The KR2280V2 is a mainstream high-end 2U 2-socket rack server that features the 4th Gen Intel® Xeon® Scalable processors, the 4th Gen AMD EPYCTM processors, and the Ampere One processors, spanning three major computing platforms from Intel. In addition, it supports front I/O, liquid cooling, and other deployment options. The server is built upon four key design
addition, it supports front I/O, liquid cooling, and other deployment options. The server is built upon four key design principles of break-thru innovation, green and sustainability, intelligence and high efficiency, and open innovation, and offers versatile configurations to cater to the diverse demands of various industries and scenarios.
Excellent Performance
The server provides the maximum computing, storage, and networking performance supported in the industry and allows flexible combinations through modular design; supports up to 45 × 2.5-inch drives or 20 × 3.5-inch drives and up to 20 PCIe expansion cards (including 2 hot-swap OCP x16 cards and 1 mezz RAID controller card).
Flexible System Architecture
Two deployment modes are supported: front I/O and rear I/O, thus effectively improving the operation and maintenance of NICs, optical modules and other thermo -sensitive components in the cold aisle. The server also supports optional air cooling or cold-plated liquid cooling solutions to reduce the PUE of server rooms and comply with carbon neutrality policy.
Safety and Reliability
The panel latch and top cover hood latch as well as real-time chassis intrusion alarm prevent unauthorized user from riemoving or installing drives and PCIe devices. It supports internal USB port to protect local date security. IT support the BMC and BIOS dual-chip reduncancy mechanism to ensure service continuity.
Multi-core and Single-thread
Featuring a remarkably high number of physical cores, it offers stable performance benchmarks for various scenarios and workloads, making it suitable for resource allocation among cloud tenants. This allows for a significant increase in the number of deployable instances.
Native System Architecture
It shares the same system architecture with mobile-side devices and does not require the conversion of instruction sets, thus significantly saving computing power required by cloud gaming and cloud mobile device scenarios.
Low TCO
Thanks to its streamlined instruction set and CPU design, it has a cost advantage and lower power consumption compared to servers powered by x86 CPUs with the same number of threads.
Multi-core and Single-thread
Featuring a remarkably high number of physical cores, it offers stable performance benchmarks for various scenarios and workloads, making it suitable for resource allocation among cloud tenants. This allows for a significant increase in the number of deployable instances.
Native System Architecture
It shares the same system architecture with mobile-side devices and does not require the conversion of instruction sets, thus significantly saving computing power required by cloud gaming and cloud mobile device scenarios.
Low TCO
Thanks to its streamlined instruction set and CPU design, it has a cost advantage and lower power consumption compared to servers powered by x86 CPUs with the same number of threads.
