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  • AS-1115CS-TNR SuperMicro Rackmount server X13 H13 1U 2U CloudDC PCIe 5.0 Single Processor

    $Quote1 Piece (MOQ) Minimum Order Quantity Inquiry

    The AS-1115CS-TNR SuperMicro Rackmount Server (1U/2U) delivers high-density, scalable performance for modern cloud data centers. Built on the X13/H13 platform, it supports Intel’s latest single-processor architecture, balancing power and efficiency for cost-sensitive deployments. Key features include PCIe 5.0 compatibility, enabling ultra-fast data transfer for AI/ML, storage, and GPU workloads, while its 1U/2U flexibility optimizes space and cooling in constrained environments. Designed for CloudDC workloads, it ensures seamless scalability and energy-efficient operation, reducing operational costs. The single-socket design offers a compelling price-to-performance ratio for virtualization, edge computing, and hyperscale applications. SuperMicro’s robust build quality and thermal management ensure reliability in high-demand scenarios. Unique selling points: Future-proof PCIe 5.0 support, adaptable form factor, and cloud-optimized architecture—ideal for businesses prioritizing agility, performance, and TCO in dynamic data center environments.

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  • AS-1125HS-TNR SuperMicro Rackmount server X13 H13 Hyper PCIe 5.0 1U Dual Processor

    $Quote1 Piece (MOQ) Minimum Order Quantity Inquiry

    The AS-1125HS-TNR SuperMicro 1U Rackmount Server delivers high-density, enterprise-grade performance with dual Intel Xeon Scalable processors (4th/5th Gen) and PCIe 5.0 support, doubling bandwidth for AI/ML, HPC, and data-intensive workloads. Its compact 1U design maximizes data center space efficiency while supporting high-speed NVMe storage and advanced GPUs. Features include optimized thermal management, redundant power supplies, and SuperMicro’s SuperDoctor® remote management for reliability and uptime. Unique selling points: industry-leading PCIe 5.0 expansion in a 1U chassis, scalability for evolving workloads, and energy-efficient architecture, making it ideal for cloud, virtualization, and edge computing.

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