- Manufacturer Part Number: G190-H44
- Number of Processors Supported: 2
- Processor Socket: Socket R3 LGA-2011
- Processor Supported: Xeon
- 64-bit Processing: Yes
- Chipset Manufacturer: Intel
- Chipset Model: C612
- Maximum Memory: 128 GB
- Memory Technology: DDR4 SDRAM
- Memory Standard: DDR4-2400/PC4-19200
- Number of Total Memory Slots: 16
- Controller Type: Serial ATA/600
- RAID Supported: Yes
- Graphics Controller Manufacturer: ASPEED
- Graphics Controller Model: AST2400
- Ethernet Technology: Gigabit Ethernet
- Number of Total Expansion Bays: 4
- Number of Internal 2.5″ Bays: 2
- Number of Total Expansion Slots: 6
- Number of PCI Slots: 2
- Number of PCI Express x16 Slots: 4
- Total Number of USB Ports: 3
- Number of USB 3.0 Ports: 3
- Number of SATA Interfaces: 4
- Operating System Supported:
- Windows Server 2008 R2 x64
- Windows Server 2012 x64
- Windows Server 2012 R2 x64
- SUSE Linux Enterprise Server 12
- Red Hat Enterprise Linux 6.7 x64
- Red Hat Enterprise Linux 7.2 x64
- SuSE Linux Enterprise Server 11.4 x64
- Ubuntu 12.04 LTS
- Ubuntu 14.04 LTS
- Input Voltage: 230 V AC
- Number of Power Supplies Installed: 2
- Maximum Power Supply Wattage: 2000 W
- Form Factor: Rack-mountable
- Rack Height: 1U
- Height: 1.7″
- Width: 17.3″
- Depth: 35.4″
- Weight (Approximate): 56.44 lb
- Package Contents:
- G190-H44 Barebone System
- 1 x Quick Start Guide
- 2 x CPU heatsinks
- 1 x Rail kit
- Limited Warranty: 1 Year
Package Contents
- G190-H44 Barebone System
- 1 x Quick Start Guide
- 2 x CPU heatsinks
- 1 x Rail kit
Overview
4 x GPU in an Airflow Optimized Rackmount
The G190-H44 has been designed with a front-to-back airflow. By strategically placing the card slots, the CPU sockets, the power supplies and the 11 heavy duty 23,000rpm fans within the chassis, the G190-H44’s components all receive a proper amount of cold air and are able to operate at their full potential.
Large Thermal Envelope
Built with a pair of best-in-class 80 PLUS Platinum 2000W power supplies, the G190-H44 can run 4 high power computing cards while maintaining a power supply redundancy. The system is therefore designed to support the most high performing components without sacrificing the stability of the system and its ability to operate without interruption.
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