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The Sun Blade 8000 P modular system is specialized for high-end x86
clusters and grids, avoiding the one size fits all compromise of today's
blade solutions which attempt to force fit the same solution into every
market and configuration leading to complexity and compromise when
choosing blades for clusters and grids. The Sun Blade 8000 P system is
ideal for high performance clusters with triple the density of today's
rackmount systems supporting up to 240 cores, and surpassing 1.2 TFLOPS
in a single rack. The system is also 24 times faster to deploy than
traditional rackmount servers.
The intent of the power calculator is to provide guidance for estimating the electrical and heat loads for typical operating conditions. It should not be used to calculate power or HVAC requirements. Instead, please use the appropriate site planning guide to allow for proper allowances.
You MUST allow electrical and cooling headroom for unforeseen circumstances, component upgrades, and increased computational loads. Please allow for worst-case power conditions. Actual power consumption will vary from the sample workload used in the power calculator. These include, but are not limited to, the factors below. Each of these factors may cause significant differences in power consumption:
- Actual workload and its fluctuations
- Ambient temperature
- Cooling patterns
- Excessive inlet temperature
- Humidity
- Operating systems features
- Power management settings
The "Sample Power" results shown below (if using 100% workload) represent Server power consumption measurements with CPUs at 100% utilization running SPECjbb2005. HPC workloads may consume more power than the commercial workload used in this calculator. If shown for this calculator, the "Active Idle Power" results below represent power consumption measurements taken from Servers with Operating Systems booted and stabilized, yet running at minimal utilization. Sample results shown are representative of measurements taken with room temperatures below 25°C. System power can vary depending upon Hardware/Software configurations and environmental conditions. For precise results, actual measurements based upon the exact Hardware/Software/Environmental conditions are recommended.
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