Okay, you've got your tower, you've got your drives, you've got your souped up graphics board, now you need to power it all up. Rosewill's 630 Watt power supply answers the call.
Ready for both SLI and Crossfire video boards with ATX and EPS compatibility, this power supply is ready to take on your power needs. Four +12Vdc rails allow for clean, even distribution of power, and active power factor control keeps your power factor as close to 1.0 as possible even under shifting loads, which reduces line spikes and noise for you and your electricity supplier. Other "green" features include RoHS compliance and >80% efficiency. And with 100K hours MTBF, it's very reliable.
Efficient, so it runs cooler, more economically, and more environmentally friendly; what's not to like? So check it out and decide for yourself; I can't tell you what you need. But once you've made your decision, we'll be right here when you're ready.
ATX12V and EPS12V CompatibleCompatible with the ATX12V v2.2 and EPS12V v2.91 standards, the Rosewill RX630-S-B provides maximum power stability to drive the processors as well as other components for desktop and server computer systems.
630W Maximum PowerThe Rosewill RX630-S-B power supply provides a maximum power of 630W to deliver safe, reliable output for high-end computer systems. Four industry-leading independent +12v rails are provided for more stable and safer power output.
Highly EfficientProviding up to 85% power efficiency, the Rosewill RX630-S-B power supply saves energy and may even reduce your electric bill!
Dual PCI-E ConnectorsWith two PCI-E connectors (one 6-pin and one 6+2-pin), the Rosewill RX630-S-B is ideal for building up a SLI or CrossFire gaming system.
Quiet OperationThe silent 120mm 2-ball-bearing blue LED fan delivers high efficient cooling and ensures quiet operation through fan speed adjustments in response to loading conditions.
Excellent Mesh Cable SleevingThe Rosewill RX630-S-B power supply’s cables are wrapped in black mesh sleeving so your chassis stays neat for optimized air flow and enhanced cooling.