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Double SoC prototyping performance with S2C's VP1902-based S8-100| SemiWiki

Double SoC prototyping performance with S2C's VP1902-based S8-100| SemiWiki Jul 15, 2025
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    As AI, HPC, and networking applications demand ever-higher compute and bandwidth, SoC complexity continues to grow. Traditional 50M ASIC equivalent gate FPGA prototyping systems have become less effective for full-chip verification at scale. Addressing this challenge, S2C introduced the Prodigy S8-100 Logic system, powered by AMD's Versal™ Premium VP1902, offering 2× performance and enhanced deployment efficiency for ultra-large SoC designs.


    S8-100 vs. LX2 Benchmark

    S2C ran a head-to-head benchmark using the Openpiton 192Core project—a highly complex, multi-core SoC design. This comparison evaluated the performance of the VP1902-based S8-100Q against the previous generation LX2 platform across key prototyping metrics:


    table.png



    Despite equivalent logic capacity, the S8-100Q achieved 2× higher operating frequency, reduced cascading complexity, and minimized design constraints—leading to faster bring-up and more efficient debug cycles.

    Test Conditions:

    • S2C PlayerPro-CT 2024.2 via fully automated, timing-aware partitioning

    • Xilinx Vivado 2024.2 for synthesis and implementation

    • Global optimization techniques enabled, including TDM-awareness, clock domain balancing, and resource co-optimization


    Performance Advantages


    1. Architecture Enhancement

    • Delivers ~2× logic density

    • 2×2 die layout reduces longest possible signal path from 3 to 2 hops—improving timing closure

    pic-1.jpg


    2. Streamlined Partitioning & Cascading

    • Higher per-FPGA capacity reduces chip-to-chip interconnects

    • Fewer SLR crossings minimize congestion and simplify routing


    3. Low-Latency Interconnect Fabric

    • I/O latency is reduced by 36% of that in UltraScale+ systems

    pic-2.jpg



    Smarter Prototyping with Integrated Toolchains

    The S8-100 isn't just powerful—it's intelligently automated. S2C's PlayerPro-CT toolchain tightly integrates with the hardware, offering:

    • One-click flow from RTL to bitstream

    • Optional manual refinement for advanced tuning

    • Timing and Architecture-aware optimizations

    The combination of the S8-100 and new PlayerPro-CT features dramatically cuts setup time, boosts resource efficiency, and accelerates project time-to-market.


    Field-Tested and Deployment-Ready

    The S8-100 has been deployed in advanced-node SoC programs across AI acceleration, edge computing, and data center. Its proven performance, scalable architecture, and reduced engineering overhead make it a trusted choice for complex SoC projects.

    With 2× logic density, simplified interconnects, and a tightly integrated toolchain, the S8-100 delivers a major leap forward in FPGA-based prototyping—empowering engineering teams to confidently prototype, validate, and iterate faster than ever before.

    For more information, please visit: www.s2cinc.com.


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