Product Features

Huins VP1552-PCIe Adaptive SoC/ASIC Rapid Prototyping System

Huins VP1552-PCIe is a high-speed, PCIe Gen5-based rapid prototyping platform designed for Adaptive SoC and ASIC development. It delivers top-tier performance for data center and edge computing with extensive I/O, GT transceivers, and versatile module support.

Part Descriptions

Huins VP1552-PCIe Adaptive SoC & ASIC Rapid Prototyping System is a cutting-edge, high-performance prototyping platform built for complex data center and edge computing development. Designed to accelerate time-to-market for ASIC and Adaptive SoC solutions, this PCIe Gen5 card-type system offers unmatched flexibility and speed for system design, validation, and testing.

Powered by dual-core Arm Cortex-A72 and Cortex-R5F processors, the VP1552-PCIe supports DDR4 SODIMM x2 (up to 64GB total), enabling high-throughput data processing. It features PCIe Gen5 (up to 8 lanes) or Gen4 (up to 16 lanes) via integrated PCIe Hard IP in CPM5, ensuring optimal interconnect bandwidth.

Features of Huins VP1552-PCIe Adaptive SoC/ASIC Rapid Prototyping System

• 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 VP1552-PCIe Adaptive SoC/ASIC Rapid Prototyping System

The Huins VP1552-PCIe is ideal for a wide range of advanced development and research applications, including:

• ASIC & SoC Rapid Prototyping
• High-speed Data Center Acceleration
• Edge AI and Machine Learning Inference
• PCIe Gen5 and Gen4 System Validation
• FPGA-based Hardware Emulation
• High-Bandwidth Memory Testing
• Networking Equipment Simulation
• Signal Integrity and Transceiver Testing