
Published on: Tuesday, Tue, 17 Jul 2018 ● 2 Min Read
Bangalore, March 09, 2018 – Spirent Communications, the world leader in network testing solutions, has introduced the first impairment test solution for verification of Ethernet products and networks at 25GbE. The Spirent Attero-100G now includes a 25GbE delay emulator that enables equipment manufacturers to emulate a network or its elements with precision, accuracy and repeatability, while also supporting the testing of Ethernet switches, routers, and networks at rates up to 100GbE.
“25GbE is increasingly used as a key interface in Data Centres and used in new 5G networks for front haul between the remote radio head (RRH) and the centralised baseband units (BBUs),” said Abhitesh Kastuar, General Manager of General Manager of Spirent’s Cloud and IP Business Unit. “These new interfaces must be verified so that delays in transmitting critical financial data and sensitive video traffic don’t cause problems. To design and manufacture products for this marketplace, it is essential that equipment manufacturers and network architects have up-to-the-minute test tools. Attero-100G is the first test solution to provide full line rate emulation to provide the measurements required for 25GbE compliance.”
Spirent’s Attero-100G High Speed Network Emulator supports full line-rate network simulation with precise full-line-rate delay of up to 1024ms at 25GbE, with packet jitter to nanosecond accuracy, as well as lost, mis-ordered, errored and repeated packets and up to 16 profiles to configure and inject impairments.
Spirent Communications plc., is the leading provider of verification, assessment, analytics, and device intelligence solutions. We enable those who deliver networks, connected devices, and communication services to provide a superior user experience. From service provider networks and enterprise data centres to mobile communications and connected vehicles, Spirent works with leading innovators to help the world communicate and collaborate faster, better, and more securely.