CRPS (Common Redundant Power Supply) is based on Intel's standardized specifications. Through standardized design, modular redundancy, and centralized monitoring, it provides high-level power supply reliability, maintainability, and energy efficiency management for data center servers, high-performance storage, and other equipment. It is a key component of modern enterprise-level IT infrastructure. Its core design concept aims to address the pain points of difficult power maintenance for traditional servers and inflexible redundancy configuration. The plug-in and hot-swappable design supports online replacement of faulty power supplies. Multiple modules operating in parallel can achieve load balancing and redundancy strategies such as N+1 and 2+1, avoiding business interruptions caused by single-point failures.

I. Core Application Scenarios

Large-scale data centers and cloud computing platforms

Suitable for ultra-large-scale data centers and public cloud infrastructure hosting thousands to tens of thousands of servers, the core value lies in three aspects: First, standardization and scalability. Uniform size and interface simplify procurement, spare part management, and operation and maintenance processes; Second, ultimate reliability. N+1 or 2+1 redundant configuration ensures that a single module failure does not affect business operations, supports online replacement, and meets availability requirements of over 99.99%; Third, efficient management. 80 PLUS platinum/titanium certification guarantees high conversion efficiency in wide load ranges, reducing power and cooling costs.

Enterprise-level servers and critical business systems

It is equipped with rack-mounted servers, AI computing servers, high-performance storage arrays and core network switches, providing uninterrupted power support for key businesses such as ERP and databases. In the event of a failure of the primary power supply or the mains power, the backup module can immediately take over the load, ensuring the continuity of business operations 24/7; The modular design simplifies the maintenance process, eliminating the need for shutdown or professional operations, shortening the average repair time and improving the operation and maintenance efficiency.

II. Expanding Application Scenarios

High-performance computing and artificial intelligence cluster

In response to the high power consumption and the requirement for uninterrupted tasks in AI training servers and GPU computing clusters, high-power CRPS can meet the high-density power supply needs, and its redundancy feature protects the expensive computing power tasks. Through digital buses such as PMBus, precise power consumption monitoring is achieved, which helps optimize the cluster's energy efficiency and manage power quotas.

Telecommunications and edge computing nodes

It is suitable for unmanned scenarios in spaces with limited space and complex environments such as base stations and machine rooms. Its small size and high efficiency features meet the requirements of compact spaces. It supports remote monitoring of voltage, temperature and other conditions through interfaces like IPMI and Redfish, enabling predictive maintenance and reducing on-site inspections, ensuring the reliable operation of the equipment.