AMD 1U Rackmount
| Processor Type | |||
| EPYC™ SP3 (7000) NEW! | AMD EPYC™ 7000 Series (System on Chip) |
||
| Opteron AM3+ (3000) |
AMD Opteron™ 3000 Series (AMD SR56x0 + SP5100) |
||
| Opteron G34 / C32
(6000 / 4000) |
AMD Opteron™ 6000 Series (AMD SR56x0 + SP5100) |
AMD Opteron™ 4000 Series (AMD SR56x0 + SP5100) |
|
| MP Opteron G34 (6000) |
AMD Opteron™ 6000 Series (AMD SR56x0 + SP5100) |
||
| MP Opteron (8000 / 800) |
AMD Opteron™ 8000 Series (AMD SR56x0 + SP5100) AMD Opteron™ 800 Series (nVidia nForce Pro 2200; CK804) |
AMD Opteron™ 8000 Series (nVidia MCP55 Pro) |
|
| DP Opteron (2000 / 200) |
AMD Opteron™ 2000 Series (nVidia MCP55 Pro) AMD Opteron™ 200 Series (nVidia nForce Pro 2200; CK804) |
AMD Opteron™ 200 Series (nVidia nForce Pro 2200; CK804) AMD Opteron™ 200 Series (AMD 8111, 8131, 8132) |
|
| UP Opteron (1000 / 100) |
AMD Opteron™ 1000 Series (nVidia MCP55 Pro) AMD Opteron™ 100 Series (ServerWorks HT1000 I/O Hub) |
AMD Opteron™ 1000 Series (ServerWorks HT2000 / HT1000) |
|
NEW! AMD System on Chip (SoC) / Socket SP3 / EPYC™
1U Up to 32-core AMD EPYC™ 7000-series Processors
Optimized for high-performance computing and scalability, Supermicro's AMD EPYC™ 7000-series based dual-socket systems support up to 64 cores or 128 threads in a high-density 1U form-factor. These systems are ideal for virtualization, web, cloud computing and HPC applications. [ top ]
| SuperServer | Power Supply | CPU | Memory | HDD | Other Features |
| 1123US-TN10RT | 1000 Watts (Titanium Level) | 2 | 4TB DDR4 | 10 U.2 NVMe | Redundant Power |
| 1123US-TR4 | 1000 Watts (Titanium Level) | 2 | 4TB DDR4 | 10 SATA3 | Redundant Power |
| 1023US-TR4 | 1000 Watts (Titanium Level) | 2 | 4TB DDR4 | 4 SATA3 | Redundant Power |
| 1113S-WN10RT | 750 Watts (Platinum Level) | 1 | 2TB DDR4 | 10 U.2 NVMe, Opt. 4 SATA3 | Redundant Power |
| 1013S-MTR | 400 Watts (Platinum Level) | 1 | 1TB DDR4 | 4 SATA3 | Redundant Power |
AMD SR56x0 + SP5100 Chipset System / Socket AM3+ / Opteron
1U 8/4-Core AMD Opteron™ 3000 Series (3300 ready) Processors
Optimized for power efficiency and cost-effectiveness, Supermicro's 8/4-Core AMD Opteron™ 3000 series (3300 ready) processor based system is paired with AMD chipset in a high-density 1U form-factor. These high-end enterprise systems are ideal for virtualization and cloud computing applications. [ top ]
| SuperServer | Power Supply | CPU | Memory | HDD | Other Features |
| 1012A-MRF | 200 Watts | 1 | 32GB DDR3 | 2x SATA | - |
| 1012A-MTF | 350 Watts (Gold Level) |
1 | 32GB DDR3 | 4x SATA | - |
| 1012A-M73RF | 400 Watts | 1 | 32GB DDR3 | 4x SATA | Redundant Power |
AMD SR56x0 + SP5100 Chipset System / Socket C32 / Opteron
1U 8/6/4-Core AMD Opteron™ 4000 Series (3300 ready) Processors
Optimized for power efficiency and cost-effectiveness, Supermicro's 8/6/4-Core AMD Opteron™ 4000 series (3300 ready) processor based system is paired with AMD chipset in a high-density 1U form-factor. These systems are ideal for high volume file & print email, virtualization, web, cloud computing and HPC applications. [ top ]
| SuperServer | Power Supply | CPU | Memory | HDD | Other Features |
| 1012C-MRF | 350 Watts (Gold Level) |
1 | 128GB DDR3 | 2x SATA | Short Depth |
| 1022TC-IBQF | 920 Watts (Platinim Level) |
2 (per node) | 192GB DDR3 | 2x SATA (per node) | InfiniBand QDR |
| 1022TC-TF | 920 Watts (Platinim Level) |
2 (per node) | 192GB DDR3 | 2x SATA (per node) | UIO, Redundant Power |
AMD SR56x0 + SP5100 Chipset System / Socket G34 / Opteron
1U 16/12/8/4-Core AMD Opteron™ 6000 Series (6300P* ready) Processors
Designed for optimal performance, Supermicro's 16/12/8/4-Core AMD Opteron™ 6000 series (6300P* ready) processor based system is paired with AMD chipset in a high-density 1U form-factor. These systems are ideal for HPC and minimal-downtime cluster server systems. [ top ]
| SuperServer | Power Supply | CPU | Memory | HDD | Other Features |
| 1012G-MTF | 350 Watts (Gold Leve) |
1 | 256GB DDR3 | 4x SATA | Short Depth |
| 1022G-NTF | 560 Watts (Gold Leve) |
2 | 512GB DDR3 | 4x SATA | - |
| 1022G-URF | 700 Watts (Gold Leve) |
2 | 512GB DDR3 | 4x SAS/SATA | UIO, Redundant Power |
| 1122G-URF4+ | 700 Watts (Gold Leve) |
2 | 768GB DDR3 | 8x SAS/SATA | UIO, 2.5" HD Tray, Redundant Power |
| 1122GG-TF | 1400 Watts (Gold Leve) |
2 | 512GB DDR3 | 6x SATA | 2.5" HD Tray, Dual GPU Optimized |
| 1022GG-TF | 1400 Watts (Gold Leve) |
2 | 512GB DDR3 | 3x SATA | 3.5" HD Tray, Dual GPU Optimized |
AMD SR56x0 + SP5100 Chipset System / Socket G34 / Opteron
1U 16/12/8/4-Core AMD MP Opteron™ 6000 Series (6300P* ready) Processors
Designed for optimal performance, Supermicro's 16/12/8/4-Core AMD Opteron™ 6000 series (6300P* ready) processor based system is paired with AMD chipset in a high-density 1U form-factor. These systems are ideal for HPC and minimal-downtime cluster server systems. [ top ]
| SuperServer | Power Supply | CPU | Memory | HDD | Other Features |
| 1042G-TF | 1400 Watts (Gold Level) |
4 | 1 TB DDR3 | 3x SATA | - |
| 1042G-LTF | 1400 Watts (Gold Level) |
4 | 512GB DDR3 | 3x SATA | Cost Effective |
AMD SR56x0 + SP5100 Chipset System / Socket 1207 (F) / MP Opteron 1U Six-Core AMD Opteron™ 8000 Series
Designed for optimal performance, Supermicro's quad Six-Core AMD Opteron™ processor 8000 series based system (24-Cores in 1U) now paired with the new AMD chipset in a high-density 1U form-factor. These systems are ideal for HPC and minimal-downtime cluster server systems. [ top ]
| SuperServer | Power Supply | CPU | Memory | HDD | Other Features |
| 1041A-T2F | 1000 Watts | 4 | 128GB DDR2 | 3x SATA | - |
nVidia MCP55 Pro System / Socket 1207 (F) / DP Opteron 1U Quad/Dual-Core AMD Opteron™ 2000 Series
Designed for optimal performance, Supermicro's A+ 1020 series of systems support dual AMD Opteron™ 2000 processors at maximum frequency in a high-density 1U form-factor. These systems are ideal for network infrastructure, front-end enterprise, and minimal-downtime cluster server systems. [ top ]
| SuperServer | Power Supply | CPU | Memory | HDD | Other Features |
| 1021TM-T+B | 980 Watts | 2 (per node) | 128GB DDR2 (per node) |
2x SATA (per node) |
- |
| 1021TM-INF+B | 980 Watts | 2 (per node) | 128GB DDR2 (per node) |
2x SATA (per node) |
IDE |
| 1021M-UR+V / 1021M-UR+B |
650 Watts | 2 | 64GB DDR2 | 4x SAS/SATA | UIO |
| 1021M-T2RV / 1021M-T2RB |
650 Watts | 2 | 64GB DDR2 | 4x SATA | Redundant Power |
| 1021M-T2+V / 1021M-T2+B |
560 Watts | 2 | 128GB DDR2 | 4x SATA | Max Memory Support |
| 1021M-82V / 1021M-82B |
560 Watts | 2 | 64GB DDR2 | 4x U320 SCSI, ZCR |
- |
| 1021M-T2V / 1021M-T2B |
560 Watts | 2 | 64GB DDR2 | 4x SATA | - |
nVidia nForce Pro 2200 System / Socket 940 / DP Opteron
1U Dual-Core AMD Opteron™ 200 Series
Designed for high-performance servers, clustering and business critical applications, these Supermicro 1U servers support AMD's Opteron™ 200 series processors and deliver next-generation performance requirements. Customers who require e-commerce applications, faster database transactions, quick graphics response, and computational intensive tasks can greatly benefit from the wide range of A+ 1U system models. [ top ]
| SuperServer | Power Supply | CPU | Memory | HDD | Other Features |
| 1020C-3 / 1020C-3B |
500 Watts | 2 | 32GB DDR | 4x SAS | - |
ServerWorks HT2000 / HT1000 System / Socket 940 / DP Opteron
1U Dual-Core AMD Opteron™ 200 Series
Designed for high-performance servers, clustering and business critical applications, these Supermicro 1U servers support AMD's Opteron™ 200 series processors and deliver next-generation performance requirements. Customers who require e-commerce applications, faster database transactions, quick graphics response, and computational intensive tasks can greatly benefit from the wide range of A+ 1U system models. [ top ]
| SuperServer | Power Supply | CPU | Memory | HDD | Other Features |
| 1020P-8 / 1020P-8B |
700 Watts | 2 | 32GB DDR | 4x U320 SCSI, ZCR |
- |
| 1020P-8R / 1020P-8RB |
700 Watts Redundant Power |
2 | 32GB DDR | 4x U320 SCSI, ZCR |
Redundant Power |
| 1020P-T / 1020P-TB |
700 Watts |
2 | 32GB DDR | 4x SATA | |
| 1020P-TR / 1020P-TRB |
700 Watts Redundant Power |
2 | 32GB DDR | 4x SATA | Redundant Power |
| 1020S-8 / 1020S-8B |
500 Watts | 2 | 32GB DDR | 4x U320 SCSI, ZCR |
- |
| 1010P-8 / 1010P-8B |
400 Watts | 1 | 16GB DDR | 4x U320 SCSI, ZCR |
- |
| 1010P-8R / 1010P-8RB |
400 Watts Redundant |
1 | 16GB DDR | 4x U320 SCSI, ZCR |
Redundant Power |
| 1010P-T / 1010P-TB |
400 Watts | 1 | 16GB DDR | 4x SATA | - |
| 1010P-TR / 1010P-TRB |
400 Watts Redundant |
1 | 16GB DDR | 4x SATA | Redundant Power |
AMD 8111,8131,8132 System / Socket 940 / DP Opteron
1U Dual-Core AMD Opteron™ 200 Series
Designed for high-performance servers, clustering and business critical applications, these Supermicro 1U servers support AMD's Opteron™ 200 series processors and deliver next-generation performance requirements. Customers who require e-commerce applications, faster database transactions, quick graphics response, and computational intensive tasks can greatly benefit from the wide range of A+ 1U system models [ top ]
| SuperServer | Power Supply | CPU | Memory | HDD | Other Features |
| 1020A-T / 1020A-TB |
500 Watts | 2 | 32GB DDR | 4x SATA, ZCR | - |
| 1020A-8 / 1020A-8B |
420 Watts | 2 | 32GB DDR | 3x U320 SCSI, ZCR |
- |
nVidia MCP55 Pro System / Socket 940 (AM2) / UP Opteron
1U Dual-Core AMD Opteron™ 1000 Series
Designed for optimal performance, Supermicro's A+ 1011 series of systems support dual AMD Opteron™ 1000 processors at maximum frequency in a high-density 1U form-factor. These systems are ideal for network infrastructure, front-end enterprise, and minimal-downtime cluster server systems. [ top ]
| SuperServer | Power Supply | CPU | Memory | HDD | Other Features |
| 1011M-URV / 1011M-URB |
450 Watts | 1 | 8GB DDR2 | 4x SAS/SATA | UIO |
| 1011M-Ni / 1011M-NiB |
280 Watts | 1 | 8GB DDR2 | 3x Internal Customizable |
IDE |
| 1011M-T2 / 1011M-T2B |
260 Watts | 1 | 8GB DDR2 | 2x SATA | DDR2 |
ServerWorks HT1000 System / Socket 940 (AM2) / UP Opteron
1U Dual-Core AMD Opteron™ 1000 Series
Designed for optimal performance, Supermicro's A+ 1011 series of systems support dual AMD Opteron™ 1000 processors at maximum frequency in a high-density 1U form-factor. These systems are ideal for network infrastructure, front-end enterprise, and minimal-downtime cluster server systems. [ top ]
| SuperServer | Power Supply | CPU | Memory | HDD | Other Features |
| 1011S-MR2 / 1011S-MR2B |
260 Watts | 1 | 8GB DDR2 | 1x SATA | - |
ServerWorks HT1000 System / Socket 939 / UP Opteron
1U Dual-Core AMD Opteron™ 100 Series
Designed for high-performance servers, clustering and business critical applications, these Supermicro 1U servers support AMD's Opteron™ 100 series processors and deliver next-generation performance requirements. Customers who require e-commerce applications, faster database transactions, quick graphics response, and computational intensive tasks can greatly benefit from the wide range of A+ 1U system models. [ top ]
| SuperServer | Power Supply | CPU | Memory | HDD | Other Features |
| 1010S-T / 1010S-TB |
260 Watts | 1 | ServerWorks HT1000 | 4GB DDR | 2x SATA |
| 1010S-MR / 1010S-MRB |
260 Watts | 1 | ServerWorks HT1000 | 4GB DDR | 1x SATA |
nVidia MCP55 Pro System / Socket 1207 (F) / MP Opteron
1U Quad/Dual-Core AMD Opteron™ 8000 Series
Designed for optimal performance, Supermicro's A+ 1040 series of systems support quad AMD Opteron™ 8000 processors at maximum frequency in a high-density 1U form-factor. These systems are ideal for network infrastructure, front-end enterprise, and minimal-downtime cluster server systems. [ top ]
| SuperServer | Power Supply | CPU | Memory | HDD | Other Features |
| 1041M-T2+B | 1000 Watts | 4 | 256GB DDR2 | 3x SATA | - |
| 1041M-82 / 1041M-82B |
1000 Watts | 4 | 128GB DDR2 | 3x U320 SCSI | - |
| 1041M-T2 / 1041M-T2B |
1000 Watts | 4 | 128GB DDR2 | 3x SATA | - |
nVidia nForce Pro 2200 (CK804) System / Socket 940 / MP Opteron
1U Dual-Core AMD Opteron™ 800 Series
Designed for high-performance servers, clustering and business critical applications, these Supermicro 1U servers support AMD's Opteron™ 800 series processors and deliver next-generation performance requirements. Customers who require e-commerce applications, faster database transactions, quick graphics response, and computational intensive tasks can greatly benefit from the wide range of A+ 1U system models.[ top ]