Gaming PC

Raptor Lake iGPU Catches Up To AMD Vega 10 In OpenGL Benchmark

Benchmark results have been revealed that offer insight into the integrated graphics performance of Intel’s 13th Gen Raptor Lake processors.Twitter’s bench leak (opens in new tab) Discover Geekbench OpenCL tests result (opens in new tab) This seems to have been caused by passing an HP desktop PC with an Intel Core i9-13900. A hardware researcher compared the 9,498 score to his Nvidia GeForce RTX 3070, noting that it’s about 93% slower in various OpenCL tests on Geekbench.

The online results browser provides an overview sketch of an HP system that is heavily skewed towards the CPU portion of the processor. The Core i9-13900 suggests 24C / 32T (as expected), a base clock of 2 GHz and a max frequency of 5.3 GHz. Additionally, it reports that the Raptor Lake chip will have 36MB of L3 cache.

Moving on to the GPU specs revealed by Geekbench, there are few but the integrated graphics chip is said to feature 32 EUs and operate at a maximum frequency of 1.65 GHz. In contrast, the Core i9-12900 uses Intel UHD Graphics 770. In that case, note that the number of EUs remained the same and Raptor Lake’s maximum frequency increased by 100 MHz. Therefore, iGPUs on Raptor Lake chips will run up to 6.5% faster than Alder Lake chips.

(Image credit: Future)

At 6.5% max GPU clock, we can expect the Raptor Lake iGPU to outperform. His 2.6% improvement doesn’t quite match his theoretical potential. However, for an office productivity machine (remember, this is HP’s built-in), it’s probably good enough and not a slouch compared to the AMD Vega 10 or Nvidia MX350.

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