Power Supply Units (PSU)

Full Modular (201) Non-Modular (182) Semi-Modular (34)

Yes, Active PFC (362) No (32)

94 percent (%) (4) 88 percent (%) (7) 92% at 115VAC and 50% load / 89% at 115VAC and 100% load (1) 87 percent (%) (2) 89 percent (%) (3) 92 percent (%) (21) 91 percent (%) (3) 89% at 100% load / 92% at 50% load (4) 95 percent (%) (1) 85 percent (%) (10) 80 percent (%) (2) 90 percent (%) (27) 81 percent (%) (2) 92% to 94% at 230V AC and normal load / Average 93% at 230V AC and normal load (6) 82% to 85% at 230V AC and normal load / Average 83% at 230V AC and normal load (2) 82% to 85% at 230V AC and normal load / Average 82.5% at 230V AC and normal load (3) 85% to 88% at 230V AC and normal load / Average 86% at 230V AC and normal load (8) 85% to 88% at 230V AC and normal load / Average 86.5% at 230V AC and normal load (2) 83% to 86% at 230V AC and normal load / Average 84.5% at 230V AC and normal load (2) 90% to 92.5% at 230V AC and normal load / Average 91% at 230V AC and normal load (4) 83.5% to 88% at 230V AC and normal load / Average 86.5% at 230V AC and normal load (2) 85% to 89% at 230V AC and normal load / Average 87% at 230V AC and normal load (3) 90% to 92% at 230V AC and normal load / Average 91% at 230V AC and normal load (3) 90% to 93% at 230V AC and normal load / Average 91.5% at 230V AC and normal load (3)

230 volt (v) (14) 220 volt (v) (2) 180 to 264 V (AC) (3)

5 to 10 Amps (66) Max 5 Amps (24) Max 6.3 Amps (1) Max 3.5 Amps (6) 6.5 to 13 Amps (8) 4.5 to 9 Amps (5) 6 to 12 Amps (42) 7 to 15 Amps (2) Max 10 Amps (51) 7.5 to 15 Amps (10) 4 to 8 Amps (14) Max 4 Amps (25) Max 15 Amps (9) 8 to 12 Amps (3) Max 13 Amps (4) 6 to 10 Amps (6) Max 12 Amps (13) 6 to 15 Amps (1) Max 6 Amps (8) 6 to 13 Amps (4) 7 to 13 Amps (1) 8 to 15 Amps (6) Max 8 Amps (3) Max 9 Amps (2) 4.5 to 9.5 Amps (2) 5.5 to 11 Amps (8) 9 to 15 Amps (1) Max 16 Amps (2) Max 2 Amps (1) Max 3 Amps (10) Max 4.5 Amps (8) 3.5 to 7 Amps (3) 8 to 9 Amps (1) Max 14 Amps (4) 7 to 14 Amps (2) Max 7.5 Amps (1) 12 to 15 Amps (1) 2 to 5 Amps (1) 3 to 7.5 Amps (1) 9 to 14 Amps (1) Max 20 Amps (1) 3.5 to 7.5 Amps (2) 6.3 to 12 Amps (3) 5 to 8 Amps (1) 6.5 to 15 Amps (2) 4 to 9 Amps (1) Max 5.5 Amps (4) Max 7 Amps (2) 3 to 6 Amps (1) 7.8 to 9.4 Amps (1)

1 x 24-pin (20+4) (416)

50 hertz (hz) (28)

0 To 85 Degrees Celsius (1) Up to 50 degrees Celsius (2) 0 To 40 Degrees Celsius (33) 0 To 50 Degrees Celsius (33) 0 To 45 Degrees Celsius (4) 10 to 40 degrees Celsius (1) 0 to 30 degrees Celsius (3) 40 degree celsius (°c) (1) 50 degree celsius (°c) (1) Operating Temperature: 0 to 50 °C / Storage Temperature: -20 to 70 °C (1) Operating Temperature: 0 to 50 °C / Storage Temperature: -40 to 70 °C (1)

Uses Japanese 105°C capacitors (12) Uses Japanese-made capacitors (26) Uses Japanese Capacitors (34) Uses Japanese Capacitors / Features A 16-pin 12VHPWR Cable For Transferring Up To 600W Power To PCIe 5.0 Graphics Cards (4) Uses Japanese capacitors / Features ROG heatsinks / Features a 16-pin cable for transferring up to 600W power to PCIe 5.0 graphics cards (2) Features OLED display / Features a 16-pin cable for transferring up to 600W power to PCIe 5.0 graphics cards / Uses low-ESR Japanese capacitors (2) Uses Japanese capacitors / ARGB lighting on fan (1) Features a 16-pin 12VHPWR cable for transferring up to 600W power to PCIe 5.0 graphics cards / Features capacitors with a lifespan of up to 170,000 hours and operation at 105 degrees Celsius temperature (2) Features a 16-pin 12VHPWR cable for transferring up to 600W power to PCIe 5.0 graphics cards (1) Has a 90-degree 12VHPWR connector to transfer up to 300W of power to PCIe 5.0 graphics cards (1) Has a 90-degree 12VHPWR connector to transfer up to 450W of power to PCIe 5.0 graphics cards (1) Uses 100% Japanese capacitors / Hybrid switch for heat control / Noise level less than 25 dB (3) Uses 100% Japanese capacitors / Noise level less than 25 dB (2) Use Of Japanese 105°C Capacitors (43) Uses 105C type Japanese capacitors / Features a 16-pin 12VHPWR cable for transferring up to 600W power to PCIe 5.0 graphics cards (4) Use Of 105°C Capacitors (4) Use of 105°C industrial-grade capacitors (2) Two-stage EMI filter at the input section (7) Use of Taiwanese capacitors (10) Noise level less than 25 dB (3) Use of Taiwanese-made capacitors (2) Digital fan controller / Use of Japanese 105°C solid and electrolytic capacitors / Transformer with Flat Wire Winding technology (2) Use of CLC filters / Use of TEAPO 85°C capacitors / Two-stage EMI filter at the input section (2) Use Of CLC Filters / Use Of SamXon 85°C Capacitors / Two-stage EMI Filter At The Input Section (5) Use of su-scon/CAPXCON 105°C electrolytic capacitors (3) Use of TEAPO/CAPXCON 105°C electrolytic capacitors (8) Use of Nippon Chemi-Con and TEAPO 105°C capacitors (2) Use of Japanese 105°C solid and electrolytic capacitors / Use of German Infineon MOSFETs (4) Use of Japanese 105°C solid and electrolytic capacitors (9) Use of SamXon 105°C capacitors (2) Use of Japanese 105°C solid and electrolytic capacitors / Use of high-efficiency Low-RDS MOSFETs (2)