the acquaintance overclocker CENS has set a new GPU speed world record by reaching a frequency of 3.930 GHz using a graphics card NVIDIA GeForce RTX 4090. This impressive feat surpasses its previous record of 3.825 GHz.
This achievement was recorded in the HWBOT GPUPI ranking, far surpassing the current second place, which boasts a frequency of 3.840 GHz. It is important to mention that this is the highest frequency reached to date by the Ada Lovelace line of graphics cards, a mark that will surely be surpassed in the future.
Colorful iGame GeForce RTX 4090 Lab Edition
For this record, CENS used the Colorful iGame GeForce RTX 4090 Lab Edition. This graphics card boasts a GPU speed of 2235 MHz, which is turbocharged to 2625 MHz. Its maximum TDP is 515 W and it is equipped with a single 16-pin connector. One of its most notable aspects is its PCB, which implements 24+4 VRM, thus improving the overclocking performance of both the memory and the GPU.
First to break the 3900MHz barrier on a VGA?
#1 Colorful Geforce ???? ????? ??? on LN2 ❄️
?GPUPI 32B @ 3930MHz in 46s?https://t.co/SCwZZhlHlc@iGameColorful@NVIDIAGeForce@GeForce_JacobF@VideoCardz@3DCenter_org pic.twitter.com/rJnFXdpCXC
— CENS (@CENSXOC) June 17, 2023
Details and curious about the records
GPUPI is a software tool that calculates the mathematical constant Pi using parallel calculation based on the BPP formula. This program takes full advantage of the capabilities of video cards. Unlike traditional benchmarks, GPUPI doesn’t use 3D rendering to determine its results, instead focusing on getting the most out of the GPU’s power. This provides an idea of the maximum performance that these cards can achieve in a competition that currently has 583 participants.
An interesting observation is that among GPUPI overclockers, NVIDIA graphics cards are clearly the winners. NVIDIA’s GeForce RTX 4090 repeatedly appears in the top ten, leaving its competitor AMD out of this ranking. Whether AMD makes it onto this list in the future will depend entirely on the performance of its next hardware. and the possible improvements that can be implemented in it.
