Ixia Optixia Xm2 6.4 Ip Ixos-Nl, Ixload, Ixautomate W/ Xcellon-Ultra Np 10Gbe

Listing description

Ixia Optixia XM2 IP Performance Portable Chassis with the following:

1 x Xcellon-Ultra NP Twelve GbE One 10GbE Load Module
P/N: XM2
Software:

IxOS 6.4

Licenses incluced

Pre-installed Licenses:

IxOS-NL : permanent

922-0001: Framework (IxServer), IXOS Software, NODE-Locked, 5

IxLoad-permanent

895-0301 FRAMEWORK, IxLoad
925-3003 IXLOAD, HTTP-Basic, FTP, QuickTCP, QuickHTTP
925-3142 IXLOAD-Application-Replay, Highly capture replay fu
925-3202 IXLOAD, HTTP-Advanced, Impairment

IxAutomate : permanent

895-0200 FrameWork, IxAutomate
928-0201 IxAutomate, RFC 2544/IPv6 Test Suite
928-0202 IxAutomate, RFC 2889 Layer 2 Switching Test

A wide array of interface modules are available for the XM2. The chassis supports up to 32 Gigabit Ethernet ports, 16 – 10 Gigabit Ethernet ports, 1 – 40 Gigabit Ethernet port , 1 – 100 Gigabit Ethernet port, 1 dual-speed 40/100 Gigabit Ethernet port, four packet over SONET (POS) ports, or 4 asynchronous transfer mode (ATM) ports. These modules provide the network interfaces and distributed processing resources needed for executing a broad range of data, signaling, voice, video, and application testing for layers 2-7.
The XM2 chassis support an integrated test controller that manages all system and testing resources. Resource ownership at a per-port level, coupled with hot-swappable interface modules, ensures a highly flexible and multi-user testing environment. A load module form factor adapter assures backward compatibility with existing Ixia standard form factor interface modules and provides seamless migration from and integration with existing Ixia test system installations.
Ixia Optixia Xcellon-Ultra NP Twelve GbE One 10GbE Load Module
The Xcellon-Ultra NP load module combines the processing power and resources of up to twelve per-port CPUs into one physical port, providing the highest layer
4-7 line-rate performance – unmatched by any other layer 4-7 test solution. Any of the twelve Gigabit Ethernet (GbE) ports can be used individually or aggregated through the single 10GbE port. Each test port supports wirespeed layer 2-3 traffic generation and analysis, high performance routing/bridging protocol emulation, and true layer 4-7 application subscriber emulation and traffic generation. The twelve GbE ports can be used to build an ultra-high density test environment for auto-negotiable 10/100/1000 Mbps Ethernet over copper and fiber. With twelve slots per XM12 chassis, up to 144 GbE and twelve 10GbE test ports are available in a single test system. Xcellon-Ultra NP meets the challenge of next-generation advanced networking and security platforms. Each GbE port contains a powerful RISC processor running Linux, and a complete testing-optimized TCP/IP stack.

This equipment is located in US