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AFTM CPU CLUSTER in-a-box
Intuitive, powerful, ready-to-use. A whole new approach to supercomputing.
In Detail
Admin Friendly CPU CLUSTER in-a-box - an elegantly simple and powerful all-in-one turnkey solution
Designed for small and mid-size research groups in Universities & Research Centers and commercial compute-intensive application users, AFTM CPU CLUSTER in-a-box makes it easy to tap the power of supercomputers. Key to this simplicity is the Admin Friendly and sophisticated cluster management software that makes it extremely easy to manage, monitor and to use the cluster. It is immediately intuitive to use even for people without any Linux experience.
We added NOVATTE Application Migration packages and with the single point of contact for software, hardware and OS support, which has made our HPC CLUSTER in-a-box as easy and worry-free to have as a simple workstation!
AFTM HPC CLUSTER in-a-box is Intel Cluster Ready certified. The pre-configured solution is thoroughly pre-tested, fully compatible with Intel Cluster Ready registered applications, and ready to run out of the box!
Exclusive benefits:
- Turnkey pre-installed complete solution
- Intel Cluster Ready certified
- Easy to use, Admin Friendly intuitive cluster management system
- Application Migration Services
- Support across the Asia-Pacific region
- Single point of contact for support for hardware, software, OS and services
- Scalable from Base to Quarter, Half and Full rack configurations
- Lowest (price + TCO)/performance ratio in APAC
- 20 % academic discount
| Base | Quarter | Half | Full | |
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Number of CPU Cores |
128 |
256 |
512 |
1,024 |
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Memory |
256 GB |
512 GB |
1,024 GB |
2,048 GB |
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Peak Performance Up to Intel Xeon E5-2690 8C |
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2.97 Tflops(Gen.2) |
5.94 Tflops (Gen.2) |
11.88 Tflops (Gen.2) |
23.76 Tflops (Gen.2) |
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1. Power Consumption 2. Heat Dissipation |
4,850W (8C CPU) 16,538.5 BTU |
8,450W (8C CPU) 28,814.5 BTU |
15,650W (8C CPU) 53,366.5 BTU |
30,400W (8C CPU) 103,664 BTU |
Tech Specs
Architecture
- Separate data, monitoring and management networks
- Redundant power supplies
- Hot-pluggable motherboards, HDDs, power supplies
- Optimized cooling
Capacity
- Up to 64 nodes
- 42U rack space
Compute Field
- CPU: Dual Intel Xeon e5-2640 (6-cores) or higher (8-cores) per node
- Green Memory: 32 GB DDR3 ECC 1600MHz Registered DIMM per compute node
- OS: Microsoft® Windows HPC Server 2008 + Windows HPC PACK or Linux OS + CMS
- Storage (optional): 500 GB per node
Master node/Storage/License server
- CPU: Dual Intel Xeon e5-2640 (6-cores) or higher (8-cores)
- Green Memory: 32 GB DDR3 ECC 1600MHz Registered DIMM
- Storage: 4*2TB HDD (maximum 12x3.5" HDDs), RAID 0, 1, 5, 6, 10, 50, 60 support
- OS: Microsoft® Windows HPC Server 2008 + Windows HPC Pack 2008 or Linux OS +CMS
- Cluster Management: Admin Friendly immediately intuitive to use complete management solution
Networking/Interconnect
- 1GbE switch
- 40GbE QDR InfiniBand switch
Size and weight
Power System
- Auto 400V, 47-63 Hz 3-phase input power
- Power consumption: 30,400W
Warranty
- 3 Years
Support
- Application migration package: 1 hr; 10 hrs
- HW and OS support package: 1 hr; 10 hrs
Cluster Management System
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The Overview tab provides instant, high-level insight into the status of the cluster. |
Cluster metrics, such as GPU and CPU temperatures, fan speeds and networks statistics can be visualized by simply dragging and dropping them from the list on the left into a graphing window on the right. Multiple metrics can be combined in one graph and graphs can be zoomed into. Graph layout and colors can be tailored to your requirements. |
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The status of cluster nodes, switches, other hardware, as well as up to six metrics can be visualized in the Rackview. A zoomout option is available for clusters with many racks. |
The parallel shell allows for simultaneous execution of commands or scripts across node groups or across the entire cluster. |
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The automation configuration wizard guides the system administrator through the steps of defining a rule: |
Example graphs that visualize metrics on a GPU cluster. |
System Scalability
Scalable from Base to Quarter to Half to Full Rack and beyond