March 27, 2013
/PRNewswire-USNewswire/ -- Fifteen companies met in
, USA during the week of
March 1, 2013
, to participate in the first wide scale interoperability testing of equipment implementing ITU-T G.vector for VDSL2. This plugfest, the first of a planned series of interoperability events organized by the
, and hosted by the
University of New Hampshire InterOperability Laboratory (UNH-IOL)
, was focused on detailed testing of G.vector functionality.
The participating companies were Actiontec Electronics, Inc., ADTRAN, Alcatel-Lucent, AVM GmbH, Broadcom, Calix, Cisco, EXFO, Ikanos, JDSU, Lantiq, Metanoia Communications, NETGEAR, Real Communications and Technicolor, with the support of Telebyte and TraceSpan Communications.
Each plugfest offers an opportunity for industry leading companies to come together in a neutral environment to test their G.vector implementations. Testing was conducted according to the Broadband Forum's G.vector plugfest test plan, and initial results will be provided to the Broadband Forum membership in the coming weeks.
, CEO of the Broadband Forum, said: "There is no doubt that VDSL2 has a pivotal role to play in the future of high speed broadband services. It is rapidly becoming a widely deployed technology and the addition of G.vector functionality is helping to achieve the increased bandwidth needed for today's applications and consumer expectations. Our role is to ensure that implementations of G.vector are interoperable and perform well, and the plugfest is a key step towards that goal."
G.vector provides a boost to VDSL2 data rates by cancelling crosstalk in real-time between wire pairs in the copper access network. This allows the equipment to operate at higher bit rates, and gives subscribers quality access to even higher bandwidth services. The Broadband Forum series of plugfest events helps implementations to mature, fosters cross-vendor interoperability, and ensures that participants keep up with G.vector advancements, thereby expediting quality rollouts of super-fast broadband services over VDSL2 around the world.