Haiguang 2/3 7000/5000 series high-performance server motherboard P3SHA supports trusted computing

Haiguang 2/3 7000/5000 series high-performance server motherboard P3SHA supports trusted computing

Category:

Digital computer/Computer accessories/motherboard

Model:

P3SHA

Brand:

P3SHA

Supports processors:

Haiguang No.2/No.3 7000/5000 series

security features:

Built in dedicated security hardware/chip level trust root

Vulnerability protection:

Immune circuit breaker vulnerability/fixing ghost vulnerability

calculation standard:

Support universal trusted computing standards

Product Type:

High performance server motherboard

Applicable Scenarios:

Xinchuang/Government/Finance/Data Center

Operation Mode:

7x24 hour continuous operation

Retail Price

10,000,000.00USD


重量

kg

  • Product Description
  • Supports processors

    Haiguang No.2/No.3 7000/5000 series

    security features

    Built in dedicated security hardware/chip level trust root

    Vulnerability protection

    Immune circuit breaker vulnerability/fixing ghost vulnerability

    calculation standard

    Support universal trusted computing standards

    Product Type

    High performance server motherboard

    Applicable Scenarios

    Xinchuang/Government/Finance/Data Center

    Operation Mode

    7x24 hour continuous operation

    Description :

      P3SHA is a high-performance server motherboard designed specifically for domestic Haiguang 2 and 3 7000/5000 series processors. This motherboard aims to address the dual requirements of critical infrastructure for autonomous and controllable computing power and security, and is suitable for typical working conditions such as government, finance, and energy that have extremely high requirements for data security. As the core computing carrier, the P3SHA server motherboard not only provides powerful data processing capabilities, but also builds an underlying defense system through built-in dedicated security hardware to ensure business continuity and data integrity. It is an ideal basic component for building a localized server cluster.


      The P3SHA server motherboard strictly follows the Universal Trusted Computing Standard in its specification design, integrates chip level trust roots, and establishes security boundaries from the hardware bottom layer. Its core highlight lies in its effective defense against mainstream side channel attacks, immunity to "meltdown vulnerabilities" and repair of "ghost vulnerabilities", significantly enhancing the system's ability to resist attacks. The motherboard adopts high-quality materials and rigorous circuit layout, supports the Hygon Dhyana series multi-core processors from Haiguang, and has rich I/O expansion interfaces and high-speed data transmission channels. The execution standards comply with the general specifications of domestic server motherboards, and through strict electromagnetic compatibility and environmental adaptability testing, ensure stability and reliability under 7x24 hour high load operation.


      In terms of selection, P3SHA server motherboards are particularly suitable for scenarios that require the deployment of domestic CPU architectures, such as information and innovation engineering, private cloud construction, and big data processing centers. If your project specifies the use of Haiguang 2 or 3 7000/5000 series processors, this motherboard is a native adaptation solution and does not require additional adapters or compatibility debugging. Compared with general x86 motherboards, P3SHA has more advantages in instruction set optimization and security module integration; But unlike motherboards that do not support trusted computing, it additionally provides hardware level identity authentication and integrity measurement functions. Not suitable for upgrading old systems with non Haiguang architecture or non domestic processors.


      When installing the P3SHA server motherboard, attention should be paid to the pin protection of the processor slot and the uniform force distribution of the heat dissipation module. It is recommended to cooperate with the manufacturer's recommended chassis air duct design to optimize heat dissipation efficiency. The typical usage cycle can reach more than 5 years, and dust should be regularly cleaned and the capacitor status checked during daily maintenance. Common fault diagnosis includes checking the contact status of the memory slot when there is no display when starting up, and checking the BMC log to locate hardware abnormalities when the system reports an error. Keeping BIOS firmware updated to the latest version ensures continuous support for security patches and performance optimization, ensuring long-term stable operation of server motherboards.

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