
NVMe High-Speed Data Capture and Recorder
ARCHITECTURAL CONCEPTS NVMe High-Speed Data Capture and Recorder The Data Capture and Recording Challenge There are many streaming data sources customers want to capture or
BittWare’s TeraBox-5202S offers a 5U, 10 dual-slot chassis supporting Intel’s latest 4th Generation Xeon Scalable processors and PCIe Gen5. Configurations include up to 10 of BittWare’s double-width cards using Achronix, Intel, or AMD Xilinx FPGAs.
Users seeking maximum logic/memory density can choose the VectorPath with the Achronix Speedster7t FPGA and high-bandwidth GDDR6 memory or the IA-860m, which features an Intel Agilex FPGA along with QSFP-DDs and yields up to an impressive 30x 400G. No matter which configuration you choose, you’re getting BittWare’s installation, support, and comprehensive warranty.
Up to 10 double-wide FPGA cards can be configured or
12 single-width cards
The TeraBox 5202S is a 5U FPGA server based on the SuperMicro 521GE-TNRT chassis. This server offers two Intel 4th Generation Xeon Scalable CPUs along with high PCIe slot density. With configurations of up to 10 of BittWare’s large double-width cards, this server is an excellent premium option for the 5U form factor.
For system management, BittWare’s FPGA cards are equipped with a Board Management Controller (BMC), which accepts PLDM commands. Use it along with BittWare’s Software Development Kit to program the FPGA over USB, monitor card power and temperature, and re-program the onboard clocks. You’ll also be able to set points to shut down the card when it gets too hot, access JTAG, or access the software tools remotely.
Choosing a TeraBox FPGA server means knowing you are getting a pre-configured and tested solution. This includes setup and installation of your FPGA cards and associated hardware, your choice of operating system, and development tools. Your TeraBox arrives ready for use—giving your team more time for development and deployment.
The TeraBox 4102S supports any of BittWare’s Achronix, Intel, or Xilinx FPGA-based PCIe cards. The table below lists specifications for some of our certified cards*:
FPGA | Cards in Server | Memory | Front Panel System I/O | Processing | |
---|---|---|---|---|---|
S7t-VG6 | Speedster7t | 10 | 4 banks GDDR6 (up to 16 GBytes) | 1x QSFP-DD, 1x QSFP 6x 100/50/40/25/10 GbE | 692K 6-input lookup tables (LUTs) 375 Mbits embedded RAM |
IA-780i | Agilex AGI023 | 13 | 2 banks DDR4 (up to 32GBytes) | 2x QSFP-DD 1x 400 GbE, 2x 200/50 GbE, 4x 100GbE, 16x 10/25 GbE | 2.3M system logic elements ARM HPS |
IA-860m | Agilex AGM039 | 10 | 32 GBytes HBM2e | 2x QSFP-DDs 2x 400 GbE, 8x 100GbE, 16x 50 GbE | 3.9M system logic elements ARM HPS |
XUP-VV8 | UltraScale+ VU13P | 10 | 4 banks DDR4 (up to 512 GBytes) 8 banks QDRII+ (up to 2.3 Gbits) | 4x QSFP-DDs 8x 100/50/40/25/10 GbE | 3.8 million system logic cells Up to 12,288 DSP slices |
* Subject to availability. Contact BittWare for additional FPGA card options.
Our technical sales team is ready to provide availability and configuration information, or answer your technical questions.
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ARCHITECTURAL CONCEPTS NVMe High-Speed Data Capture and Recorder The Data Capture and Recording Challenge There are many streaming data sources customers want to capture or
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We examine our reference design for sustained 100 Gb/s capture to host DDR4 over a PCIe bus. Read the white paper, then request the App Note for even more detail!
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