
RSC DCmicro (4 to 32 nodes, up to 60TFLOPS)
RSC DCmicro is a compact and energy-efficient entry-level HPC solution (one cabinet - 4-32 nodes up to 60 TFLOPS) based on RSC Tornado Cluster Architecture with direct liquid cooling of all electronic components.
Advantages
- High performance fully ready solution in one cabinet
- Compact size (up to 32 two-processor nodes in one 24U cabinet)
- Based on x86 architecture
- Supports higher grade Intel® Xeon™ E5-2699 v4 processors
- Intel® Turbo Boost technology is always on (+300 MHz at all cores)
- Energy efficiency (Power Usage Effectiveness = 1.06) system cooling consumes max. 6% of total power
- High economical efficiency, TCO reduction
- Fully independent computing nodes
- High scalability to several dozens petaflops
- High reliability and low noise level with RSC liquid cooling technology and no moving parts
- No need to install air conditioning systems
RSC DCmicro – Technical Data Sheet
Architecture |
|
---|---|
Features |
A complete solution in one cabinet
|
Unique features |
|
Scalability |
Not supported |
Compute Field Type | Homogeneous (Heterogenous with RSC HPC Expansion Pack) | |
---|---|---|
Performance (RMax) | 60 TFLOPS | |
Compute resources | Up to 32 basic x86 architecture compute nodes (306 processors, 6732 cores, 13464 threads Intel® Xeon® E5-2699 v4) | |
Memory | 8 TB | |
System management |
Fully integrated software stack for High Performance Computing “RSC BasIS”:
|
|
Operating Systems | Linux (RedHat, SUSE, Debian, CentOS, Scientific Linux), MS Windows | |
Job management | SLURM, Altair PSB Professional, Adaptive Computing Moab, IBM Platform LSF | |
Parallel File Systems | Lustre, Panasas, GPFS, FhGFS and others | |
Libraries, Compilers and Tools | Intel® Cluster Studio, PGI compilers, standard MPI libraries | |
Power consumption | Up to 35 kW | |
Cooling |
“RSC Tornado” direct liquid cooling system: up to 50kW per Cabinet; Option: integration with existing customer’s cooling system |
|
Formfactor | 24U | |
Dimensions | H 1.2m (40 in.) х W 0.8m (32 in.) х D 0.8m (32 in.) | |
Weight | Up to 430kg (1,874 lbs.) | |
Power | Up to 125A at 400/230V (three-phase, neutral and ground) |
Processor |
16-core Intel® Xeon® E5-2697A v4 (2.6GHz, 32 threads, TDP 145W) or other Intel® Xeon® E5-2600 v4 family processors; 2 processors per node; Intel® Turbo Boost Technology is permanently enabled (+300MHz with all cores utilized) |
---|---|
System board |
Intel® Server Board |
Memory |
DDR4-2133/2400, up to 256GB per node |
Local storage |
Solid State Drives; up to 2 SSDs per node |
Communication |
Integrated I/O: FDR InfiniBand, 56Gbps; QDR InfiniBand, 40Gbps; 10 GigE; |
Service I/O interfaces |
2x GigabitEthernet, IPMIv2 support |
Cooling |
Water cooled, coldplate, “Hot Water” mode support (up to 650C inlet water) |
Power |
Independent per node, 180-240V 50Hz |
Formfactor |
High Density Blade |
Expansion | Supported, with RSC Expansion Pack |
Hot Swap |
Supported, with no influence to any other nodes |
RSC Tornado Expansion Packs
- RSC Tornado HPC Expansion Pack focused on high-performance computing with two Intel® Xeon Phi™ coprocessors improves computing node performance to 3,74TFLOPS;
- RSC Tornado VDI Expansion Pack is intended for virtualization and remote workplace access and for CAD/CAM/CAE fields. It is based on AMD FirePro™ S10000 or NVIDIA GRID™ K1/K2 cards and on Intel® SSD DC P3700 high-performance solid-state drives;
- Hardware and software package RSC SDM Expansion Pack implements Software Defined Management concept developed by RSC specialists for RSC Tornado and RSC PetaStream nodes improving manageability and accessibility of computing systems for user applications. Flexible combination of management agents (infrastructure components, computing nodes, scheduler and user application libraries) within the scope of this concept enables creation of new Task-Oriented Management Applications (TOMA) that improve computing system efficiency and reduce operating costs. One of the examples of this is an application for adaptive management of task scheduler priorities that considers available power resources and actual capacity of data center cooling systems to prevent task termination and resulting loss of critical data on temporary infrastructure failures.
Other specialized expansion packs can also be created on specific requests of the customers. This approach has significantly improved availability of specialized configurations and made modernization process much more easier while preserving record compactness, computing density and power density of solutions based on RSC Tornado cluster architecture.
Technical Info
- Peak performance: 5.30 - 42.39 ТФЛОПС
- Power consumption: 10.00 - 38.40 кВт
- Number of servers: 4 - 32 серверов
- Number of cabinets: 1 - 1 шкафов
- Occupied Area: 0.64 - 0.64 м2