With its new BTF (Back to the Future) part collection, Asus is introducing a brand new energy connector for graphics playing cards, the GC-HCPE. The GC-HCPE is built-in immediately onto the graphics card PCB, as an extension of PCIe. If we already know what it appears to be like like, we now know that it might transmit over 600W of energy, higher than the 12VHPWR!
GC-HCPE: over 600W of energy for this connector!
As a reminder, Asus needs to “revolutionize” the best way players’ private PCs are wired. To this finish, the model is pushing forward with a brand new customary. On the motherboard facet, this implies transferring the facility connectors to the again of the PCB. This retains connectivity out of sight, on the rear of the case, however what about graphics playing cards?
Well, for this part, the model has an answer: a brand new energy connector… Another one… Name? The GC-HCPE. It’s a connector derived from the server world, the HPCE(High Power Card Edge), which takes its place within the extension of the PCIe slot. The latter contains a complete of 28 pins. Sixteen of those are used to provide energy to the graphics card, whereas the remaining twelve are used for communication between the graphics card and the motherboard.
The different benefit of such a connector, aside from the truth that it doesn’t require a cable that’s not all the time very fairly, is the facility equipped. While a 12VHPWR can ship as much as 600W of energy, this one can go even additional. What’s extra, its thickness and dimensions make it appropriate with graphics card PCBs. Finally, as soon as the cardboard has been plugged in and held securely by the PCIe latch, you shouldn’t should take care of a badly linked connector that might trigger critical injury to the consumer’s configuration.
Front View of GC-HPWR pic.twitter.com/x2RYNgJBeh
— 188号 (@momomo_us) August 28, 2023
Now, the one snag is the fee that this type of implementation can generate on a motherboard. It’s not inconceivable that producers must combine extra safety techniques on the motherboard.
