CPU/GPU 8Pin to 2 8Pin(6+2) PCIE Power Splitter Cable, 8Pin Female to Dual 8(6+2)Pin Male GPU Power Cord for Mining Rig, Compatible with Modular PSU & ASUS MSI Gigabyte Sapphire Graphics Cards

This CPU/GPU 8pin to dual 8(6+2)pin PCIE power splitter cable is specially engineered to solve the problem of insufficient PCIE power ports on modular power supplies, allowing one single 8pin PSU output port to power two separate graphics cards simultaneously. Each male end features a detachable split 6+2 pin design, which can be used as a full 8pin connector or separated into a standard 6pin connector, seamlessly adapting to various GPU power interface specifications from lowpower to highpower video cards.

Built with highquality tinned copper inner conductors, this power cord greatly reduces resistance during power transmission, ensures stable highcurrent output, effectively suppresses excessive heat buildup under sustained heavyload conditions. It is an ideal wiring solution for multiGPU mining rigs, highperformance gaming GPUs, graphic rendering workstations and other powerhungry hardware assemblies.

Wide hardware compatibility covers mainstream modular power supply brands including Corsair, EVGA, Seasonic, Cooler Master, Antec and more. It works perfectly with graphics cards manufactured by ASUS, MSI, Gigabyte, Sapphire, AMD Radeon series and other common GPU brands. The outer insulating sleeve adopts premium heatresistant material, providing excellent performance against abrasion, bending damage, oxidation and aging, capable of enduring longhours nonstop running in closed cabinet or mining farm environments.

No complicated drivers, firmware or additional installation tools are required. Simply plug both ends into matching ports to complete connection in seconds. Important reminder: this splitter cable is only suitable for matching standard modular power supply interfaces. Please doublecheck your power supply connector pin definition and actual output capacity before ordering, do not overload the cable beyond its rated current to avoid hardware damage.