Server

AI Server

R925

The R925 is a 2U dual-socket high-density rack server based on 4th/5th Gen Intel® Xeon® Scalable processors, boasting flexible resource configuration and wide industry adaptability. Built specifically to configure resources flexibly based on service requirements to meet application needs of various industries, it stands out in ensuring optimal performance for application scenarios such as machine learning, AI inference, cloud computing, high-performance computing, cloud storage, big data, virtualization, office systems, and more.

AI Server

R945

The R945 is a high-end 4U rack-mounted server powered by 4th/5th generation Intel® Xeon® Scalable processors. It supports up to 8 double-slot, full-height, and full-length professional GPU AI accelerator cards, effectively meeting the demands of ultra-high-density AI computing applications. With its superior hardware configuration and optimized design, it is highly suitable for large-scale cluster deployments, delivering reliable and efficient performance for intensive AI workloads.

AI Server

R985

The R985 is a high-end 8U rack-mounted server based on 4th/5th generation Intel® Xeon® Scalable processors. Equipped with NVLink professional GPU AI acceleration cards, it effectively meets the demands of ultra-high-density AI computing applications and is well-suited for large-scale cluster deployments, delivering stable and reliable performance for intensive AI workloads.

AI Server

R926

2U Dual-Socket Rack Server Powered by Intel® Xeon® 6 Series Processors Widely deployed in cloud computing, cloud storage, virtualization, office systems and other scenarios. Delivers balanced performance with industry-leading cost-effectiveness at the solution level.

AI Server

R966

The R966 is a high-end 6U rack-mounted server built on 6th Gen Intel® Xeon® Scalable processors. It can be equipped with up to 8 pieces of 600W professional GPU AI acceleration cards, supporting multiple topologies to cover various small and medium-scale AI inference and training scenarios, and meet the demands of internet, autonomous driving, OEM and other customers.

AI Server

R925A

The R925A is a brand-new enterprise-grade high-performance 2U rack server built on AMD 4th/5th Generation EPYC processors. It adopts an innovative design philosophy with optimized system architecture and supports high-density expandable GPU accelerator cards, making it ideal for application scenarios including machine learning, AI inference and cloud computing.

AI Server

R965A

The R965A is a high-end 6U rack server built for 4th/5th Generation AMD EPYC processors. It supports multiple GPU topologies and features enhanced power supply and cooling systems. It reserves N+N redundant power supply capacity to support 8 single 1000W GPUs, easily meeting the growing computing power demands in the market and suitable for large-scale cluster deployment.

General Server

R825

The R825 is a premium 2U rack server powered by 4th/5th Gen Intel® Xeon® Scalable processors, boasting robust performance and stable operation. Designed specifically for flexible resource allocation to meet diverse industry demands, it stands out in core application fields such as cloud computing, HPC, cloud storage, big data, virtualization, enterprise systems, and beyond.

General Server

R815

The R815 is a 1U dual-socket high-density rack server equipped with 4th/5th Gen Intel® Xeon® Scalable processors. It integrates performance, density, and scalability to double data center computing density and space utilization, significantly reducing operational costs. Ideal for cloud computing and data processing scenarios.

Storage Server

R845

The R845 is a 4U high-density storage server based on 4th/5th Gen Intel® Xeon® Scalable processors, boasting massive storage capacity, outstanding computing performance, rich I/O expansion capabilities, and a lightweight design. Built specifically to meet demanding application requirements for large capacity, high performance, scalability, and reliability, it stands out in ensuring stable operation for critical business workloads.