kikoone31 sets three records in the AMD Ryzen 5 1600 ranks

Since the end of November last year, quite unusual copies of Ryzen 5 1600 processors began to surface on the net. To the surprise of the community, they were not based on the usual 14-nanometer Summit Ridge cores, but on the relatively new, 12-nanometer Pinnacle Ridge.

For ordinary users, replacing a 14nm chip with a 12nm was an obvious plus, but not for competing enthusiasts. This feature could give rise to disputes, unnecessary proceedings, and so on. And this is not surprising, because the maximum achievable frequencies when overclocking 12nm cores are slightly higher than those of 14nm ones. Accordingly, the results in the benchmarks will also be higher.

But the developers of the HWBot platform quickly eliminated this loophole and now, when registering the result using a 6-core, 12-thread AMD Ryzen 5 1600 processor, enthusiasts are obliged to indicate which core it is built on.

Today’s results were obtained using the 14nm Ryzen 5 1600 chip. The French overclocker kikoone31 was able to get his hands on a very impressive sample of this CPU and set as many as three records in the ranks of the AMD Ryzen 5 1600 processor:

Frenchman got his first gold in the discipline Cinebench R15. His indicator was 1846 points:

In this case, the chip frequency was 5248 MHz.

Second gold was the championship in the GPUPI For CPU benchmark with a result of 2 minutes, 58 seconds and 510 milliseconds:

The processor ran at the same 5248MHz as in the case of Cinebench R15.

And the last record for today, kikoone31 distinguished itself in the Geekbench3 – Multi Core discipline with 34808 points:

Only here the frequency of the Ryzen 5 1600 exceeded the previous 5248 MHz and was 5271 MHz.

The kikoone31‘s test setup consisted of the following components:

• Motherboard – ASUS ROG Crosshair VII Hero
• RAM – 2 x 8GB Kingstone KHX4000C19D4/8GX
• Power supply – MasterWatt Maker 1500 watt

The French enthusiast did not specify the rest of the hardware.

Source: Kikoone31 profile at HWBot site