Internal Power Cable Silverstone SST-CPF01 0.1m

The Silverstone SST-CPF01 0.1m internal power cable is a short, high-quality cable designed to distribute PWM-controlled 4-pin power signals inside a computer case. It has two 4-pin PWM connectors on one end and a single 4-pin PWM connector on the other, enabling simple fan or device chaining while keeping cable length to a minimum. The compact 0.1 m length and black finish make it suitable for small form-factor builds and tight routing paths inside modern PC enclosures.

Advantages

The cable provides reliable PWM signal transfer and stable power delivery thanks to its solid construction and snug connector fit. Its short length reduces cable clutter and signal degradation in cramped builds. The black color helps it blend with typical PC interiors for a discreet installation. The simple 2-to-1 connector arrangement allows linking two devices to a single PWM source without additional adapters.

Suitable for

• Connecting two 4-pin PWM fans to a single 4-pin PWM header
• Short internal routing in small form-factor or compact PC cases
• Improving cable management and reducing excess cable length
• Linking PWM-capable components where a short splitter is required

Key specifications

• Connector configuration: 2 x 4-pin PWM to 1 x 4-pin PWM
• Cable length: 0.1 m (100 mm)
• Colour: Black
• Intended use: Internal PC power/PWM signal distribution

How to use

Locate the PWM header on the motherboard or fan controller and plug the single 4-pin connector into that header with correct orientation. Connect the two 4-pin connectors to the fans or other PWM devices, ensuring pins align to avoid miswiring. Route the short cable along existing cable channels or behind drive bays to maintain airflow and avoid contact with moving components. Verify that the connected devices are recognized and respond to PWM speed control in the system BIOS or fan control software.

Recommendations

Use this cable for short-distance connections only; its 0.1 m length is not suitable for long runs. Confirm that the combined current draw of connected devices does not exceed the source header or controller specifications. Avoid sharp bends and maintain secure seating of connectors to ensure consistent PWM signal and power delivery.