Papua New Guinea OEM Server R660 M7

R660 M7 High-Density Rackmount Server

Single Unit Space Computing Expansion for Improved Data Center Efficiency

The R660 M7 is a 1U dual-socket high-density rackmount server, powered by the latest Intel 4th Generation Xeon Processors**. It delivers performance, density, and scalability, effectively enhancing data center computing power and space utilization, reducing customer infrastructure costs, and enabling more flexible cloud and data processing applications.

Extremely High Performance Density

1U Height: A compact design that maximizes space utilization.

Supports up to 2xIntel Xeon Processors with a maximum of 60 cores, offering enhanced computing performance.

Memory: Supports 32 DDR5 slots, up to 4800 MHz, with up to 50% memory expansion.

Supports OCP (Open Compute Project): Flexible expansion of 0CP network card and PCIc card, configuration of network resources on demand, full support for FCl5.0 protocol, transmission rate increased by 100%.

Intelligent Maintenance & Management

Tool-free maintenance design, peripheral components can be quickly disassembled and assembled, greatly shortening the operation and maintenance time. 

Out-of-band visual management, remote and accurate location information of physical equipment can be located, further optimizing operation and maintenance efficiency. Automatic downtime recording, support online viewing and downloading of downtime logs, accurate fault location. 

Provide health status monitoring and reporting functions for key components, and realize intelligent services throughout the product life cycle.

Extremely cool, green and energy-saving

For large-scale data center deployment, it provides an open management platform that fully covers multiple management protocols such as RedFish, 1PMI, SNP

The dual-state triple speed regulation mechanism allows the whole machine to dynamically adjust the heat dissipation according to the ambient temperature and the actual load conditions, achieving the effect of green energy saving.

New structural design, the air intake area is increased by 15%, and the heat dissipation performance is improved by 8%

The dual-state triple speed regulation mechanism allows the whole machine to dynamically adjust the heat dissipation according to the ambient temperature and the actual load conditions, achieving the effect of green energy saving.

Patented customized fan, air volume increased by 30%, power consumption reduced by 15%, noise reduced by 10%, air cooling can also be cool and quiet