H3C UniServer R3750 G7 Ultra Compact 1U Rack Storage Server With Single AMD EPYC

The H3C UniServer R3750 G7 is a cutting-edge 1U single-socket high-density rack server purpose-built for cost-sensitive cloud computing, edge AI inference, and scalable enterprise workloads. Breaking the traditional trade-off between compact 1U size and insufficient computing power, this server integrates the powerful single-socket AMD EPYC 9754 high-core processor and full-slot DDR5 high-speed memory, delivering enterprise-grade computing performance in a space-saving ultra-compact chassis. It perfectly solves the points of bulky deployment, high power consumption, and excessive cost of traditional dual-socket servers for cloud cluster and edge computing scenarios.

Configured with a single AMD EPYC 9754 high-performance multi-core CPU renowned for outstanding parallel processing efficiency and energy-saving optimization, the R3750 G7 maximizes single-node computing density while lowering overall power and procurement costs. Equipped with 12 DDR5 memory slots, it provides abundant high-bandwidth memory resources to support high-concurrency cloud virtualization, containerized deployment, lightweight model inference, and real-time edge data analysis. With optimized high-efficiency heat dissipation, modular reliable design, and intelligent remote management capabilities, this model achieves an optimal balance of ultra-high density, powerful performance, and low total cost of ownership, becoming the most cost-effective foundational server for large-scale cloud data centers and distributed edge AI layout.

• AMD EPYC 9754 High-Efficiency Core Computing: Equipped with flagship single-socket AMD EPYC 9754 multi-core processor, delivering powerful parallel computing capability, perfectly matching high-concurrency cloud tasks and low-latency edge AI inference demands
• 1U Ultra-High Density & Space Saving: Compact 1U ultra-thin chassis greatly improves data center rack density, saving massive deployment space and IDC operation costs for large-scale cluster construction
• 12-Slot Full DDR5 High Bandwidth: Abundant DDR5 memory expansion slots provide ultra-high data transmission bandwidth, effectively supporting multi-container deployment and simultaneous operation of multiple edge AI models
• Industry-Leading Cost Performance: Single-socket high-optimization design avoids dual-CPU performance redundancy, significantly reducing procurement, power consumption and maintenance costs, being the best choice for mass cloud and edge node deployment
• Dual Scenario Optimization for Cloud & Edge: Precisely tuned for cloud virtualization clusters and distributed edge AI computing, balancing high throughput for cloud services and low latency for edge intelligent analysis
• Low Power & High Stability O&M: High-efficiency cooling and low-power hardware design support 24/7 stable operation of distributed nodes, with intelligent remote management to reduce manual operation and maintenance pressure

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