Power Supply Selector
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| POWER SUPPLY | APPLICATION #1 | APPLICATION #2 | APPLICATION #3 | APPLICATION #4 | APPLICATION #5 | |
| Silencer MK II 500W | 1-Processor 1-AGP 1 to 10-HD |
1-Processor 1-PCI-E Low Power 1 to 10-HD |
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| Silencer MK II 650W |
1-Processor 2-PCI-E Low Power 1-4-HD |
1-Processor 1-PCI-E High Power 1 to 4-HD |
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| Silencer MK II 750W | 1-Processor 2-PCI-E Low Power 5 to 10-HD |
1-Processor 1-PCI-E High Power 5 to 10-HD |
1-Processor 2-PCI-E High Power 1 to 5-HD |
1-High Power Processor 1-PCI-E Low Power 1 to 10 HD |
1-Processor 1-PCI-E Very High Power 1 to 10-HD |
|
| Silencer MK II 950 | 1-Processor 2-PCI-E High Power 1 to 10-HD |
1-High Power Processor 1-PCI-E High Power 1 to 15 HD |
1-High Power Processor 2-PCI-E High Power 1 to 5 HD |
2-Processor 1-PCI-E High Power 1 to 15-HD |
1-Processor 2-PCI-E Very High Power 1 to 10-HD |
|
| Turbo-Cool 860 | 2-Processor 1-AGP 1 to 15-HD |
2-Processor 1-PCI-E High Power 1 to 15-HD |
1-Processor 2-PCI-E High Power 1 to 15-HD |
1-High Power Processor 1- PCI-E High Power 1 to 15-HD |
1-Processor 2-PCI-E Very High Power 1 to 5-HD |
|
| Turbo-Cool 1200 | 2-Processor 2-PCI-E High Power 1 to 16-HD |
1-Processor 3-PCI-E High Power 1 to 16-HD |
2- High Power Processors 1- PCI-E High Power 1 to 16-HD |
1-High Power Processor 2-PCI-E Very High Power 1 to 16-HD |
2-Processor 2-PCI-E Very High Power 1 to 10-HD |
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- Low Power PCI-E Video Cards are any PCI-Express video card with only one 6-pin PCI-E power connector
- High Power PCI-E Video Cards are any cards with one 6-pin and one 6/8-pin PCI-E power connectors not listed under Very High Power
- NVIDIA's Very High Power PCI-E Video Cards = GTX 480, GTX 470, GTX 295, GTX 285, GTX 280, GTX 275, 9800 GX2
- ATI's Very High Power PCI-E Video Cards = HD 5970, HD 2900 XT, HD 4850x2, HD 4870, HD 4870x2, HD 4890
- High Power Processor = I7, Xeon 7XXX, Itanium 9XXX
It is suitable to use a higher wattage power supply than the minimum recommended for your system, as it will ensure the fan is only working at a percentage of its power capabilities and thus decreasing noise levels from excess airflow.
