XFP-2001A In Stock

The XFP-2001A by Spirent is a highly capable Series 2000 10G XFP module designed to meet the diverse needs of users requiring extensive flexibility in network testing. With its 1-port configuration, this module offers a wide range of scalability options, starting from basic Layer 2/Layer 3 routing to advanced Layer 3 functionalities. By leveraging compatible high-scale software components, the XFP-2001A can support up to 32,767 streams per port, ensuring exceptional performance.

The XFP-2001A is easily integrated into the SPT-2000A portable chassis, enabling effortless transportation after conducting device testing in a laboratory environment. This integration not only streamlines the testing process but also reduces the overall cost of test equipment and optimizes lab space utilization. Furthermore, the module facilitates simultaneous operation by multiple users, maximizing efficiency and productivity. Its intuitive interface allows for seamless management through an IP network or while the chassis is fully operational. Additionally, the XFP-2001A maximizes the value of test equipment investments by utilizing the same hardware platform for both development and research purposes, offering interactive capabilities for issue identification, high-scale performance testing, and comprehensive functional testing.

Notable features of the XFP-2001A include per-port group reservation, wire-rate and beyond wire-rate traffic generation and analysis at Layer 2/Layer 3. It is also fully compatible with TestCenter software applications, enabling comprehensive functional testing and analysis on a single device. The module supports sophisticated automated industry-standard tests, such as RFC 2889 for LAN switching performance and RFC 2544 for L2/L3 performance evaluation. Furthermore, the XFP-2001A encompasses all the essential core technologies necessary for testing Enterprise L2/L3 switches, including DHCP, VLAN, spanning tree, routing, multicast, IPv4/v6, and QoS. This capability allows for the simultaneous execution of multiple protocols per port, effectively emulating complex routed networks.