Servers

Huawei TaiShan 200 - 2480 High-Performance 2U Quad-Socket Server Overview

The Huawei TaiShan 200 – 2480 is a 2U quad-socket rack server equipped with four Kunpeng 920 processors and 32 DDR4-2933 memory slots. It supports up to 27 2.5-inch SAS/SATA drives. PCIe expansion includes a maximum of 6 PCIe 4.0 x8 slots and 3 PCIe 4.0 x16 standard slots. Onboard networking features one adapter supporting 4×10GE optical ports or 4×25GE optical ports, along with one LOM supporting 4×GE electrical ports. Its power supply and fan configuration are similar to the TaiShan 2280. The supported operating temperature range is from 5°C to 40°C, and its physical dimensions are 447 mm × 790 mm × 86.1 mm.

Coolinside Full-Chain Liquid Cooling Solution for High-Density Servers

Coolinside offers a full-chain liquid cooling solution, from chip-level heat dissipation to complete system cooling. Designed for high-density, high-power servers, it features in-house R&D and integrates design, manufacturing, delivery, and support for full lifecycle service.

Highlights:

  • Fast deployment, reduced on-site work

  • Efficient cooling for HPC needs

  • Energy-saving and eco-friendly

  • Low noise and vibration without fans

Sugon C7000 2.0: Next-Generation Integrated Hybrid Cooling Data Center

The Sugon C7000 2.0 is a new-generation integrated data center solution designed for cold plate liquid-cooled servers. Presented in the form of micro-modules, it adopts a hybrid cooling approach—combining liquid cooling for high-heat components like CPUs and memory, and air cooling for residual heat.

By breaking away from traditional air-cooled methods, the C7000 2.0 offers a stable and thermally optimized environment for server operation. This design not only enhances the reliability of computing systems but also significantly reduces the energy consumption of the cooling infrastructure, making it ideal for high-performance and green computing needs.

Fusion-Powered Storage Server: High-Density, High-Performance, Low-Energy

A fusion-powered storage server leverages nuclear fusion technology to achieve ultra-high performance and storage density. Compared to traditional storage servers, it offers:

  • High Storage Density: Fusion reactions allow for significantly more data to be stored in the same physical space.

  • High Performance: The immense energy release enables faster data processing, higher read/write speeds, and rapid transfers.

  • Low Energy Consumption: Despite using fusion, energy efficiency is enhanced, reducing operational costs.

  • High Reliability: Advanced redundancy ensures strong data protection and quick recovery from failures.

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