Corsair RM1000x 80+ Gold Fully Modular ATX Power Supply

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Corsair RM1000x 80+ Gold Fully Modular ATX Power Supply

Details
Type	ATX12V / EPS12V
Maximum Power	1000 W
Fans	1 x 135mm Rifle Bearing Fan
PFC	Active
Main Connector	24Pin
+12V Rails	Single
PCI-Express Connector	6 x 6+2-Pin
SATA Power Connector	14
SLI	SLI Ready
Haswell Support	Yes
CrossFire	CrossFire Ready
Max PSU Length	180 mm
Modular	Full Modular
Efficiency	90%
Energy-Efficient	80 PLUS GOLD Certified
Over Voltage Protection	Yes
Input Voltage	100 - 240 V
Input Frequency Range	47 - 63 Hz
Input Current	12 - 6 A
Output	+3.3V @ 20A, +5V @ 20A, +12V @ 83.3A, -12V @ 0.3A, +5VSB @ 3A
MTBF	100,000 hours
Approvals	FCC, ICES, CE, UL / CUL, CSA, C-Tick / RCM, TUV, CB, CU, KC Mark, RoHS, WEEE, RoHS (China), REACH.
Connectors	1 x 24 pin ATX 3 x 8 pin (4+4) EPS (CPU) 6 x 8 pin (6+2) PCIe 14 x SATA 8 x 4 pin Peripheral
Cable Spec	24Pin MB: One cable (610mm) 4+4Pin CPU: Three cables (650mm) 2 x PCI 6+2Pin: Three cables (600+150mm) 4 x SATA: Two cables (505+115+115+115mm) 3 x SATA: Two cables (520+115+115mm) 4 x 4pin PERIPHERAL: Two cables (450+100+100+100mm)

Features
Features	Fully Modular: Only connect the cables your system needs, making clean and tidy builds easier. 135mm Magnetic Levitation Fan: Utilizes a magnetic levitation bearing and custom engineered rotors for high performance, low noise, and superior reliability. EPS12V Connector: For wide compatibility with modern graphics cards and motherboards. 100% All Japanese 105°C Capacitors: Premium internal components ensure unwavering power delivery and long-term reliability. Modern Standby Compatible: Extremely fast wake-from-sleep times and better low-load efficiency. 80 PLUS Gold Certified: High efficiency operation for lower power consumption, less noise, and cooler temperatures. Zero RPM Fan Mode: At low and medium loads the cooling fan switches off entirely for near-silent operation. Resonant LLC Topology with DC-to-DC Conversion: Provides clean, consistent power, reduces coil whine for quieter operation, and enables use of more energy efficient sleep states.