EDM-2001A In Stock

The EDM-2001A by Spirent is a high-performance Series 2000 Gigabit Ethernet Test Module designed to offer users exceptional flexibility from Layer 2 to Layer 3 scalability, encompassing basic routing to advanced Layer 3 and routing capabilities. When combined with high-scale TestCenter software components, this module can scale up to an impressive maximum of 32,767 streams per port. The EDM-2001A empowers users to effectively benchmark the scalability and limitations of devices from various manufacturers at a cost-effective price point.

The EDM-2001A undergoes development and testing in a lab environment before being installed into the SPT-2000A portable chassis at the user's site. This module facilitates the validation and comparison of network equipment, enabling users to determine the suitability of specific applications prior to full-scale deployment. Notably, the EDM-2001A boasts several key advantages, including high port density for multi-user operation, support for both copper and fiber dual media Ethernet interfaces, hot swapability for seamless component replacement, remote management via an IP network, a unified software tool for comprehensive device management, and the ability to conduct thorough functional testing and high-scale performance testing to identify potential issues.

The EDM-2001A excels in wire-rate and beyond wire-rate traffic analysis and generation across Layers 2 and 3. Its compatibility with a range of TestCenter applications allows for comprehensive functionality testing and performance analysis within a single device. The module supports sophisticated RFC 2544 L2/L3 performance and RFC 2889 LAN switching performance tests, adhering to automated industry standards. Furthermore, the EDM-2001A encompasses all core technologies necessary to test Enterprise Layer 2/Layer 3 switches, including DHCP, QoS, VLAN, IPv4/v6, spanning tree, multicast, and routing. Notably, it can simultaneously emulate networks with multiple protocols per port, effectively replicating routed networks on a large scale.