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| Unit Price: | £ |
| Part No: | FEAS -1126HS-TN-01-G2 |
| Manufacturer No: | AS -1126HS-TN-01-G2 |
| Delivery: | In Stock: 7-10 Days |
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The Supermicro AS-1126HS-TN-01-G2 Hyper SuperServer is a compact 1U dual-socket platform built for heavy compute density, supporting AMD EPYC processors alongside large-scale DDR5 memory capacity and high-speed I/O. It is designed for workloads that require strong parallel processing, fast memory access, and flexible expansion within a tightly packed rack footprint.
*NVMe/SATA support requires additional parts
With support for up to 1.5TB DDR5-6400 memory, the system provides wide bandwidth and large capacity headroom for memory-heavy workloads such as virtualization clusters, caching layers, and analytical processing tasks.
PCIe 5.0 support and flexible slot configuration allow integration of high-speed networking cards, storage controllers, and accelerator hardware, supporting adaptable system design for different compute environments.
Dual 1600W Titanium-rated redundant power supplies provide stable energy delivery under sustained workloads, while the thermal layout is engineered to maintain airflow efficiency in dense 1U deployments.
Dual AMD EPYC CPU support allows the system to scale core density significantly, making it suitable for workloads with high thread demand and sustained processing loads. The platform is structured to handle intensive multitasking across distributed applications.
The Supermicro AS-1126HS-TN-01-G2 Hyper SuperServer is a compact 1U dual-socket platform built for heavy compute density, supporting AMD EPYC processors alongside large-scale DDR5 memory capacity and high-speed I/O. It is designed for workloads that require strong parallel processing, fast memory access, and flexible expansion within a tightly packed rack footprint.
*NVMe/SATA support requires additional parts
With support for up to 1.5TB DDR5-6400 memory, the system provides wide bandwidth and large capacity headroom for memory-heavy workloads such as virtualization clusters, caching layers, and analytical processing tasks.
PCIe 5.0 support and flexible slot configuration allow integration of high-speed networking cards, storage controllers, and accelerator hardware, supporting adaptable system design for different compute environments.
Dual 1600W Titanium-rated redundant power supplies provide stable energy delivery under sustained workloads, while the thermal layout is engineered to maintain airflow efficiency in dense 1U deployments.
Dual AMD EPYC CPU support allows the system to scale core density significantly, making it suitable for workloads with high thread demand and sustained processing loads. The platform is structured to handle intensive multitasking across distributed applications.
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