Mahi picks Ample Communications for Ethernet-over-SONET

May 18, 2005 Fremont, CA -- Ample Communications, a provider of communications silicon for wireline network systems, today announced that Mahi Networks, a supplier of optical transport, switching, and aggregation platforms, has chosen Ample's Harrier-24 triple speed Ethernet MAC. According to a press release, Mahi will use the device for its Ethernet-over-SONET applications with enhanced Layer 2 and Layer 3 functionality.

May 18, 2005 Fremont, CA -- Ample Communications, a provider of communications silicon for wireline network systems, today announced that Mahi Networks, a supplier of optical transport, switching, and aggregation platforms, has chosen Ample's Harrier-24 triple speed Ethernet MAC. According to a press release, Mahi will use the device for its Ethernet-over-SONET applications with enhanced Layer 2 and Layer 3 functionality.

"After looking at other solutions for our Ethernet-over-SONET applications, we selected the Harrier-24 based on its capabilities, dependability, and considerable competitive advantages that it provides for us," explains Kevin Pope, vice president of engineering for Mahi Networks. "The Harrier-24 will be an integral part of a converged packet solution that improves carrier's business models for Ethernet services."

Ample says its Harrier-24 is a 24-port full-rate device featuring a large amount of on-chip packet memory, to enable extended fiber reach with "loss-less" flow control. Using the device, Mahi says its customers will be able to deploy systems at greater distances without experiencing packet loss, enabling maximum deployment flexibility.

Sign up for our eNewsletters
Get the latest news and updates
The demands reshaping digital infrastructure are pushing optical communications into a new era of innovation. AI infrastructure is forcing engineers to rethink how data moves ...
A new wave of investment is creating thousands of new job opportunities throughout the southern United States as we migrate from an information-based economy to an AI-powered ...