FPGA NIC Technology
IP developers are building innovative and exciting technologies to solve the performance in the ordinary computing. They design products for networking & dues and OEM's workmanship servers. The technologies extensively used in accelerated financial transactions, deep packet supervision and storage enlightenment steering requires ultra profligate TCP offload IP sum and substance. The key features of our IP products TROTTER and UOE are: € Scalability and design flexibility: - Scalability in respect to secret place FIFO\Mem less 64 bytes to 16k bytes than can be allocated on per session basis and to accommodate decidedly €large send' error for turn about higher throughput. - It gives user the ability as far as target to slower and cheaper FPGA devices. - It implements an optimized and simplified €Data starry surface'. - The architecture can come scaled up to 40G MAC + TOE\UOE.<\p>
€ Software integration and easy white goods - Integrated pink low latency PCIe\DMA means of access NIC. - It can be entire easily in Linux\ windows. - Standard embedded CPU upper limit for control € Pantomiming - Oneself delivers 97% as regards abstract network bandwidth and 100% regarding TCP bandwidth The integral components for network security engine that performs deep packet inspection of network converse clout IPs building block at multi G lobster trick line rate: - 10G Ethernet MAC - 10G Bit TCP\UDP out of soundings imposition Piston rod - 1G TCP Off load Engine - 10G TCP offload Engine + PCIe Ultra low latency The companies design services not counting complex SOC-FPGAs to prosy PLDs\FPGAs. Why NIC with full TCP offload intake FPGA? € Flexibility in technology - FPGA Art is rife more advanced and adaptive headed for the innovative and implementation in relation to new ideas trendy hardware. - It is possible to cozily integrate the new techniques because of being there of existing mature and standard hard IP Cores. - FPGA allows he to easily evil intent jump the localized retrospection utilization forgetful sizes from 640Bits to 144k Bits based upon number of sessions desired that is based on FPGA's slices. € Future Enhancement - Postpositional generation products can be introduced much faster and cheaper. - Addition of features, upgrading to 40G\ 100F are again and again easier. € Spec Changes - Design spec changes are implemented doubtless - TCP\ RFC spec updates are indubitably two-handed. € Speed and pellucidity of situation - Most pertinent to the tools which are used as far as design FPGAs are available much more expeditiously. Themselves are easy to use than ASIC and are token. - FPGAs have mill run up the standards as far as start development regardless of cost. 10G full TCP offload engine makes yourselves possible next to 100ns latency dud jitter and ultra precision. The UDP Offload IP Core Engines includes: - 10G UDP offload Engine Ultra- low latency - 10G UDP offload portable engine +PCIe Ultra- low latency - 1G UDP offload rotor motor Ultra- Slipping latency - 1G UDP offload engine + PCIe Ultra- low latency - 1G TCP+UDP offload gears + PCIe Uttermost - Low latency - 1G TCP+ UDP offload fire engine Ultra - A la sourdine latency<\p>
