|
contents | hardware | |||||||
| NetEffect's 10Gb Accelerated Ethernet Adapter in SFP+ Form Factor NetEffect has announced availability of a 10Gb accelerated Ethernet adapter supporting the modular small form factor pluggable (SFP+) interface. The compact SFP+ module is over 30 percent smaller and uses 30 percent less power than other optical modules. It supports both SR and LR optical media as well as direct-attach copper cable. In addition to a single-port card, the NetEffect SFP+ adapter also will be available in a dual-port configuration that enables two of the same or different modules to be connected simultaneously, expanding connectivity options for individual servers. The new NetEffect NE02010Gb SFP+ adapter will be on display at the Optical Fiber Communication Conference and Exposition (OFC), in AMCC booth #3015, February 26 – 28, San Diego. AMCC designed and supplies the QT2025 10Gbps PHY chosen by NetEffect for this adapter card. The AMCC QT2025 is the industry's first SFI-to-XAUI PHY that supports 10GBASE-LRM, 10GBASE-LR, 10GBASE-SR and 10GBASE-KR. NetEffect continues to set the standard in high performance, power efficiency and configuration flexibility. The NE02010Gb SFP+ adapter delivers top performance with the lowest energy usage of any 10Gb Ethernet adapter available. It draws less than nine watts for a single port/SR module and only 10 watts for a dual-port/SR modules adapter configuration, significantly less than competing solutions. Like all NetEffect accelerated Ethernet adapters, the multifunction NE02010Gb SFP+ adapter maintains high performance and ultra-low latency under real-world data center loads and supports simultaneous networking, clustering and storage traffic using only a single firmware and OS driver image. Its unique Virtual Pipeline Architecture strikes the perfect balance between hardware state machines and embedded CPU cores, incorporating the industry's first full implementation of the iWARP extensions to Ethernet, including TCP offload, iWARP (RDMA over Ethernet) and User-level Direct Access. This technology increases performance while reducing overhead for all types of networking traffic without a need to modify applications. The result is performance for industry standard Ethernet previously found only in proprietary interconnects. write your comments about the article :: © 2008 Networking News :: home page |