TCP/IP Offload Ethernet IP from Chevin Technology
Go Back to IP & Solutions TCP/IP Offload Ethernet IP The TCP/IP (Transmission Control Protocol/ Internet Protocol) is an Ethernet IP core for FPGAs that
Many important networking functions now depend upon FPGA-based hardware acceleration. In general, such functions fall into one of four categories:
Most often in security: Anti-DDoS for example. Also high-frequency trading (HFT/Fintech) where competitive algos change regularly.
ASICs are expensive to justify for modest-volume applications. Early-to-market speeds like 56G PAM4 enabling 400G are first available on FPGAs.
This is seen in real-time packet capture and filtering for Lawful Intercept (LI) and functional testing of high line-rate equipment in excess of 100Gbps.
CPUs struggle handling network tasks like DPI above 10 GbE, creating a need for offload at 40+ GbE rates. Adopting an FPGA-based solution is challenging—which is why we provided reference designs and services to help.
NFV
Monitoring
Custom IP
Security
Fintech
Building a SmartNIC application in an FPGA?
Save time by starting with one of our reference designs and build on BittWare hardware:
These examples are free for customers with qualifying products. Contact us for details.
Click on a design to read details; we also make the detailed App Notes available for free download!
Discuss your network acceleration needs with our technical staff.
"*" indicates required fields
Go Back to IP & Solutions TCP/IP Offload Ethernet IP The TCP/IP (Transmission Control Protocol/ Internet Protocol) is an Ethernet IP core for FPGAs that
BittWare Webinar High Performance Computing with Next-Generation Intel® Agilex™ FPGAs Featuring an Example Application from Barcelona Supercomputing Center Now Available On Demand (Included is recorded
PCIe FPGA Card XUP-P3R AMD UltraScale+ 3/4-Length PCIe Board 4x 100GbE and up to 512GB DDR4 Need a Price Quote? Jump to Pricing Form Ready
BittWare On-Demand Webinar Computational Storage: Bringing Acceleration Closer to Data High-performance storage is changing as acceleration moves closer to storage and traditional form factors change