Ruth's sister
Ruth's sister 62cm 6-pin to 6+2-pin PCIe power cable
A 62 cm adapter cable converting a 6-pin PCIe connector to a 6+2-pin PCIe connector using 18 AWG tinned-copper wire
- 62 cm cable reaches distant GPU power connectors
- 18 AWG tinned copper handles 12 V mining loads
- Magic 6+2 pin fits both 6-pin and 8-pin sockets
- 5557 sliding-rail interface secures connection in server PSUs
- PVC insulation rated to 80 °C withstands continuous operation
62 cm PCIe Power Adapter Cable
This 62 cm cable converts a 6-pin PCIe connector into a 6+2-pin connector for graphics cards or mining hardware. It uses 18 AWG tinned copper conductors with PVC insulation rated to 80 °C. The yellow and black wires have an outer diameter of 2.1 mm. It is built for internal power distribution in servers and mining rigs.
Magic 6+2 Connector Flexibility
The sliding-rail 5557 6+2-pin end can operate as either an 8-pin or a 6-pin plug without a separate adapter. This single cable replaces two different connector types in a build. The 5557 6-pin male at the other end mates with standard server PSU breakout boards. No extra software or drivers are required for the passive adapter.
12 V Delivery for Mining and GPU Loads
Rated for 12 V operation, the 34-strand 0.12 mm conductors handle typical GPU and ASIC power draw within the 18 AWG gauge limits. The 62 cm length reaches between PSU breakout boards and cards in mid-tower or rackmount chassis. It is not suited for builds needing longer runs or higher current than 18 AWG permits.
Highlights
- 62 cm cable reaches distant GPU power connectors
- 18 AWG tinned copper handles 12 V mining loads
- Magic 6+2 pin fits both 6-pin and 8-pin sockets
- 5557 sliding-rail interface secures connection in server PSUs
- PVC insulation rated to 80 °C withstands continuous operation
Specifications
No published specifications for this item yet.
Questions about this item
Will the 18 AWG tinned copper conductors need replacement under continuous 12 V load?
The 18 AWG tinned copper wires are rated for 80 °C continuous operation, so they do not require scheduled replacement under normal 12 V loads.
What is the first limit reached when the adapter runs at full 12 V current for extended periods?
The 80 °C temperature rating of the PVC insulation is the primary thermal limit during sustained high-current use.
Does the 62 cm PVC-insulated cable generate noticeable heat or noise when powering a GPU all day?
The cable itself produces no noise; heat depends on the current drawn, but the 80 °C rated PVC insulation and 18 AWG conductors are designed for continuous 12 V operation.
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