The EVGA GTX 1080 Ti Kingpin Edition card shows its power and up to 2.4GHz frequency!

Do you say EVGA did? Vince "K | NGP | N" Lucido who worked with the card with his experience alongside the team of EVGA engineers to produce us a lower card What is said about it is amazing what they are able to do with air cooling, watery and liquid nitrogen.

Vince "K | NGP | N" Lucido is providing the card with everything you need so that the graphics processor can output all that it has by raising the voltage to the maximum, providing it with many power circuits, Japanese-built condensers, with a large antenna dispersion capable of providing optimal dispersion for this type of card. Officially published information confirms that all GTX 1080 Ti K | NGP | N Edition cards to be sold will work at a guaranteed 2025MHz speed-breaking speed without any problem!

Meaning that the card will have the capacity to work at this frequency as manufacturers frequency to have the ability to achieve more performance by breaking the extra speed of perhaps up to 2.2GHz on an air cooler and bypassing it with aqueous cooling!

Other information indicates the ability of the card to access the frequency 2.4GHz cooled antenna! However, if we put the logic with these data, we rule out it. Access to 2.4GHz on an antenna is difficult to believe at this time, especially as the image data published by the EVGA product manager Mr. Jacob Freeman shows strange numbers at temperatures such as 20 ° C, Which is difficult to believe it occurs on the dispersion antenna .. but in one case we saw this happening before our eyes and our own experience 🤗.

The good thing is that the same charge from the EVGA revealed that the speed breaking process that brought the 2.4GHz card was using liquid nitrogen, of course it is not a record but we expect record numbers in the near future with this card.

If you want to break down the numbers, you need water cooling and perhaps liquid nitrogen cooling to break the global numbers. We also knew that these cards were made with carefully selected GP102 nuclei. This is to make sure that the selected nuclei are capable of delivering this capability in breaking the speed. The more the kernel is revised, the better it will be when the speed is broken.

The PCB is designed with 15phase digital VRM circuits with 8pin power ports. The PCB has a thermal sensor, which is divided into 3 memory sensors, 5 sensors for PWM, and one for the graphics processor. All these thermal sensors will give you a precise number of heat components on the PCB card through the EVGA's Precision XOC application. 3-port Mini-DisplayPorts 1.3 and a DVI port next to the HDMI 2.0 port.

Finally, on the scatter side attached to the card, it looks very similar to the user version with the EVGA FTW3 card. The attached dispenser has three fans that air the air properly to dissipate the heat generated by the components of the card. It is noted that the aluminum fins contain 6 copper tubes 3 of them 6mm size and three of them 8mm size, and it is good that all these pipes are directly connected to a copper base of high quality related to all the important pieces on the PCB card.

This card is recommended to be used for speed breaking events by liquid nitrogen due to its unprecedented capacity. The card will be available in June, with no specs, with expectations of $ 850 ... We will be with you later to visit the EVGA booth to provide you with additional information about this card.