Spirent Adds WiMAX Support to its Test Platforms
Spirent Communications has announced the availability of WiMAX testing capabilities on its Landslide test system. The Spirent Landslide WiMAX performance test system supports real-world traffic generation and nodal emulation capabilities. This includes base station and mobile subscriber station emulation that provides user-defined control over all aspects of WiMAX core network performance testing. Furthermore, the test system is capable of testing the ASN-GW in a standalone configuration; the ASN-GW and CSN combined in an end-to-end configuration; or the CSN in a standalone configuration. In each case, Spirent Landslide emulates the devices that communicate with the system under test.
“Spirent Landslide is assisting Bridgewater in conducting rigorous WiMAX conformance and quality assurance testing to help ensure that our solutions meet the high standards service providers require for WiMAX network launch,” said Eamonn Garry, vice president of research and development for Bridgewater Systems.
“In a market characterised by increased competition within the vendor and service provider community, Spirent is committed to providing high performance, automated solutions that enable customers to quickly and cost efficiently roll out new next generation networks and services,” said Bill Burns, chief executive officer, Communications Group Spirent Communications plc. “The addition of the WiMAX test capability to the Spirent Landslide platform continues Spirent’s tradition of providing highly scalable, easy to use performance validating solutions that help accelerate the deployment of new technologies.”
The Spirent Landslide WiMAX performance test system supports WiMAX AAA and Data Protocols, per-session and aggregate measurements including latency, throughput, average and peak readouts and scales to meet, up to 32 test servers per system; up to 100,000 emulated MSS per test server; up to 1,000 emulated base stations per test server; and up to 1,000 attaches per second per test server.
Posted to the site on 25th March 2008
