Synopsis
In design, Nettrix B5000 Multi-node Server adopts a 4U 8-node architecture. With all nodes independently developed on the ground of Intel® Xeon® scalable processors, the server gives multi-core support and bears outstanding computing performance and flexible IO expansibility. Based on robust and steady performance and reliability, the server is available for diversified, dynamic and flexible business as a crucial data center foundation.
Product Highlights
1. Multi-node 2. Data center foundation for outstanding performance
Product Features
New upgrade for excellent performance
● Available for 2nd Gen Intel® Xeon® scalable processors ● Two 10.4GT/s UPI interconnecting links with amazing computing performance ● Available for DDR4 2933 MHz memory frequency, with an increased memory bandwidth of 20% compared to the previous generation product
Flexible configuration for multi-node computation
● The server adopts a 4U 8-node high-density architecture and supports 8 dual-channel computing nodes. Nodes are optional for either disk-slot-disk mode or four-disk mode. ● Run in standard configuration management module, the cabinet has an optional switch and is extensible to eight rear PCI-E3.0x8 standard slots in the maximum for flexible configuration ● Available for four 2.5-inch hard drives per node and compatible with U.2 NVMe SSD
Level-based monitoring and energy saving
● Under complete level-based management, the server comprises independent node management, complete CMM management and complete business switch management, monitors all nodes, power supply, heat dissipation, etc. in the complete unit, monitors and reports the health of all key parts therein. Under level-based monitoring, the operation of the server can be fully guaranteed ● Upholding the design concept of power saving, the server adopts a modular design for power supply centralizing and heat dissipation sharing. Under new and efficient intelligent speed regulation design, the server improves conversion efficiency of power supply and fans, thus making itself power-saving