Trigger is first applied to incoming packets. Ixia Hardware and Reference Manual, Release 6.20 2-67...
Page 128: Port Capture Operations
‘collisions’ is followed by a period with no collisions. This combination of collisions and non-colliding periods can be repeated indefinitely, or repeated for a user-specified number of times. These parameters are shown in Figure 2-50 on page 2-69. 2-68 Ixia Hardware and Reference Manual, Release 6.20...
Page 129: Packet Group Operation
A special version of packet groups, known as wide packet groups, uses a 4-byte packet group ID, of which only the low order 17 bits are active. A mask may be applied to the matching of the packet group ID. Latency, sequence checking, and Ixia Hardware and Reference Manual, Release 6.20 2-69...
Page 130: Split Packet Group Operation
PGID2, and PGID1. If the concatenation of the three regions is not sufficient to fill the 32 bit value, a padding of 0 is used on the remaining leftmost bits. Figure 2-52 on page 2-71 demonstrates the three options when employing split PGIDs. 2-70 Ixia Hardware and Reference Manual, Release 6.20...
Page 131: Latency/Jitter Measurements
Each time period (one second in this example) is called a time bucket. Within each time bucket, the data for all PGIDs must be stored into a limited number of cells. This is accomplished by grouping a number of Ixia Hardware and Reference Manual, Release 6.20 2-71...
Page 132 The time interval between the first data bit out of the Ixia transmit port and the first data bit received by the Ixia receive port is measured. The first data bit received on Ethernet links (10/100 and Gigabit modules) is the start of the MAC DA field.
Page 133: Sequence Checking Operation
For a flow with no packet reordering, the ‘reversal errors’ matches the number of duplicates received. For a flow with packet reordering, the ‘reversal errors’ gives a count that may be higher than the number of duplicates received. Ixia Hardware and Reference Manual, Release 6.20 2-73...
Page 134: Data Integrity Checking Operation
Checking are forced to a single, uniform offset location in each frame of the stream. Many of the Ixia software application (that is, IxVPN, IxChariot, and so forth) can generate streams that place a signature at random places within the frames of a single stream.
Page 135: Port Transmit/Receive Capabilities
Port Transmit/Receive Capabilities Round Trip TCP Flows For most 10/100 load modules, a special capability exists in the Ixia hardware to enable the measurement of round trip times for IP packets sent through a switch or other network device. The normal setup for this measurement is shown in Figure 2-57 on page 2-75.
Page 136: Port Statistics Capabilities
Port A. When enabled on the Ixia receiving port (in this case, Port B), the Round Trip TCP Flows feature performs several operations on the received IP packet: •...
Page 137 • BERT Statistics Statistics associated with BERT error generation and detection. • Temperature Sensors Statistics For verifying that temperatures on high- performance 10 Gigabit and OC-192c POS cards are within operational limits. Ixia Hardware and Reference Manual, Release 6.20 2-77...
Page 138 • Chassis A single Ixia chassis capable of holding different Ixia module cards. • Card An Ixia module card, all of whose ports have the same features. • Port An individual transmit/capture port on a card. • Capture View A view of the capture buffer for the port.
Page 139: Card
XL10, Optixia XM12, Optixia XM2, Optixia X16 or other chassis capable of holding Ixia module cards. The name or IP address of each chassis must be input; the type of the chassis is automatically discovered by the software. A chassis may hold any mix of module cards.
Page 140: Port Groups
IxRouter Window The IxRouter window provides the means by which routing protocols are emulated by the Ixia hardware and software. This window includes the interface by which multiple IPv4 and IPv6 interfaces are associated with each port. A growing number of protocols are supported in this window, including ARP, BGP, OSPF, ISIS, RSVP-TE, LDP, RIP, RIPng, and IGMP.
Page 141: Ixexplorer Operation
You may take ownership of a port owned by someone else, with an optional warning message. Any user may clear all ownerships. Ixia Hardware and Reference Manual, Release 6.20 2-81...
Page 142: Statistics Logging And Alerts
The clients (Client 1 and Client 2) run IxExplorer and are connected to all of the chassis (Chassis 1, Chassis 2 and Chassis 3) in the chassis chain. The clients set up conditions under which statistics data is logged and alerts generated. These 2-82 Ixia Hardware and Reference Manual, Release 6.20...
Page 143: Statistics Logging
All clients connected to a chassis distribute their specific valid ranges to all chassis. Each chassis watches for out of range values on the specified port- statistics and generates alerts for the conditions. All alert conditions are sent to Ixia Hardware and Reference Manual, Release 6.20 2-83...
Page 144 The format and location of alert files on the chassis. Multiple clients should agree on the valid range of port-statistics values and file naming conventions; the chassis uses the settings received from any client that applies changes. 2-84 Ixia Hardware and Reference Manual, Release 6.20...
Page 145: Tcl Software Structure
The Tcl scripts are executed on a Unix client. The following sections describe the components used in each of these scenarios. Operation on the When the Tcl client software is installed on the Ixia chassis itself three distinct Ixia Chassis software components are used, as shown in Figure 2-59 on page 2-85.
Page 146: Operation On A Windows Client
Software Modules Used on a Windows Client Module Usage Tcl scripts Ixia supplied and user developed tests run on the Windows client using the Tcl software. The Tcl extensions that program the Ixia hardware use the TclHAL layer. TclHAL A layer of software, supplied as a DLL (Dynamic Linked Library), that is responsible for interpreting the Tcl commands into C++ functions to be sent to the IxServer over the local network.
Page 147: Operation On A Unix Client
Its commands are received from clients over the LAN. Multiple Client A single Ixia chassis may be used by multiple clients simultaneously. Clients Environment may run from the Ixia chassis, Windows clients, and Unix clients simultaneously, as shown in Figure 2-62 on page 2-88.
Page 148: Tcl Version Limitations
Linux or Solaris, Tclsh runs on any version of Tcl greater than or equal to 8.2. The use of the Wish shell with Ixia software has been tested for Tcl 8.3 under Windows, Linux, and Solaris. It has not been tested, but should run with any Tcl version greater than or equal to 8.2.
Page 149: Protocol Server
Protocols Protocol Server Most ports in an Ixia chassis operate a Protocol Server. The Protocol Server includes a complete TCP/IP stack, allowing different forms of high-level DUT testing. The Protocol Server can be configured to test a set of provided Level 2 and Level 3 protocols, which include MAC and IP addressing and IP routing.
Page 150: Arp
MAC address of that particular DUT. The IP table within the ARP window specifies a per-port correspondence between IP addresses, MAC addresses (for Ethernet ports only), and the Default Ixia Hardware and Reference Manual, Release 6.20...
Page 151: Igmp
All ARP requests (for Ethernet) are sent to the Default Gateway address. In most cases, the Default Gateway Address is the address of the DUT. When a gateway separates the Ixia port from the DUT, use the IP address of that gateway as the Default.
Page 152: Ospf
(N^2). If a DR and BDR are used, the number of required adjacencies drops to 2 times the number of routers (2N). Currently, the Ixia ports are unable to simulate a DR or BDR. Once the routers have initialized their adjacency databases, they synchronize their databases.
Page 153 30 minutes to ensure that they all hold identical LSDBs. This section describes the programming of the Ixia hardware related to OSPF testing, as well as the theory of operation and protocol message formats. The Ixia hardware simulates multiple OSPF routers on multiple networks. For example, in Figure 3-1 on page 3-5 there are three networks and three routers.
Page 154 Within this framework, Link State Advertisements (LSAs) may be issued from the perspective of any interface on any router. Any OSPF messages from the DUT Routers may be captured and analyzed in the normal manner. Ixia Hardware and Reference Manual, Release 6.20...
Page 155: Ospfv3
Note: In OSPFv2, IPv4 addresses were used in many contexts besides IP source and destination addresses. For example, they were assigned as name identifiers for routers (RIDs). This naming convention for RIDs has been retained in OSPFv3. Ixia Hardware and Reference Manual, Release 6.20...
Page 156: Bgp4/Bgp
Routers within an AS propagate this information and refuse to send a route back to its originator. Even the use of route reflectors and originator- Ixia Hardware and Reference Manual, Release 6.20...
Page 157: Communities
‘tagged’ with multiple numbers, called communities. This is also referred to sometimes as route coloring. BGP Router Test The Ixia Protocol server implements an environment in which the Ixia hardware Configuration simulates multiple routers which speak IBGP and/or EBGP with one or more DUT routers.
Page 158 The Ixia hardware is used to simulate three of the routers in two different ASs communicating with two routers being tested. A single router emulated by the Ixia hardware is specified by a single IP address, and a number of emulated routers may be specified by a range of IP addresses.
Page 159 A BGP4 network condition called ‘flapping’ can be emulated by the protocol server on an Ixia port. In the Link flapping emulation, a peer BGP router appears to be going offline and online repeatedly, which is accomplished on the Ixia port by alternate disconnects and reconnects of the TCP/IP stack.
Page 160: Bgp L3 Vpns
3-14 for additional information on VRFs. Layer 3 VPN sites are identified by a Route Target (RT). A route target is based on the mechanism proposed in the IETF draft for the ‘BGP Extended 3-12 Ixia Hardware and Reference Manual, Release 6.20...
Page 161: Bgp Vpn-Ipv4 Address Formats
CE site router in a VPN. Each route can only have one RD. The formats of the RDs are shown in Figure 3-7 on page 3-13. Figure 3-7. VPN-IPv4 Address Formats (with Route Distinguishers) Ixia Hardware and Reference Manual, Release 6.20 3-13...
Page 162: L3 Vpn Vrfs
Two distinct versions of RIP exist: version 1 and version 2. Both IPv4 and IPv6 are supported. As implemented by the Protocol Server, each Ixia port is capable of simulating one or more routers at distinct addresses. Routing tables for the simulated routers are configured by you and sent out at regular intervals, with a configurable randomizing factor.
Page 163: Rip Overview
RIPng on page 3-16. As implemented by the Protocol Server, each Ixia port is capable of simulating one or more routers with separate addresses. Routing tables for the simulated routers are configured by you and sent out at regular intervals, with a configurable randomizing factor.
Page 164: Ripng
Responses to request messages are sent to the originating UDP port. • Specific requests need not come from the RIPng port, but the destination on the targeted device must be the RIPng port. 3-16 Ixia Hardware and Reference Manual, Release 6.20...
Page 165: Isisv4/V6
These routers can connect only to other L2 routers outside their area, or to L1/L2 routers within their own area. They are used as backbone routers in the routing domain, to connect ISIS areas. Ixia Hardware and Reference Manual, Release 6.20 3-17...
Page 166: Isis Processing
• IS - Intermediate System. An ISIS router is an IS. • ES - End System. A host is an ES. (Note: The Ixia hardware does not currently simulate End Systems.) • PDU - Protocol Data Unit. PDUs contain messages used for the ISIS protocol.
Page 167: Isis Addresses
Hello PDU processing. The Ixia Protocol Server does not support the role of DR, so to ensure that it is not elected by its ISIS peers each Ixia-simulated ISIS router has a default priority of ‘0,’ indicating its unwillingness to be the Designated IS.
Page 168: Rsvp-Te
RSVP-TE RSVP-TE The Ixia protocol server implements a part of the Resource Reservation Protocol (RSVP) used for Traffic Engineering (TE). This subset of the RSVP protocol, referred to as RSVP-TE, is used in the process of constructing a path through a sequence of MPLS-enabled label switched routers (LSRs), while reserving necessary bandwidth resources.
Page 169 Three scenarios are currently supported to test MPLS/RSVP-TE on a DUT using Ixia equipment: The DUT acts as the Ingress LSR, and the Egress LSR is simulated by an Ixia port. The DUT acts as the Egress LSR, and the Ingress LSR is simulated by an Ixia port.
Page 170: Path Messages
Each group of nodes is called an abstract node. Thus, an explicit route is a specification of a set of abstract nodes to be traversed. 3-22 Ixia Hardware and Reference Manual, Release 6.20...
Page 171: Resv Message
RESV_CONF If present, it indicates that the ingress router should send a RESV_CONF message in response to the destination to indicate that the tunnel has been completely established. Ixia Hardware and Reference Manual, Release 6.20 3-23...
Page 172: Other Messages
RESV_TEAR message upstream to the source router. RESV_CONF When requested, a sender router responds to the destination router with a RESV_CONF message to indicate that a complete tunnel has been successfully established. 3-24 Ixia Hardware and Reference Manual, Release 6.20...
Page 173: Rsvp-Te Fast Reroute
3-25 shows an example diagram for a backup scenario to reroute around a downed node, using an LSP Detour. Figure 3-11. RSVP-TE Fast Reroute Backup Link (Detour) Example Figure 3-12. RSVP-TE Fast Reroute Backup Node (Detour) Example Ixia Hardware and Reference Manual, Release 6.20 3-25...
Page 174: Ixia Test Model
LSRs, as shown in the figure. • Egress mode: the Ixia port simulates LSR II while LSR I is the DUT. The Ixia port interprets PATH messages that it receives to determine if they are directed for any of the defined destination routers.
Page 175: Ldp
A pseudowire is a logical link through the tunnel, made up of two parallel VC LSPs using the same VC Identifier (VCID), as shown in Figure 3-13 on page 3- 27, and in more detail in Figure 3-14 on page 3-28. Figure 3-13. LDP VPLS Example Ixia Hardware and Reference Manual, Release 6.20 3-27...
Page 176: Mld
This filtering can be based on ‘all but’ (Excluding) or ‘only’ (Including) certain source addresses. Host nodes can only be multicast ‘listeners,’ while the multicast routers can act as routers or listeners. 3-28 Ixia Hardware and Reference Manual, Release 6.20...
Page 177: Pim-Sm/Ssm-V4/V6
Designated Router (DR) to act on the behalf of the hosts. The diagram in Figure 3-15 on page 3-29 shows a simplified PIM-SM test setup using Ixia ports. Figure 3-15. PIM-SM Diagram Ixia Hardware and Reference Manual, Release 6.20 3-29...
Page 178: Pim-Sm Source-Group Mapping
‘N’ fully-meshed source-group mapping ranges of size ‘1’ to emulate the one-to- one behavior. An example showing the differences between the two types of mapping is shown in Figure 3-16 on page 3-30. Figure 3-16. PIM-SM Source-Group Mapping Example 3-30 Ixia Hardware and Reference Manual, Release 6.20...
Page 179: Pim-Ssm
232.255.255.255 (232/8). IPv6 SSM addresses are defined in IETF DRAFT draft-ietf-ssm-arch- 06 and draft-ietf-pim-sm-v2-new-11 as FF3x: : /32. The range of FF3x: : /96 is proposed by RFC 3307, ‘Allocation Guidelines for IPv6 Multicast Addresses.’ Ixia Hardware and Reference Manual, Release 6.20 3-31...
Page 180: Differences Between Pim-Sm And Pim-Ssm
• Register state machine • (*,G), (S,G,rpt), and (*,*,RP) Downstream and Upstream state machines. • Keepalive Timer (treated as always running) • SptBit (treated as always set for an SSM address) 3-32 Ixia Hardware and Reference Manual, Release 6.20...
Page 181: Multicast Vpns
Site window). It is a valid 4-byte IPv4 multicast address prefix (for example, 239.1.1.1/32). The 12-byte Route Distinguisher is also created through BGP (L3 Site window). This Ixia implementation uses an RD value = 2. One C-Multicast Group Range (MGR) can be configured for each MVRF.
Page 182: Mpls
Packets can be marked for high quality, enabling providers to maintain a specified low end-to-end latency for voice and video. • MPLS reduces router processing requirements, since routers simply forward packets based on fixed labels. 3-34 Ixia Hardware and Reference Manual, Release 6.20...
Page 183: How Does Mpls Work
Interior Gateway Protocols (IGPs) routing protocols such as OPSF or IS-IS. This process is similar to traditional routing in IP networks, and the LSPs follow the routes the IGPs dictate. Ixia Hardware and Reference Manual, Release 6.20 3-35...
Page 184: Explicit Routing
LSPs accordingly. A common use of label stacking is for establishing tunnels through MPLS networks for VPN applications. Bidirectional Forwarding Detection (BFD) is a network protocol used to detect faults between two forwarding engines. It provides low-overhead detection of 3-36 Ixia Hardware and Reference Manual, Release 6.20...
Page 185: Cfm
It is not end to end or service aware. Ethernet Local Management Interface (E-LMI) is confined between the uPE and CE and relies on CFM for reporting status of the metro-Ethernet network to the Ixia Hardware and Reference Manual, Release 6.20 3-37...
Page 186 Ethernet CFM provides a competitive advantage to service providers for which the operational management of link uptime and timeliness in isolating and responding to failures is crucial to daily operations. 3-38 Ixia Hardware and Reference Manual, Release 6.20...
Page 187: Fcoe And Npiv
Priority Flow Control (PFC) and FCoE Initialization Protocol (FIP) features allow testing of FCoE switches running both FCoE traffic and traditional Ethernet traffic. Supported Load The following Ixia load modules have the Fibre Channel over Ethernet (FCoE) Modules capability: •...
Page 188: Priority-Based Flow Control (Pfc)
Fibre Channel over Ethernet Priority-based Flow Control (PFC) The Ixia port responds to either IEEE 802.3x pause frame or to IEEE 802.1Qbb Priority-based Flow Control (PFC) frame. The flow control type is determined by the selection made on the Flow Control tab of the Port Properties dialog, in IxExplorer.
Page 189: Precision Time Protocol (Ptp) Ieee 1588V2
Supported Features The following PTP features are supported. • Only one two-step clock is supported on an Ixia port, at this time. One-step clock is not supported. • Ixia ports can run other (non-PTP) traffic along with PTP traffic. Ixia ports have the ability to throttle transmit based on flow control packets being received.
Page 190: Local Clock Synchronization Through Ptp To Another Ptp Clock
Offset_from_master value of the current data set. The time and the rate characteristics of the local clock are modified upon receipt of either a sync through PTP to message or follow-up message. Figure 3-19 illustrates the PTP communication another PTP clock path. 3-42 Ixia Hardware and Reference Manual, Release 6.20...
Page 191 Term Value sync_receipt_time = Ts1 Ts1 =Tm1+O+master_to__delay preciseOriginTimestamp = Tm1 master_to__delay Ts1–Tm1 (computed) delay_req_sending_tim e = Ts2 delayReceiptTimestamp Tm2 = Ts2 – O + _to_master_delay = Tm2 _to_master_delay Tm2 – Ts2 (computed) Ixia Hardware and Reference Manual, Release 6.20 3-43...
Page 192: Local Clock Frequency Transfer
2. Offset correction shall be applied to the local clock. Local clock In Slave mode of operation, the Ixia port implements a local clock in software frequency transfer (Linux). The frequency of the oscillator is not adjusted but allowed to free-run.
Page 193 If a GPS source is interfaced to the chassis, ports emulating the master are configured as Grand Master. Local clock time format is seconds (32 bits) and nanoseconds (32 bits). The Ixia port supports a 2-step clock. Ixia Hardware and Reference Manual, Release 6.20...
Page 194: Atm Interfaces
In the case of Label Distribution Protocol (LDP) routing over ATM, the process becomes more complex since MPLS tunnels are created over ATM core networks. For more information on the signaling, session setup, and label 3-46 Ixia Hardware and Reference Manual, Release 6.20...
Page 195: Atm Encapsulation Types
ATM ports, but ONLY for the VC Mux Bridged Ethernet/802.3 (FCS) encapsulation type. Encapsulation Types by Protocol The types of RFC 2684 ATM encapsulations available for each Ixia routing protocol emulation are listed in Table 3-8 on page 3-47.
Page 196 LLC Bridged Ethernet (no FCS) IGMP ‘Bridged ATM’: • VC Mux Bridged Ethernet/802.3 (FCS) - (the default) • VC Mux Bridged Ethernet/802.3 (no FCS) • LLC Bridged Ethernet (FCS) • LLC Bridged Ethernet (no FCS) 3-48 Ixia Hardware and Reference Manual, Release 6.20...
Page 197 LLC Bridged Ethernet (no FCS) PIM-SM ‘Bridged ATM’: • VC Mux Bridged Ethernet/802.3 (FCS)-(the default) • VC Mux Bridged Ethernet/802.3 (no FCS) • LLC Bridged Ethernet (FCS) • LLC Bridged Ethernet (no FCS) Ixia Hardware and Reference Manual, Release 6.20 3-49...
Page 198: Atm Frame Formats
3-52 • VC Mux IPv6 Routed: see Figure 3-28 on page 3-52 • LLC Routed AAL5 Snap: see Figure 3-29 on page 3-53 Figure 3-22. ATM AAL5 CPCS-PDU (ATM AAL5 Frame) 3-50 Ixia Hardware and Reference Manual, Release 6.20...
Page 199 Theory of Operation: Protocols ATM Frame Formats Figure 3-23. VC Mux Bridged Ethernet/802.3 (FCS) Figure 3-24. VC Mux Bridged Ethernet/802.3 (no FCS) Figure 3-25. LLC Bridged Ethernet (FCS) Ixia Hardware and Reference Manual, Release 6.20 3-51...
Page 200 Theory of Operation: Protocols ATM Frame Formats Figure 3-26. LLC Bridged Ethernet (no FCS) Figure 3-27. VC Mux IPv4 Routed Figure 3-28. VC Mux IPv6 Routed 3-52 Ixia Hardware and Reference Manual, Release 6.20...
Page 201: Generic Routing Encapsulation (Gre)
RFC 2890, ‘Key and Sequence Number Extensions to GRE,’ provides optional fields for identifying individual traffic flows within a GRE tunnel through an authentication key value, and for monitoring the sequence of packets within each GRE tunnel. Ixia Hardware and Reference Manual, Release 6.20 3-53...
Page 202: Gre Packet Format
GRE Header Fields (per RFC 2784) Field Description The Checksum Present flag bit. If set (= 1), the Checksum and Reserved1 fields are present, and the information in the Checksum field is valid. 3-54 Ixia Hardware and Reference Manual, Release 6.20...
Page 203: Gre Header Per Rfc 2890
GRE Header per RFC 2890 The format of a GRE header, with added information per RFC 2890, is shown in Figure 3-32 on page 3-55. Figure 3-32. GRE Header (per RFC 2890) Ixia Hardware and Reference Manual, Release 6.20 3-55...
Page 204 These bits are reserved for future use. This field is only present if the Checksum field is present (that is, the Checksum Present bit = 0). If present, this field must be transmitted as zero. 3-56 Ixia Hardware and Reference Manual, Release 6.20...
Page 205: Dhcp Protocol
DHCP Server. Suggested values for a network address and lease period may be included in the Discover message. The Server(s) may respond with a DHCPOFFER message. The Offer message includes available IPv4 network Ixia Hardware and Reference Manual, Release 6.20 3-57...
Page 206: Dhcpv6 Protocol
DHCP options (TLVs/ objects). Note: You will not be able to select DHCP-enabled protocol interfaces for use with Ixia protocol emulations, with the exception of IGMP. DHCPv6 Protocol The Dynamic Host Control Protocol for Version 6 (DHCPv6) is defined in RFC 3315.
Page 207: Ethernet Oam
A list of load modules and the Ethernet OAM statistics they can generate are provided in Table B-31 on page B-159. Ethernet OAM statistics counters are defined in Table B-6 on page B-9. Ixia Hardware and Reference Manual, Release 6.20 3-59...
Page 208 Theory of Operation: Protocols Ethernet OAM 3-60 Ixia Hardware and Reference Manual, Release 6.20...
Page 209: Chapter 4 Optixia Xm12 Chassis
Caution: This equipment is intended to be installed and maintained by Service Personnel. The Optixia XM12 Chassis has 12 slots for support of up to 12 single wide load modules. The Optixia XM12 supports all load modules with improved system power and cooling.
Page 210 Note: In the event of indications of inadequate power, remove load modules starting from the low-number slots (slot 1, 2, 3), then working upward toward slot 12 until the problem is solved. Ixia Hardware and Reference Manual, Release 6.20...
Page 211 Optixia XM12 Chassis Ixia Hardware and Reference Manual, Release 6.20...
Page 212: Specifications
Optixia XM12 Chassis Specifications Specifications XM12 Chassis The Optixia XM12 computer and chassis specifications are contained in Table 4-1. Table 4-1. Optixia XM12 Specifications Intel Pentium D, 3.0 GHz Caution–Battery replacement There is danger of explosion if battery is incorrectly replaced.
Page 213 Firewire IEEE 1394 Serial 1 male DB9 port 4 USB dual type A, 4-pin jack connectors Sync In 4-pin RJ11 Sync Out 4-pin RJ11 Line In/Line Out/Mic 3.5mm mini-TRS stereo jacks (qty 3) Ixia Hardware and Reference Manual, Release 6.20...
Page 214: Leds/Lcd Display
Back Panel Switches/ Power On/Off rocker switch/Circuit Breakers (qty 2) Connectors Power 2 male receptacles (IEC 60320-C19) LEDs/LCD Display The Optixia XM12 has the following set of front panel LEDs, for each load module slot: Table 4-2. Optixia XM12 LEDs Label Color...
Page 215 3 support with limited L3 routing, Linux SDK, and L4-7 applications. Includes 10GBASE-T version and SFP+ version. LSM10GXM3-01 10 Gigabit Ethernet 3 port module LSM10GXMR3-01 10 Gigabit Ethernet 3 port module, reduced feature set Ixia Hardware and Reference Manual, Release 6.20...
Page 216 100/1000 Mbps Ethernet load module, reduced performance LSM1000XMV8-01 8-port Dual-PHY (RJ45 and SFP) 10/ 100/1000 Mbps Ethernet load module LSM1000XMVR8-01 8-port Dual-PHY (RJ45 and SFP) 10/ 100/1000 Mbps Ethernet load module, reduced performance Ixia Hardware and Reference Manual, Release 6.20...
Page 217 4-port Dual-PHY (RJ45 and SFP) 10/ 100/1000 Mbps Ethernet load module LM1000TXS4 4-port 10/100/1000 Mbps Base-T Ethernet copper LM1000TXS4-256 4-port 10/100/1000 Mbps Base-T Ethernet copper; -256 version has 256MB of processor memory per port Ixia Hardware and Reference Manual, Release 6.20...
Page 218 Voice Quality Resource Module page 16. EIM10G4S 10 Gigabit Ethernet LAN Impairment adapter module, 1-slot with 4-ports of SFP+ interfaces 1Gigabit Ethernet LAN Impairment EIM1G4S adapter module, 1-slot with 4-ports of SFP interfaces 4-10 Ixia Hardware and Reference Manual, Release 6.20...
Page 219: Hot-Swap Procedure
The hot-swap procedure is detailed in Appendix D, Hot-Swap Procedure. SFF Adapter Module The Optixia XM12 adapter module allows legacy modules to be fit into the XM12 chassis. Figure 4-2 on page 4-12 shows an SFF adapter module. Ixia Hardware and Reference Manual, Release 6.20...
Page 220: Installing Filler Panels
Adapter. Installing Filler Panels The airflow in an Optixia XM12 chassis is inefficient if load modules are installed in a few slots and the rest of the chassis is left open. For best cooling results, filler panels are required. It is required that filler panels are used in situations where the slots in the chassis are not all in use.
Page 221: Prerequisites For Filler Panel Installation
Electrostatic Damage to the delicate electronic components on the Ixia Load Modules. Example: Slide the one-slot filler panel, with the Ixia logo at the top, into the correct slot. The panel slides in on the slot rails in the chassis. Secure the faceplate of the filler panel to the chassis with two of the supplied screws.
Page 222: Xm12 Sound Reducer Installation
Step 1. Slide the sound reducer onto the mounting bracket. Secure the sound reducer onto the mounting bracket using the four pan-head screws included in the XM12 Sound Reducer kit. 4-14 Ixia Hardware and Reference Manual, Release 6.20...
Page 223: Rack Mount Cautions
A standard XM12 chassis (with two 1.6 kW power supplies) can be converted to a high performance XM12 (with two 2.0 kW power supplies) using an upgrade kit that is available from Ixia. Request ‘Field Replaceable Unit, Power Supply Upgrade Kit’ (FRU-OPTIXIAXM12-01) PN 943-0005.
Page 224: Statistics And Measurements
Listening effort (effort required to understand the meaning of spoken material) • Listening quality (quality of speech) These statistics are available in aggregated mode and individual per stream, as part of ‘VoIP RTP Per Channel’ statistics. 4-16 Ixia Hardware and Reference Manual, Release 6.20...
Page 225: Chapter 5 Optixia Xm2 Chassis
Warning: To prevent accidental injury to personnel, do not leave unused SFP (or SFP+) ports on load modules uncovered. When transceivers are not installed, end caps must be used. For details, see Use End Caps on Open Ports on page xxviii. Ixia Hardware and Reference Manual, Release 6.20...
Page 226: Specifications
There is danger of explosion if battery is incorrectly replaced. Do not attempt to replace the battery. Return to Ixia Customer Service for replacement with the same or equivalent type of battery. Ixia disposes of used batteries according to the battery manufacturer's instructions.
Page 227 Front Panel Switches On/Off momentary power push button Front Panel Connectors 1 USB dual type A, 4-pin jack connector Sync In 4-pin RJ11 Sync Out 4-pin RJ11 Front Panel Indicators LEDs/LCD Display on page 4. Ixia Hardware and Reference Manual, Release 6.20...
Page 228: Leds/Lcd Display
An LCD display is provided on the chassis to indicate the status of the chassis without an external display device (monitor). The LCD operates in two modes: • Startup: The LCD displays messages from IxServer to indicate the operation of IxServer as it initializes. Ixia Hardware and Reference Manual, Release 6.20...
Page 229: Supported Modules
SFP fiber LSM1000XMVDC4-01 4/8/12/16-Port Dual-PHY RJ45 10/100/ 1000 Mbps and SFP fiber. FCoE enabled LSM1000XMVDC4-NG LSM1000XMVDC8-01 LSM1000XMVDC12-01 LSM1000XMVDC16-01 LSM1000XMVDC16NG LSM1000XMS12-01 10/100/1000 Ethernet 12 port module LSM1000XMSR12-01 10/100/1000 Ethernet 12 port module, reduced feature set Ixia Hardware and Reference Manual, Release 6.20...
Page 230 LSM10GXMR8S-01 3 support with limited L3 routing, Linux SDK, and L4-7 applications. Includes 10GBASE-T version and SFP+ version. NGY-NP8-01 10 Gigabit Application Network NGY-NP4-01 Processor Load Module, 2/4/8-Port LAN/ NGY-NP2-01 WAN, SFP+ interface Ixia Hardware and Reference Manual, Release 6.20...
Page 231 4-port Dual-PHY (RJ45 and SFP) 10/ 100/1000 Mbps Ethernet load module, reduced feature set LM1000STXS2 2-port Dual-PHY (RJ45 and SFP) 10/ 100/1000 Mbps Ethernet load module. LM1000STXS4 4-port Dual-PHY (RJ45 and SFP) 10/ 100/1000 Mbps Ethernet load module Ixia Hardware and Reference Manual, Release 6.20...
Page 232 10 Gigabit Ethernet load module LSM10GL1-01 10 Gigabit Ethernet load module LSM1000POE4-02 4-port PoE load module PLM1000T4-PD Power over Ethernet load module LM622MR ATM/POS load module LM622MR-512 ATM/POS load module MSM2.5G1-01 OC-48c load module Ixia Hardware and Reference Manual, Release 6.20...
Page 233: Rack Mount Instructions
Each load module consists of 2-ports and 1-slot with CFP MSA interfaces Rack Mount Instructions Caution: If this unit is installed in a rack mount, observe the following precautions: Ixia Hardware and Reference Manual, Release 6.20...
Page 234: Installing Rack-Mount Ear Brackets
See Figure 5-2 on page 5-11. Reinstall the screws removed in step 1 (into the same holes). Install left-side ear bracket (Ixia PN 652-0688-02) using supplied screws (PN 600-0105). See Figure 5-3 on page 5-11.
Page 235 Remove Side Feet (If Present) Remove side feet (if present). Discard rubber feet, keeping screws. Reinstall screws into same holes. Figure 5-3. Install Left Ear Bracket Install left ear bracket using supplied screws. Ixia Hardware and Reference Manual, Release 6.20 5-11...
Page 236: Hot-Swap Procedure
The hot-swap procedure is detailed in Appendix D, Hot-Swap Procedure. SFF Adapter Module The Optixia XM adapter module allows legacy modules to be fit into the XM2 chassis. Figure 5-5 on page 5-13 shows an SFF adapter module. 5-12 Ixia Hardware and Reference Manual, Release 6.20...
Page 237: Installing Filler Panels
For best cooling results, filler panels are required. Filler panels must be used in situations where the slots in the chassis are not all in use. An empty Optixia XM2 chassis includes: Ixia Hardware and Reference Manual, Release 6.20 5-13...
Page 238: Prerequisites For Filler Panel Installation
Electrostatic Damage to the delicate electronic components on the Ixia Load Modules. Example: Slide the one-slot filler panel, with the Ixia logo at the top, into the correct slot. The panel slides in on the slot rails in the chassis. Secure the faceplate of the filler panel to the chassis with two of the supplied screws.
Page 239: Cooling Fan Speed Control
NGY SFP+ 2/4/8. • LavaAP40/100GE 2P and LavaAP40/100GE 2RP Other modules control the fan speed by means of a fixed speed setting. For a list of supported modules, see Table 5-3 on page 5-5. Ixia Hardware and Reference Manual, Release 6.20 5-15...
Page 240 Optixia XM2 Chassis .Cooling Fan Speed Control 5-16 Ixia Hardware and Reference Manual, Release 6.20...
Page 241: Chapter 6 Xg12 Chassis
The Processor Module is plugged into the front of the chassis. The power supplies and fans are accessible from the rear of the chassis. Each of the modular components is capable of being removed in the field and replaced with minimum downtime. Ixia Hardware and Reference Manual, Release 6.20...
Page 242 XG12 Chassis Figure 6-1. XG12 Chassis The component modules of the XG12 chassis are shown in the following figure: Ixia Hardware and Reference Manual, Release 6.20...
Page 243: Specifications
Field replaceable and removable processor card module with an Intel 2.26 GHz Core™ 2 Duo processor with 4 GB CPU memory, and 250 GB SATA hard drive Memory Hard Disk Drive 250GB Operating System Windows 7 Ixia Hardware and Reference Manual, Release 6.20...
Page 244 There is danger of explosion if battery is incorrectly replaced. Do not attempt to replace the battery. Return to Ixia Customer Service for replacement with the same or equivalent type of battery. Ixia disposes of used batteries according to the battery manufacturer's instructions.
Page 245 After removing or installing the rear panel, ensure thumbscrews have been tightened down with a 'Flat Blade' screwdriver. Note: The load module power is enabled by the Ixia server program. If it is not running, the load modules will not be powered on.
Page 246 There are three 2825W power supplies in the Power Supply Module. Each power supply may be removed or replaced separately. Timing Sources Internal clock, synchronized with another Ixia chassis, GPS AFD-1unit, AFD2 IRIG-B unit or with the Timing Distribution Module. Shipping Vibration FED-STD-101C, Method 5019.1/5020.1 Operating temperature 41×F to 104×F, (5×C to 40×C)
Page 247 Ear protection must be worn. The use of appropriate ear protection is recommended to protect against hearing impairment. Consult local health and safety regulations for recommended maximum exposure levels for noise and ear protection devices. Ixia Hardware and Reference Manual, Release 6.20...
Page 248: Chassis
Safety Features XG12 chassis installation precautions: • The chassis should be installed in the rack before installing the power supply module, fan module and load modules, thereby reducing the weight of the chassis. Ixia Hardware and Reference Manual, Release 6.20...
Page 249: Lcd Display
Startup: The LCD displays messages from IxServer to indicate the operation of IxServer as it initializes. • Run: The LCD display provides chassis information. Information displayed includes chassis name, IxOS version, IP address, master/ subordinate, and chassis status. Ixia Hardware and Reference Manual, Release 6.20...
Page 250 Bkpln Link LED Green PCIe link to backplane is up Processor Link LED Green Port has link module - Ethernet LEDs for each management port Act LED Flashes when port has activity 6-10 Ixia Hardware and Reference Manual, Release 6.20...
Page 251 850nm, or QSFP+ copper cables Xcellon Xcellon-Ultra NP-01, Application Network Ultra™ High Processor Load Module, 1-10G XFP port and/ Performanc or 12-Ports of Dual-PHY (SFP fiber and RJ45 copper) 10/100/1000 Mbps Application Test product line Ixia Hardware and Reference Manual, Release 6.20 6-11...
Page 252 NGY-NP4-01, 10 Gigabit Application Net- Application work Processor Load Module, 4-Port LAN/ Test product WAN, SFP+ interface line • NGY-NP2-01, 10 Gigabit Application Net- work Processor Load Module, 2-Port LAN/ WAN, SFP+ interface 6-12 Ixia Hardware and Reference Manual, Release 6.20...
Page 253 AFM (Auxiliary Function Module): AFM1000SP-0 Encryption • ALM (Application Load Module): Test product ALM1000T8 line • ELM (Encryption Load Module): ELM1000ST2 • Gigabit Ethernet Content Processing Mod- ule (CPM), 8-port RJ-45 10/100/1000 Ether- Ixia Hardware and Reference Manual, Release 6.20 6-13...
Page 254 OS or remaining load modules installed in the chassis. The hot-swap procedure is detailed in Appendix D Hot-Swap Procedure. SFF Adapter Module The XG12 adapter module allows Ixia Standard Form Factor (SFF) load modules to be adapted into the XG12 chassis. Figure 6-3 shows an SFF adapter module.
Page 255 SFF Adapter. Cooling Fan Speed Control The XG12 chassis automatically monitors and measures the temperature of installed load modules. The XG12 automatically adjusts the fan speed to maintain proper cooling. Ixia Hardware and Reference Manual, Release 6.20 6-15...
Page 256 (such as use of power strips). Replacement of the power supply cord must of the same type cord and plug configuration that was shipped with the unit. 6-16 Ixia Hardware and Reference Manual, Release 6.20...
Page 257: Optixia X16 Chassis
The Optixia X16 is shown in Figure 7-1. Caution: This equipment is intended to be installed and maintained by Service Personnel. Figure 7-1. Optixia X16 Chassis Ixia Hardware and Reference Manual, Release 6.20...
Page 258 Warning: To prevent accidental injury to personnel, do not leave unused SFP (or SFP+) ports on load modules uncovered. When transceivers are not installed, end caps must be used. For details, see Use End Caps on Open Ports on page xxviii. Ixia Hardware and Reference Manual, Release 6.20...
Page 259 There is danger of explosion if battery is incorrectly replaced. Do not attempt to replace the battery. Return to Ixia Customer Service for replacement with the same or equivalent type of battery. Ixia disposes of used batteries according to the battery manufacturer's instructions.
Page 260 Power Male receptacle (IEC 60320-C19) Front Panel Indicators LEDs/LCD Display on page 5 2 Paired LEDs above each slot position indicating Power and Active status LCD on front panel to display chassis information Ixia Hardware and Reference Manual, Release 6.20...
Page 261: Lcd Display
4-port PoE Load Module 2.5G MSM POS OC-48c Load Module 10GE LSM 10 Gigabit Ethernet Load Module, including 10GE LSM MACSec 10G MSM LAN/WAN/POS Multimode Load Module PLM1000P4-PD Power over Ethernet Load Module Ixia Hardware and Reference Manual, Release 6.20...
Page 262: Hot-Swap Procedure
Modules. To install a 4-slot filler panel: Example: Slide the 4-slot filler panel, with the Ixia logo at the top, into Slots 1 through 4. The panel slides in on the slot rails in the chassis. Secure the faceplate of the filler panel to the chassis with 4 of the supplied screws.
Page 263 (such as use of power strips). Replacement of the power supply cord must be conducted by a Service Person. The same type cord and plug configuration shall be utilized. Ixia Hardware and Reference Manual, Release 6.20...
Page 264 Optixia X16 Chassis Rack Mount Cautions Ixia Hardware and Reference Manual, Release 6.20...
Page 265 Warning: To prevent accidental injury to personnel, do not leave unused SFP (or SFP+) ports on load modules uncovered. When transceivers are not installed, end caps must be used. For details, see Use End Caps on Open Ports on page xxviii. Ixia Hardware and Reference Manual, Release 6.20...
Page 266 Optixia XL10 Chassis Figure 8-1. Optixia XL10 Chassis Ixia Hardware and Reference Manual, Release 6.20...
Page 267 Optixia XL10 Chassis Ixia Hardware and Reference Manual, Release 6.20...
Page 268 There is danger of explosion if battery is incorrectly replaced. Do not attempt to replace the battery. Return to Ixia Customer Service for replacement with the same or equivalent type of battery. Ixia disposes of used batteries according to the battery manufacturer's instructions.
Page 269 Female DB25 parallel port for external printer 10/100 Ethernet RJ-45 10/100Mbps Fully integrated PC with 10/100 NIC. Com 1 (Serial) 1 male DB9 serial port 4 USB dual type A, 4-pin jack connectors Ixia Hardware and Reference Manual, Release 6.20...
Page 270 For best cooling results, filler panels are required. Filler panels must be used in situations where the slots in the chassis are not all in use. Ixia Hardware and Reference Manual, Release 6.20...
Page 271 Electrostatic Damage to the delicate electronic components on the Ixia Load Modules. Example: Slide the one-slot filler panel, with the Ixia logo at the top, into the correct slot. The panel slides in on the slot rails in the chassis. Secure the faceplate of the filler panel to the chassis with two of the supplied screws.
Page 272 (such as use of power strips). Replacement of the power supply cord must be conducted by a Service Person. The same type cord and plug configuration shall be utilized. Ixia Hardware and Reference Manual, Release 6.20...
Page 273 This chapter provides details about Ixia 1600T chassis—its specifications and features. The Ixia 1600T Chassis has 16 slots for support of up to 16 single wide load modules, or eight double-wide load modules. The Ixia 1600T supports all high power load modules with enhanced power supplies and cooling. The Ixia 1600T was specifically designed to support OC-192c and 10 Gigabit Ethernet load modules.
Page 274 Warning: To prevent accidental injury to personnel, do not leave unused SFP (or SFP+) ports on load modules uncovered. When transceivers are not installed, end caps must be used. For details, see Use End Caps on Open Ports on page xxviii. Ixia Hardware and Reference Manual, Release 6.20...
Page 275 IXIA 1600T Chassis Specifications Specifications 1600T Chassis Ixia 1600T computer and chassis specifications are contained in the following table. Table 9-1. IXIA 1600T Specifications Intel Celeron 1.2Ghz Caution-Battery replacement There is danger of explosion if battery is incorrectly replaced. Do not attempt to replace the battery.
Page 276 Serial 2 male DB9 ports 2 USB dual type A, 4-pin jack connectors. Sync In 4-pin RJ11 Sync Out 4-pin RJ11 Audio Line In 3 3.5mm mini-TRS Line Out Mic In Trigger In Ixia Hardware and Reference Manual, Release 6.20...
Page 277 Installing Filler Panels When using the IXIA 1600T for fewer than eight OC192 modules, it is best to redirect the airflow to the installed load modules to optimize operating conditions. Consequently, 1-slot and 4-slot 1600T cover plates have been designed to redirect the airflow to the installed load modules from empty slots.
Page 278 Verify that the chassis is powered OFF and the power cable is unplugged. To install a 4-slot filler panel, slide the 4-slot filler panel, with the Ixia logo at the top, into Slots 1 through 4, or as indicated in the Slot Preference table above.
Page 279 Secure the faceplate of the filler panel to the chassis with 4 of the supplied screws. To install a 1-slot filler panel, slide the 1-slot filler panel, with the Ixia logo at the top, into the correct slot, per the Slot Preference table above.
Page 280 IXIA 1600T Chassis Rack Mount Cautions Ixia Hardware and Reference Manual, Release 6.20...
Page 281 IXIA 400T. Additional cooling fans have been added to the 400T to meet the requirements of the high- powered modules. Note: The Ixia 400T must only be operated in the horizontal position as shown Figure 10-1.
Page 282 Warning: In order to prevent accidental injury to personnel, do not leave unused SFP (or SFP+) ports on load modules uncovered. When transceivers are not installed, end caps must be used. For details, see Use End Caps on Open Ports on page xxviii. 10-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 283 There is danger of explosion if battery is incorrectly replaced. Do not attempt to replace the battery. Return to Ixia Customer Service for replacement with the same or equivalent type of battery. Ixia disposes of used batteries according to the battery manufacturer's instructions.
Page 284: Use Of Filler Panels
BNC connector Use of Filler Panels Proper cooling of the cards in the Ixia 400T requires that the Ixia 400T chassis is always mounted in a horizontal position and that the filler panels are installed in the unused slots. High powered cards available for use in the Ixia 400T chassis include all variants of the OC192 load modules, all variants of the 10GE load modules, and all variants of the ALM1000T8.
Page 285: Rack Mount Cautions
Reliable Earthing: Maintain reliable earthing (grounding) of rack-mounted equipment. Pay special attention to supply connections other than direct connections to the branch circuit (such as use of power strips). Ixia Hardware and Reference Manual, Release 6.20 10-5...
Page 286 IXIA 400T Chassis Rack Mount Cautions 10-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 287: Chapter 11 Ixia 250 Chassis
Ixia Load Modules, which may be high- powered modules. The IXIA 250 is shown in the following figure. Note: The Ixia 250 must only be operated in the horizontal position as shown in Figure 11-1.
Page 288: Operation
IXIA 250 Chassis Operation Operation Setup The IXIA 250 incorporates an adjustable support, shown collapsed in Figure 11- and extended in Figure 11-3. Figure 11-2. IXIA 250 Integrated Support (Collapsed) Figure 11-3. IXIA 250 Integrated Support (Extended) The support is extended by placing your thumbs at the upper left and right...
Page 289 11-5. Figure 11-5. IXIA 250 Keyboard Release Unfold the keyboard and press down on the hinge until it lies flat. Caution: The Ixia 250 can only be operated in the horizontal position shown in Figure 11-6 on page 11-4. Ixia Hardware and Reference Manual, Release 6.20...
Page 290 Power is applied to the unit by plugging it in and toggling the ‘1/0’ switch as shown in the following figure. 11-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 291 Standby switch must be pressed, as shown in Figure 11-8. This may also be used to put the computer into standby mode at a later time. Should the IXIA 250 experience a power failure, it does not automatically start the operating system.
Page 292: Computer Operation
Computer Operation Figure 11-8. IXIA 250 Standby Switch Computer The computer on the IXIA 250 is operated as any other computer system running Operation Windows 2000 Server. The keyboard is used for all typed input. The touchpad at the bottom of the keyboard, as shown in the following figure, is used to position the cursor and click the left and right mouse buttons.
Page 293 Attach the keyboard and mouse to either connector. Figure 11-10. IXIA 250 Keyboard/Mouse ‘Y’ Adapter Keyboard or mouse connectors The rear panel of the IXIA 250 contains additional connectors for external devices. This is shown in Figure 11-12 and further explained in Table 11-1.
Page 294 Activity, Link, and 10/100. Link and 10/100 glow a steady green when link has been established and the port is operating in 100 Mbps mode, respectively. The Activity light blinks green as data is sent or received. 11-8 Ixia Hardware and Reference Manual, Release 6.20...
Page 295: Test Operation
2, and the card above that is card number 3. When the IXIA 250 is ordered with the Gigabit-only option, then one of two optional connectors may be attached to the Test Port. The connectors are either copper (RJ-45) or fibre optic SFP module.
Page 296 Merely press the release tabs on either side of the connector and pull out the connector. Sync-in/Sync-out connectors are provided to daisy chain the IXIA 250 with other chassis. When the CDMA option is installed, an appropriate antenna should be attached...
Page 297: Specifications
There is danger of explosion if battery is incorrectly replaced. Do not attempt to replace the battery. Return to Ixia Customer Service for replacement with the same or equivalent type of battery. Ixia disposes of used batteries according to the battery manufacturer's instructions.
Page 298: Test System
Load module must be ordered with a copper or SFP connector. This port is available as card 1, port 1 in Ixia software. Load Module Slots Any of Ixia’s single-wide or double-wide modules may be used.
Page 299: Chapter 12 Ixia 100 Chassis
The IXIA 100 provides the means for accurate worldwide timing using GPS or CDMA antenna inputs. The IXIA 100 chassis has 1 slot for an Ixia Load Module and includes either an integral GPS unit (IXIA 100 GPS) or CDMA unit (IXIA 100 CDMA).
Page 300: Ixia 100 Specifications
Ixia 100 Chassis IXIA 100 Specifications IXIA 100 Specifications The IXIA 100 chassis specifications are contained in the following table. Table 12-1. Ixia 100 Chassis Specifications Physical Load Module Slots Size 17.5”w x 1.75”h x 20.15”d (44.5cm x 4.5cm x 38.1cm) Weight 14lbs (6.4kg)
Page 301: Rack Mount Cautions
Reliable Earthing: Maintain reliable earthing (grounding) of rack-mounted equipment. Pay special attention to supply connections other than direct connections to the branch circuit (such as use of power strips). Ixia Hardware and Reference Manual, Release 6.20 12-3...
Page 302 Ixia 100 Chassis Rack Mount Cautions 12-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 303: About Otn Technology
The Optical Transport Network (OTN) emerged in the late 1990's as a "digital wrapper" around client signals before they are transported over a WDM (Wavelength-division multiplexing) network. Since then, the amount of traffic, particularly data and video, has increased significantly, placing higher demands Ixia Hardware and Reference Manual, Release 6.20 13-1...
Page 304 SONET/SDH, to provide the administrative functions. The XOTN chassis unit is shown in the following figure: Figure 13-1. XOTN Chassis The Part Number of XOTN chassis is 941-0030. 13-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 305 There is danger of explosion if battery is incorrectly replaced. Do not attempt to replace the battery. Return to Ixia Customer Service for replacement with the same or equivalent type of battery. Ixia disposes of used batteries according to the battery manufacturer's instructions.
Page 306 XOTN Chassis Unit XOTN Chassis Unit 13-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 307: Chapter 14 Ixia Gps Auxiliary Function Device (Afd1)
The Ixia AFD1 GPS receiver is controlled by an Ixia chassis through a USB port. Chassis timing is provided by connecting the Sync Out of the AFD1 to the Sync In of the chassis.
Page 308 ‘view’ of the satellites. The critical operation for a virtual chain is the reset of the System Time Stamps. All other actions are dependent on the synchronous execution of this operation. 14-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 309: Afd1 Setup
Synchronization in source, the satellites used are displayed. In Figure 14-3 on page 14-3, satellite 04 is being used and the status is ‘locked’. In the chassis tree view of IxExplorer IxExplorer Ixia Hardware and Reference Manual, Release 6.20 14-3...
Page 310: Enabling/Installing Gps Based Synchronization
IxServer restarts, then detects GPS as the timing source and configures the chassis as a subordinate, since the chassis is receiving its timing through sync cable from the ADF1 GPS source. The expected log messages are shown in Figure 14-7 Figure 14-8. 14-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 311 Satellite details changes periodically showing satellite number and signal strength. A good signal strength has SNR reading of more than 35. Now the chassis is ready for operation based on GPS time source. Ixia Hardware and Reference Manual, Release 6.20 14-5...
Page 312: Troubleshooting-Gps Unit 'Not Ready
Ensure that the antenna cabling is correctly fitted. Reseat the coaxial cable into the AFD1 unit. Allow five to 10 minutes to see GPS reception become established. A full lock requires three stable satellites. 14-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 313: Worldwide Synchronization
14-7. Figure 14-12.Worldwide Deployment of Synchronized Chassis The ports on all of the chassis may be shared by one or more Ixia software users located likewise anywhere in the world. Where GPS and CDMA sources are used, all of the sources must have good quality time values in order for the trigger to be transmitted.
Page 314: Calculating Latency Accuracy For Afd1 (Gps)
Ixia GPS Auxiliary Function Device (AFD1) Calculating Latency Accuracy for AFD1 (GPS) Ixia chassis timing operates by resetting at a fixed time-of-day on all chassis from one source, and then maintaining the time accuracy through various different means. Table 14-1 on page 14-8 describes the full set of options available and their approximate relative accuracies.
Page 315: Front Panel Leds
PLL has locked to the 1PPS signal. Testing is invalidated if the GPS Lock signal is not illuminated. IXIA AFD1 Specifications The IXIA AFD1 specifications are contained in Table 14-3 on page 14-9. Table 14-3. Ixia AFD1 Specifications...
Page 316 Reset switch Front Panel Indicators USB, GPS PPS, Pwr OK, GPS Lock Front Panel Connectors USB Port Type B Sync Out RJ14 Back Panel Connectors Antenna Power (not used) 2.0mm Power jack 14-10 Ixia Hardware and Reference Manual, Release 6.20...
Page 317: Chapter 15 Ixia Irig-B Auxiliary Function Device (Afd2)
The IXIA Auxiliary Function Device 2 (AFD2) provides the means for accurate worldwide timing using Inter-Range Instrumentation Group (IRIG-B) technology. The ADF2 decodes the GPS satellites and time information and sends out a pulse to the Optixia chassis. The IXIA /AFD2 is shown in Figure 15- Figure 15-1. Ixia AFD2 The IXIA AFD2 with integrated IRIG-B is designed to provide 12.5 MHz GPS...
Page 318 IxExplorer GUI. The critical operation for a virtual chain is the reset of the System Time Stamps. All other actions are dependent on the synchronous execution of this operation. 15-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 319 (from IRIG-B receiver) UTC Time UTC Time (display only) in HH:MM:SS comes from the IRIG-B receiver Increments from 1 to 366 Control Flags These are vendor-specific flags that are passed-through from the IRIG-B receiver Ixia Hardware and Reference Manual, Release 6.20 15-3...
Page 320: Afd2 Setup
This procedure to set the time source needs to be followed only for the initial installation of the AFD2 IRIG-B unit. Thereafter, upon subsequent restarts, the chassis and AFD2 unit starts up fully operational. Set up the antenna and IRIG-B receiver (not supplied by Ixia). 15-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 321: Changing Time Source
Changing Time Source Connect the 1PPS and IRIG-B outputs from the IRIG-B receiver to the AFD2. Connect the sync and USB cables between AFD2 and the Ixia chassis. On the front panel of the AFD2, • the Pwr OK indicator lights solid, •...
Page 322: Troubleshooting-Irig-B Unit 'Not Ready
B120 signal (or vice versa): change the selection in the Time Sources tab of Chassis Properties in IxExplorer (Figure 15-3 on page 15-3), and see if the status is corrected (‘Locked’) after a short interval. 15-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 323: Worldwide Synchronization
15-7. Figure 15-9. Worldwide Deployment of Synchronized Chassis The ports on all of the chassis may be shared by one or more Ixia software users located likewise anywhere in the world. Where IRIG-B and CDMA sources are used, all of the sources must have good quality time values in order for the trigger to be transmitted.
Page 324: Calculating Latency Accuracy For Afd2 (Irig-B)
Delta L = T1-T2+2( Ta-Tb ) Delta L = 2(Ta – Tb) If Ta = T+/-Terr and Tb = T+/-Terr Then Delta L= 2(T+/-Terr – T+/-Terr) Delta L= 2( |Terr|+|Terr|) Delta L = 4Terr 15-8 Ixia Hardware and Reference Manual, Release 6.20...
Page 325: Front Panel Leds
Indicates that the internal PLL has locked to the 1PPS signal. Testing is invalidated if the IRIG-B Lock signal is not illuminated. IXIA AFD2 Specifications The IXIA AFD2 specifications are contained in Table 15-4 on page 15-9. Table 15-4. Ixia AFD2 Specifications...
Page 326 USB, 1PPS, Pwr OK, Lock Front Panel Connectors USB Port Type B Sync Out RJ14 Back Panel Connectors IRIG-in BNC, IRIG-B code in 1PPS-in BNC, 1PPS pulse in Power (not used) 2.0mm Power jack 15-10 Ixia Hardware and Reference Manual, Release 6.20...
Page 327: Chapter 16 Ixia 10/100/1000 Load Modules
Table 16-2 on page 16-7. A representative selection of these load modules are pictured on the pages that follow. A member of the 10/100/1000 family used on the Optixia XM12 and XM2 chassis, the LSM1000XMV16-01, is shown in Figure 16-1 on page 16-1.
Page 328 T Ethernet copper module which supports the Real World Traffic Suite (includes IxVPN, IxChariot, and IxLoad). This module also supports ARP, PING, and independent Linux SDK applications. The ALM1000T8 load module is shown in Figure 16-4. 16-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 329 Figure 16-4. Application Load Module A member of the 10/100/1000 family used on the Optixia XL10 chassis, the OLM1000STX24, is shown in Figure 16-5 on page 16-3. Figure 16-5. OLM1000STX24 Load Module Ixia Hardware and Reference Manual, Release 6.20 16-3...
Page 330: Part Numbers
800MHz PowerPC Processor. 1 GB of processor memory per port. Does not include SFP transceivers. LSM1000XMVR4-01 LSM1000XMVR4-01 4-port Dual-PHY (RJ45 and SFP) 10/100/1000 Mbps Ethernet load module, reduced performance, 400MHz PowerPC Processor. 256MB of processor memory per port. 16-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 331 CPU memory, full-featured L2-L7 with FCoE enabled; Fiber ports require SFP transceivers, options include SFP-LX, SFP-SX, and SFP-CU. LSM10/100/ LSM10/100/ 16-port XMVDC16NG load module is Ixia’s Fusion-enabled 1000XMVDC16NG 1000XMVDC16NG version of the existing LSM XMVDC16 load module. These two load modules are physically similar. The hardware...
Page 332 IxVPN. OLM1000STX24 OLM1000STX24 24-port 10/100/1000Mbps Dual-Phy (Copper/Fiber) for Optixia XL10, reduced features. No support for routing protocols, Linux SDK, or L4-L7 applications. OLM1000STXS24 OLM1000STXS24 24-port 10/100/1000 Mbps Dual-Phy (Copper/Fiber) for Optixia XL10. 16-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 333 Captured packet size 12-13k Streams per port Advanced scheduler streams per port Flows per port 15872 Preamble size: min-max 2-254 bytes (10/100) 6-254 bytes (1000) Frame size: min-max 12-9k bytes (10/100) 40-13k bytes (1000) Ixia Hardware and Reference Manual, Release 6.20 16-7...
Page 334 4 (STXS4) 24 (STX24) 4 (XMV(R)4) 4 (XMVDC4) 8 (XMV(R)8) 8 (XMVDC8) 12 (XMV(R)12) 12 (XMS12/XMSR12) 12 (XMSP12) 12 (XMVDC12) 16 (XMV16/XMVR16) 16 (XMVDC16) 16 (XMVDC16NG) 24 (STXS24) -3 Card Available Layer2/Layer3 Card? 16-8 Ixia Hardware and Reference Manual, Release 6.20...
Page 335 12-13k bytes 12-13k bytes 12-13k bytes 12-13k bytes Streams per port 4K (LSM1000XMV full version only) Number of streams in (For Packet Stream Mode LSM1000XMVDC4/8/ (Non Data Center 12/16-01 card) Mode) 4096 Ixia Hardware and Reference Manual, Release 6.20 16-9...
Page 336 100: 640ns- 100: 640ns- 1000: 64ns-68.719 in 1000: 64ns-68.719 in 171.799s in 80ns 171.799s in 80ns 16ns steps 16ns steps steps steps 1000: 64ns-68.719 1000: 64ns-68.719 in 16ns steps in 16ns steps 16-10 Ixia Hardware and Reference Manual, Release 6.20...
Page 337 32K others (reduced) Max Value List Entries Max Range List Entries 192k memory is shared between value list entries (at 4 bytes per entry) and range list entries (at 32 bytes per entry). Ixia Hardware and Reference Manual, Release 6.20 16-11...
Page 338: Alm1000T8 And Cpm1000T8
The value of the ‘OR’ function of all of the trigger out ports on the board. The LED’s color is orange. The ALM1000T8 has a card-level ‘mgmt’ LED next to Port 8. This LED is not currently used. 16-12 Ixia Hardware and Reference Manual, Release 6.20...
Page 339: Port Leds
Green during data transmission. Red during collisions. Rx/Err Green during error free reception. Red if errors are received. Trig Follows the state of the Trigger Out pin, which is programmed through User Defined Statistic 1. Ixia Hardware and Reference Manual, Release 6.20 16-13...
Page 340 16-15. The LEDs are arranged next to the two connectors associated with each port: Speed, Slave, and RJ45 Link/Tx/Coll are next to the RJ45 connector and Rx/Err, Half, and SFP Link/Tx/Coll are next to the SFP connector. 16-14 Ixia Hardware and Reference Manual, Release 6.20...
Page 341 Off if RJ45 is the active connector. • Steady Orange for no link. • Flashing Orange for link with collision. • Steady Green for link with no transmit. • Flashing green during transmit. Ixia Hardware and Reference Manual, Release 6.20 16-15...
Page 342: Trigger Out Values
660ns negative pulse when User Defined Statistic 1 is true. 660ns negative pulse when User Defined Statistic 1 is true. 660ns negative pulse when User Defined Statistic 1 is true. Ground Ground 16-16 Ixia Hardware and Reference Manual, Release 6.20...
Page 343: Statistics
IXIA 10/100/1000 Load Modules Statistics Statistics Statistics for 10/100/1000 cards, under various modes of operation may be found in the Appendix B, Available Statistics. Ixia Hardware and Reference Manual, Release 6.20 16-17...
Page 344 IXIA 10/100/1000 Load Modules Statistics 16-18 Ixia Hardware and Reference Manual, Release 6.20...
Page 345: Chapter 17 Ixia 1Gbe And 10Gbe Aggregation Load Modules
It features 12 ports of 10/100/1000Mbps Ethernet configurable in either aggregation mode, stream mode, or as 1 port of 10GE aggregation. It can provide 144 GigE ports in the Optixia XM12 or 24 GigE ports in the Optixia XM2. The ASM1000XMV12X-01 module is shown in Figure 17-1.
Page 346: Application Layer Performance Testing
Application Layer Performance Testing auto-negotiable 10/100/1000 Mbps Ethernet over copper as well as fiber. With 12 slots per Optixia XM12 chassis, up to 144 Gigabit Ethernet and 12 10GbE test ports are available in a single test system. Application Layer...
Page 347: Real-Time Latency
IXIA 1GbE and 10GbE Aggregation Load Modules Real-Time Latency each port with fully customizable packet header fields. Flexible header control is available for Ethernet, IPv4/v6, IPX, ARP, TCP, UDP, VLANs, QinQ, MPLS, GRE, and many others. Payload contents can also be customized with incrementing/decrementing, fixed, random, or user-defined information.
Page 348: Data Capture
Routing/Bridging Ixia's Gigabit Ethernet ASM1000XMV12X module supports performance and Protocol Emulation functionality testing using routing/bridging protocol emulation through the Aptixia IxNetwork and Aptixia IxAutomate applications. Protocols supported...
Page 349: Part Numbers
IXIA 1GbE and 10GbE Aggregation Load Modules Part Numbers Part Numbers The part numbers are shown in Table 17-1. Table 17-1. Part Numbers for Gigabit Modules Load Module Price List Name Description ASM1000XMV12X-01 ASM1000XMV12X-01 10 Gigabit Ethernet, Application and Stream Load...
Page 350 IXIA 1GbE and 10GbE Aggregation Load Modules Specifications Table 17-2. Load Module Specifications ASM1000XMV12X-01 Ambient Operating 41°F to 86°F (5°C to 30°C) Temperature Range Note: Using this load module in the XM2 or XM12 chassis lowers the chassis maximum operating temperature.
Page 351 IXIA 1GbE and 10GbE Aggregation Load Modules Specifications Table 17-2. Load Module Specifications ASM1000XMV12X-01 Statistics and Rates: Counter Link State, Line Speed, Frames Sent, Valid Size: 64-Bit Frames Received, Bytes Sent/Received, Fragments, Undersize, Oversize, CRC Errors, VLAN Tagged Frames, User-Defined...
Page 352: Port Leds
IXIA 1GbE and 10GbE Aggregation Load Modules Port LEDs Port LEDs Each ASM1000XMV12X port incorporates a set of two LEDs, as described in Table 17-3. The 1GbE LEDs are used in Normal and 1GbE Aggregate modes. They behave identically in both modes, except that due to switch limitations, the ‘CRC Error’...
Page 353: Statistics
IXIA 1GbE and 10GbE Aggregation Load Modules Statistics Statistics Statistics for 10/100/1000 cards, under various modes of operation may be found in the Appendix B, Available Statistics. Ixia Hardware and Reference Manual, Release 6.20 17-9...
Page 354 IXIA 1GbE and 10GbE Aggregation Load Modules Statistics 17-10 Ixia Hardware and Reference Manual, Release 6.20...
Page 355: Chapter 18 Ixia Network Processor Load Modules
1 port of 10GE aggregation. The Xcellon-Ultra module can provide 144 GigE ports in the Optixia XM12 or 24 GigE ports in the Optixia XM2. The Xcellon-Ultra XP-01 module is shown in Figure 18-1.
Page 356: Application Layer Performance Testing
12 GbE ports per module, ultra-high density test environments can be created for auto-negotiable 10/100/1000 Mbps Ethernet over copper as well as fiber. With 12 slots per Optixia XM12 chassis, up to 144 Gigabit Ethernet and 12 10GbE test ports are available in a single test system.
Page 357: Gigabit Aggregated Mode
Each Xcellon-Ultra test port is capable of generating precisely controlled Generation network traffic at up to wire speed of the network interface using Ixia's IxExplorer test application. Up to millions of packet flows can be configured on each port with fully customizable packet header fields. Flexible header control is available for Ethernet, IPv4/v6, IPX, ARP, TCP, UDP, VLANs, QinQ, MPLS, GRE, and many others.
Page 358: Packet Stream Scheduler
Gigabit Ethernet Xcellon-Ultra modules allows packet payload contents to be verified with a unique CRC that is independent of the packet CRC. This ensures that the payload is not disturbed as the device changes header fields. 18-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 359: Sequence And Duplicate Packet Checking
Routing/Bridging Ixia's Gigabit Ethernet Xcellon-Ultra modules support performance and Protocol Emulation functionality testing using routing/bridging protocol emulation through the Aptixia IxNetwork and Aptixia IxAutomate applications. Protocols supported...
Page 360 41°F to 86°F (5°C to 30°C) Temperature Range Note: Using this load module in the XM2 or XM12 chassis lowers the chassis maximum operating temperature. Connection rate 200K (in aggregated mode) (cps) 18-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 361: Specifications
CRC error, data integrity error, sequence checking error (small, big, reverse) Data Field (per Fixed, increment (Byte/Word), decrement (Byte/Word), stream) random, repeating, user-specified up to 13K bytes. Ixia Hardware and Reference Manual, Release 6.20 18-7...
Page 362 IxVPN: Performance verification of IPSec devices and networks. Tcl API: Custom user script development for Layer 2-7 testing. Linux Software Development Kit (SDK): Custom user application development. Full TCP/IP connectivity through management interface (Telnet, FTP, and so on.) 18-8 Ixia Hardware and Reference Manual, Release 6.20...
Page 363: Port Leds
Green indicates link has been established. Flashes during Tx (Upper transmit activity. LED) No link = off. 10GE Rx/ Green indicates link has been established. Flashes during Error (Lower receive activity. LED) No link = off. Ixia Hardware and Reference Manual, Release 6.20 18-9...
Page 364: Statistics
IXIA Network Processor Load Modules Statistics Statistics Statistics for Xcellon-Ultra cards, under various modes of operation may be found in the Appendix B, Available Statistics. 18-10 Ixia Hardware and Reference Manual, Release 6.20...
Page 365: Chapter 19 Ixia 40/100 Gigabit Ethernet Load Modules
K2 modules can measure and analyze the performance of Higher Speed Ethernet (HSE) standard-compliant devices at line rate, and are compatible with Ixia’s chassis and broad range of 10 Mbps, 100 Mbps, 1 Gbps, and 10 Gbps interfaces, allowing real-world, full product testing in a single box.
Page 366: Key Features
Provides the ability to check compliance to the IEEE P802.3ba draft standard for both Transmit and Receive sides Generates and analyzes full 40 Gb/s and 100 Gb/s line rate traffic: • Tracks and analyzes up to 1 million flows per port for; 19-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 367 • Sequence checking • Packet capture Ixia's 40 Gb/s and 100 Gb/s load modules are designed for comprehensive layer 2-7 testing with integrated data plane and control plane traffic generation and analysis. Nomenclature The LSM HSE family identifying numbers are shown in Table 19-1.
Page 368: Nomenclature
Inter-stream gap: 1.8ns - 21.99sec 1.8ns - 21.99sec min-max Normal stream frame rate 0.045 fps - full line rate 0.045 fps - full line rate Advanced stream min frame rate 0.091fps 0.091fps 19-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 369 CRC error, data integrity error, sequence checking error (small, big, reverse) Data field per stream Fixed, increment or decrement by user-defined step, value lists, range lists, cascade, random, and chained Ixia Hardware and Reference Manual, Release 6.20 19-5...
Page 370 SMA coaxial connectors— one for clock input and one for clock output—to allow the device under test (DUT) to frequency-lock with the load module interface. See Clock In/Out on page 19-8. 19-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 371 Preamble view Allows to select to view the preamble in Packet View. Link Fault Signaling Ability to select the option to have the transmit port ignore link faults from a remote link partner. Ixia Hardware and Reference Manual, Release 6.20 19-7...
Page 372: Port Leds
50 ohm ± 5%, DC coupled Connector Female SMA Clock Frequency 161.13 MHz +/-100ppm (Programmable ppm Output in Internal Clock Mode) Duty cycle 40 to 60% Jitter 20ps max cycle to cycle, >1kHz 19-8 Ixia Hardware and Reference Manual, Release 6.20...
Page 373: Statistics
On the General tab in Port Properties, the Latency Calibration option is only enabled for cards with transceivers that have not been pre-measured for intrinisic latency by Ixia. The Latency Calibration option is grayed-out if any one of the following conditions are present: •...
Page 374: Multilane Distribution Configuration
19-4. Figure 19-4. Port and Port Properties In the Port Properties dialog, select the Tx Lane tab. Use this tab to control the PCS lane order and the skew for each lane. 19-10 Ixia Hardware and Reference Manual, Release 6.20...
Page 375 Custom: Allows to put the lanes in any order by manually entering the numbers in the fields. The starting order is the last selected mapping. Physical Lane The physical lane identifier. The physical lane is paired with a corresponding PCS lane. Ixia Hardware and Reference Manual, Release 6.20 19-11...
Page 376: Pcs Lane Statistics
Figure 19-6. Port and PCS Lane Statistics The PCS lane statistics table opens. Use this table to view the PCS lane statistics for each lane. The statistics are for the receive side. 19-12 Ixia Hardware and Reference Manual, Release 6.20...
Page 377 The number of incorrect PCS lane markers received while Error Count in PCS lane lock state. BIP-8 Error Count Bit interleaved parity error count. It detects the number of BIP-8 errors for a PCS lane. Ixia Hardware and Reference Manual, Release 6.20 19-13...
Page 378 When lit, indicates the loss of PCS lane marker lock since Marker Lock the last statistic was read. If colored gray, there is no error. If colored red, an error has occurred. 19-14 Ixia Hardware and Reference Manual, Release 6.20...
Page 379 • 10GE LAN • 10GE WAN • XAUI • XENPAK - with options for XPAK or X2 transceiver use. Figure 20-1 on page 20-2 shows an module. LM10GEXENPAK Ixia Hardware and Reference Manual, Release 6.20 20-1...
Page 380: Chapter 20 Ixia 10 Gigabit Ethernet Load Modules
The Ixia 10 Gigabit Ethernet LAN Service Module (LSM) offers unprecedented scalability, performance, and service testing flexibility. The Ixia 10GE LSM is Ixia's third-generation 10 Gigabit Ethernet solution. It is the industry's first six- port solution, and it offers a broad portfolio of edge/core testing solutions for the...
Page 381 LSM 10GE Family Ethernet E-LAN and E-LINE services; and MPLS VPNs such as Layer 2 VPNs, Layer 3 RFC 2547 VPNs, and VPLS. Figure 20-2. LSM10GXM8-01 NGY Load Module Figure 20-3. LSM10GXL6-01 Load Module Ixia Hardware and Reference Manual, Release 6.20 20-3...
Page 382 IXIA 10 Gigabit Ethernet Load Modules LSM 10GE Family Figure 20-4. LSM10GXM3-01 Load Module Figure 20-5. LSM10GL1-01(XENPAK Carrier Card) 20-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 383 IXIA 10 Gigabit Ethernet Load Modules LSM 10GE Family Figure 20-6. LSM10GMS-01(MACsec Carrier Card) Figure 20-7. LSM10GL1-01 (XFP Carrier Card) Ixia Hardware and Reference Manual, Release 6.20 20-5...
Page 384: Part Numbers
NGY 8-port 10GE, LAN/WAN, SFP+ interface with 1GB RAM per port; for OPTIXIA XM12-02 and OPTIXIA XM2-02 chassis; full L2/7 support. Requires one or more SFP+ transceiver options: 10GBASE-SR, 10GBASE-LR, 10GBASE- LRM, or 10GSFP+Cu. 20-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 385 L2/7 support. Requires one or more SFP+ transceivers: 10GBASE-SR, 10GBASE-LR, 10GBASE-LRM, or 10GSFP+Cu. 10GE LSM XMR2S LSM10GXMR2S-01 Same as 10GE LSM XM2S but reduced L2/3 support with limited L3 routing. Ixia Hardware and Reference Manual, Release 6.20 20-7...
Page 386 # ports Data Rate 10GB 10GB 10GB 10GB Port CPU Speed 1GHz (G1) 1GHz 1GHz 500MHz (GL1) Port CPU Memory 512MB (G1) 512MB 512MB 512 MB (GXM) 128MB (GL1) 128 MB (GXMR) 20-8 Ixia Hardware and Reference Manual, Release 6.20...
Page 387 Fast: 1525fps Fast: 1525fps frame rate 20ns resolution 20ns resolution 20ns resolution 20ns resolution Latency The ‘No CRC’ option is not supported. Table UDF Entries 1M (full) 1M (GXM3) 32K (reduced) 32K (GXMR3) Ixia Hardware and Reference Manual, Release 6.20 20-9...
Page 388 Number of ports per module 8/4/2 8/4/2 Line rate 10 Gb/s 10 Gb/s 10 Gb/s Number of chassis slots per module Maximum ports per chassis XM12 High Performance 96/48/24 96/48 96/48/24 XM2 Desktop 16/8 16/8/4 16/12 /8/4 20-10 Ixia Hardware and Reference Manual, Release 6.20...
Page 389 3.2ns - 27.48sec in 3.2ns - 27.48sec in min-max 3.2ns steps 3.2ns steps 3.2ns steps Normal stream frame rate 0.023fps - full line 0.023fps - full line 0.023fps - full line rate rate rate Ixia Hardware and Reference Manual, Release 6.20 20-11...
Page 390 6 user-defined stats, capture trigger (UDS 3), capture filter (UDS 4), user-defined stat 5, user-defined stat 6, 8 QoS counters, data integrity frames, data integrity errors, sequence checking frames, sequence checking errors, ARP, and ping requests and replies 20-12 Ixia Hardware and Reference Manual, Release 6.20...
Page 391: Port Leds
Combines the Link and Tx/Pause functions. Solid green = link; blinking green = transmit; red = flow control. Each 10GB port incorporates a set of LEDs, as described in the following figure. Ixia Hardware and Reference Manual, Release 6.20 20-13...
Page 392: Clock In/Out
Clock In/Out Electrical Interface Parameters Parameter Characteristic Clock Frequency 156.25 MHz ±100ppm Input Duty cycle Jitter ±150ps max. cycle to cycle, >1kHz Amplitude Vpp = 4.0 Impedance 50 ohm ± 5%, DC coupled Connector Female SMA 20-14 Ixia Hardware and Reference Manual, Release 6.20...
Page 393: Trigger Out Values
20-17. • X2 carrier card for X2 Transceiver (shown with transceiver installed in Figure 20-9 on page 20-16). • 10GBase-T-ADAP-01 10 Gigabit Ethernet adapter module (shown in Figure 20-11 on page 20-18). Ixia Hardware and Reference Manual, Release 6.20 20-15...
Page 394 IXIA 10 Gigabit Ethernet Load Modules Removable Carrier Cards Figure 20-8. XENPAK-ADAP-01 Carrier Card Figure 20-9. X2 Carrier Card with X2 Transceiver 20-16 Ixia Hardware and Reference Manual, Release 6.20...
Page 395 IXIA 10 Gigabit Ethernet Load Modules Removable Carrier Cards Figure 20-10.XFP-ADAP-02 Carrier Card Ixia Hardware and Reference Manual, Release 6.20 20-17...
Page 396: Carrier Card Installation
See XAUI Connectors on page 20-27 and XENPAK Connectors on page 20-33 above for more information on XENPAK connectors. These connectors are only applicable when the XENPAK carrier is being used. 20-18 Ixia Hardware and Reference Manual, Release 6.20...
Page 397: Statistics
Note that if the port is in Fault, enabling this feature and forcing transmit may result in misleading results. The port shown in the following stat view (Figure 20-12) is ignoring link (see Link State statistic), is in Remote Fault (see Link Ixia Hardware and Reference Manual, Release 6.20 20-19...
Page 398 On the General tab in Port Properties, the Latency Calibration option is only enabled for cards with transceivers that have not been pre-measured for intrinisic latency by Ixia. The Latency Calibration option is grayed-out if any one of the following conditions are present: •...
Page 399: 10Ge Lan Family
Part Number Description LM10GELAN LM10GE223F 10GBASE-LR (LAN), 1-port, 1310nm, singlemode LM10GE224F 10GBASE-ER, (LAN) 1-port, 1550nm, singlemode LM10GELAN-M LM10GE223M 10GBASE-LR (LAN), 1-port, 1310nm, singlemode, manufacturing mode LM10GE224M 10GBASE-ER (LAN), 1-port, 1550nm, singlemode, manufacturing mode Ixia Hardware and Reference Manual, Release 6.20 20-21...
Page 400: Specifications
• 32 streams in packet stream mode • 16 streams in advanced scheduler mode • No configurable preamble When performing sequence checking, no more than 8192 packet group IDs should be used. 20-22 Ixia Hardware and Reference Manual, Release 6.20...
Page 401: Port Leds
Class 1 Laser Class 1 Laser Class 1 Laser Statistics Statistics for 10GB cards, under various modes of operation may be found in Table B-21 on page B-103 and Table B-22 on page B-110. Ixia Hardware and Reference Manual, Release 6.20 20-23...
Page 402: Xaui Family
XAUI Connectors XAUI Connectors Mode on page 20-27 on page 20-27 Capture buffer size 32MB Captured packet size 24-65,000 bytes Streams per port Advanced streams Preamble size: min-max Frame size: min-max 24-65,000 20-24 Ixia Hardware and Reference Manual, Release 6.20...
Page 403: Specifications
Green while data is received. Red on any Ethernet error. Off if no frames are received. Trigger See below. Option Reserved for future use. LASER ON Green when the port’s laser is turned on. Off otherwise. Ixia Hardware and Reference Manual, Release 6.20 20-25...
Page 404: Trigger Out Values
Amplitude Output typical) Edge rates 200ps to 340ps (20% to 80%) into 50Ω Duty cycle 45% to 55% Jitter 20ps max cycle to cycle, >1kHz Frequency 156.25 MHz ±20ppm (internal clock mode) 20-26 Ixia Hardware and Reference Manual, Release 6.20...
Page 405: Xaui Connectors
Box: the BOB10GE500 SMA break-out box. MDIO A Management Data Input/Output (MDIO) interface is provided to you. The Ixia Load Module acts as the Station Management entity (STA), and can control one or more MDIO Manageable Devices (MMD) in the users system. Multiple MMDs can be attached to the interface.
Page 406: Statistics
Statistics Figure 20-13.MDC/MDIO D-sub Connector Pin Assignments WARNING: The MDIO on the Ixia XAUI Load Module is 3.3V while the Ixia XENPAK Load Module, when used with the adapter for XAUI, is 1.2V. The reason for the difference is that the XENPAK MSA requires 1.2V for MDIO whereas most XAUI SerDes chips require 3.3V (LVTTL).
Page 407: Xenpak Family
LAN, 10GBASE-SR XENPAK-ER XENPAK Transceiver - 1550nm LAN, 10GBASE-ER XENPAK-CX4 XENPAK Transceiver - CX4 Interface (10GBASE-CX4) Cables CAB10GE-CX4 CX4-to-CX4 cable, 1 meter CX410GE500 CX4 to XENPAK adapter FXN10GE500 XAUI Fujitsu to XENPAK Adapter Ixia Hardware and Reference Manual, Release 6.20 20-29...
Page 408: Specifications
The -M load modules includes all of the features of the non-M board with the following exceptions: • No support for routing protocols • No real-time latency, but timestamps are included • 32 streams in packet stream mode • 16 streams in advanced scheduler mode 20-30 Ixia Hardware and Reference Manual, Release 6.20...
Page 409: Port Leds
Low (0V) on Rx Pause Request, high (+5V) otherwise. Trigger Out B Low (0V) on User Defined Statistic 1 true, high (+5v) otherwise. Trigger LED Pulses each time a Pause Request is detected. Ixia Hardware and Reference Manual, Release 6.20 20-31...
Page 410: Clock In/Out
The load module contains a phase-locked loop (PLL) that reduces the jitter of the input clock, either from the internal or external clock source. The bandwidth of the PLL is approximately 1kHz. 20-32 Ixia Hardware and Reference Manual, Release 6.20...
Page 411: Xenpak Connectors
500 ms for any vendor-based reset management to complete initialization. After this final 500 ms delay, the load module assumes the Xenpak module is ready for MII access or to transmit and receive. Ixia Hardware and Reference Manual, Release 6.20 20-33...
Page 412: Xaui Fujitsu To Xenpak Adapter
Figure 20-15 Table 20-25. Figure 20-15.MDIO Pins for XAUI Fujitsu to XENPAK Adapter Table 20-25. MDIO Pin Assignments for XAUI Fujitsu to XENPAK Adapter Signal PU-5V PU-3.3V PU-APS LASI (GND) RESET TX ON/OFF 20-34 Ixia Hardware and Reference Manual, Release 6.20...
Page 413: Cx4 To Xenpak Adapter
For more information on XAUI connectors, see Appendix A, XAUI Connector Specifications. Statistics Statistics for 10GB cards, under various modes of operation may be found in Table B-21 on page B-103 and Table B-22 on page B-110. Ixia Hardware and Reference Manual, Release 6.20 20-35...
Page 414 IXIA 10 Gigabit Ethernet Load Modules Statistics 20-36 Ixia Hardware and Reference Manual, Release 6.20...
Page 415: Chapter 21 Ixia 10Ge Lan/Wan And Oc 192 Pos
IXIA 10GE LAN/WAN Chapter 21: and OC 192 POS Load Modules Overview Ixia offers two families of load modules that operate in multiple modes, as specified in Table 21-1. Table 21-1.Operating Modes Available for Multimode Cards Family OC-192 BERT 10GE...
Page 416 IXIA 10GE LAN/WAN and OC 192 POS Load Modules 10G MSM Family Figure 21-1. MSM10G1-02 Load Module Note: Due to power requirements, only one MSM module can be used in a 250 or 400T chassis. Other modules can be used with the MSM in the same chassis, but only one CPM1000T8 at a time (except the CMP1000T8 module, which has the same limitation).
Page 417: Part Numbers
IXIA 10GE LAN/WAN and OC 192 POS Load Modules Part Numbers Part Numbers The MSM family part numbers are shown in Table 21-2. Table 21-2. 10G MSM Modules Load Module Part Number Description MSM10G1-02 944-0012 10GE OC192 load module, 1-...
Page 418 IXIA 10GE LAN/WAN and OC 192 POS Load Modules Specifications Table 21-3. 10G MSM Load Module Specifications MSM10G1-02 Layer 7 Card Available Data Rate 10GB Connector/ XFP 1310nm or 1550nm Wavelength-Mode Single or pluggable Capture buffer size Up to 384 MB...
Page 419: Port Leds
IXIA 10GE LAN/WAN and OC 192 POS Load Modules Port LEDs When performing latency measurements in POS mode, the follow- ing restrictions apply: The minimum frame size should be 80 bytes for latency measurements to be supported at line rate. On the MSM10G, there is only one packet group mode (wide packet groups) .
Page 420: Trigger Out
IXIA 10GE LAN/WAN and OC 192 POS Load Modules Trigger Out clock, the clock input signal must meet the requirements listed in Table 21-5 ensure proper performance of the load module. Table 21-5. Clock Input Specifications Parameter Characteristic Connector Frequency SONET: 155.52 MHz ±20ppm...
Page 421: Part Numbering
IXIA 10GE LAN/WAN and OC 192 POS Load Modules Part Numbering mode, as opposed to channelized mode. One of the modules in this family (the LMOC192cPOS) is shown in Figure 21-2. Figure 21-2. LMOC192c Load Module Part Numbering The OC192 cards come with a number of options. All part numbers are of the...
Page 422 IXIA 10GE LAN/WAN and OC 192 POS Load Modules Part Numbering Table 21-8. OC-192c Load Modules Load Module Part Number Description LMOC192cPOS+ POS with BERT, 1-port, intermediate BERT reach, 1310nm, singlemode. POS with BERT, 1-port, intermediate reach, 1550nm, singlemode. LMOC192cVSR- LMOC192468 POS with BERT, 1-port, VSR optics.
Page 423: Specifications
IXIA 10GE LAN/WAN and OC 192 POS Load Modules Specifications Specifications The load module specifications are contained in Table 21-9. Note that the -M modules are not included in the table; their limitations versus the non-M version are discussed in Ixia Load Modules on page 1-4.
Page 424: Port Leds
Streams are divided up into three categories: 144 slow speed streams, 8 medium streams and 8 fast streams. The Ixia VSR modules, which were developed in accordance with the OIF Implementation Agreement VSR-1, use twelve parallel multimode fiber optic lines operating at 1.25Gbps per channel, instead of existing 1310nm or 1550nm serial optics.
Page 425: Trigger Out Values
IXIA 10GE LAN/WAN and OC 192 POS Load Modules Trigger Out Values Trigger Out Values The signals available on the trigger out pins for all cards in this category are described in Table 21-11. Table 21-11. OC192 Trigger Out Signals Signal Low (0V) on User Defined Statistic 1 true.
Page 426: Uniphy Family
IXIA 10GE LAN/WAN and OC 192 POS Load Modules UNIPHY Family UNIPHY Family The UNIPHY family of load modules is based on a universal PHY which allows each port to operate in a number of modes. Figure 21-3 Figure 21-4 pictures of two of the load modules in this family.
Page 427: Part Numbers
IXIA 10GE LAN/WAN and OC 192 POS Load Modules Part Numbers Part Numbers The currently available part numbers are shown in Table 21-13. Table 21-13. UNIPHY Load Modules Load Module Part Number Description LM10GUEF-FEC LM10GUEF-FEC 10GE Universal Base Load Module with G.709 FEC capabilities, 1-port, 1550nm,...
Page 428: Specifications
IXIA 10GE LAN/WAN and OC 192 POS Load Modules Specifications Specifications The limitations of -M, Layer 2/3 and Layer 7 cards are discussed in Ixia Load Modules on page 1-4. Table 21-14. UNIPHY Load Module Specifications 10GUEF/ULF/ 10GUEF/ULF/ 10GUEF/ULF/ 10GUEF/ULF/...
Page 429: Port Leds
IXIA 10GE LAN/WAN and OC 192 POS Load Modules Port LEDs For values not shown, use values from the 10GEWAN/10GELan/OC192 columns according to mode. Streams are divided up into three speed streams: 144 slow, 8 medium and 8 fast. MSM family streams are divided into two speed streams: 224 slow and 32 fast.
Page 430: Optical Specifications
IXIA 10GE LAN/WAN and OC 192 POS Load Modules Optical Specifications Optical The optical characteristics for the UNIPHY cards are described in Table 21-17. Specifications Table 21-17. UNIPHY Optical Specifications Type Specification Wavelength Value Transmit Output power (dBm) 1310nm -6 to -1...
Page 431: Chapter 22 Ixia Oc12 Atm/Pos Load Modules
Spreadsheets. • 1310 nm multimode optics with dual-SC connectors • Small Form-factor Pluggable (SFP) socket. Ixia offers 1310 nm singlemode and multimode transceivers with LC connectors; others may be purchased independently. The LM622MR load module is shown in Figure 22-1 on page 22-2.
Page 432: Part Numbers
Load Module. Supports 622 and 155 Mbps data rates. Requires the purchase of 2 PHY modules (OC3OC12PHY or OC3OC12PHY- SFP) and the OPTATMMR and/or OPTPOSMR operational mode option. OPTATMMR ATM operational mode option for LM622MR. 22-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 433: Oc12 Pos 622 Specifications
SMA connectors. CPCU RAM Capture buffer size 8 MB 8 MB Captured packet size 34 - 65535 bytes 34 - 65535 bytes Streams per port 255 Packet Streams 255 Packet Streams Advanced streams Ixia Hardware and Reference Manual, Release 6.20 22-3...
Page 434 1 μs - 4.294967 secs 1 μs - 4.294967 secs Inter-stream gap: min- Latency 20 ns resolution 20 ns resolution Minimum frame size of 33 bytes is Minimum frame size of 33 bytes is required. required. 22-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 435: Atm Specifications
VC Multiplexed PPP Virtual Circuits 65,536 VC ids distributed among 4,096 unique streams Cell Header Format UNI or NNI per port ATM Framing AAL5, Constant Bit Rate (CBR) or Unspecified Bit Rate (UBR) Ixia Hardware and Reference Manual, Release 6.20 22-5...
Page 436: Physical Interfaces
OC3OC12PHY: Single OC3/OC12 port module. 1310 nm multimode optics with dual-SC connectors. This module is shown in Figure 22-2 on page 22-6. The optical characteristics are expressed in Table 22-5 on page 22-7. Figure 22-2. OC3OC12PHY Physical Interface 22-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 437 Minimum Sensitivity (OC3) -30dBm Minimum Overload -14dBm • OC3OC12PHY-SFP: Single OC3/OC12 port module. The PHY accommodates a SFP transceiver, which is not included with this part. Ixia offers two transceivers: • SFP-OC12MM1310D: 1310nm multimode transceiver. • SFP-OC12SM1310D: 1310nm singlemode transceiver.
Page 438 Safety LED based Laser based Receive Wavelength 1100nm - 1600nm 1100nm - 1600nm Minimum Sensitivity (OC12) -26dBm -23dBm Minimum Sensitivity (OC3) -30dBm -8dBm Minimum Overload -14dBm Dispersion (OC12) 13ps/nm Dispersion (OC3) 18ps/nm 22-8 Ixia Hardware and Reference Manual, Release 6.20...
Page 439: Port Leds
Red during Loss of Frame and green otherwise. Green while data is transmitted and blank otherwise. Green while data is received and blank otherwise. Red on any receive error and blank otherwise. Trig Blank—reserved for future use. Ixia Hardware and Reference Manual, Release 6.20 22-9...
Page 440: Statistics
IXIA OC12 ATM/POS Load Modules Statistics Statistics Statistics for ATM/POS cards, under various modes of operation, may be found Table B-26 on page B-145. 22-10 Ixia Hardware and Reference Manual, Release 6.20...
Page 441: Chapter 23 Ixia 10/100 Load Modules
Port Features by Port Type matrix, which is located on the ixiacom.com website under Support/User Guides/Spreadsheets. One of the family’s modules (the LM100TXS8) is shown in Figure 23-1 on page 23-2. Ixia Hardware and Reference Manual, Release 6.20 23-1...
Page 442: Part Numbers
8-port 10/100Mbps Ethernet, reduced features; no support for routing protocols, Linux SDK or L4-L7 applications. LM100TXS8 LM100TXS8 8-port multilayer 10/100Mbps Ethernet LM100MII 2-port multilayer 10/100Mbps MII Ethernet LM100RMII 4-port multilayer 10/100Mbps Reduced MII Ethernet 23-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 443: Specifications
1717s in 400ns 1717s in 400ns 100Mbps: 800ns-42.9s steps steps steps in 40ns steps 100Mbps: 160ns- 100Mbps: 160ns- 100Mbps: 160ns- 171s in 40ns steps 171s in 40ns steps 171s in 40ns steps Ixia Hardware and Reference Manual, Release 6.20 23-3...
Page 444 20ns resolution 20ns resolution 20ns resolution 20ns resolution AMPLIMITE Subminiature D connector 787170-4. AMPLIMITE Subminiature D connector 787170-7. Streams are divided up into tree categories: 112 slow speed streams and 16 fast streams. 23-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 445 Port 2: High pulse for each packet matching User Defined Statistic 1 Port 3: High pulse for each packet matching User Defined Statistic 1 Port 4: High pulse for each packet matching User Defined Statistic 1 Ixia Hardware and Reference Manual, Release 6.20 23-5...
Page 446 660ns negative pulse when User Defined Statistic 1 is true. Ground Ground Statistics Statistics for 10/100 cards, for various modes of operation may be found in Table on page B-35 and Table B-9 on page B-37. 23-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 447 Support/User Guides/Spreadsheets. One of the modules in this family (the LM100FX) is shown in Figure 24-1 page 24-2. The face plate for the same module is shown in Figure 24-2 on page 24-2. Ixia Hardware and Reference Manual, Release 6.20 24-1...
Page 448 IXIA 100 Load Modules Figure 24-1. LM100FX Load Module Figure 24-2. LM100FX Face Plate 24-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 449 Frame size: min-max 12-64k bytes 12-64k bytes Inter-frame gap: 100Mbps: 160ns-171s 100Mbps: 160ns-171s in min-max in 40ns steps 40ns steps Inter-burst gap: min-max 100Mbps: 160ns-171s 100Mbps: 160ns-171s in in 40ns steps 40ns steps Ixia Hardware and Reference Manual, Release 6.20 24-3...
Page 450 IXIA 100 Load Modules Specifications Table 24-2. 100 Load Module Specifications LM100FX LM100FXSM Inter-stream gap: 100Mbps: 160ns-171s 100Mbps: 160ns-171s in min-max in 40ns steps 40ns steps Latency 20ns resolution 20ns resolution 24-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 451 Port 4: 40 ns high pulse for each packet matching User Defined Statistic 1 Statistics Statistics for 100Mbps cards, under various modes of operation may be found in Table B-8 on page B-35. Ixia Hardware and Reference Manual, Release 6.20 24-5...
Page 452 IXIA 100 Load Modules Statistics 24-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 453 Port Features by Port Type matrix, which is located on the ixiacom.com website under Support/User Guides/Spreadsheets. One of the modules in this family, the LM1000SFPS4, is shown in Figure 25-1. Ixia Hardware and Reference Manual, Release 6.20 25-1...
Page 454 2-port multilayer Gigabit GBIC Ethernet; with 2 multimode GBIC transceivers. 2-port multilayer Gigabit GBIC Ethernet; with 2 singlemode GBIC transceivers. 2-port multilayer Gigabit GBIC Ethernet; with 2 multimode and 2 singlemode GBIC transceivers. 25-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 455 Load Module Price List Names Description LM1000SFPS4 LM1000SFPS4 4-port Gigabit Ethernet fiber; SFP transceiver not included. SFP-LX 1310nm LX SFP transceiver used with LM1000SFPS4 . SFP-SX 850nm SX SFP transceiver used with LM1000SFPS4 Ixia Hardware and Reference Manual, Release 6.20 25-3...
Page 456 64ns-16.7ms in 16ns steps Inter-stream gap: 96ns-68sec in 16ns steps 64ns-4.29ms in 16ns steps min-max Normal stream min 0.238fps frame rate Advanced stream min slow: 1.86fps fast 953fps frame rate Latency 20ns resolution 20ns resolution 25-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 457: Port Leds
Odd frame sizes can cause diminishment in actual data rates on gigabit modules. LC connector is built-in, SFP connection requires either SFP-SX (850nm SX) or SFP-LX (1310nm LX) module purchased from Ixia, or separately supplied. Streams are divided up into tree categories: 112 slow speed streams and 16 fast streams.
Page 458 LED Label Usage Rx/Err Green during error free reception and red if errors are received. Trigger Follows the state of the Trigger Out pin, which is programmed through User Defined Statistic 1. 25-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 459: Trigger Out Values
The LM1000SFPS4 sends a 660ns negative pulse when user defined statistic 1 is true. Statistics Statistics for Gigabit cards, under various modes of operation may be found in Table B-8 on page B-35 and Table B-12 on page B-48. Ixia Hardware and Reference Manual, Release 6.20 25-7...
Page 460 IXIA Gigabit Load Modules Statistics 25-8 Ixia Hardware and Reference Manual, Release 6.20...
Page 461 Port Features by Port Type matrix, which is located on the ixiacom.com website under Support/User Guides/Spreadsheets. One of the modules in this family, the LMOC12c, is shown in the following figure. Ixia Hardware and Reference Manual, Release 6.20 26-1...
Page 462: Part Numbers
Names entry are no longer available. Table 26-1. Part Numbers for OC12c/OC3c Modules Load Module Price List Names Description LMOC12c/ LMOC12c 2-port multilayer OC12c/OC3c SR-1 LMOC3c POS/SDH, 1310nm multimode LMOC12cSM 2-port multilayer OC12c/OC3c SR-1 POS/SDH, 1310nm singlemode 26-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 463: Specifications
20ns resolution (See note 2) Captured Packet Size Note: At 100% line rate. Smaller values are possible at lower line rates. Requires that packets be larger than 70 bytes when operating at full line rate. Ixia Hardware and Reference Manual, Release 6.20 26-3...
Page 464: Port Leds
Each OC12c/OC3c port incorporates a set of 4 or 6 LEDs, as described in the following table. Table 26-5. LMOC12c Port LEDs LED Label Usage Red during Loss of Signal. Red during Loss of Frame. 26-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 465: Trigger Out Values
-26 dBM/-14 dBM -28 dBM/-5 dBM Maximum Safety Led based Class 1 Laser Statistics Statistics for OC12c cards, under various modes of operation may be found in Table B-13 on page B-51. Ixia Hardware and Reference Manual, Release 6.20 26-5...
Page 466: Statistics
IXIA OC12c/OC3c Load Modules Statistics 26-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 467 Port Features by Port Type matrix, which is located on the ixiacom.com website under Support/User Guides/Spreadsheets. One of the modules in this family, the LMOC48c, is shown in the following figure. Figure 27-1. LMOC48c Load Module Ixia Hardware and Reference Manual, Release 6.20 27-1...
Page 468: Part Numbers
1-port multilayer OC48cSR-1 POS/SDH, 1310nm, singlemode LMOC48cPOS-M LMOC48C3 1-port multilayer OC48cSR-1 POS/SDH, 1310nm, singlemode, manufacturing version LMOC48cBERT LMOC48311 1-port multilayer OC48cSR-1 SONET/ BERT, 1310nm, singlemode LMOC48312 1-port multilayer OC48cIR-2 SONET/ BERT, 1550nm, singlemode 27-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 469 1-100% of OC48 speeds speeds Connector/ SC/1310nm or SC/1310nm SFP/1310nm or Wavelength-Mode 1550nm Singlemode 1550nm Singlemode Singlemode Capture buffer 32MB Up to 384 MB size Captured packet 26-65,535 bytes 17-65,535 bytes size Ixia Hardware and Reference Manual, Release 6.20 27-3...
Page 470: Specifications
CPM1000T8, which have the same limitation). Streams are divided up into three categories: 144 slow speed streams, 8 medium streams, and 8 fast streams (excluding the 2.5G MSM POS load module). 27-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 471: Port Leds
Red on any POS error. Green while data is transmitted. Green while data is received. Trig Follows the state of the Trigger Out pin, which is programmed through User Defined Statistic 1. Ixia Hardware and Reference Manual, Release 6.20 27-5...
Page 472: Statistics
Table 27-6. 2.5G MSM POS Trigger Out Signals Pin/LED Value Trigger Out 10nS active high pulse on trigger. Trigger LED Indicates Trigger. This triggers on User Defined Statistic 1. 27-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 473: Specifications
1260 nm/1580 nm Maximum Receive Sensitive–Minimum/Maximum -18 dBM/-3 dBM Safety Class 1 Laser Statistics Statistics for OC48 cards, under various modes of operation may be found in Table B-14 on page B-57. Ixia Hardware and Reference Manual, Release 6.20 27-7...
Page 474 IXIA OC48c Load Modules Statistics 27-8 Ixia Hardware and Reference Manual, Release 6.20...
Page 475 The 4-port and 8-port FCMGXM load modules deliver complete FC-2 and FCP data plane capabilities and performance. One of the modules in this family, the FCMGXM8, is shown in the following figure. Figure 28-1. FCMGXM Load Module Ixia Hardware and Reference Manual, Release 6.20 28-1...
Page 476 SFP+ Tri-rate 2/4/8G duplex LC connector 850nm multimode 1310 single mode. Per-port CPU speed and memory 800 MHz, 1 GB/1 GHz, 1 GB. Per-port capture buffer 512 MB Interface speeds 2/4/8G FC FC-1 Primitives FC-2 Protocols 28-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 477 Fixed, increment (byte/word), decrement (byte/word), random, repeating, user- specified, CJPAT, and CRPAT fields. Error generation CRC (good/bad), oversize frame, parity error, and R_RDY errors. Latency measurements 20 nanoseconds resolution in packet timestamp. Ixia Hardware and Reference Manual, Release 6.20 28-3...
Page 478 PRLI Sent • PRLI Successful • PRLI Received • RSCN Received • RSCN Acc Transmitted • SCR Transmitted • SCR Acc Received Operating temperature range 41°F to 95°F (5°C to 35°C), ambient air. 28-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 479 The 4x40GE Full Emulation load module has a rich layer 2-7 feature set and is well suited for mid-range protocol emulation and scale testing. The load module is ideal for manufacturers of large-port-count, converged data center switches. Ixia Hardware and Reference Manual, Release 6.20 29-1...
Page 480 XM2-02 (941-0003) portable chassis, requires one or more SFP+ transceiver options: 10GBASE-SR/SW (948-0013), or 10GBASE- LR/LW (948-0014). FlexFE40QP 944-1065 40 Gigabit Ethernet Full Emulation Load Module, 4- ports of QSFP+ 40GE with L2-3 support. 29-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 481 FlexAP1040SQ: XM12 High Performance: 96-ports 10GE SFP+ and 24-ports 40GE QSFP XM2Desktop: 16-ports 10GE SFP+ or 4- ports 40GE QSFP FlexFE40QP: XM12 High Performance: 24-ports 40GE QSFP+ XM2Desktop: 4-ports 40GE QSFP+ Ixia Hardware and Reference Manual, Release 6.20 29-3...
Page 482 In packet stream (sequential) or advanced stream (interleaved) mode, each stream definition can generate millions of unique traffic flows. Note: In the Data Center mode, the number of transmit streams is 256. 29-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 483 (small, big, reverse) Data field per stream Fixed, increment (byte/word), decrement (byte/word), random, repeating, and user- specified Error generation FlexAP10G16S/FlexFE10G16S/ FlexAP1040SQ (10GE): CRC (good/bad/none), undersize, oversize FlexAP1040SQ (40GE)/FlexFE40QP: CRC (good/bad), undersize, oversize Ixia Hardware and Reference Manual, Release 6.20 29-5...
Page 484 Lane Marker and Payload. User can control the PCS lane, number or errors, period count and manage the repetition of the injected errors. 29-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 485 (for FlexFE40QP) Lane Marker mapping, Relative lane skew measurement (up to 104 microseconds), Sync Header and PCS Lane Marker Error counters, indicators for Loss of Synch Header and Lane Marker, BIP8 errors. Ixia Hardware and Reference Manual, Release 6.20 29-7...
Page 486 Transmit Duration • Protocol Server Vlan Dropped Frames • Scheduled Frames Sent • Asynchronous Frames Sent • Port CPU Frames Sent • Link Fault State • Scheduled Transmit Duration • Bytes Sent/Transmit Duration 29-8 Ixia Hardware and Reference Manual, Release 6.20...
Page 487 PCS Illegal Idle • PCS Illegal SOF • PCS Out of Order SOF • PCS Out of Order EOF • PCS Out of Order Data • PCS Out of Order Ordered Set Ixia Hardware and Reference Manual, Release 6.20 29-9...
Page 488 IXIA Xcellon-Flex Load Modules Specifications 29-10 Ixia Hardware and Reference Manual, Release 6.20...
Page 489 • 384-ports of 10GE SFP+ interfaces in a single 10U rackmount chassis • Compatible with Ixia's XM2 and XM12 chassis • Support for host protocol emulation to test layer 3 devices such as ARP, NDP, IPv4, IPv6, IGMP, MLD and DHCPv4/v6 (client and server) •...
Page 490 Stream definitions per port Number of transmit flows per port Billions (sequential values) Number of transmit flows per port Millions (non-sequential values) User-Defined Fields (UDF) Counter, Value List, and Nested Counter UDFs 30-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 491 Load module dimensions 15.95'' (L) x 12.00'' (W) x 1.28'' (H) 405mm (L) x 305mm (W) x 33mm (H) Load module weights Module only: 7.1 lbs. (3.2 kg) Shipping weight: 9.4 lbs. (4.3 kg) Ixia Hardware and Reference Manual, Release 6.20 30-3...
Page 492 IXIA Xdensity XDM10G32S Load Modules Specifications 30-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 493 High density 1GE and 10GE load modules • Realistic, high-scale WAN emulation • Hardware-based impairment generation • Integration with traffic generation, protocol emulation and analysis • Scale port counts with high port density Ixia Hardware and Reference Manual, Release 6.20 31-1...
Page 494 Specifications The load module specifications are described in the following table: Table 31-2. Ethernet Impairment Load Module Specifications Feature Specification Number of ports per module 4-ports Number of chassis slots per module 31-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 495 • Emulate network cloud aggregation using mask and match support for packet classifiers • Support for 8x16 bit frame matchers for each traffic classifier Ixia Hardware and Reference Manual, Release 6.20 31-3...
Page 496 Emulation of DS3, OC3, DS1, DS0, E1, E3, and cable modem link speeds using rate limiting Multi-core processor technology Operating temperature range 41°F to 86°F (5°C to 30°C), ambient air Minimum Delay • 1G: 300us • 10G: 30us 31-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 497 LavaAP40/100GE 2RP The Xcellon-Lava 40/100-Gigabit Ethernet load modules belong to the family of Ixia’s High Speed Ethernet (HSE) products. These load modules combine the advantages of the Xcellon architecture and provide the highest 40GE and 100GE port densities. Lava load modules can be used for testing layer 1 to layer 7 applications.
Page 498 IXIA Xcellon-Lava Load Modules Figure 32-1. Xcellon-Lava Load Module 32-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 499 2- ports and 1-slot with CFP MSA interfaces. Note: If XM12-01 (941- 0002) chassis is used with this load module, the FRU- OPTIXIAXM12-01 (943- 0005) power supply upgrade kit must be installed. Ixia Hardware and Reference Manual, Release 6.20 32-3...
Page 500 Xcellon- Lava 40/100-Gigabit Ethernet, Accelerated Performance, load module (944-1067) and Xcellon- Lava 40/100-Gigabit Ethernet, Reduced Performance, load module (944-1068). Both load modules accept up to two of the Dual Interface Adapter Modules. 32-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 501 0091), HSE40/ 100GETSPR1-01, 40/100- Gigabit Ethernet, dual- speed, Data Plane Ethernet load module (944-0099), Xcellon-Lava 40/100-Gigabit Ethernet, Accelerated Performance, load module (944-1067) and Xcellon- Lava 40/100-Gigabit Ethernet, Reduced Performance load module (944-1068). Ixia Hardware and Reference Manual, Release 6.20 32-5...
Page 502 2-40GE CFP MSA or (4) 40GE QSFP [with interface adapter] Number of chassis slots per module Chassis support The Lava load modules are supported on the following chassis: • XG12™ • XM12 • 32-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 503 • 1-port CFP-to-CXP for 100GE operation Hardware capture buffer per port 1.4 GB Interface protocols 40-Gigabit Ethernet 40GBASE-R and 100- Gigabit Ethernet 100GBASE-R as per IEEE802.3ba-2010 standard Ixia Hardware and Reference Manual, Release 6.20 32-7...
Page 504 1 million Trackable receive flows per port 1 million Stream definitions per port Note: In packet stream (sequential) or advanced stream (interleaved) mode, each stream definition can generate millions of unique traffic flows. 32-8 Ixia Hardware and Reference Manual, Release 6.20...
Page 505 CRC (good/bad/none), undersize, oversize Transmit Line Clock Adjustment Xcellon-Lava load module has the ability to adjust the parts per million (ppm) line frequency over a range of -100 ppm to +100 ppm. Ixia Hardware and Reference Manual, Release 6.20 32-9...
Page 506 Received, Bit Error Ratio (BER), and Number of Mismatched 1's and 0's. • Lane Stats Grouping per lambda for SMF and MMF 40GE and 100GE based on IEEE 802.3ba defined physical medium dependent (PMD). 32-10 Ixia Hardware and Reference Manual, Release 6.20...
Page 507 Ixia Hardware and Reference Manual, Release 6.20 32-11...
Page 508 Weight • Module only: 9.8 lbs (4.45 kg) • Shipping: 12.0 lbs (5.45 kg) The Ixia application support for Lava AP40/100GE 2P and Lava AP40/100GE 2RP is provided in the following table: Table 32-3. Xcellon-Lava Application Support Lava AP40/100GE 2P...
Page 509 Powered Devices (PDs) with programmable characteristics, and include data acquisition circuits for measuring voltage, current, and time. The PoE Load Modules are intended to be used in conjunction with Ixia’s line of Ethernet traffic generator/analyzer load modules. The PoE Load Modules handle the detection, classification, and power loading aspects of 802.3af, while...
Page 510 Table 33-1. Part Numbers for Gigabit Modules Load Module Price List Name Description PLM1000T4-PD PLM1000T4-PD 4-port PoE Load Module, 20W/Port, emulating Powered Devices. LSM1000POE4-02 LSM1000POE4-02 4-port PoE Load Module, 30W/Port, emulating Powered Devices. 33-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 511 Current Range/ Resolution/ Accuracy Data Acquisition 100mW 100mW Power Readback Accuracy Maximum 20W per port 30W per port Continuous Power Load Modes Constant Current (CC) Constant Current (CC) Power (CP) Power (CP) Ixia Hardware and Reference Manual, Release 6.20 33-3...
Page 512: Port Leds
DC Measurements 62.5mV out/Volts input DC Current 4mV out/ mA Input AC Measurement .05V out/Volts Input (Planned Feature) Statistics Statistics counters for PoE cards may be found in Table B-6 on page B-9. 33-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 513: Chapter 34 Ixia Stream Extraction Modules
AND/OR operations to the pattern matching that do not exist in other module. Figure 34-1. AFM1000SP-01 Load Module You can configure the pattern matching based on the MAC address, IP Address, or TCP/UDP address. Ixia Hardware and Reference Manual, Release 6.20 34-1...
Page 514: Part Numbers
Capture buffer size Captured packet size Streams per port Advanced scheduler streams per port Flows per port Preamble size: min-max Frame size: min-max Inter-frame gap: min-max Inter-burst gap: min-max Inter-stream gap: min-max Latency 34-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 515: Port Leds
Color is used to indicate the link speed: (Upper • 1000Mbps–Green LED) • 100Mbps–Orange • 10Mbps–Yellow Flashing indicates transmit activity. Off if link is down. Statistics Statistics counters for AFM1000SP-01 cards may be found in Table B-28 page B-156. Ixia Hardware and Reference Manual, Release 6.20 34-3...
Page 516 IXIA Stream Extraction Modules Statistics 34-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 517: Chapter 35 Ixvm
IxVM is a software-based test platform that enables you to turn standard Linux Ethernet ports into virtual Ixia ports. IxVM can create virtual Ixia ports from the virtual Ethernet ports on a Linux virtual machine (VM), or from the physical Ethernet ports on a physical Linux server.
Page 518: Features
• More efficient use of hardware - the same Linux servers used to generate Ixia traffic can also be used for other non-Ixia applications, or the virtual Ixia ports can be hosted on a virtualization server used to host other applications.
Page 519: Hypervisor / Host Os
CPUs that include virtualization extensions such as Intel-VT or AMD-V. A high-end application server is available from Ixia - contact your Ixia sales representative for more information. Hypervisor / Host OS IxVM supports the following hypervisors or host OSes: •...
Page 520: Vm Discovery
IxVM Requirements VM Discovery Discovery Server discovers virtual Ixia ports, and adds them to the list of available ports in Ixia testing applications. You can download Discovery Server from the IxVM page of Ixia's website. Update Utility IxAdmin updates the IxVM platform with new versions of the IxVM software.
Page 521 64-bit KVM (QEMU) IxExplorer IxExplorer over SUSE IxNetwork IxNetwork LINUX ES 11 64- CentOS 5.6 64- IxExplorer bit on bare metal IxNetwork SUSE LINUX ES IxExplorer 11 64-bit on bare IxNetwork metal Ixia Hardware and Reference Manual, Release 6.20 35-5...
Page 522: About The Red Hat And Centos Kernels
CentOS is the Community Enterprise edition, and is free. The same RPM packages can be compiled and installed on both RedHat and CentOS. Licensing The following are the licensing requirements of IxVM and its related Ixia components: • Licensed: •...
Page 523 Fails to reconnect The solution is to disconnect both cards at the same time, and then re-connect the new card only. The Ixia licensing process is described in the Ixia Licensing Guide. Ixia Hardware and Reference Manual, Release 6.20 35-7...
Page 524: Ixvm Deployment Models
In an vSphere deployment, you use vSphere to create VMs that are based on the Ixia kernel OVA template or on one of the supported Linux dis- tributions. vSphere is the only deployment type that supports the Ixia kernel OVA.
Page 525: Kvm Deployment
Windows PC: The Windows PC is used to access and control the VMs on the ESX(i) host using vSphere. KVM Deployment In a KVM deployment, the virtual Ixia ports are created on virtual machines running under the KVM hypervisor on a KVM server. The figure below shows the components used in a KVM deployment.
Page 526 IxVM KVM Deployment • Discovery Server, which discovers virtual Ixia ports running on the virtual- ization server, and adds them to the lists of test ports in Ixia testing applica- tions. • IxNetwork and IxExplorer, the Ixia testing applications. Alternatively, a physical PC can also be used as the IxVM controller.
Page 527: Creating Tls Certificates
IxServer, which manages traffic between Ixia applications and the virtual Ixia ports. • Discovery Server, which discovers virtual Ixia ports running on the virtual- ization server, and adds them to the lists of test ports in Ixia testing applica- tions. • IxAdmin, which updates IxVM software.
Page 528: Windows Components
In vSphere or KVM deployments, you can also use a physical PC as the IxVM controller. If you are deploying on bare metal, a physical PC is the only option for the IxVM controller. Note: You can install the IxVM component on an Ixia chassis. 35-12 Ixia Hardware and Reference Manual, Release 6.20...
Page 529: Installing Ixvm Components On A Physical Pc Or Windows Vm
To use a physical PC or Windows VM as the IxVM controller, install the following applications on the PC or Windows VM, making sure to select the options for IxVM support when you install them: • IxOS • Discovery Server • IxAdmin • IxExplorer Ixia Hardware and Reference Manual, Release 6.20 35-13...
Page 530: Installing Ixvm
• vSphere: In an vSphere deployment, you can install IxVM by creating VMs in vSphere and basing them on the Ixia kernel OVA template. The OVA tem- plate includes all the supporting software required for IxVM pre-installed. • KVM: In a KVM deployment, you use self-extracting disk images to create VMs that have all the IxVM packages already installed, or you use RPMs to install the IxVM packages on VMs that you have created yourself.
Page 531: Creating The Source And Destination Networks
"VM Network". • A card management network to act as "virtual backplane" that connects to the IxVM cards. Two networks are pre-configured on the Ixia kernel OVA: • IxVM Management Network, the virtual backplane. •...
Page 532: Deploying The Ixvm Appliances (Ovas)
35-15. To create a VM based on an IxVM OVA file: Download the .ova file from the Ixia website. Store them in a location where they can be accessed from the ESX(i) server. From the vSphere client menubar, choose FILE | DEPLOY OVF TEM- PLATE.
Page 533: Configuring Static Addressing
Annotations, and then click Edit. Scroll through the window untill the user name and password displays. Start the vi editor and load the IP address script for the eth0 interface by typ- ing the following command: Ixia Hardware and Reference Manual, Release 6.20 35-17...
Page 534: Optimizing Performance
Power Management In the ESX(i) server BIOS, ensure that Power Management is set to High Performance. Hyperthreading In vSphere, click the Configuration tab, then click Processors, and disable hyperthreading. Reboot the ESX(i) server. 35-18 Ixia Hardware and Reference Manual, Release 6.20...
Page 535 IxVM OVA-based Installation NIC Type In vSphere, click the Hardware tab, and change the test NIC Interface types to VMXNET3. Ixia Hardware and Reference Manual, Release 6.20 35-19...
Page 536 IxVM OVA-based Installation Visit VMware’s Networking Blog for more details on how to enable Jumbo Frames: http://blogs.vmware.com/networking/ 35-20 Ixia Hardware and Reference Manual, Release 6.20...
Page 537: Kvm Installation
IxVM KVM Installation KVM Installation For KVM deployments, Ixia supplies IxVM in two forms: • as a script containing a self-extracting disk image (.img) that creates a new VM running the Ixia kernel To install using the script, follow the procedure below.
Page 538 Note: In addition to the .img file, the script also creates an .xml file in /etc/libvirt/qemu/ that describes the VM's hardware configuration. If you delete the VM from VMM, only the .xml file is deleted; you must manually delete the .img file 35-22 Ixia Hardware and Reference Manual, Release 6.20...
Page 539: Bare-Metal (Rpm) Installation
Download the IxVM RPMs, and install them on the bare metal server. Install IxServer, Discovery Server, and IxAdmin on a Windows PC. The following sections describe each of these steps. After you have completed the steps, you can begin using the virtual Ixia ports with your Ixia testing application. Installing Linux Download one of the supported Linux distributions, and install it on your bare metal server.
Page 540: Installing The Ixvm Rpm Packages
After installation, if you need to find the build numbers of the RPMs that are installed, you can use the following commands: • IxOS-VM: rpm –qa ixvm • IxNetwork-VM: rpm –qa ixnetwork_ixvm • IxAdminAgent-VM: rpm –qa ixadminagent 35-24 Ixia Hardware and Reference Manual, Release 6.20...
Page 541: Configuring Ntp
If you are using IxVM ports from different instances of IxVM Server, or you are using a combination of IxVM ports and Ixia hardware ports, you must configure a common NTP time source so that traffic can be synchronized among the ports.
Page 542: Single-Port Vs. Multi-Port Cards
Additional Test network in vSphere. Use the procedure below to create an additional test network. Networks To create an additional test network in vSphere: Login to vSphere client. Select the ESX(i) host. 35-26 Ixia Hardware and Reference Manual, Release 6.20...
Page 543: Add Ports To The Card
Card To manually add a multi-port card to an IxVM chassis: In vSphere client, select the chassis, click CONSOLE, and login to Windows. Start IxExplorer. Right-click the chassis, and then select PROPERTIES. Ixia Hardware and Reference Manual, Release 6.20 35-27...
Page 544: (Ixnetwork): Discovering A Multi-Port Card
Make sure the PERFORM AUTOMATIC DISCOVERY is checked, then click AUTOMATIC. IxNetwork triggers Discovery Server to discover IxVM cards. After the discovery process is complete, the card should now display multiple ports in the chassis/card/port list. 35-28 Ixia Hardware and Reference Manual, Release 6.20...
Page 545: Sample Configuration
ESX(i) server over the corporate LAN. VMware applies the name VM Network to the network served by vSwitch0. In the IxVM Windows VM in this example, this network is labeled Corporate Network. Ixia Hardware and Reference Manual, Release 6.20 35-29...
Page 546: Configure The Source And Destination Networks
In vSphere, create a Windows VM with two NICs. Refer to the IxOS release Windows VM notes for the list of Windows versions that IxVM supports. Configuration Details • Name the VM Chassis01. 35-30 Ixia Hardware and Reference Manual, Release 6.20...
Page 547: Deploy The Linux Ova Template
Access to the virtual chassis from the corporate LAN name) IxVM Management IxVM card virtual backplane Network Step 4. Deploy the Deploy two Linux VMs based on the Ixia kernel OVA. Linux OVA Template For details see Deploying the IxVM Appliances (OVAs) on page 35-16. Configuration Details •...
Page 548: Configure The Ixvm Card (Linux Ova) Addresses
(Linux OVA) If you configured the IxVM cards to use static addressing, configure their Addresses addresses. For details see Configuring Static Addressing on page 35-17. Configuration Details • Card01 addresses: 35-32 Ixia Hardware and Reference Manual, Release 6.20...
Page 549: Configure The Ixvm Chassis Addresses
Login to the Windows VM, and go through the procedure to license Win- dows. Download and install the following components on the IxVM chassis control- ler. • IxVM Server • Discovery Server Ixia Hardware and Reference Manual, Release 6.20 35-33...
Page 550: Discover The Ixvm Cards
Start the Windows services, and discover the IxVM cards: the IxVM Cards Start IxServer. Start Discovery Server. In Discovery Server, uncheck CORPORATE NETWORK (10.200.x.x, there are no VMs on this network). Click SERVER | START BROADCAST to start Broadcast Discovery. 35-34 Ixia Hardware and Reference Manual, Release 6.20...
Page 551 Close the Discovery Server window. The Discovery Server minimizes and continues to run. The IxVM cards are ready for use. Start IxExplorer, IxNetwork, or IxLoad and add them to your list of ports. Ixia Hardware and Reference Manual, Release 6.20 35-35...
Page 552: What To Do Next
What to do Next After you have installed IxVM, you can begin using it. There are two things you need to do to use IxVM with an Ixia testing application: • Confirm that IxVM supports the protocols that you want to use.
Page 553: Using Ixadmin To Upgrade Ixvm
IxVM become available. To use IxAdmin to find and upgrade IxVM cards: Start IxAdmin Console by clicking START | ALL PROGRAMS | IXIA | IXA- DMIN | IXADMIN CONSOLE. In the toolbar, click DISCOVER APPLIANCES to start the discovery pro- cess.
Page 554: Troubleshooting And Tips
Before you install the IxVM RPMs, download and install the compat-lib- stdc++-33-* RPM that matches your version of Linux. • Management network connectivity issues in a Bare-Metal Linux Installa- tion Try using the following settings: 35-38 Ixia Hardware and Reference Manual, Release 6.20...
Page 555 Set to the IP Address of a valid NTP Server. Set to "0" to prevent IxVM from managing any synchronization with NTP (if you would like to manage it for each VM on your own). Ixia Hardware and Reference Manual, Release 6.20 35-39...
Page 556: Tips
VMs, set the value on all machines running IxServer VM to the same IP address. VM-HW scenarios In order to synchronize IxVM cards between VMs and Ixia HW, the fol- lowing steps are needed. The NTPServerLocation registry key (see 10.1.2.2) needs to be set to an external NTP server based off of UTC time (see pool.ntp.org for more...
Page 557: Tclapi Support
• clearAllMyOwnership • dectohex • errorMsg • filter • filterPallette • hextodec • host2addr • • ipAddressTable • ixCheckLinkState • ixCheckOwnership • ixCheckTransmitDone • ixClearArpTable • ixClearOwnership • ixClearPacketGroups • ixClearPerStreamStats Ixia Hardware and Reference Manual, Release 6.20 35-41...
Page 558 • ixRequestStats • ixSetAdvancedStreamSchedulerMode • ixSetPacketStreamMode • ixSetPortPacketGroupMode • ixSetPortPacketStreamMode • ixSetScheduledTransmitTime • ixSource • ixStartPacketGroups • ixStartPortPacketGroups • ixStartPortTransmit • ixStartTransmit • ixStopPacketGroups • ixStopPortPacketGroups • ixStopPortTransmit • ixStopTransmit • ixTakeOwnership 35-42 Ixia Hardware and Reference Manual, Release 6.20...
Page 559: Ixos Statistics
For example, bgpTotalSessions only returns a valid value if BGP is enabled. This is the same behavior as for physical load module. • asynchronousFramesSent • bfdAutoConfiguredSessionsUp • bfdRoutersConfigured • bfdRoutersRunning • bfdSessionFlap Ixia Hardware and Reference Manual, Release 6.20 35-43...
Page 560 • cfmMasRunning • cfmMepsConfigured • cfmMepsRunning • cfmRemoteMepsLearned • cfmSessionFlap • cfmTrunksConfigured • cfmTrunksRunning • droppedFrames • egressDroppedFrames • eigrpNeighborDeleted • eigrpNeighborsLearned • eigrpRoutersConfigured • eigrpRoutersRunning • enableArpStats • enableBfdStats • enableBgpStats 35-44 Ixia Hardware and Reference Manual, Release 6.20...
Page 561 • isisIpV4GroupRecordsLearned • isisIpV6GroupRecordsLearned • isisL1DBSize • isisL2DBSize • isisMacGroupRecordsLearned • isisNeighborsL1 • isisNeighborsL2 • isisRBridgesLearned • isisSessionFlapL1 • isisSessionFlapL2 • isisSessionsConfiguredL1 • isisSessionsConfiguredL2 • isisSessionsUpL1 • isisSessionsUpL2 • ldpBasicSessionsUp • ldpSessionFlap Ixia Hardware and Reference Manual, Release 6.20 35-45...
Page 562 • scheduledTransmitTime • sequenceErrors • sequenceFrames • streamTrigger1 • streamTrigger2 • transmitDuration • transmitState • txArpReply • txArpRequest • txNeighborAdvertisements • txNeighborSolicits • txPingReply • txPingRequest • userDefinedStat1 • userDefinedStat2 • vlanTaggedFramesRx 35-46 Ixia Hardware and Reference Manual, Release 6.20...
Page 563 IxVM IxOS Statistics Ixia Hardware and Reference Manual, Release 6.20 35-47...
Page 564 IxVM IxOS Statistics 35-48 Ixia Hardware and Reference Manual, Release 6.20...
Page 565: Description
• SMA Break-Out Box: The BOB10GE500 SMA break-out box. • XAUI Fujitsu to XENPAK Adapter: An adapter used with Ixia XENPAK load modules to create a XAUI interface. • XAUI Tyco Interoperability Backplane HM-Zd Adapter: An adapter used to connect to the Tyco Interoperability Backplane.
Page 566: Standard Connector Specifications
Standard Connector Specifications The Ixia XAUI Load Module’s front panel connector is the Fujitsu MicroGiGa. This connector can be mounted on the Device Under Test (DUT), eliminating the need for SMA cables. This part is also available directly from Fujitsu as part number FCN-268D008-G/1D-/2D.
Page 567 XAUI Connector Specifications Standard Connector Specifications Figure A-2. XAUI Cable Pinouts Ixia Hardware and Reference Manual, Release 6.20...
Page 568: Front Panel Loopback Connector
Front Panel Loopback Connector In order to verify that the Ixia XAUI Load Module is operational, a loopback connector may be used to test external loopback on the front panel. You can remove the connector by pulling back on the blue handle, releasing the connection to the Fujitsu MicroGiGa connector.
Page 569: Standard Cable Specification
(CAB10GE500S1) that allows a straight connection as shown in Figure A-5. This cable can also be used for loopback testing on an Ixia chassis equipped with two or more XAUI ports. Longer cable assemblies can be made on request, but we do not recommend that the cable length exceed 2 meters, because losses and skew may become unacceptable.
Page 570 XAUI Connector Specifications Standard Cable Specification Figure A-5. Direct XAUI Interface Using Ixia Supplied Cable Ixia Hardware and Reference Manual, Release 6.20...
Page 571: Sma Break-Out Box
30 ps to avoid bit-errors. Some of this in- pair skew must be budgeted to the Load Module, Ixia XAUI cable, BOB, and the DUT. Allocating 10ps of in-pair skew to the coax cables would require length...
Page 572: Xaui Fujitsu To Xenpak Adapter
70-pin connector. Ixia’s XAUI Load Module, however, uses a Fujitsu MicroGiGa connector to both transmit and receive four XAUI lanes through eight twisted pairs through a 20” cable. Ixia offers an adapter (part number FXN10GE500) that routes the XAUI lanes from the Fujitsu connector to the pins on the XENPAK connector.
Page 573: Xaui Tyco Interoperability Backplane Hm-Zd Adapter
Tyco HM-Zd connector. Tyco had also built an SMA adapter to connect to the backplane, but it is too time-consuming and difficult to connect through SMAs. Ixia has built an HM-Zd adapter (P/N FTY10GE500), which allows direct connection to the backplane through the Fujitsu connector, saving significant setup time.
Page 574 XAUI Connector Specifications XAUI Tyco Interoperability Backplane HM-Zd Adapter Figure A-10. Tyco Interoperability Backplane HM-Zd Adapter A-10 Ixia Hardware and Reference Manual, Release 6.20...
Page 575 10/100/1000 STXS2, STXS4, STXS24 (LM1000STXS2/4, OLM1000STXS24) • 10/100/1000 XMS12, XMSR12 (LSM1000XMS12, LSM1000XMSR12) • 1000 SFP4 (LM1000SFP4) • 1000 SFPS4 (LM1000SFPS4) • Statistics for 10/100/1000 LSM XMV(R)4/8/12/16, and 10/100/1000 ASM XMV12X Cards. These cards include the following: Ixia Hardware and Reference Manual, Release 6.20...
Page 576 10 Gigabit UNIPHY with optional LAN/WAN, POS and BERT. (LM10G) • Statistics for 10GE LSM Modules (except NGY). These cards include the following: • 10 Gigabit LSM modules using XFP, XENPAK, or X2 carrier cards. (LSM10GL1-01, LSM10G1-01) Ixia Hardware and Reference Manual, Release 6.20...
Page 577: Ixexplorer
Available statistics are controlled by three sets of controls. IxExplorer Statistics Modes From the IxExplorer pane, select a port and select Filter, Statistics, Receive Mode from the right-hand pane. Select the tab at the top labelled Statistics. This Ixia Hardware and Reference Manual, Release 6.20...
Page 578: Extra Statistics Check Boxes
Mode from the right-hand pane. Select the tab at the top labelled Receive Mode. This is shown here for a 10GE LAN module. The check boxes generally result in additional statistics. Figure B-2. Receive Mode Selection Ixia Hardware and Reference Manual, Release 6.20...
Page 579: Key To Tables
PTP Stats Statistics Ptp Stats Receive Mode Rx Capture Receive Mode Capture Rx Seq Checking Receive Mode Sequence Checking Rx Data Integrity Receive Mode Data Integrity Rx Packet Group Receive Mode Packet Group Ixia Hardware and Reference Manual, Release 6.20...
Page 580 (3) IP/TC@/UDP Checksum Verification statModeDataIntegrity (4) Data Integrity Access to Statistics Most statistics are accessed through the use of command. VSR statistics are stat access through the use of the command. vsrStat Ixia Hardware and Reference Manual, Release 6.20...
Page 581 C++ Stat Members Member Value IxExplorer Choice statNormal (0) (default) Normal statQos (1) Quality of Service statStreamTrigger (2) User Defined Statistics 5 and 6 statModeChecksumErrors (3) IP/TCP/UDP Checksum Verification statModeDataIntegrity (4) Data Integrity Ixia Hardware and Reference Manual, Release 6.20...
Page 582 (128) BERT Mode portRxModeBertChannelized (128) Channelized BERT Mode portRxModeIsl ISL Mode portRxModeEcho Echo Mode portRxModeDcc DCC Mode portRxModeWidePacketGroup Wide Packet Groups portRxModePrbs PRBS Mode portRxModeRateMonitoring Rate Monitoring portRxModePerFlowErrorStats Per PGID Checksum Error Stats Ixia Hardware and Reference Manual, Release 6.20...
Page 583 3 amps of other installed power supplies. Opix Power Supply 3 Current The current of the #3 power supply. This Not available. should be within 3 amps of other installed power supplies. Ixia Hardware and Reference Manual, Release 6.20...
Page 584 LM Temperature Central FPGA Nominal board temperature in area 3. Not available. LM Temperature LM83 Nominal board temperature in area 1. Not available. LM Temperature LM87 Nominal board temperature in area 2. Not available. B-10 Ixia Hardware and Reference Manual, Release 6.20...
Page 585 Link State ‘Up’ when a link is established with another link device, ‘Loopback’ when the port has loopback enabled, ‘Down’ when there is no connection to another device. (See note 2 in Notes.) Ixia Hardware and Reference Manual, Release 6.20 B-11...
Page 586 Scheduled Transmit Time The scheduled transmit time associated scheduledTransmitTime with the port. CPU Status The status of the port’s CPU. portCpuStatus CPU DoD Status The status of the port’s DoD process. portCpuDodStatus B-12 Ixia Hardware and Reference Manual, Release 6.20...
Page 587 Data Integrity Frames The number of data integrity frames dataIntegrityFrames received. Data Integrity Errors The number of data integrity errors dataIntegrityErrors detected. Sequence Checking Sequence Frames The number of sequence checking frames sequenceFrames received. Ixia Hardware and Reference Manual, Release 6.20 B-13...
Page 588 Receive Arp Reply Number of ARP replies received. rxArpReply Receive Arp Request Number of ARP requests received. rxArpRequest ICMP Receive Ping Reply Number of Ping replies received. (N/A to rxPingReply OC192-3) B-14 Ixia Hardware and Reference Manual, Release 6.20...
Page 589 DHCPv6 Releases Sent The number of DHCPv6 Releases Sent. dhcpV6ReleasesSent DHCPv6 Enabled Interfaces The number of DHCPv6 Enabled dhcpV6EnabledInterfaces Interfaces. DHCPv6 Addresses Learned The number of DHCPv6 Addresses dhcpV6Addresses Learned. Learned Ixia Hardware and Reference Manual, Release 6.20 B-15...
Page 590 ISIS L1 Sessions Up The total number of level 1 configured isisSessionsUpL1 sessions that are fully up. ISIS L2 Sessions Up The total number of level 2 configured isisSessionsUpL2 sessions that are fully up. B-16 Ixia Hardware and Reference Manual, Release 6.20...
Page 591 The number of LDP sessions up for ldpBasicSessionsUp broadcast peers. Ethernet Fragments & Rate A counter that counts the number of frames fragments less than 64 bytes in size with a bad FCS. Ixia Hardware and Reference Manual, Release 6.20 B-17...
Page 592 512 bit time (preamble included) or after the 56 byte. Collision Frames & Rate A counter that counts the number of frames collisionFrames that were retransmitted due to one or more collisions. B-18 Ixia Hardware and Reference Manual, Release 6.20...
Page 593 Path BIP(B3) & Rate The number of path bit interleaved parity pathBip errors. Path LOP ‘OK’ or ‘ALARM’ during a loss of pointer pathLossOfPointer condition. (See note 3 in Notes.) Ixia Hardware and Reference Manual, Release 6.20 B-19...
Page 594 A count of the seconds during which the pathRdiUnavailableSec STS path was considered unavailable at the far end. Input Signal Strength (dB) (OC-192) This statistic monitors the receive inputSignalStrength optical input power. (See note 8 in Notes) B-20 Ixia Hardware and Reference Manual, Release 6.20...
Page 595 RPR fairness frames. RPR Header CRC Errors The number of RPR frames received with rprHeaderCrcErrors header CRC errors. RPR OAM Frames Received The number of RPR OAM frames received. rprOamFramesReceived Ixia Hardware and Reference Manual, Release 6.20 B-21...
Page 596 For BERT—(ES) Number of seconds bertErroredSeconds containing at least one errored block or a defect. BERT Errored Second Ratio For BERT—(ESR) the ratio of Errored bertErroredSecondRatio Seconds (ES) to the total seconds. B-22 Ixia Hardware and Reference Manual, Release 6.20...
Page 597 BERT Number Mismatched Ones The number of expected ones received as bertNumberMismatched zeroes. Ones BERT Mismatched Ones Ratio The ratio of the number of expected ones bertMismatchedOnes received as zeroes to all bits. Ratio Ixia Hardware and Reference Manual, Release 6.20 B-23...
Page 598 FEC Corrected 0s Count Number of 0 errors (1s changed to 0s) that fecCorrected0sCount have been corrected. FEC Corrected 1s Count Number of 1 errors (0s changed to 1s) that fecCorrected1sCount have been corrected. B-24 Ixia Hardware and Reference Manual, Release 6.20...
Page 599 Temperature for one of the sensors on the Fiber optic module (Fom). Fom Internal Temperature (C) (OC-192 - Temperature Sensors Stats) fobDevice1Internal Temperature for one of the sensors on the Temperature Fiber optic module (Fom). Ixia Hardware and Reference Manual, Release 6.20 B-25...
Page 600 Counter synchronization state. Rx Multi-loss Of Synchronization Indicates the number of times that two or rxMultiLossOfSynchroniza Counter more data or protection channels were in tionCounter the Loss of Synchronization state. B-26 Ixia Hardware and Reference Manual, Release 6.20...
Page 601 10 Gig Local Ordered Sets Sent The number of local ordered sets sent. localOrderedSetsSent Ordered sets are part of Link Fault Signaling, and can be configured in the Link Fault Signaling tab. Ixia Hardware and Reference Manual, Release 6.20 B-27...
Page 602 For the 10Gig LAN board, the temperature 10GigLanRxFpga at the receive FPGA. Temperature ATM and ATM/POS ATM AAL5 Bytes Received The number of AAL5 bytes received. atmAal5BytesReceived ATM AAL5 Bytes Sent The number of AAL5 bytes sent. atmAal5BytesSent B-28 Ixia Hardware and Reference Manual, Release 6.20...
Page 603 Number of ATM OAM bytes received. atmOamRxBytes OAM Rx Fault Management AIS Number of ATM OAM Fault Management atmOamRxFaultMgmtAIS AIS cells received. OAM Rx Fault Management RDI Number of ATM OAM Fault Management atmOamRxFaultMgmtRDI RDI cells received. Ixia Hardware and Reference Manual, Release 6.20 B-29...
Page 604 The number of bytes received on either port bytesFromApplication 2 or 3 from the application. Packets from Application The number of packets received on either packetsFromApplication port 2 or 3 from the application. B-30 Ixia Hardware and Reference Manual, Release 6.20...
Page 605 Packets from Port 2 The number of packets received on the monitorPacketsFromPort2 monitor port from port 2. Packets from Port 3 The number of packets received on the monitorPacketsFromPort3 monitor port from port 3. Ixia Hardware and Reference Manual, Release 6.20 B-31...
Page 606 Locked - 2^23 Linear Feedback Shift Reg Not Locked Demo Mode Link Up Link Down Loopback WriteMii Restart AutoNegotiate End RestartAutoNegotiate AutoNegotiate WriteMii Failed No Transceiver Invalid PHY Address Read LinkPartner No LinkPartner FPGA Download Failed B-32 Ixia Hardware and Reference Manual, Release 6.20...
Page 607 PPP RestartNegotiation WaitForOpen PPP RestartNegotiation WaitForClose PPP RestartNegotiation Finish LP Boot Failed PPP Disabled - LOF Ignore Link Temperature Alarm PPP Closing PPP LCP Negotiate PPP Authenticate PPP NCP Negotiate Alarm ‘-’ Defect Ixia Hardware and Reference Manual, Release 6.20 B-33...
Page 608 Table B-7. Notes for Statistics Counters NOTE Choices Displayed for Statistic Unavailable Period Available Period OK (%) Alarm (%) ‘-’ OC-3c OC-12c OC-48c OC-192c 10GE WAN 10 Mbps 100 Mbps 1000 Mbps Full Half Loss of Signal [-] %d.%d...
Page 609 Table B-7. Notes for Statistics Counters NOTE Choices Displayed for Statistic The statistics in this section must be accessed using the vsrStat command in TCL and the TCLvsrStat class in C++. The statistics in this section must be accessed using the vsrStat command in TCL and the TCLvsrStat class in C++.
Page 610 Table B-8. Statistics for 10/100 Cards Normal StreamTrigger CaptureState PauseState Type: Common FramesSent FramesReceived BytesSent BytesReceived FcsErrors BitsReceived BitsSent PortCpuStatus PortCpuDodStatus Type: Transmit Duration TransmitDuration Type: Quality of Service QualityOfService0 Type: Ethernet Fragments Undersize Oversize VlanTaggedFramesRx FlowControlFrames Type: 10/100 AlignmentErrors...
Page 611 Table B-8. Statistics for 10/100 Cards Normal StreamTrigger DribbleErrors Collisions LateCollisions CollisionFrames ExcessiveCollisionFrames Type: 10/100 + Gigabit SymbolErrors OversizeAndCrcErrors Table B-9. Statistics for 10/100 TXS Modules Normal StreamTrigger ModeChecksumError ModeDataIntegrity Type: User Configurable UserDefinedStat1 UserDefinedStat2...
Page 612 Table B-9. Statistics for 10/100 TXS Modules Normal StreamTrigger ModeChecksumError ModeDataIntegrity CaptureTrigger CaptureFilter StreamTrigger1 StreamTrigger2 Type: States Link LineSpeed DuplexMode TransmitState CaptureState PauseState Type: Common FramesSent FramesReceived BytesSent BytesReceived FcsErrors BitsReceived BitsSent PortCpuStatus...
Page 613 Table B-9. Statistics for 10/100 TXS Modules Normal StreamTrigger ModeChecksumError ModeDataIntegrity PortCpuDodStatus Type: Transmit Duration TransmitDuration Type: Quality of Service QualityOfService0 Type: Checksum Stats IpPackets UdpPackets TcpPackets IpChecksumErrors UdpChecksumErrors TcpChecksumErrors Type: Data Integrity DataIntegrityFrames DataIntegrityErrors Type: Sequence Checking SequenceFrames SequenceErrors Type: Ethernet Fragments...
Page 614 Table B-9. Statistics for 10/100 TXS Modules Normal StreamTrigger ModeChecksumError ModeDataIntegrity Undersize Oversize VlanTaggedFramesRx FlowControlFrames Type: 10/100 AlignmentErrors DribbleErrors Collisions LateCollisions CollisionFrames ExcessiveCollisionFrames Type: 10/100 + Gigabit SymbolErrors OversizeAndCrcErrors...
Page 615 Table B-10. Statistics for 10/100/1000 TXS, 10/100/1000 XMS(R)12, 1000 SFPS4, and 1000STXS24 Cards Statistics Mode Normal StreamTrigger ModeChecksum ModeData Errors Integrity Receive Mode Type: User Configurable UserDefinedStat1 UserDefinedStat2 CaptureTrigger CaptureFilter StreamTrigger1 StreamTrigger2 Type: States Link LineSpeed DuplexMode TransmitState CaptureState PauseState Type: Common FramesSent FramesReceived...
Page 616 Table B-10. Statistics for 10/100/1000 TXS, 10/100/1000 XMS(R)12, 1000 SFPS4, and 1000STXS24 Cards Statistics Mode Normal StreamTrigger ModeChecksum ModeData Errors Integrity Receive Mode BytesReceived FcsErrors BitsReceived BitsSent PortCpuStatus PortCpuDodStatus Type: Transmit Duration TransmitDuration Type: Quality of Service QualityOfService0 Type: Checksum Stats IPv4Packets UdpPackets TcpPackets...
Page 617 Table B-10. Statistics for 10/100/1000 TXS, 10/100/1000 XMS(R)12, 1000 SFPS4, and 1000STXS24 Cards Statistics Mode Normal StreamTrigger ModeChecksum ModeData Errors Integrity Receive Mode Type: Sequence Checking SequenceFrames SequenceErrors Type: Ethernet Fragments Undersize Oversize VlanTaggedFramesRx FlowControlFrames Type: 10/100 AlignmentErrors DribbleErrors Collisions LateCollisions CollisionFrames ExcessiveCollisionFrame...
Page 618 Table B-10. Statistics for 10/100/1000 TXS, 10/100/1000 XMS(R)12, 1000 SFPS4, and 1000STXS24 Cards Statistics Mode Normal StreamTrigger ModeChecksum ModeData Errors Integrity Receive Mode Type: 10/100 + Gigabit SymbolErrors OversizeAndCrcErrors Table B-11. Statistics for 10/100/1000 LSM XMV(R)4/8/12/16, and 10/100/1000 ASM XMV12X Cards Statistics Mode Normal StreamTrigger...
Page 619 Table B-11. Statistics for 10/100/1000 LSM XMV(R)4/8/12/16, and 10/100/1000 ASM XMV12X Cards Statistics Mode Normal StreamTrigger ModeData Integrity Receive Mode CaptureTrigger CaptureFilter StreamTrigger1 StreamTrigger2 Type: States Link LineSpeed DuplexMode TransmitState CaptureState PauseState Type: Common FramesSent FramesReceived BytesSent BytesReceived FcsErrors BitsReceived BitsSent PortCpuStatus...
Page 620 Table B-11. Statistics for 10/100/1000 LSM XMV(R)4/8/12/16, and 10/100/1000 ASM XMV12X Cards Statistics Mode Normal StreamTrigger ModeData Integrity Receive Mode PortCpuDodStatus Type: Transmit Duration TransmitDuration Type: Quality of Service QualityOfService0 Type: Checksum Stats IPv4Packets UdpPackets TcpPackets IPv4ChecksumErrors UdpChecksumErrors TcpChecksumErrors Type: Data Integrity DataIntegrityFrames DataIntegrityErrors Type: Sequence...
Page 621 Table B-11. Statistics for 10/100/1000 LSM XMV(R)4/8/12/16, and 10/100/1000 ASM XMV12X Cards Statistics Mode Normal StreamTrigger ModeData Integrity Receive Mode Undersize Oversize VlanTaggedFramesRx FlowControlFrames Type: 10/100 AlignmentErrors DribbleErrors Collisions LateCollisions CollisionFrames ExcessiveCollisionFrames Type: Gigabit SymbolErrorFrames SynchErrorFrames Type: 10/100 + Gigabit SymbolErrors OversizeAndCrcErrors...
Page 622 Table B-12. Statistics for Gigabit Modules Normal StreamTrigger ModeChecksumError ModeDataIntegrity Type: User Configurable UserDefinedStat1 UserDefinedStat2 CaptureTrigger CaptureFilter StreamTrigger1 StreamTrigger2 Type: States Link LineSpeed DuplexMode TransmitState CaptureState PauseState Type: Common FramesSent FramesReceived BytesSent BytesReceived...
Page 623 Table B-12. Statistics for Gigabit Modules Normal StreamTrigger ModeChecksumError ModeDataIntegrity FcsErrors BitsReceived BitsSent PortCpuStatus PortCpuDodStatus Type: Transmit Duration TransmitDuration Type: Quality of Service QualityOfService0 Type: Checksum Stats IpPackets UdpPackets TcpPackets IpChecksumErrors UdpChecksumErrors TcpChecksumErrors Type: Data Integrity DataIntegrityFrames DataIntegrityErrors...
Page 624 Table B-12. Statistics for Gigabit Modules Normal StreamTrigger ModeChecksumError ModeDataIntegrity Type: Sequence Checking SequenceFrames SequenceErrors Type: Ethernet Fragments Undersize Oversize VlanTaggedFramesRx FlowControlFrames Type: 10/100 AlignmentErrors DribbleErrors Collisions LateCollisions CollisionFrames ExcessiveCollisionFrames Type: Gigabit SymbolErrorFrames SynchErrorFrames Type: 10/100 + Gigabit...
Page 625 Table B-12. Statistics for Gigabit Modules Normal StreamTrigger ModeChecksumError ModeDataIntegrity SymbolErrors OversizeAndCrcErrors Table B-13. Statistics for OC12c/OC3c Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors Type: User Configurable UserDefinedStat1 UserDefinedStat2 CaptureTrigger CaptureFilter...
Page 626 Table B-13. Statistics for OC12c/OC3c Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors StreamTrigger1 StreamTrigger2 Type: States Link LineSpeed DuplexMode TransmitState CaptureState PauseState Type: Common FramesSent FramesReceived BytesSent BytesReceived FcsErrors BitsReceived BitsSent PortCpuStatus PortCpuDodStatus Type: Transmit Duration...
Page 627 Table B-13. Statistics for OC12c/OC3c Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors TransmitDuration Type: Quality of Service QualityOfService0 Type: Framer FramerFCSErrors FramerAbort FramerMinLength FramerMaxLength Type: Checksum Stats IpPackets UdpPackets TcpPackets IpChecksumErrors UdpChecksumErrors TcpChecksumErrors Type: Data Integrity DataIntegrityFrames DataIntegrityErrors Type: Sequence Checking...
Page 628 Table B-13. Statistics for OC12c/OC3c Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors SequenceFrames SequenceErrors Type: Ethernet Fragments Undersize Oversize VlanTaggedFramesRx FlowControlFrames Type: 10/100 AlignmentErrors DribbleErrors Collisions LateCollisions CollisionFrames ExcessiveCollisionFrames Type: Gigabit SymbolErrorFrames SynchErrorFrames Type: 10/100 + Gigabit SymbolErrors...
Page 629 Table B-13. Statistics for OC12c/OC3c Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors OversizeAndCrcErrors Type: POS SectionLossOfSignal SectionLossOfFrame SectionBip LineAis LineRdi LineRei LineBip PathAis PathRdi PathRei PathBip PathLossOfPointer PathPlm SectionBipErroredSecs SectionBipSeverlyErrored Secs SectionLossOfSignalSecs LineBipErroredSecs...
Page 630 Table B-13. Statistics for OC12c/OC3c Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors LineReiErroredSecs LineAisAlarmSecs LineRdiUnavailableSecs PathBipErroredSecs PathReiErroredSecs PathAisAlarmSecs PathAisUnavailableSecs PathRdiUnavailableSecs InputSignalStrength PosK1Byte PosK2Byte SrpDataFramesReceived SrpDiscoveryFrames Received SrpIpsFramesReceived SrpParityErrors SrpUsageFramesReceived SrpUsageStatus SrpUsageTimeouts...
Page 631 Table B-14. Statistics for OC48c Modules with BERT Normal StreamTrigger ModeChecksum ModeDataIntegrity Errors Add’l Type: User Configurable UserDefinedStat1 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X UserDefinedStat2 X X X X X X X X X X X X X X X X...
Page 632 Table B-14. Statistics for OC48c Modules with BERT Normal StreamTrigger ModeChecksum ModeDataIntegrity Errors Add’l FcsErrors X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X BitsReceived X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X...
Page 633 Table B-14. Statistics for OC48c Modules with BERT Normal StreamTrigger ModeChecksum ModeDataIntegrity Errors Add’l SequenceFrames SequenceErrors Type: Ethernet Fragments Undersize Oversize VlanTaggedFramesRx FlowControlFrames Type: 10/100 AlignmentErrors DribbleErrors Collisions LateCollisions CollisionFrames ExcessiveCollisionFrames Type: Gigabit SymbolErrorFrames SynchErrorFrames Type: 10/100 + Gigabit SymbolErrors...
Page 634 Table B-14. Statistics for OC48c Modules with BERT Normal StreamTrigger ModeChecksum ModeDataIntegrity Errors Add’l OversizeAndCrcErrors Type: POS SectionLossOfSignal SectionLossOfFrame SectionBip LineAis LineRdi LineRei LineBip PathAis PathRdi PathRei PathBip PathLossOfPointer PathPlm SectionBipErroredSecs X X X X X X SectionBipSeverlyErrored X X X X X X Secs SectionLossOfSignalSecs...
Page 635 Table B-14. Statistics for OC48c Modules with BERT Normal StreamTrigger ModeChecksum ModeDataIntegrity Errors Add’l LineAisAlarmSecs X X X X X X LineRdiUnavailableSecs X X X X X X PathBipErroredSecs X X X X X X PathReiErroredSecs X X X X X X PathAisAlarmSecs X X X X X X...
Page 636 Table B-15. Statistics for OC48c Modules with SRP and DCC Normal StreamTrigger ModeChecksumError ModeDataIntegrity Add’l Type: User Configurable UserDefinedStat1 UserDefinedStat2 CaptureTrigger CaptureFilter StreamTrigger1 StreamTrigger2 Type: States Link LineSpeed DuplexMode TransmitState CaptureState PauseState Type: Common FramesSent FramesReceived BytesSent BytesReceived FcsErrors...
Page 637 Table B-15. Statistics for OC48c Modules with SRP and DCC Normal StreamTrigger ModeChecksumError ModeDataIntegrity Add’l BitsReceived BitsSent PortCpuStatus PortCpuDodStatus Type: Transmit Duration TransmitDuration Type: Quality of Service QualityOfService0 Type: Checksum Stats IpPackets UdpPackets TcpPackets IpChecksumErrors UdpChecksumErrors TcpChecksumErrors Type: Data Integrity DataIntegrityFrames DataIntegrityErrors Type: Sequence...
Page 638 Table B-15. Statistics for OC48c Modules with SRP and DCC Normal StreamTrigger ModeChecksumError ModeDataIntegrity Add’l Type: Ethernet Fragments Undersize Oversize VlanTaggedFramesRx FlowControlFrames Type: Gigabit SymbolErrorFrames SynchErrorFrames Type: 10/100 + Gigabit SymbolErrors OversizeAndCrcErrors Type: POS SectionLossOfSignal SectionLossOfFrame SectionBip LineAis LineRdi LineRei LineBip PathAis PathRdi...
Page 639 Table B-15. Statistics for OC48c Modules with SRP and DCC Normal StreamTrigger ModeChecksumError ModeDataIntegrity Add’l PathRei PathBip PathLossOfPointer PathPlm SectionBipErroredSecs SectionBipSeverlyErrored Secs SectionLossOfSignalSecs LineBipErroredSecs LineReiErroredSecs LineAisAlarmSecs LineRdiUnavailableSecs PathBipErroredSecs PathReiErroredSecs PathAisAlarmSecs PathAisUnavailableSecs PathRdiUnavailableSecs InputSignalStrength PosK1Byte PosK2Byte SrpDataFramesReceived...
Page 640 Table B-15. Statistics for OC48c Modules with SRP and DCC Normal StreamTrigger ModeChecksumError ModeDataIntegrity Add’l SrpDiscoveryFrames Received SrpIpsFramesReceived SrpParityErrors SrpUsageFramesReceived X SrpUsageStatus SrpUsageTimeouts Type: DCC DccBytesReceived DccBytesSent DccCrcErrorsReceived DccFramesReceived DccFramesSent DccFramingErrors Received...
Page 641 Table B-16. Statistics for OC48c Modules with RPR and DCC Normal StreamTrigger ModeChecksumError ModeDataIntegrity Add’l Type: User Configurable UserDefinedStat1 UserDefinedStat2 CaptureTrigger CaptureFilter StreamTrigger1 StreamTrigger2 Type: States Link LineSpeed DuplexMode TransmitState CaptureState PauseState Type: Common FramesSent FramesReceived BytesSent BytesReceived FcsErrors...
Page 642 Table B-16. Statistics for OC48c Modules with RPR and DCC Normal StreamTrigger ModeChecksumError ModeDataIntegrity Add’l BitsReceived BitsSent PortCpuStatus PortCpuDodStatus Type: Transmit Duration TransmitDuration Type: Quality of Service QualityOfService0 Type: Checksum Stats IpPackets UdpPackets TcpPackets IpChecksumErrors UdpChecksumErrors TcpChecksumErrors Type: Data Integrity DataIntegrityFrames DataIntegrityErrors Type: Sequence...
Page 643 Table B-16. Statistics for OC48c Modules with RPR and DCC Normal StreamTrigger ModeChecksumError ModeDataIntegrity Add’l Type: Ethernet Fragments Undersize Oversize VlanTaggedFramesRx FlowControlFrames Type: Gigabit SymbolErrorFrames SynchErrorFrames Type: 10/100 + Gigabit SymbolErrors OversizeAndCrcErrors Type: POS SectionLossOfSignal SectionLossOfFrame SectionBip LineAis LineRdi LineRei LineBip PathAis...
Page 644 Table B-16. Statistics for OC48c Modules with RPR and DCC Normal StreamTrigger ModeChecksumError ModeDataIntegrity Add’l PathRdi PathRei PathBip PathLossOfPointer PathPlm SectionBipErroredSecs SectionBipSeverlyErrored Secs SectionLossOfSignalSecs LineBipErroredSecs LineReiErroredSecs LineAisAlarmSecs LineRdiUnavailableSecs PathBipErroredSecs PathReiErroredSecs PathAisAlarmSecs PathAisUnavailableSecs PathRdiUnavailableSecs InputSignalStrength PosK1Byte PosK2Byte SrpDataFramesReceived...
Page 645 Table B-16. Statistics for OC48c Modules with RPR and DCC Normal StreamTrigger ModeChecksumError ModeDataIntegrity Add’l SrpDiscoveryFrames Received SrpIpsFramesReceived SrpParityErrors SrpUsageFramesReceived SrpUsageStatus SrpUsageTimeouts Type: DCC DccBytesReceived DccBytesSent DccCrcErrorsReceived DccFramesReceived DccFramesSent DccFramingErrors Received Type: RPR RprDiscoveryFrames Received RprDataFramesReceived RprFairnessFrames Received RprFairnessFramesSent RprFairnessTimeouts...
Page 646 Table B-16. Statistics for OC48c Modules with RPR and DCC Normal StreamTrigger ModeChecksumError ModeDataIntegrity Add’l RprHeaderCrcErrors RprOamFramesReceived RprPayloadCrcErrors RprProtectionFrames Received Table B-17. Statistics for 2.5G MSM POS modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors Type: User Configurable UserDefinedStat1 X X X X X X X X X X X X X X X X X X X X X X X X X X...
Page 647 Table B-17. Statistics for 2.5G MSM POS modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors CaptureFilter X X X X X X X X X X X X X X X StreamTrigger1 X X X X X X X X X X X X X X X X X X StreamTrigger2...
Page 648 Table B-17. Statistics for 2.5G MSM POS modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors Type: Transmit Duration TransmitDuration X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X Type: Quality of Service QualityOfService0...
Page 649 Table B-17. Statistics for 2.5G MSM POS modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors Oversize VlanTaggedFramesRx FlowControlFrames Type: Gigabit SymbolErrorFrames SynchErrorFrames Type: 10/100 + Gigabit SymbolErrors OversizeAndCrcErrors Type: POS SectionLossOfSignal SectionLossOfFrame SectionBip LineAis LineRdi LineRei LineBip PathAis PathRdi PathRei...
Page 650 Table B-17. Statistics for 2.5G MSM POS modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors PathBip PathLossOfPointer PathPlm SectionBipErroredSecs SectionBipSeverlyErrored Secs SectionLossOfSignalSecs LineBipErroredSecs LineReiErroredSecs LineAisAlarmSecs LineRdiUnavailableSecs PathBipErroredSecs PathReiErroredSecs PathAisAlarmSecs PathAisUnavailableSecs PathRdiUnavailableSecs InputSignalStrength X X X PosK1Byte X X X X X X X X X X X X X X X PosK2Byte...
Page 651 Table B-17. Statistics for 2.5G MSM POS modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors SrpDiscoveryFrames X X X X X X X X X X X X X X X Received SrpIpsFramesReceived X X X X X X X X X X X X X X X SrpParityErrors...
Page 652 Table B-17. Statistics for 2.5G MSM POS modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors BertErroredBlocks BertErroredSeconds BertSeverelyErrored Seconds BertErrorFreeSeconds BertAvailableSeconds BertUnavailableSeconds BertBlockErrorState BertBackgroundBlock Errors BertBitErrorRatio BertErroredSecondRatio BertSeverlyErrored SecondRatio BertBackgroundBlockError Ratio BertNumberMismatched Ones BertMismatchedOnesRatio BertNumberMismatched Zeros BertMismatchedZerosRatio...
Page 653 Table B-17. Statistics for 2.5G MSM POS modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors BertElapsedTestTime BertUnframedOutputSignal Strength BertUnframedDetectedLine Rate BertDeskewPatternLock BertRxDeskewErrored Frames BertRxDeskewErrorFree Frames BertRxDeskewLossOf Frame BertTimeSinceLastError BertTriggerCount BertTxDeskewBitErrors BertTxDeskewErrored Frames BertTxDeskewErrorFree Frames Type: Service Disruption BertLastServiceDisruption Time...
Page 654 Table B-17. Statistics for 2.5G MSM POS modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors BertMinServiceDisruption Time BertMaxServiceDisruption Time BertServiceDisruption Cumulative Type: OC192 - Temperature DMATemperature CaptureTemperature LatencyTemperature BackgroundTemperature OverlayTemperature FrontEndTemperature SchedulerTemperature PlmDevice1Internal Temperature PlmDevice2Internal Temperature PlmDevice3Internal Temperature FobPort1FpgaTemperature...
Page 655 Table B-17. Statistics for 2.5G MSM POS modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors FobPort2FpgaTemperature FobBoardTemperature FobDevice1Internal Temperature Type: 10 Gig PauseAcknowledge PauseEndFrames PauseOverwrite 10GigLanTxFpga Temperature 10GigLanRxFpga Temperature CodingErrorFrames Received EErrorCharacterFrames Received DroppedFrames Type: Link Fault Signaling LinkFaultState LocalFaults RemoteFaults...
Page 656 Table B-17. Statistics for 2.5G MSM POS modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors Type: RPR RprDiscoveryFrames Received RprDataFramesReceived RprFairnessFrames Received RprFairnessFramesSent RprFairnessTimeouts RprHeaderCrcErrors RprOamFramesReceived RprPayloadCrcErrors RprProtectionFrames Received...
Page 657 Table B-18. Statistics for OC192c Modules with BERT Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors Type: User Configurable UserDefinedStat1 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X UserDefinedStat2 X X X X X X X X X X X X X X X X X X X X...
Page 658 Table B-18. Statistics for OC192c Modules with BERT Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors FcsErrors X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X BitsReceived X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X...
Page 659 Table B-18. Statistics for OC192c Modules with BERT Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors SequenceFrames SequenceErrors Type: Ethernet Fragments Undersize Oversize VlanTaggedFramesRx FlowControlFrames Type: 10/100 AlignmentErrors DribbleErrors Collisions LateCollisions CollisionFrames ExcessiveCollisionFrames Type: Gigabit SymbolErrorFrames SynchErrorFrames Type: 10/100 + Gigabit SymbolErrors...
Page 660 Table B-18. Statistics for OC192c Modules with BERT Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors OversizeAndCrcErrors Type: POS SectionLossOfSignal SectionLossOfFrame SectionBip LineAis LineRdi LineRei LineBip PathAis PathRdi PathRei PathBip PathLossOfPointer PathPlm SectionBipErroredSecs X X X X X X SectionBipSeverlyErrored X X X X X X Secs SectionLossOfSignalSecs...
Page 661 Table B-18. Statistics for OC192c Modules with BERT Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors LineAisAlarmSecs X X X X X X LineRdiUnavailableSecs X X X X X X PathBipErroredSecs X X X X X X PathReiErroredSecs X X X X X X PathAisAlarmSecs X X X X X X...
Page 662 Table B-18. Statistics for OC192c Modules with BERT Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors DccBytesSent DccCrcErrorsReceived DccFramesReceived DccFramesSent DccFramingErrors Received Type: OC192 - Temperature DMATemperature CaptureTemperature LatencyTemperature BackgroundTemperature OverlayTemperature FrontEndTemperature SchedulerTemperature PlmDevice1Internal Temperature PlmDevice2Internal Temperature PlmDevice3Internal Temperature FobPort1FpgaTemperature...
Page 663 Table B-18. Statistics for OC192c Modules with BERT Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors FobPort2FpgaTemperature FobBoardTemperature FobDevice1Internal Temperature Table B-19. Statistics for OC192c Modules with SRP and DCC Normal StreamTrigger ModeChecksumEr ModeDataIntegrity Add’l rors Type: User Configurable UserDefinedStat1 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X UserDefinedStat2 X X X X X X X X...
Page 664 Table B-19. Statistics for OC192c Modules with SRP and DCC Normal StreamTrigger ModeChecksumEr ModeDataIntegrity Add’l rors CaptureTrigger CaptureFilter StreamTrigger1 X X X X StreamTrigger2 X X X X Type: States Link X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X LineSpeed X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X DuplexMode...
Page 665 Table B-19. Statistics for OC192c Modules with SRP and DCC Normal StreamTrigger ModeChecksumEr ModeDataIntegrity Add’l rors PortCpuDodStatus X X X X X X X X X X X X X X X X X X X X X X Type: Transmit Duration TransmitDuration X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X Type: Quality of Service...
Page 666 Table B-19. Statistics for OC192c Modules with SRP and DCC Normal StreamTrigger ModeChecksumEr ModeDataIntegrity Add’l rors Fragments Undersize Oversize VlanTaggedFramesRx FlowControlFrames Type: Gigabit SymbolErrorFrames SynchErrorFrames Type: 10/100 + Gigabit SymbolErrors OversizeAndCrcErrors Type: POS SectionLossOfSignal SectionLossOfFrame SectionBip LineAis LineRdi LineRei LineBip PathAis...
Page 667 Table B-19. Statistics for OC192c Modules with SRP and DCC Normal StreamTrigger ModeChecksumEr ModeDataIntegrity Add’l rors PathRdi PathRei PathBip PathLossOfPointer PathPlm SectionBipErroredSecs X X X X X X X SectionBipSeverlyErrored X X X X X X X Secs SectionLossOfSignalSecs X X X X X X X LineBipErroredSecs X X X X...
Page 668 Table B-19. Statistics for OC192c Modules with SRP and DCC Normal StreamTrigger ModeChecksumEr ModeDataIntegrity Add’l rors PosK2Byte X X X X X X X X X X X X X X X X X X X X X SrpDataFramesReceived X X X X X X X X X X X X X X...
Page 669 Table B-19. Statistics for OC192c Modules with SRP and DCC Normal StreamTrigger ModeChecksumEr ModeDataIntegrity Add’l rors LatencyTemperature BackgroundTemperature OverlayTemperature FrontEndTemperature SchedulerTemperature PlmDevice1Internal Temperature PlmDevice2Internal Temperature PlmDevice3Internal Temperature FobPort1FpgaTemperature FobPort2FpgaTemperature FobBoardTemperature FobDevice1Internal Temperature...
Page 670 Table B-20. Statistics for OC192c Modules with RPR and DCC Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors Type: User Configurable UserDefinedStat1 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X UserDefinedStat2 X X X X X X X X X X X X X X X X...
Page 671 Table B-20. Statistics for OC192c Modules with RPR and DCC Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors FcsErrors X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X BitsReceived X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X...
Page 672 Table B-20. Statistics for OC192c Modules with RPR and DCC Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors Type: Sequence Checking SequenceFrames SequenceErrors Type: Ethernet Fragments Undersize Oversize VlanTaggedFramesRx FlowControlFrames Type: Gigabit SymbolErrorFrames SynchErrorFrames Type: 10/100 + Gigabit SymbolErrors OversizeAndCrcErrors Type: POS SectionLossOfSignal SectionLossOfFrame SectionBip...
Page 673 Table B-20. Statistics for OC192c Modules with RPR and DCC Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors LineRdi LineRei LineBip PathAis PathRdi PathRei PathBip PathLossOfPointer PathPlm SectionBipErroredSecs X X X X X X X SectionBipSeverlyErrored X X X X X X X Secs SectionLossOfSignalSecs X X X X...
Page 674 Table B-20. Statistics for OC192c Modules with RPR and DCC Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors PathAisUnavailableSecs X X X X X X X PathRdiUnavailableSecs X X X X X X X InputSignalStrength X X X X X X X X X X X X X X X X X...
Page 675 Table B-20. Statistics for OC192c Modules with RPR and DCC Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors Type: OC192 - Temperature DMATemperature CaptureTemperature LatencyTemperature BackgroundTemperature OverlayTemperature FrontEndTemperature SchedulerTemperature PlmDevice1Internal Temperature PlmDevice2Internal Temperature PlmDevice3Internal| Temperature FobPort1FpgaTemperature FobPort2FpgaTemperature FobBoardTemperature FobDevice1Internal Temperature Type: RPR...
Page 676 Table B-20. Statistics for OC192c Modules with RPR and DCC Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors RprDiscoveryFrames X X X X X X X X X X X X X X X X X X X X X Received RprDataFramesReceived X X X X X X X X X X...
Page 677 Table B-21. Statistics for 10GE Modules with BERT Normal StreamTrigger ModeChecksu ModeDataIntegrity Add’l mErrors Type: User Configurable UserDefinedStat1 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X UserDefinedStat2 X X X X X X X X X X X X X X X X X X...
Page 678 Table B-21. Statistics for 10GE Modules with BERT Normal StreamTrigger ModeChecksu ModeDataIntegrity Add’l mErrors FcsErrors X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X BitsReceived X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X...
Page 679 Table B-21. Statistics for 10GE Modules with BERT Normal StreamTrigger ModeChecksu ModeDataIntegrity Add’l mErrors SequenceFrames SequenceErrors Type: Ethernet Fragments X X X X X X X X X X X X X X X X X X X X X Undersize X X X X X X X X X X...
Page 680 Table B-21. Statistics for 10GE Modules with BERT Normal StreamTrigger ModeChecksu ModeDataIntegrity Add’l mErrors LineRei LineBip PathAis PathRdi PathRei PathBip PathLossOfPointer PathPlm SectionBipErroredSecs X X X SectionBipSeverlyErrored X X X Secs SectionLossOfSignalSecs X X X LineBipErroredSecs X X X LineReiErroredSecs X X X LineAisAlarmSecs X X X...
Page 681 Table B-21. Statistics for 10GE Modules with BERT Normal StreamTrigger ModeChecksu ModeDataIntegrity Add’l mErrors InputSignalStrength X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X PosK1Byte PosK2Byte...
Page 682 Table B-21. Statistics for 10GE Modules with BERT Normal StreamTrigger ModeChecksu ModeDataIntegrity Add’l mErrors DMATemperature CaptureTemperature LatencyTemperature BackgroundTemperature OverlayTemperature FrontEndTemperature SchedulerTemperature PlmDevice1Internal Temperature PlmDevice2Internal Temperature PlmDevice3Internal Temperature FobPort1FpgaTemperature FobPort2FpgaTemperature FobBoardTemperature FobDevice1Internal Temperature Type: 10 Gig PauseAcknowledge X X X X X X X X X X X X X X X X X X...
Page 683 Table B-21. Statistics for 10GE Modules with BERT Normal StreamTrigger ModeChecksu ModeDataIntegrity Add’l mErrors 10GigLanTxFpga Temperature 10GigLanRxFpga Temperature CodingErrorFrames Received EErrorCharacterFrames Received DroppedFrames Type: Link Fault Signaling LinkFaultState X X X X X X X LocalFaults X X X X X X X RemoteFaults X X X X...
Page 684 Table B-22. Statistics for 10G UNIPHY Modules with BERT Normal StreamTrigger ModeCheck ModeDataIntegrity Add’l sumErrors Type: User Configurable UserDefinedStat1 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X UserDefinedStat2 X X X X X X X X X X X X X X X X X X...
Page 685 Table B-22. Statistics for 10G UNIPHY Modules with BERT Normal StreamTrigger ModeCheck ModeDataIntegrity Add’l sumErrors FcsErrors X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X BitsReceived X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X...
Page 686 Table B-22. Statistics for 10G UNIPHY Modules with BERT Normal StreamTrigger ModeCheck ModeDataIntegrity Add’l sumErrors Type: Sequence Checking SequenceFrames SequenceErrors Type: Ethernet Fragments X X X X X Undersize X X X X X Oversize X X X X X VlanTaggedFramesRx X X X X X FlowControlFrames...
Page 687 Table B-22. Statistics for 10G UNIPHY Modules with BERT Normal StreamTrigger ModeCheck ModeDataIntegrity Add’l sumErrors LineRdi LineRei LineBip PathAis PathRdi PathRei PathBip PathLossOfPointer PathPlm SectionBipErroredSecs X X X SectionBipSeverlyErrored X X X Secs SectionLossOfSignalSecs X X X LineBipErroredSecs X X X LineReiErroredSecs X X X LineAisAlarmSecs...
Page 688 Table B-22. Statistics for 10G UNIPHY Modules with BERT Normal StreamTrigger ModeCheck ModeDataIntegrity Add’l sumErrors PathAisUnavailableSecs X X X PathRdiUnavailableSecs X X X InputSignalStrength X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X...
Page 689 Table B-22. Statistics for 10G UNIPHY Modules with BERT Normal StreamTrigger ModeCheck ModeDataIntegrity Add’l sumErrors Type: OC192 - Temperature DMATemperature CaptureTemperature LatencyTemperature BackgroundTemperature OverlayTemperature FrontEndTemperature SchedulerTemperature PlmDevice1Internal Temperature PlmDevice2Internal Temperature PlmDevice3Internal Temperature FobPort1FpgaTemperature FobPort2FpgaTemperature FobBoardTemperature FobDevice1Internal Temperature Type: 10 Gig PauseAcknowledge X X X X X...
Page 690 Table B-22. Statistics for 10G UNIPHY Modules with BERT Normal StreamTrigger ModeCheck ModeDataIntegrity Add’l sumErrors PauseEndFrames X X X X X PauseOverwrite X X X X X 10GigLanTxFpga Temperature 10GigLanRxFpga Temperature CodingErrorFrames Received EErrorCharacterFrames Received DroppedFrames Type: Link Fault Signaling LinkFaultState X X X LocalFaults...
Page 691 Table B-22. Statistics for 10G UNIPHY Modules with BERT Normal StreamTrigger ModeCheck ModeDataIntegrity Add’l sumErrors RprFairnessFramesSent X X X X X X X X X RprFairnessTimeouts X X X X X X X X X RprHeaderCrcErrors X X X X X X X X X RprOamFramesReceived X X X...
Page 692 Table B-23. Statistics for 10GE LSM Modules (except NGY) Statistics Mode Normal StreamTrigger ModeCheck ModeDataIntegrity Add’l sumErrors Receive Mode Type: User Configurable UserDefinedStat1 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X UserDefinedStat2 X X X X X X X X X X X X X X X X X X X X X X X...
Page 693 Table B-23. Statistics for 10GE LSM Modules (except NGY) Statistics Mode Normal StreamTrigger ModeCheck ModeDataIntegrity Add’l sumErrors Receive Mode FcsErrors X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X BitsReceived X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X...
Page 694 Table B-23. Statistics for 10GE LSM Modules (except NGY) Statistics Mode Normal StreamTrigger ModeCheck ModeDataIntegrity Add’l sumErrors Receive Mode Type: Sequence Checking SequenceFrames SequenceErrors Type: Ethernet Fragments X X X X X X X X X X X X X X X X X X X X X X X X X X X X X Undersize...
Page 695 Table B-23. Statistics for 10GE LSM Modules (except NGY) Statistics Mode Normal StreamTrigger ModeCheck ModeDataIntegrity Add’l sumErrors Receive Mode LineRdi LineRei LineBip PathAis PathRdi PathRei PathBip PathLossOfPointer PathPlm SectionBipErroredSecs X X X SectionBipSeverlyErrored X X X Secs SectionLossOfSignalSecs X X X LineBipErroredSecs X X X LineReiErroredSecs...
Page 696 Table B-23. Statistics for 10GE LSM Modules (except NGY) Statistics Mode Normal StreamTrigger ModeCheck ModeDataIntegrity Add’l sumErrors Receive Mode PathAisUnavailableSecs X X X PathRdiUnavailableSecs X X X InputSignalStrength X X X X X X X X X X X X X X X X X X X X X X X X X X...
Page 697 Table B-23. Statistics for 10GE LSM Modules (except NGY) Statistics Mode Normal StreamTrigger ModeCheck ModeDataIntegrity Add’l sumErrors Receive Mode Type: OC192 - Temperature DMATemperature CaptureTemperature LatencyTemperature BackgroundTemperature OverlayTemperature FrontEndTemperature SchedulerTemperature PlmDevice1Internal Temperature PlmDevice2Internal Temperature PlmDevice3Internal Temperature FobPort1FpgaTemperature FobPort2FpgaTemperature FobBoardTemperature FobDevice1Internal Temperature Type: 10 Gig PauseAcknowledge...
Page 698 Table B-23. Statistics for 10GE LSM Modules (except NGY) Statistics Mode Normal StreamTrigger ModeCheck ModeDataIntegrity Add’l sumErrors Receive Mode PauseEndFrames X X X X X X X X X X X X X X X X X X X X X X X X X X PauseOverwrite...
Page 699 Table B-23. Statistics for 10GE LSM Modules (except NGY) Statistics Mode Normal StreamTrigger ModeCheck ModeDataIntegrity Add’l sumErrors Receive Mode RprFairnessFramesSent RprFairnessTimeouts RprHeaderCrcErrors RprOamFramesReceived RprPayloadCrcErrors RprProtectionFrames Received Type: Ordered Sets LocalOrderedSetsSent X X X X X X X X X X X X X X X LocalOrderedSets X X X...
Page 700 Table B-24. Statistics for NGY Modules Statistics Mode Normal Receive Mode Type: User Configurable UserDefinedStat1 X X X X X X X X UserDefinedStat2 X X X X X X X X CaptureTrigger CaptureFilter StreamTrigger1 X X X X X X X X StreamTrigger2 X X X X X X X X Type: States...
Page 701 Table B-24. Statistics for NGY Modules Statistics Mode Normal Receive Mode BitsReceived X X X X X X X X BitsSent X X X X X X X X PortCpuStatus X X X X X X X X PortCpuDodStatus X X X X X X X X Type: Transmit Duration TransmitDuration X X X X X X X X...
Page 702 Table B-24. Statistics for NGY Modules Statistics Mode Normal Receive Mode Type: Ethernet Fragments X X X X X X X X Undersize X X X X X X X X Oversize X X X X X X X X VlanTaggedFramesRx X X X X X X X X FlowControlFrames...
Page 703 Table B-24. Statistics for NGY Modules Statistics Mode Normal Receive Mode PathRdi PathRei PathBip PathLossOfPointer PathPlm SectionBipErroredSecs SectionBipSeverlyErrored Secs SectionLossOfSignalSecs LineBipErroredSecs LineReiErroredSecs LineAisAlarmSecs LineRdiUnavailableSecs PathBipErroredSecs PathReiErroredSecs PathAisAlarmSecs PathAisUnavailableSecs PathRdiUnavailableSecs InputSignalStrength X X X X X X X X PosK1Byte PosK2Byte...
Page 704 Table B-24. Statistics for NGY Modules Statistics Mode Normal Receive Mode SrpDataFramesReceived SrpDiscoveryFrames Received SrpIpsFramesReceived SrpParityErrors SrpUsageFramesReceived SrpUsageStatus SrpUsageTimeouts Type: DCC DccBytesReceived DccBytesSent DccCrcErrorsReceived DccFramesReceived DccFramesSent DccFramingErrors Received Type: OC192 - Temperature DMATemperature CaptureTemperature LatencyTemperature BackgroundTemperature OverlayTemperature...
Page 705 Table B-24. Statistics for NGY Modules Statistics Mode Normal Receive Mode FrontEndTemperature SchedulerTemperature PlmDevice1Internal Temperature PlmDevice2Internal Temperature PlmDevice3Internal Temperature FobPort1FpgaTemperature FobPort2FpgaTemperature FobBoardTemperature FobDevice1Internal Temperature Type: 10 Gig PauseAcknowledge X X X X X X X X PauseEndFrames X X X X X X X X PauseOverwrite X X X X X X X X 10GigLanTxFpga...
Page 706 Table B-24. Statistics for NGY Modules Statistics Mode Normal Receive Mode EErrorCharacterFrames X X X X X X X X Received DroppedFrames X X X X X X X X Type: Link Fault Signaling LinkFaultState X X X X X X X X LocalFaults X X X X X X X X RemoteFaults...
Page 707 Table B-24. Statistics for NGY Modules Statistics Mode Normal Receive Mode LocalOrderedSets X X X X X X X X Received RemoteOrderedSetsSent X X X X X X X X RemoteOrderedSets X X X X X X X X Received CustomOrderedSetsSent X X X X X X X X CustomOrderedSets...
Page 708 Table B-25. Statistics for 10G MSM modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors Type: User Configurable UserDefinedStat1 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X UserDefinedStat2 X X X X X...
Page 709 Table B-25. Statistics for 10G MSM modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors FcsErrors X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X BitsReceived X X X X X...
Page 710 Table B-25. Statistics for 10G MSM modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors Type: Sequence Checking SequenceFrames SequenceErrors Type: Ethernet Fragments X X X X X X X X X X X X X X X X X X X X X X X X X Undersize X X X X X X X X X X X X...
Page 711 Table B-25. Statistics for 10G MSM modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors LineRdi LineRei LineBip PathAis PathRdi PathRei PathBip PathLossOfPointer PathPlm SectionBipErroredSecs SectionBipSeverlyErrored Secs SectionLossOfSignalSecs LineBipErroredSecs LineReiErroredSecs LineAisAlarmSecs LineRdiUnavailableSecs PathBipErroredSecs PathReiErroredSecs PathAisAlarmSecs...
Page 712 Table B-25. Statistics for 10G MSM modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors PathAisUnavailableSecs PathRdiUnavailableSecs InputSignalStrength X X X X X X X X X X X X X X X X X X X X X X X X X X X PosK1Byte PosK2Byte SrpDataFramesReceived...
Page 713 Table B-25. Statistics for 10G MSM modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors Type: BERT BertStatus BertBitsSent BertBitsReceived BertBitErrorsSent BertBitErrorsReceived BertErroredBlocks BertErroredSeconds BertSeverelyErrored Seconds BertErrorFreeSeconds BertAvailableSeconds BertUnavailableSeconds BertBlockErrorState BertBackgroundBlock Errors BertBitErrorRatio BertErroredSecondRatio BertSeverlyErroredSecond Ratio...
Page 714 Table B-25. Statistics for 10G MSM modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors BertBackgroundBlockError Ratio BertNumberMismatched Ones BertMismatchedOnesRatio BertNumberMismatched Zeros BertMismatchedZerosRatio BertElapsedTestTime BertUnframedOutputSignal Strength BertUnframedDetectedLine Rate BertDeskewPatternLock BertRxDeskewErrored Frames BertRxDeskewErrorFree Frames BertRxDeskewLossO fFrame BertTimeSinceLastError BertTriggerCount BertTxDeskewBitErrors...
Page 715 Table B-25. Statistics for 10G MSM modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors BertTxDeskewErrored Frames BertTxDeskewErrorFree Frames Type: Service Disruption BertLastServiceDisruption Time BertMinServiceDisruption Time BertMaxServiceDisruption Time BertServiceDisruption Cumulative Type: OC192 - Temperature DMATemperature CaptureTemperature LatencyTemperature BackgroundTemperature OverlayTemperature FrontEndTemperature SchedulerTemperature...
Page 716 Table B-25. Statistics for 10G MSM modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors PlmDevice1Internal Temperature PlmDevice2Internal Temperature PlmDevice3Internal Temperature FobPort1FpgaTemperature FobPort2FpgaTemperature FobBoardTemperature FobDevice1Internal Temperature Type: 10 Gig PauseAcknowledge X X X X X X X X X X X X X X X X X X X X PauseEndFrames...
Page 717 Table B-25. Statistics for 10G MSM modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors DroppedFrames X X X X X X X X X X X X X X X Type: Link Fault Signaling LinkFaultState X X X X X X X X X X X X X X X LocalFaults...
Page 718 Table B-25. Statistics for 10G MSM modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors LocalOrderedSets X X X X X X X X X X X X X X X Received RemoteOrderedSetsSent RemoteOrderedSets X X X X X X X X X X X X X X X Received...
Page 719 Table B-26. Statistics for ATM Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors Type: User Configurable UserDefinedStat1 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X UserDefinedStat2 X X X X X X X X...
Page 720 Table B-26. Statistics for ATM Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors BitsReceived X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X BitsSent X X X X X X X X X X X X X X X X X X X X X...
Page 721 Table B-26. Statistics for ATM Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors SequenceErrors Type: Ethernet Fragments Undersize Oversize VlanTaggedFramesRx FlowControlFrames Type: Gigabit SymbolErrorFrames SynchErrorFrames Type: 10/100 + Gigabit SymbolErrors OversizeAndCrcErrors Type: POS SectionLossOfSignal SectionLossOfFrame SectionBip LineAis LineRdi LineRei...
Page 722 Table B-26. Statistics for ATM Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors LineBip PathAis PathRdi PathRei PathBip PathLossOfPointer PathPlm SectionBipErroredSecs SectionBipSeverlyErrored Secs SectionLossOfSignalSecs LineBipErroredSecs LineReiErroredSecs LineAisAlarmSecs LineRdiUnavailableSecs PathBipErroredSecs PathReiErroredSecs PathAisAlarmSecs PathAisUnavailableSecs PathRdiUnavailableSecs...
Page 723 Table B-26. Statistics for ATM Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors InputSignalStrength X X X X X X X X X X PosK1Byte PosK2Byte SrpDataFramesReceived SrpDiscoveryFrames Received SrpIpsFramesReceived SrpParityErrors SrpUsageFramesReceived SrpUsageStatus SrpUsageTimeouts Type: DCC DccBytesReceived DccBytesSent DccCrcErrorsReceived DccFramesReceived DccFramesSent DccFramingErrors Received Type: BERT...
Page 724 Table B-26. Statistics for ATM Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors BertBitsSent BertBitsReceived BertBitErrorsSent BertBitErrorsReceived BertErroredBlocks BertErroredSeconds BertSeverelyErrored Seconds BertErrorFreeSeconds BertAvailableSeconds BertUnavailableSeconds BertBlockErrorState BertBackgroundBlock Errors BertBitErrorRatio BertErroredSecondRatio BertSeverlyErroredSecond Ratio BertBackgroundBlockError Ratio BertNumberMismatched Ones...
Page 725 Table B-26. Statistics for ATM Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors BertMismatchedOnesRatio BertNumberMismatched Zeros BertMismatchedZerosRatio BertElapsedTestTime BertUnframedOutputSignal Strength BertUnframedDetectedLine Rate BertDeskewPatternLock BertRxDeskewErrored Frames BertRxDeskewErrorFree Frames BertRxDeskewLossOf Frame BertTimeSinceLastError BertTriggerCount BertTxDeskewBitErrors BertTxDeskewErrored Frames...
Page 726 Table B-26. Statistics for ATM Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors BertTxDeskewErrorFree Frames Type: Service Disruption BertLastService DisruptionTime BertMinServiceDisruption Time BertMaxServiceDisruption Time BertServiceDisruption Cumulative Type: 10 Gig PauseAcknowledge PauseEndFrames PauseOverwrite 10GigLanTxFpga Temperature 10GigLanRxFpga Temperature CodingErrorFrames Received EErrorCharacterFrames Received...
Page 727 Table B-26. Statistics for ATM Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors DroppedFrames Type: ATM AtmAal5BytesReceived X X X X X X X X X X X X X X X X AtmAal5BytesSent X X X X X X X X X X X X X X X X...
Page 728 Table B-26. Statistics for ATM Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors Type: Link Fault Signaling LinkFaultState LocalFaults RemoteFaults Type: RPR RprDiscoveryFrames Received RprDataFramesReceived RprFairnessFrames Received RprFairnessFramesSent RprFairnessTimeouts RprHeaderCrcErrors RprOamFramesReceived RprPayloadCrcErrors RprProtectionFrames Received Type: Ordered Sets LocalOrderedSetsSent LocalOrderedSets Received...
Page 729 Table B-26. Statistics for ATM Modules Normal StreamTrigger ModeChecksum ModeDataIntegrity Add’l Errors RemoteOrderedSetsSent RemoteOrderedSets Received CustomOrderedSetsSent CustomOrderedSets Received...
Page 730 Table B-27. Statistics for PoE Modules Single Mode Type: PoE PoeStatus PoeInputVoltage PoeInputCurrent PoeInputPower PoeActiveInput PoeTemperature PoeAutocalibration Table B-28. Statistics for 10/100/1000 AFM Single Mode Type: AFM bytesFromApplication packetsFromApplication monitorBytesFromPort2 monitorBytesFromPort3 monitorPacketsFromPort2 monitorPacketsFromPort3...
Page 731 Available Statistics Notes Table B-29. Statistics for IxNetwork Additional Modes Type: Protocol Server - General ProtocolServerTx ProtocolServerRx TxArpReply TxArpRequest TxPingReply TxPingRequest RxArpReply RxArpRequest RxPingReply RxPingRequest ProtocolServerVlanDroppedFrames X ScheduledFramesSent AsynchronousFramesSent PortCPUFramesSent Ixia Hardware and Reference Manual, Release 6.20 B-157...
Page 732 Egress Dropped Frames Resource only Port CPU Ingress Dropped Frames Port CPU Frames Received Port CPU Bytes Received Port 13 LinkState LineSpeed FramesSent Valid FramesReceived Bytes Sent Bytes Received Egress Dropped Frames B-158 Ixia Hardware and Reference Manual, Release 6.20...
Page 733 10GE LSM (XM3, XMR3, XL6) in LAN mode 10GE LSM (XM8, XMR8, XM4, XMR4) in LAN mode 10GE LSM (XFP, XENPAK, X2, 10GBase-T) in LAN mode 10G MSM in LAN mode 10GE LSM MACSec LAN mode Ixia Hardware and Reference Manual, Release 6.20 B-159...
Page 734 FCOE Port Logout received fcoePlogoReceived FCoE Discovery sent. fcoeFdiscSent FCoE Discovery Link Service Accept received fcoeFdiscLsAccReceived FCoE Name Server Registration sent fcoeNSRegSent FCoE Name Server Registration successful fcoeNSRegSuccessful FCoE Nx Ports Enabled fcoeNxPortsEnabled B-160 Ixia Hardware and Reference Manual, Release 6.20...
Page 735 Statistics generated for ALM1000T8, ELM1000ST2, and CPM1000T8-01 load CPM Statistics modules are listed in Table B-35. Table B-35. Statistics for 10/100/1000 ALM T8, ELM ST2, and CPM T8 Common Additional Statistics Link State Line Speed Duplex Mode Ixia Hardware and Reference Manual, Release 6.20 B-161...
Page 736 Port Chip Temperature (C) Port CPU Status Port CPU DoD Status DHCPv4 Discovered Messages Sent DHCPv4 Offers Received DHCPv4 Requests Sent DHCPv4 ACKs Received DHCPv4 NACKs Received DHCPv4 Releases Sent DHCPv4 Enabled Interfaces B-162 Ixia Hardware and Reference Manual, Release 6.20...
Page 737 DHCPv4 Addresses Learned DHCPv6 Solicits Sent DHCPv6 Advertisements Received DHCPv6 Requests Sent DHCPv6 Declines Sent DHCPv6 Replies Received DHCPv6 Releases Sent DHCPv6 Enabled Interfaces DHCPv6 Addresses Learned Not ELM (ALM and CPM only) Ixia Hardware and Reference Manual, Release 6.20 B-163...
Page 738 X X X X X X X X Type: Quality of Service QualityOfService 0-7 X X X X Type: Checksum Stats IPv4Packets X X X X X X X X UdpPackets X X X X X X X X B-164 Ixia Hardware and Reference Manual, Release 6.20...
Page 739 X X X X X X X X Type: Temperature PCPU FPGA Temperature Capture1 Fpga Temperature Capture2 Fpga Temperature Tx1 Fpga Temperature Tx2 Fpga Temperature Latency1 Fpga Temperature Latency2 Fpga Temperature TxSchedulerOverlay Temperature TxFmx Fpga Temperature Ixia Hardware and Reference Manual, Release 6.20 B-165...
Page 740 X X X X X X X X LocalFaults X X X X X X X X RemoteFaults X X X X X X X X Type: LSM codingErrorFrames X X X X X X X X Received B-166 Ixia Hardware and Reference Manual, Release 6.20...
Page 741 X X X X X X X X FrameRate X X X X X X X X FirstTimeStamp X X X X X X X X LastTimeStamp X X X X X X X X Ixia Hardware and Reference Manual, Release 6.20 B-167...
Page 742 Available Statistics 40/100 GE Statistics B-168 Ixia Hardware and Reference Manual, Release 6.20...
Page 743 Appendix C: Installation Requirements Ixia GPS equipped systems used to provide local Stratum 1 timing signals requires the installation of a GPS antenna kit (942-0003 or 942-0005, where the facility or environment prevent the window mount antenna from functioning). This section describes the installation method we recommend for an IXIA GPS Antenna.
Page 744 (low R and low L) ground system. One possible installation is shown in Figure C-1 on page C-2. Figure C-1. GPS Installation Requirements The following items are included as part of the Ixia package: • The GPS Antenna • GPS Cables (1 long and 1 short) •...
Page 745 GPS Antenna Installation Requirements Conduit Conduit We recommend the coax from the GPS antenna to the Ixia unit to be installed in a secure conduit from the point directly above the chassis to the GPS antenna. The conduit serves two purposes: It protects the coax cable.
Page 746 No high-power radar signal beamed directly at the unit; this may damage the pre-amplifier in the antenna. No harmonics from a high-power, broad band transmitter within a few megahertz of the carrier frequency (1.575 GHz) should be present. This may jam the GPS receiver. Ixia Hardware and Reference Manual...
Page 747 In the absence of a metal window frame, a nine centimeter square metal plact can be used to mount the antenna in a position above the window sill. Ixia Hardware and Reference Manual, Release 6.20...
Page 748 GPS Antenna Installation Requirements Window Mount Antenna Ixia Hardware and Reference Manual...
Page 749 IxExplorer represents the Load Module as present and advertises the type. For unsupported Load Modules, the module type is shown and is indicated as unsupported in the IxExplorer GUI as long as it resides in a slot. To insert a load module: Ixia Hardware and Reference Manual...
Page 750 Optixia chassis. Note: In the event of indications of inadequate power, remove load modules starting from the low-number slots (slot 1, 2, 3), then working upward toward the higher-numbered slots, until the problem is solved. Ixia Hardware and Reference Manual...
Page 751 2-30 OC-3c 2-41 RFC 2684 3-47 2-30 Statistics 2-76 CLNP 3-17 Auto Negotiation 2-10 clock in/out NGY 20-14 Available/Unavailable Seconds 2-46 cluster-list community Concatenated SONET 2-22 BERT 2-22 2-45 confederation Statistics 2-77 Ixia Hardware and Reference Manual, Release 6.20 Index-1...
Page 752 Extension Header Error Check (eHEC) 2-30 Hunt 2-31 Payload External BGP 2-30 Presync 2-31 Scrambling 2-32 Sync 2-32 fan speed control, XM12 4-13 6-15 Gigabit Ethernet 2-21 fan speed control, XM2 5-15 Index-2 Ixia Hardware and Reference Manual, Release 6.20...
Page 753 2-51 ITU-T I.363.5 2-42 MACsec statistics B-160 IxExplorer Magic Number 2-36 Operation 2-81 Ports Maximum Receive Unit (MRU) 2-34 Software 2-78 MII Templates 2-80 IxExplorer Software 2-78 Minimum Flag 2-51 Cards 2-79 Ixia Hardware and Reference Manual, Release 6.20 Index-3...
Page 754 Continuous 2-49 Power Sourcing Equipment (PSE) 2-10 PATH message 3-21 Powered Device (PD) 2-11 PATH Messages 3-22 2-22 2-33 Path Overhead (POH) 2-24 Configure-ACK 2-34 Configure-NAK 2-34 PATH_ERR message 3-21 Configure-Reject 2-34 Index-4 Ixia Hardware and Reference Manual, Release 6.20...
Page 755 2-65 RFC 3376 Start Capture 2-68 RFC 3810 3-28 Start Collision 2-68 3-14 Start Latency 2-68 RIPng 3-16 Start Transmit RFC 2080 2-65 3-16 Statistic View RJ-45 2-80 2-10 Statistics RMII 2-10 Ixia Hardware and Reference Manual, Release 6.20 Index-5...
Page 756 Fragments B-12 B-17 Bytes Sent Rate Framer Abort B-12 B-13 Capture Chip Temperature Framer CRC Errors B-25 B-13 Capture Filter Framer Frames Received B-11 B-13 Capture State Framer Frames Sent B-12 B-13 Index-6 Ixia Hardware and Reference Manual, Release 6.20...
Page 757 B-13 OAM Rx Fault Management AIS Quality of Service Rate B-29 B-13 OAM Rx Fault Management CC Receive Arp Reply B-30 B-14 OAM Rx Fault Management LB Receive Arp Request B-30 B-14 Ixia Hardware and Reference Manual, Release 6.20 Index-7...
Page 758 B-14 SRP Data Frames Received Stream Statistic View B-21 2-80 SRP Discovery Frames Received B-21 Streams 2-47 SRP Header Parity Errors B-21 Synchronous Payload Envelope (SPE) 2-24 SRP IPS Frames Received B-21 Index-8 Ixia Hardware and Reference Manual, Release 6.20...
Page 759 User Defined Fields (UDF) 2-55 User Defined Statistics (UDS) 2-76 Value List Mode UDF 2-58 Variable Clocking 2-22 VC Mux Bridged Ethernet 2-41 VC Mux Routed 2-41 virtual chassis chain voice quality analysis 4-16 Ixia Hardware and Reference Manual, Release 6.20 Index-9...
Page 760 Index Index-10 Ixia Hardware and Reference Manual, Release 6.20...

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IXIA Optixia XM12 Hardware And Reference Manual

Chapter 1 Hardware and Reference Overview

Chapter 4 Optixia XM12 Chassis

Chapter 5 Optixia XM2 Chassis

Chapter 6 XG12 Chassis

Chapter 11 IXIA 250 Chassis

Chapter 12 Ixia 100 Chassis

Chapter 14 Ixia GPS Auxiliary Function Device (AFD1)

Chapter 15 Ixia IRIG-B Auxiliary Function Device (AFD2)

Chapter 16 IXIA 10/100/1000 Load Modules

Chapter 17 IXIA 1Gbe and 10Gbe Aggregation Load Modules

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