AMD Xilinx XCVU13P Virtex UltraScale+ FPGA PCIE High-EndDevelopment Board
The VU13P (XCVU13P) is a flagship PCIe development board based on the AMD Xilinx Virtex UltraScale+ industrial-grade FPGA XCVU13P-2FHGB2104I, operating reliably over -40 to 85 C. With massive logic resources, abundant DSP slices, large on-chip memory and multiple high-speed interconnects, it targets high-compute, high-bandwidth, low-latency applications including industrial vision, high-speed signal processing, transaction processing and ASIC prototyping.
Product Highlights:
- Flagship compute: 3780K logic cells and 12288 DSPs for ultra-large-scale parallel computing.
- Massive on-chip memory: 94.5Mb BRAM plus 360Mb UltraRAM for ultra-low-latency data exchange.
- Ultra-fast interconnect: PCIe Gen3 x16, dual FMC (FMC+/HPC), dual OCuLink for maximum bandwidth.
- Large memory: 4GB onboard DDR4 with SODIMM expansion for massive data throughput.
- Industrial-grade reliability: wide-temperature design, stable power and strong noise immunity for long-term operation in harsh environments.
Specifications:
| Item | Parameter |
| Board Model | VU13P |
| FPGA Chip | XCVU13P-2FHGB2104I |
| Grade | Industrial; -40°C~85°C |
| Logic Cells | 3,780K |
| LUTs | 1,728K |
| Flip-Flops | 3,456K |
| DSP | 12,288 |
| Block RAM | 94.5Mb |
| UltraRAM | 360Mb |
| QSPI FLASH | 2Gbit (256MB) |
| PCIe Gen3 | 1 × PCIe x16 Edge Connector |
| FMC+ | LA: 34 IO pairs; HA: 24 IO pairs; 16 GTY transceiver pairs |
| FMC HPC | LA: 34 IO pairs; HA: 24 IO pairs; 8 GTY transceiver pairs |
| OCULINK | 2个 |
| Onboard Memory | 4GB DDR4, 2400 Mbps, 64-bit |
| Memory Expansion | DDR4 SODIMM slot, 72-bit, 2400 Mbps |
Applications:
1. ASIC/FPGA Prototyping & Algorithm Simulation
With 3780K logic cells, thousands of DSPs and large on-chip UltraRAM, it can replicate large ASIC/SoC logic architectures for early prototyping and functional simulation of complex digital circuits, AI operators and communication protocols. PCIe Gen3 throughput and low latency enable rapid algorithm iteration and chip architecture validation, shortening tape-out cycles and reducing R&D cost for high-end IC design.
2. High-Speed Communications & 5G/6G Baseband
Ideal for 5G/6G BBU baseband, fronthaul/backhaul optical transport, OTN networking and 400G/800G data-center switching. Rich high-speed interfaces support parallel modulation/demodulation, channel coding, beamforming and protocol offload for real-time processing of massive communication data.
3. High-Performance Industrial Vision & UHD Image Processing
For 4K/8K UHD imaging, multi-camera synchronized capture, high-speed preprocessing, AI vision inspection and real-time video codec, massive parallel DSPs and low-latency on-chip memory accelerate image enhancement, defect detection, feature extraction and stitching. Addresses the compute, latency and channel-limit pain points of traditional embedded solutions in high-end industrial inspection and precision imaging systems.
4. Datacenter Heterogeneous Compute & AI Inference
PCIe Gen3 x16 high-bandwidth interface connects seamlessly to servers for lightweight AI inference, intelligent data analysis, compute offloading and database acceleration. FPGA parallel acceleration delivers lower latency, higher throughput and lower power than general-purpose CPUs, suited for cloud compute, ultra-high edge nodes, real-time big data analysis and intelligent compute hardware R&D.
5. Radar, Measurement & Defense High-speed Signal Processing
Suited for military radar, SDR, high-speed acquisition, aerospace TT&C, EW signal analysis and advanced RF demodulation. JESD204C support enables multi-channel real-time filtering, pulse parsing, spectrum analysis and target processing. With industrial wide-temperature stability and high EMI immunity, it adapts to field, airborne and vehicular conditions for defense R&D.
6. High-end Test & Measurement and Precision Instrument R&D
Widely used in high-end oscilloscopes, signal analyzers, ATE, precision measurement instruments and high-speed data recorders. With massive logic resources, ultra-high bandwidth and multi-interface expansion, it enables high-frequency acquisition, real-time analysis, precision timing control and multi-channel synchronous testing, providing extreme compute for instrument algorithm iteration and hardware R&D.
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