Pinouts for ATX-compliant computer power supply: 20 and 24-pin main connectors, 12V, SATA, PCI, floppy drive and other. Provides diagrams, wire colors and part numbers.

2022年6月6日 · Pinout of ATX Aux power connector and layout of 6 pin ATX AUX power connectorTo be used on ATX / NLX motherboards requiring 250W or 300W. Also marked as P14 connector.

Motherboards can come with either a 20 pin main power connector or a 24 pin main power connector. Many power supplies come with a 20+4 cable which is compatible with both 20 and 24 pin motherboards. A 20+4 power cable has two pieces: a 20 pin piece, and a 4 pin piece.

ATX 24 pin power supply connector ATX 2.2 and later (ATX12V 2) is common ATX standard, 24 pin connector. ATX Aux power connector To be used on ATX / NLX motherboards requiring 250W or 300W. Also marked as P14 connector.

2024年3月16日 · ATX 24-Pin 12V Power Connector Pinout. Mainly there are two versions of ATX power supply connectors: 24-pin and 20-pin connectors. To supply the additional power required by PCI Express slots, the 24-pin main power connector was added to ATX12V 2.0.

2023年9月26日 · Links to ATX power supply pinout tables including the 24-pin motherboard, 15-pin SATA, 4-pin peripheral, and more connectors.

Besides the main motherboard link, several auxiliary connectors are used to power additional components such as drives, graphics cards, and cooling systems. Understanding these connectors is vital for ensuring your peripherals and upgrades are properly supported. Key auxiliary connectors include:

2022年6月6日 · P10 AT aux power supply connector (found on some Dell socket 5, 7 and 8 motherboards). The proprietary 3.3V connector is not only for Dell, but also IBM (especially Power Series) and Intel (e.g. Atlantis Socket 5 and similar Socket 7 mainboards).

2023年6月20日 · Complete pinout for an ATX 24-pin 12V power supply connector. This is the standard motherboard power connector in a computer.

2024年12月30日 · Pinout tables for ATX power supplies detail the arrangement and function of each pin on the power connectors. This information is crucial for several reasons: Installation: Identifying the correct pins ensures that components receive the appropriate power levels for optimal performance.