be quiet! Pure Power 13 M 650 W Power Supply
- Vendorbe quiet!
Description
be quiet! Pure Power 13 M 650 W Power Supply
Fully modular ATX power supply with 650 W
The Pure Power 13 M 650W is ATX 3.1 and PCIe 5.1 compatible and features semi-passive cooling. It offers unparalleled reliability with first-class features. Thus, the Pure Power 13 M 650W delivers the best possible combination of features with outstanding compatibility.
80 PLUS Gold
The 80 PLUS Gold certification of this power supply ensures that an efficiency of at least 88% is achieved at 100% load. This means that only a small amount of the energy used is converted into heat, which results in less heat, lower energy consumption, and thus less ventilation requirement.
Specifications
- Scope of delivery:
- Power supply Pure Power 13 M 650 W
- Power supply rated power:
- 650 W
- SATA power connectors:
- 5
- Power supply form factor:
- ATX
- CPU power connectors (4+4-pin):
- 1
- Cooling type:
- Active (with fan)
- PCIe 6+2-pin (GPU):
- 2
- 80 PLUS certification:
- 80 PLUS Gold
- Power supply cabling:
- Fully modular
- Detailed color:
- Black
- Width:
- 150 mm
- Height:
- 86 mm
- Length:
- 160 mm
- Fan size:
- 120 mm
be quiet! Pure Power 13 M 650 W Power Supply
- Vendorbe quiet!
104.40
Power supply rated power: 650 W | Cooling type: Active (with fan) | Cable management: Power supply cable bundle: Fully modular | 80 PLUS certification: 80 PLUS Gold | Power supply form factor: ATX | Unrivaled signal stability and strong voltage regulation thanks to LLC technology
Description
be quiet! Pure Power 13 M 650 W Power Supply
Fully modular ATX power supply with 650 W
The Pure Power 13 M 650W is ATX 3.1 and PCIe 5.1 compatible and features semi-passive cooling. It offers unparalleled reliability with first-class features. Thus, the Pure Power 13 M 650W delivers the best possible combination of features with outstanding compatibility.
80 PLUS Gold
The 80 PLUS Gold certification of this power supply ensures that an efficiency of at least 88% is achieved at 100% load. This means that only a small amount of the energy used is converted into heat, which results in less heat, lower energy consumption, and thus less ventilation requirement.
