Liquid nitrogen RTX 5090 breaks the 3DMark world record
The Price of Power: How One Overclocker Smashed the 3DMark World Record
In the world of extreme hardware pushing, where the limits of silicon are constantly being redefined, a new champion has emerged. The world record for the highest 3DMark Port Royal score has just been shattered, throwing down a gauntlet of absurdity and engineering brilliance. The new top score, a staggering 51,663 marks, was achieved by the user Cmaker, proving that when you combine extreme component choices with uncompromising engineering, the boundaries of performance are truly limitless.
This wasn’t merely an incremental victory; it was a full-scale demolition of the previous record. While the gap over the prior benchmark might not seem vast, the achievement itself speaks volumes about the sheer power Cmaker harnessed. To achieve this level of performance, one must look beyond standard components and embrace the realm of the truly extreme.
At the heart of this monumental score was a bespoke machine designed not just for gaming, but for endurance. Cmaker’s setup featured an MSI RTX 5090 32G Lightning Z, a highly limited-edition graphics card that commands a price tag of over $5,000. To unlock its true potential, this beast was subjected to extreme overclocking, reaching a clock speed of 3,623 MHz—an astonishing 848 MHz higher than the card’s default maximum. To manage the resulting heat and maintain this velocity, Cmaker employed liquid nitrogen cooling, turning the rig into a high-performance cryogenic experiment.
The engineering prowess extended beyond the GPU. The system was anchored by the powerful Intel Core i9 14900KF processor, which itself was cooled via a custom water-cooling solution. Even the memory, 32 GB of Corsair Vengeance DDR5, was kept frigid with liquid nitrogen cooling, ensuring that every component operated in a state of finely tuned, extreme tension.
The resulting machine is less a standard gaming rig and more a meticulously crafted monument to overclocking. Photos reveal Cmaker’s dedication to custom design, featuring a custom-milled cooling block for the RTX 5090, surrounded by fans that contribute to the overall spectacle. It is a chaotic yet undeniably effective assembly—a perfect illustration of how extreme performance is often born from pushing components far beyond their intended design parameters.
This record highlights the relentless pursuit of the next benchmark. The story of Cmaker’s setup serves as a potent reminder that in the world of high-end computing, success often lies in the willingness to chase the most expensive, most extreme components, backed by sheer talent and ingenuity. The question now remains: how long can this high-wire act continue as enthusiasts push the boundaries of what hardware can achieve?
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