Naoya Nis遊雅堂 クレジットカード入金できないmura , Katsuki Suematsu , Masao S遊雅堂 クレジットカード入金できないnoda and Masato S遊雅堂 クレジットカード入金できないino
Abstract
As the performance limits of electrical transmission become apparent in such equipment as servers and routers, optical interconnection technology is drawing attention. Furukawa Electric has been developing, in anticipation of application to optical interconnection, optical 遊雅堂 クレジットカード入金できない-density multi-fiber connectors. In this paper, compact multifiber ferrule µ-Joint is presented, along with MU-type plug and backplane connector, both based on µ-Joint. The µ-Joint has a cross section about one quarter that of conventional MT ferrule, so that it allows for 遊雅堂 クレジットカード入金できない-density mounting with a low insertion loss of 0.5 dB or lower. Tests in conformity to Telcordia GR-1435-CORE have been carried out to confirm that the ferrule has 遊雅堂 クレジットカード入金できない long-term reliability.
Full 遊雅堂 クレジットカード入金できないxt PDF(680KB)
