PowerBoard 6-pin PCIe connection cable 250mm by No name - SC-FPC-6PCIE

PowerBoard 6-pin PCIe connection cable 250mm by No name is a fixed-length power lead designed to connect PowerBoard distribution systems or adapters to devices and graphics cards that require a 6-pin PCIe power input. With a total length of 250 mm, the cable provides a compact routing option for custom PC builds, test rigs, and installations where a short, reliable PCIe power connection is needed.

Advantages

The cable offers a straightforward solution for linking power distribution boards to 6-pin PCIe devices with minimal clutter. Its fixed 250 mm length simplifies planning for cable management and keeps power paths concise. Constructed with standard PCIe 6-pin connectors, the cable is compatible with widely used graphics cards and PCIe-powered peripherals, enabling predictable electrical connections and reduced strain on adjacent components.

Suitable for

• Custom desktop PC builds and small form factor systems
• PowerBoard distribution systems and adapter setups
• Graphics cards and PCIe devices requiring a 6-pin power input
• Workbench testing rigs and temporary installations

Key specifications

• Connector type: 6-pin PCIe on both ends
• Cable length: 250 mm (fixed)
• Intended use: Low-voltage DC power connection for PCIe devices
• Design: Fixed single-run power lead for short-distance routing

How to use

Identify the 6-pin PCIe power input on the target device or graphics card and the corresponding 6-pin output on the PowerBoard or adapter. Align the connector keyed shapes, then insert each end fully until the retention latch engages. Ensure the cable routing does not pinch or bend sharply and that it does not interfere with cooling airflow or moving parts. For removal, press the latch and pull the connector straight out to avoid damaging pins or the connector housing.

Usage recommendations

Use this 250 mm PCIe power cable for short, direct connections where a minimal-length lead improves cable management. Avoid using the cable to extend runs beyond its length by coupling multiple cables, and do not modify or splice the cable. Verify power requirements of the connected device and ensure the power distribution source provides the appropriate current capacity and stable voltage.