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| Features & Benefits | Flash Demo | Press Releases | eBlast | Ads & Flyers |
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- Supermicro products incorporate the most advanced hardware and software technologies to keep pace with the ever-changing demands presented by the massive amount of information in today's business world.
 1U Twin™ is an innovative 1U rackmount system designed to increase computing density while reducing cost, energy and space requirements. With two systems (or two nodes) within a 1U space, the 1U Twin™ can support up to 16 processor cores - two systems each housing two quad-core Intel® Xeon® Processor 5400 Series.
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1U Twin Comparison Table
| Model |
CPU
per Node |
Memory
per Node |
Chipset |
Expansion
per Node |
Drives
per Node |
Highlights |
• 6015TW-INF
(980 Watts) |
2x Xeon 5400/5300 |
64GB 1.5V
FB-DIMM
8x DIMM |
Intel 5400
(Seaburg) |
1(x16) PCI-E
Gen2 |
2x SATA |
Infiniband MT25204 20Gbps |
• 6015TW-T
(980 Watts) |
2x Xeon 5400/5300 |
64GB 1.5V
FB-DIMM
8x DIMM |
Intel 5400
(Seaburg) |
1(x16) PCI-E
Gen2 |
2x SATA |
1600MHz Front Side Bus |
• 1025TC-10G
(980 Watts)
NEW |
2x Xeon 5400/5300 |
48GB
DDR2-667
6x DIMM |
Intel 5100
(San Clemente) |
1(x16) PCI-E |
4x SATA
2.5" HDD |
Intel 82598EB 10Gb Ethernet |
• 1025TC-T
(980 Watts)
NEW |
2x Xeon 5400/5300 |
48GB
DDR2-667
6x DIMM |
Intel 5100
(San Clemente) |
1(x16) PCI-E |
4x SATA
2.5" HDD |
Highest Performance per Watt |
• 6015TC-10G
(980 Watts) |
2x Xeon 5400/5300 |
48GB
DDR2-667
6x DIMM |
Intel 5100
(San Clemente) |
1(x16) PCI-E |
2x SATA |
Intel 82598EB 10Gb Ethernet |
• 6015TC-T
(980 Watts) |
2x Xeon 5400/5300 |
48GB
DDR2-667
6x DIMM |
Intel 5100
(San Clemente) |
1(x16) PCI-E |
2x SATA |
Highest Performance per Watt |
• 6015T-INF
(980 Watts) |
2x Xeon 5400/5300 |
32GB
FB-DIMM
6x DIMM |
Intel 5000P
(Blackford) |
1(x8) PCI-E |
2x SATA |
Infiniband MT25204 20Gbps |
• 6015T-T
(980 Watts) |
2x Xeon 5400/5300 |
32GB
FB-DIMM
6x DIMM |
Intel 5000P
(Blackford) |
1(x8) PCI-E |
2x SATA |
Award-winning 1U Twin |
Benefits:
- Two nodes in one 1U system - save chassis, power supply and rack costs
- Double the density and computing power - save IT space rental costs
- Higher power utilization increases power supply efficiency - save energy costs
- Reduce power cables and power strips – for easy cabling, better airflow and reduced cabling costs
- Operate and maintain two systems in one physical space - save maintenance / management costs
- Perfect for HPC computing cluster, data center / data farm, search engine nodes, and high-availability applications
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