
🛠️ Core Functional & Architectural Features
- Dual-Channel SXM2 Topology Layout: The baseplate integrates two dedicated clusters of high-density SXM2 mezzanine sockets, allowing the concurrent deployment of two NVIDIA Tesla V100 (or P100) SXM2 compute cards. This drastically simplifies multi-GPU system building by consolidating multiple slots onto a single main hub.
- Native 300GB/s Peer-to-Peer NVLink Interconnect: This is the core competitive advantage of the baseplate. It leverages internal high-speed PCB traces to fully route point-to-point NVLink connections between both V100 cards at full 300GB/s physical bandwidth. This bypasses traditional PCIe bandwidth bottlenecks, drastically accelerating data synchronization during multi-GPU Large Language Model (LLM) inference and deep learning training.
- Standardized 244mm Square Dimension: Engineered with a highly uniform 244mm by 244mm layout matrix. This layout perfectly matches standard computer chassis profiles or desktop server rack rails, maximizing local compute density while minimizing vertical footprint.
- Onboard Micro-Active Cooling & Microcontroller: Built with standalone onboard logic controllers and an integrated micro-active cooling fan. This assembly provides dedicated thermal relief for the baseplate's clock generators, switching logic, and supplementary power delivery tracks under severe workloads.
- Heavy-Duty Centralized Power Distribution: Equipped with high-amperage terminal input rows and heavy-duty filtering capacitor rows. This architecture securely balances and splits the 12V incoming currents to cleanly feed both GPUs, which can demand a combined continuous power draw of 600W to 700W.
⚠️ System & Topology Requirements
- External Host Controller Linkage: This hardware operates strictly as an expansion baseplate. It requires secondary external connection cabling (such as high-speed SlimSAS SFF-8654 or OCuLink lines) to bridge out to a master host PC or dual-socket server motherboard. Before deployment, you must confirm your host system's BIOS supports deep PCIe Bifurcation splitting to correctly discover both target endpoints.


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