Product Features

Huins VP1502-PCIe is a high-performance AMD Versal Premium-based rapid prototyping system, designed for PCIe Gen5 development. Ideal for data centers and edge computing, it features dual DDR4 SODIMMs, FMC+, and NovaRay® ports with support for up to 56 GTM transceivers, providing unmatched speed and expandability.

Part Descriptions

Huins VP1502-PCIe AMD Versal Premium Rapid Prototyping System is a cutting-edge PCIe Gen5 card-type FPGA platform, purpose-built to meet the high-performance demands of data center acceleration, AI inference, 5G infrastructure, and edge computing development.

Powered by the Versal Premium XCVP1502 SoC in a VSVA2785 package, this platform offers a robust FPGA-based prototyping environment with exceptional bandwidth and scalability. It delivers up to 2x faster data throughput compared to PCIe Gen4, using the PCIe Gen5 Hard IP embedded in the CPM5 subsystem.

Features of Huins VP1502-PCIe AMD Versal Premium Rapid Prototyping System

• Versal Premium SoC with VSVA2785 package single FPGA Board
• Compatible with XCVP1502-2MSEVSVA2785 Device
• Dual-core Arm Cortex-A72 and Cortex R5F
• DDR4 SODIMM x 2, Max. 3200MHz, 32GB x 2 (shipped with 16 GB 1ea)
• Peripherals: Giga Eth, USB, SD, QSPI, UART
• PCIe Gen5(Up to 8Lane) or Gen4(Up to 16Lane) Support to PCIe Hard IP in CPM5
• 56 lane of GTM transceivers (FMC+ 8, NVAF 32, QSFP-DD 8 x2)
• 16 lane of GTM transceivers (QSFP-DD 8 x2) – VP1552
• 28 lane of GTYP transceivers (PCIe edge 16, NVMe 4, FMC+ 8)
• 68 lane of GTYP transceivers (PCIe edge 16, NVMe 4, FMC+ 8, NVAF 32)
• 192 Single End XIOs (FMC+ 160 XIOs, NVAF 16 XIOs x2)
• NVAF x 2, ADF6 x2, QSFP-DD x 2, FMC+ x 1, NVMe Extension Connector
• Ref Clock Generator Differential: 100Hz to 1028MHz. LVCMOS: 100Hz to 250MHz
• User Daughter Module Support

Applications of Huins VP1502-PCIe AMD Versal Premium Rapid Prototyping System

• High-performance computing (HPC)

• Data center hardware acceleration

• AI/ML model prototyping and inference

• 5G/6G baseband and fronthaul/backhaul development

• Edge computing platforms

• Network packet processing and switching

• PCIe Gen5/Gen4-based hardware validation

• Memory-intensive FPGA designs

• Rapid prototyping of custom IPs and SoCs

• Advanced research in high-speed serial communication