SVR2U24-24 76.8TB 6140 256G 2X10GBE NTAA PCIE RI-1.2DW/D SE 1ES1027

$41,602.09

HGST Ultrastar Serv24 SS2U24PUR-1023 NAS Storage System – Intel Xeon Gold 6140 Octadeca-core (18 Core) 2.30 GHz – 24 x SSD Supported – 184 TB Supported SSD Capacity – 24 x SSD Installed – 76.80 TB Total Installed SSD Capacity – 2 Boot Drive(s) – 256 GB RAM DDR4 SDRAM – NVMe Controller – 24 x Total Bays – 24 x 2.5″ Bay – 3 x Total Slot(s) – 10 Gigabit Ethernet – VGA – 2 USB Port(s) – 2 USB 3.0 Port(s) – Network (RJ-45) – IPMI 2.0 – 2U – Rack-mountable

SKU: 1ES1027 UPC: Brand: SVR2U24-24 Condition: New Categories: , ,

Description

HGST Ultrastar Serv24 SS2U24PUR-1023 NAS Storage System – Intel Xeon Gold 6140 Octadeca-core (18 Core) 2.30 GHz – 24 x SSD Supported – 184 TB Supported SSD Capacity – 24 x SSD Installed – 76.80 TB Total Installed SSD Capacity – 2 Boot Drive(s) – 256 GB RAM DDR4 SDRAM – NVMe Controller – 24 x Total Bays – 24 x 2.5″ Bay – 3 x Total Slot(s) – 10 Gigabit Ethernet – VGA – 2 USB Port(s) – 2 USB 3.0 Port(s) – Network (RJ-45) – IPMI 2.0 – 2U – Rack-mountableThere is a never-ending need to increase data center performance for storage-intensive applications. The Ultrastar® Serv24 is designed to be a performance-optimized platform for software defined storage (SDS). By integrating CPUs and NVMe™ SSDs in the same unit, our storage server provides a tested and validated building block for deploying the SDS stack on high-performance storage.

Designed for Fast Data

Flash technology has revolutionized the performance of storage systems; NVMe technology extends flash storage to its full potential. Built upon our storage expertise, the Ultrastar Serv24 features the latest Intel® Xeon® CPUs. Chipset, core count and CPU power can be customized, providing the flexibility to meet varying requirements depending on data workload and performance requirements. Whether as a stand-alone file server or part of a scale-out deployment, the Ultrastar Serv24 is built to deliver screaming performance in software-defined storage environments. With low latency and consistently high bandwidth, data is accelerated to the speed of flash.