| Description | Version | Size | Date |
|---|
1/5
AMD EPYC™ server rack - 1U 4 x GPU Card Slots
- Supports up to 4 x PCIe double slot GPU cards
- Dual AMD EPYC™ 7002 and 7001 series processor family
- 8-Channel RDIMM/LRDIMM DDR4, 32 x DIMMs
- 2 x 1Gb/s BASE-T LAN ports (Intel® I350-AM2)
- 1 x Dedicated management port
- 4 x 2.5" hot-swappable HDD/SSD bays
- 2 x low profile PCIe Gen3 expansion slots
- Aspeed® AST2500 remote management controller
- Overview
- Specifications
- Support
- Related Resources
Specifications
Dimensions (WxHxD, mm)
1OU
537 x 46.5 x 799.2
537 x 46.5 x 799.2
Motherboard
MZ71-OP0
CPU
AMD EPYC™ 7002 series processor family
Single processor, 7nm, Socket SP3
Up to 64-core, 128 threads per processor
TDP up to 225W, cTDP up to 240W
Conditional support 280W
Ambient temperature limited to 25°C if using 280W CPU
Compatible with AMD EPYC™ 7001 series processor family
Single processor, 7nm, Socket SP3
Up to 64-core, 128 threads per processor
TDP up to 225W, cTDP up to 240W
Conditional support 280W
Ambient temperature limited to 25°C if using 280W CPU
Compatible with AMD EPYC™ 7001 series processor family
Memory
32 x DIMM slots
DDR4 memory supported only
8-Channel memory architecture
RDIMM modules up to 128GB supported
LRDIMM modules up to 128GB supported
Memory speed: Up to 3200*/ 2933 MHz
- Note:
* Follow BIOS setting and memory QVL list if running 3200 Mhz with 2DPC
DDR4 memory supported only
8-Channel memory architecture
RDIMM modules up to 128GB supported
LRDIMM modules up to 128GB supported
Memory speed: Up to 3200*/ 2933 MHz
- Note:
* Follow BIOS setting and memory QVL list if running 3200 Mhz with 2DPC
LAN
2 x 1GbE LAN ports (1 x Intel® I350-AM2)
1 x 10/100/1000 management LAN
1 x 10/100/1000 management LAN
Storage
Front side: 4 x 2.5" hot-swap HDD/SSD bays
Supports SATA or NVMe hybrid mode
Supports SATA or NVMe hybrid mode
SAS
Depends on RAID card
RAID
Depends on RAID card
Expansion Slots
4 x PCIe x16 slots (Gen3 x16 bus) for GPUs
Riser Card CRS1026:
2 x PCIe x16 (Gen3 x16 bus) Half-length low-profile slots ( Front side)
NOTE: Support is not provided for mixed GPU populations
Riser Card CRS1026:
2 x PCIe x16 (Gen3 x16 bus) Half-length low-profile slots ( Front side)
NOTE: Support is not provided for mixed GPU populations
Front I/O
1 x VGA
2 x RJ45
1 x MLAN
2 x USB3.0
1 x Power Switch
1 x ID Switch
1 x NMI Switch
1 x Status LED
1 x Reset Switch
1 x HDD access LED
2 x RJ45
1 x MLAN
2 x USB3.0
1 x Power Switch
1 x ID Switch
1 x NMI Switch
1 x Status LED
1 x Reset Switch
1 x HDD access LED
Rear I/O
N/A
Power Supply
From bus-bar, supports OCP Version 1.0 power cable
System Management
Aspeed® AST2500 management controller
GIGABYTE Management Console (AMI MegaRAC SP-X) web interface
GIGABYTE Management Console (AMI MegaRAC SP-X) web interface
- Dashboard
- JAVA Based Serial Over LAN
- HTML5 KVM
- Sensor Monitor (Voltage, RPM, Temperature, CPU Status …etc.)
- Sensor Reading History Data
- FRU Information
- SEL Log in Linear Storage / Circular Storage Policy
- Hardware Inventory
- Fan Profile
- System Firewall
- Power Consumption
- Power Control
- LDAP / AD / RADIUS Support
- Backup & Restore Configuration
- Remote BIOS/BMC/CPLD Update
- Event Log Filter
- User Management
- Media Redirection Settings
- PAM Order Settings
- SSL Settings
- SMTP Settings
System Fans
12 x 40x40x56mm (25000rpm) fan modules
Packaging Dimensions
1095 x 709 x 235 mm
Packaging Content
1 x T181-Z70
2 x CPU heatsinks
2 x CPU heatsinks
Part Numbers
Barebone package: 6NT181Z70MR-00-A*
Part Numbers:
- Motherboard: 9MZ71OP0NR-00-2*
- CPU heatsink: 25ST1-44320G-A0R
- Front Back plane board_4-port: 9COBPU40NR-00
- Front panel board: 9COFP420NR-00
- Riser card - CRS1026: 9CRS1026NR-00
Part Numbers:
- Motherboard: 9MZ71OP0NR-00-2*
- CPU heatsink: 25ST1-44320G-A0R
- Front Back plane board_4-port: 9COBPU40NR-00
- Front panel board: 9COFP420NR-00
- Riser card - CRS1026: 9CRS1026NR-00
[#1] All materials provided herein are for reference only. GIGABYTE reserves the right to modify or revise the content at any time without prior notice.
[#2] Advertised performance is based on maximum theoretical values as specified by the respective chipset vendors or standards organizations. Actual performance may vary depending on system configuration.
[#3] All trademarks and logos are the property of their respective owners.
