Supermicro SuperServer F619P2-RC1 Barebone System - 4U Rack-mountable - Socket P LGA-3647 - 2 x Processor Support - Intel C621 Chip - 1.50 TB DDR4 SDRAM DDR4-2666/PC4-21300 Maximum RAM Support - 12 Total Memory Slots - 12Gb/s SAS RAID Supported Controller
Supermicro SuperServer F619P2-RC1 Barebone System - 4U Rack-mountable - Socket P LGA-3647 - 2 x Processor Support - Intel C621 Chip - 1.50 TB DDR4 SDRAM DDR4-2666/PC4-21300 Maximum RAM Support - 12 Total Memory Slots - 12Gb/s SAS RAID Supported Controller
Original: $13,854.23
-70%$13,854.23
$4,156.27The Story
Supermicro SuperServer F619P2-RC1 (Black)
Scalable Processors + C620 based FatTwin™ SuperServer / Socket P - LGA 3647 / DP & UP Xeon
4U Xeon® Scalable Processors
The FatTwin is available in high-density 8 / 4 / 2 hot-plug system node configurations with a choice of memory capacities, hard disk drives, power supplies, front or rear I/O, PCI and networking options and more. Its high efficiency, highly effective shared cooling architecture allows the FatTwin to operate in high-temperature, free-air cooled environments up to 47°C, providing considerable cost savings and improved TCO. Versatile configurations allow the FatTwin to be optimized for many different environments including Data Center, Cloud Computing, and HPC; Engineering, Research, and GPU projects; File and Storage Server deployments; and General Server and Enterprise Server applications.
Description
Supermicro SuperServer F619P2-RC1 (Black)
Scalable Processors + C620 based FatTwin™ SuperServer / Socket P - LGA 3647 / DP & UP Xeon
4U Xeon® Scalable Processors
The FatTwin is available in high-density 8 / 4 / 2 hot-plug system node configurations with a choice of memory capacities, hard disk drives, power supplies, front or rear I/O, PCI and networking options and more. Its high efficiency, highly effective shared cooling architecture allows the FatTwin to operate in high-temperature, free-air cooled environments up to 47°C, providing considerable cost savings and improved TCO. Versatile configurations allow the FatTwin to be optimized for many different environments including Data Center, Cloud Computing, and HPC; Engineering, Research, and GPU projects; File and Storage Server deployments; and General Server and Enterprise Server applications.
