XUP-VVH PCIe Card with Xilinx Virtex UltraScale+ VU37P FPGA
PCIe FPGA Card XUP-VVH UltraScale+ FPGA PCIe Board with Integrated HBM2 Memory 4x 100GbE Network Ports and VU37P FPGA Need a Price Quote? Jump to
BittWare has put two decades of product design experience into creating a mature and robust suite of development tools that is tightly integrated with its FPGA products. These tools for system development and FPGA development shorten our customers’ learning curve while increasing their productivity, allowing them to reduce development costs and shorten their time to market.
With a range of FPGAs on our products, we are pleased to also support several native development platforms from Achronix, AMD, and Intel.
ACE Design Tools
Quartus Design Software
Vivado Design Suite
From native HDL to the latest high-level software-driven tool flows, BittWare’s products support a variety of development needs.
The latest high-level tool flow from Intel is oneAPI, and BittWare is pleased to play a leading role in bringing support for this innovative development platform to FPGA solutions. Learn more and watch our exclusive oneAPI webinar with Intel (on demand recording) featuring a 2D FFT demo.
A core benefit to BittWare FPGA products is our software: the BittWare SDK. The SDK works alongside card-specific features like Card Support Packages (CSPs) and Baseboard Management Controllers (BMCs).
BittWorks II Toolkit provides software support for BittWare’s UltraScale+ and Arria 10 FPGA cards.
PCIe FPGA Card XUP-VVH UltraScale+ FPGA PCIe Board with Integrated HBM2 Memory 4x 100GbE Network Ports and VU37P FPGA Need a Price Quote? Jump to
White Paper Introduction to BittWare’s Loopback App Note and Example Overview BittWare’s Loopback example demonstrates several things: How to fully use the Xilinx CMAC in
PCIe FPGA Card XUP-VV4 UltraScale+ FPGA PCIe Board with VU13P 4x 100GbE and up to 512GB DDR4 Need a Price Quote? Jump to Pricing Form
White Paper Comparing FPGA RTL to HLS C/C++ using a Networking Example Overview Most FPGA programmers believe that high-level tools always emit larger bitstreams as