Building BittWare’s Packet Parser, HLS vs. P4 Implementations
White Paper Building BittWare’s Packet Parser, HLS vs. P4 Implementations Overview One of the features of both BittWare’s SmartNIC Shell and BittWare’s Loopback Example is
SNIA defines several components collectively called “computational storage.” For a typical IA-220-U2 deployment, the acceleration tasks are called CSS (computational storage services).
For example, the IA-220-U2’s Agilex FPGA can perform compression much faster than a CPU—even surpassing the transfer rate of the storage system for transparent compression.
CSPs (like the IA-220-U2) work alongside FLASH, providing accelerated computational storage services (CSS) by performing compute, such as compression or encryption. This lets users build out storage using standard SSDs instead of being locked into a single vendor’s FLASH storage.
What features make the IA-220-U2 a powerful CSP?
Built with the latest PCIe Gen4 interface, the IA-220-U2 can transfer up to twice the bandwidth of Gen3 devices.
NoLoad provides FPGA IP and host components. For the FPGA IP, you can see in the diagram the main components. More details are below:
As a complete solution, NoLoad provides host software with a choice of implementation:
The HRG gives you much more detail about the card such as block diagrams, tables and descriptions.
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White Paper Building BittWare’s Packet Parser, HLS vs. P4 Implementations Overview One of the features of both BittWare’s SmartNIC Shell and BittWare’s Loopback Example is
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
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!
Build ultra-low latency apps for fintech using Enyx off-the-shelf solutions and the nxFramework.