Spirent 401400 1 Gbps Generator/Analyzer Module

The Spirent 401400 1 Gbps Generator/Analyzer Module for the AX/4000 system is designed for high performance to allow testing at various protocols, including ATM, IP, Frame Relay, and Ethernet. With a maximum supported data rate of 1 Gbps, this module will be appropriate for testing the scalability, reliability, and performance of broadband access, mobile backhaul, and core networks. The 401400 is a generator and analyzer in one, providing a theoretical end-to-end testing capability simulating network traffic while analyzing network performance—thus allowing engineers to verify device and network integrity under real-world conditions.

As part of the modular AX/4000 platform, the Spirent 401400 supports a wide range of interface options from 1.554 Mbps to 10 Gbps and is thus well-suited in testing varied configurations and technologies of networks.
This versatility is complemented with conformance test suites, which guarantee compliance to a variety of protocol standards, enabling engineers to find and solve implementation issues very early in the network development process. High precision and repeatability of the 401400 module in testing processes are of utmost importance for improving product quality and time-to-market reduction—a must for every network provider or equipment manufacturer.

Ideal for simulation scenarios that mirror network conditions from the subscriber edge right to the core backbone, the 401400 module is designed to assess network performance metrics, identify any potential bottlenecks, and ascertain whether devices meet the required performance standards prior to being deployed. Its design supports both high-throughput testing and complex testing scenarios, such as multicast, MPLS, and switching. This module allows the user to achieve cost-effective testing either by reducing manual intervention, smoothing testing workflows, or by reducing resource requirements. The AX/4000 software interface complements the 401400 module, offering easy configuration, fast test variations, and in-depth result analysis.