40 gigabit attachment unit interface (xlaui) lane electrical interface to replace 10 gigabit xfp (xfi) in 10gb/s channel applications
作者： Ricardo O. Rabinovich
DOI:
关键词: Embedded system 、 Printed circuit board 、 PHY 、 Attachment Unit Interface 、 Integrated circuit 、 XFP transceiver 、 Media access control 、 Ethernet 、 Gigabit 、 Computer hardware 、 Engineering
摘要: The preferred device (e.g. printed circuit board or PCB) includes a XLAUI bi-directional lane link (i.e. ¼ channel) inserted onto the between PHY integrated and an Ethernet media access control (MAC) processor. This replaces electrical XFI channel in 10 Gb/s interconnects circuits on PCB. methodology inserting for use MAC
lens.org 参考文章(5)
Robert Brunner, Martin Julien, Data network elements, crossbars, and methods providing coupling between remote PHY and MAC devices ,(2011)
Ilango S. Ganga, Richard I. Mellitz, Cable interconnection techniques ,(2009)
Sergey Shumarayev, Weiqi Ding, Wilson Wong, Allen Chan, Pld architecture optimized for 10g ethernet physical layer solution ,(2008)
Craig W. Hodgson, Optical packages and methods to manufacture the same ,(2003)
Scott Powell, Wael William Diab, System and Method for Achieving Greater Than 10 Gbit/s Transmission Rates for Twisted Pair Physical Layer Devices ,(2009)