Synthetic Traffic Generator Reference Design
White Paper Synthetic Traffic Generator Reference Design Overview Synthetic traffic generators enable lab testing of FPGA designs with network ports. There are other applications, but
FPGA-based cards are maturing into critical devices for data centers and edge computing. However, there’s a gap in server capability for enterprise-class solutions that take into accounting the unique nature of FPGAs.
BittWare offers our TeraBox™ line of FPGA servers, providing reliable, pre-integrated, and high-performance solutions for data centers and edge requirements. We’ll explain our philosophy of the server plus cards as a system instead of separate entities. This provides advantages in the development phase as the TeraBox arrives pre-integrated and ready for service. For deployment, a TeraBox has critical certifications, testing, and procurement options that simply aren’t available anywhere else.
In this informative webinar we will also speak to the particulars of our TeraBox line, including the highest density FPGA servers available, new TeraBox options for edge computing, and specialized servers designed for unique market needs.
Craig Petrie, VP Marketing
Carlos Tejeda, Product Manager, Integrated Systems
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White Paper Synthetic Traffic Generator Reference Design Overview Synthetic traffic generators enable lab testing of FPGA designs with network ports. There are other applications, but
PCIe Gen4 data mover IP from Atomic Rules. Achieve up to 220 Gb/s using BittWare’s PCIe Gen4 cards, saving your development team when you need more performance than standard DMA. Features: DPDK and AXI standards, work with packets or any other data format, operate at any line rate up to 400 GbE.
Explore using oneAPI with our 2D FFT demo on the 520N-MX card featuring HBM2. Be sure to request the code download at the bottom of the page!
BittWare Webinar Arkville PCIe Gen4 Data Mover Using Intel® Agilex™ FPGAs Webinar The Arkville IP from Atomic Rules was recently updated to support Intel Agilex