Intel Core i9-13900KF overclocked to five.97 GHz on mid-range motherboard
Excessive clock speeds with thirteenth Gen Core CPUs might not be unique to premium Z690/Z790 motherboards.
In keeping with the brand new entry on the overclocking HWBOT web site, the flagship Core i9-13900KF processor from the brand new Raptor Lake sequence can function with as much as peak 5.97 GHz clock on a B660 motherboard. The screenshots shared by consumer “ARABUS” present the 24-core CPU with efficient clock of 5668 MHz and peak core frequency of 5974 MHz with 1.55-1.57 voltage. In fact, such a excessive voltage is much from what we contemplate default for Intel CPUs, but the CPU has not exceeded 68°C temperature with AIO cooler in line with the consumer.
Overclocker used ASUS ROG Strix B660-F Gaming motherboard for this achievement and 32GB of DDR5-5200 CL30 reminiscence to attain 2333 factors in Cinebench R23 single-core take a look at. That is round 17% sooner than the latest Ryzen 9 7950X 16-core Zen4 desktop CPU in the identical take a look at.
AMD Ryzen 7 5800X3D has been overclocked to five.5 GHz
The CPU-Z software program validation database now lists Ryzen 7 5800X3D 8-core Zen3 processor with 3D-VCache with a clock velocity rated at 5498 MHz. This was supposedly achieved on ASUS ROG Crosshair VIII Darkish Hero motherboard. The CPU was reportedly working with 1.296V voltage and was utilizing a 4201 BIOS from April this 12 months.
Sadly, no efficiency scores have been shared this time, so it’s unclear if that is only a software program misreporting or the CPU has actually been overclocked to five.5 GHz, which mustn’t theoretically be attainable.
The 5800X3D shouldn’t be formally supporting overclocking, at the very least by an ordinary definition, however there have been rumors that AMD might unlock sure overclocking options with newer BIOSes. It was stated that such BIOSes would develop into out there just for sure motherboards. It’s not clear if this such BIOS was used for this explicit achievement.
Supply: HWBOT by way of @TUM_APISAK, Legitimate-X86 by way of Wccftech, @TUM_APISAK