ASUS Introduces ROG Equalizer 12V-2x6 Cable for GPU Power Stability
ASUS has introduced the ROG Equalizer, a new 12V-2×6 PCIe power cable designed to improve power delivery stability for modern GPUs. The cable is compliant with ATX 3.1 and PCIe 5.1 standards and will be bundled with the company's upcoming ROG Thor III and ROG Strix Platinum power supplies. The ROG Equalizer targets ongoing reliability issues around 16-pin GPU power connectors by focusing on load balancing across all pins. According to ASUS, the cable is designed to distribute power more evenly across all the wires, this reducing the risk of hotspots caused by uneven load. The cable supports up to 17 A per wire, compared to standard 12V-2x6 cables, which are rated at 9.2 A per wire (per pin).
ASUS also claims the design keeps operating temperatures around 73°C even when some wires aren't under full load, a situation where standard cables can run noticeably hotter due to uneven current distribution across the conductors. The exact internal engineering hasn't been provided by ASUS, but the likely approach is equalizing the impedance across all conductors (wires) to spread the load more evenly. The cable itself is 750 mm long, braided in a dual-tone finish, and ships with cable combs for tidier routing. It follows a GPU-first wiring layout and is built with high-power delivery in mind. No information regarding pricing yet.
ASUS also claims the design keeps operating temperatures around 73°C even when some wires aren't under full load, a situation where standard cables can run noticeably hotter due to uneven current distribution across the conductors. The exact internal engineering hasn't been provided by ASUS, but the likely approach is equalizing the impedance across all conductors (wires) to spread the load more evenly. The cable itself is 750 mm long, braided in a dual-tone finish, and ships with cable combs for tidier routing. It follows a GPU-first wiring layout and is built with high-power delivery in mind. No information regarding pricing yet.




























































































