CableMod 12V-2x6 12VHPWR ModMesh cable kit C-Series Pro for PCIe power CM-PCSR-16X2KIT-NKKLG-R-SS

The CableMod C-Series Pro ModMesh 12V-2x6 12VHPWR cable kit provides sleeved 12VHPWR-compatible cables in a 12V-2x6 wiring configuration for PCIe power delivery. Designed for systems that use the 12VHPWR connector, the kit focuses on tidy cable routing and durable sleeving to support high-power graphics cards while maintaining a clean internal appearance.

Advantages

The ModMesh sleeving offers abrasion resistance and a consistent aesthetic that integrates with modern PC builds. The 12V-2x6 wiring layout enables connection to graphics cards that require the 12VHPWR input while reducing visible cable clutter through a compact connector arrangement. The kit is produced by CableMod and matches the brand's emphasis on modular, builder-oriented cable solutions.

Suitable for

• High-power PCIe graphics cards that accept a 12VHPWR connection
• Custom PC builds where neat cable management and sleeving are desired
• System builders replacing stock cables with ModMesh-sleeved alternatives

Key specifications

• Connector type: 12VHPWR-compatible with 12V-2x6 wiring configuration
• Cable sleeving: ModMesh sleeved design for durability and appearance
• Intended use: PCIe power delivery for graphics cards
• Compatibility: Systems that use the 12VHPWR PCIe power connector

How to use

Install the CableMod 12V-2x6 12VHPWR cables by connecting the 12V-2x6 ends to the corresponding PSU modular outputs or adapter as instructed by your power supply documentation, and attach the 12VHPWR connector to the graphics card power inlet. Ensure all connections are fully seated and routed to avoid sharp bends or stress on the connectors. Verify that the system is powered off and disconnected from mains before making or changing power connections.

Recommendations

Use this cable kit with compatible power supplies and graphics cards that explicitly support 12VHPWR. Check the GPU and PSU manuals for pinout and current requirements, and avoid forcing connectors. For best results, route cables to minimize airflow obstruction and regularly inspect sleeving and connector seating during maintenance.