The Ethernet Alliance, a global consortium dedicated to the continued success and advancement of Ethernet technologies, today revealed details of its upcoming Ethernet plugfest. Focusing on improving interoperability of Ethernet equipment at port data rates ranging from 25 Gigabits per second (Gb/s) to 400 Gb/s, the testing matrix encompasses technologies based upon both recently completed and soon-to-be ratified IEEE standards. The Ethernet Alliance Higher Speed Networking Plugfest will be held the week of August 13, 2018 University of New Hampshire InterOperability Laboratory (UNH-IOL) in Durham, N.H.
WHAT: Ethernet’s ongoing march toward the era of terabit speeds continues unabated. With the recent completion and expected approval of standards such as IEEE 802.3bs™ andIEEE P802.3cd™, meeting demand for greater Ethernet speeds while maintaining its legacy of proven interoperability is vitally important. The Ethernet Alliance members-only Higher Speed Networking Plugfest represents a key opportunity for testing and verification of advanced Ethernet solutions. Among equipment to be tested during the event are Ethernet physical layer transceivers (PHYs); network interface controllers (NICs); switches; test and measurement solutions; and an array of media at speeds of 25, 50, 100, 200, and 400 Gb/s.
WHEN & WHERE: The Ethernet Alliance Higher Speed Networking Plugfest will be conducted the week of August 13, 2018, at UNH-IOL’s Durham, N.H. lab.
WHY: Demand for faster, more reliable high-speed connectivity is growing across every market segment, from enterprise to consumer. Ethernet Alliance members take part in events like the Higher Speed Networking Plugfest because they offer an unparalleled opportunity to test new Ethernet technologies before they are released to market, thereby improving product interoperability, and thus the end user experience. It further enables the Ethernet Alliance to continue its mission of empowering the Ethernet ecosystem to quickly meet the market’s growing appetite and swiftly deliver upon the promise and benefits of the next generation of Ethernet speeds.