Overview
TRC2104SFA is a Quad SERDES for fiber channel applications. It can communicate at 1Gb/s to 2.1Gb/s. It has a low jitter clock synthesizer, 8bit/10bit converter, differential high speed serial I/O, loopback test mode, PRBS7 generator and checker, and needs only 3 resistors as external component to set the bias current. it is fabricated with TSMC advanced CMOS logic process. It is a stand alone chip.
Learn more about Fibre Channel IP core
NVMe over Fabrics (NVMe-oF™) technology extends the speed and efficiency of NVMe storage across network fabrics such as TCP, RDMA, and Fibre Channel to meet the scale-out storage needs of AI applications. And, looking ahead, NVM Express is exploring developing support for Ultra Ethernet, opening new possibilities for even greater performance and interoperability in future data center architectures. Read on to learn more about the ways NVMe-oF technology is addressing challenges in AI.
Doug Farley, Dell, Phil Cayton, Intel, and Rob Davis, NVIDIA - Co-Chairs of the NVMe Boot Task Group
Until now, the boundaries between PCI Express (PCIe) and Ethernet were clearly defined -- PCIe as a chip-to-chip interconnect, and Ethernet as a system-to-system technology. There are good reasons (and a few less good) why these two technologies have both endured and co-existed. While nothing is on the horizon that will change this, PCIe is showing signs of growing and competing with Ethernet for space that was once solely the domain of Ethernet – specifically, within the rack. Can it really compete with and win against Ethernet?
Eric Esteve
Controllers in today's network-connected embedded systems often are overwhelmed by the data streaming to and from the various I/O sources; it can be difficult for the system's root complex to absorb high-speed bursty traffic such as 10Gig Ethernet when it competes with very fast streaming data from sources such as InfiniBand and Fibre Channel (FC) storage elements.
LSI Logic
