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| Unit Price: | £ |
| Part No: | FEAS -2126HS-TN-01-G2 |
| Manufacturer No: | AS -2126HS-TN-01-G2 |
| Delivery: | In Stock: 7-10 Days |
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The Supermicro AS-2126HS-TN-01-G2 Hyper SuperServer is built around a high-density dual-processor architecture designed for heavy compute workloads and fast data movement. With AMD EPYC processing power paired with DDR5-6400 memory capacity up to 1.5TB, it supports demanding virtualization environments, analytics platforms, and accelerated computing tasks within a compact 2U chassis.
This system delivers a high core-count configuration with dual CPU support, enabling large-scale parallel workloads and multi-tenant virtual machines. The architecture is designed to handle intensive processing loads while maintaining balanced thermal and power distribution across the platform.
Equipped with DDR5-6400 memory support, the platform enables fast data access and high bandwidth performance for memory-intensive applications. The large memory footprint allows efficient handling of large datasets, in-memory databases, and concurrent workloads.
The chassis supports flexible storage configurations with NVMe and SATA options, along with multiple PCIe 5.0 expansion slots. This allows integration of high-speed storage arrays and accelerator cards for compute-heavy environments.
The Supermicro AS-2126HS-TN-01-G2 Hyper SuperServer is built around a high-density dual-processor architecture designed for heavy compute workloads and fast data movement. With AMD EPYC processing power paired with DDR5-6400 memory capacity up to 1.5TB, it supports demanding virtualization environments, analytics platforms, and accelerated computing tasks within a compact 2U chassis.
This system delivers a high core-count configuration with dual CPU support, enabling large-scale parallel workloads and multi-tenant virtual machines. The architecture is designed to handle intensive processing loads while maintaining balanced thermal and power distribution across the platform.
Equipped with DDR5-6400 memory support, the platform enables fast data access and high bandwidth performance for memory-intensive applications. The large memory footprint allows efficient handling of large datasets, in-memory databases, and concurrent workloads.
The chassis supports flexible storage configurations with NVMe and SATA options, along with multiple PCIe 5.0 expansion slots. This allows integration of high-speed storage arrays and accelerator cards for compute-heavy environments.
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