Google Pixel 10 sequence is not slated to make its debut till late subsequent 12 months however a brand new leak sheds some mild on the benchmarks of its alleged chipset. The corporate is predicted to equip its purported smartphone lineup with the Tensor G5 SoC which could provide solely slight upgrades by way of GPU prowess over the Tensor G4 chip that at the moment powers the Pixel 9 sequence. A separate report suggests Google may undertake Creativeness Applied sciences’ PowerVR DXT structure for graphical efficiency enhancements.
Google Tensor G5 Chipset Benchmarks
The Tensor G5 chipset was noticed on the Geekbench browser with a number of of its specs listed. It’s allegedly codenamed “Frankel” that includes eight cores: one prime core clocked at 3.4GHz, 5 mid-cores working at 2.86GHz, and two different cores capped at 2.44GHz. The SoC has an ARMv8 structure and could also be paired with roughly 11.07GB of RAM.
The purported chipset additionally seems to run on Android 15 OS which has already been launched for Pixel smartphones. Nevertheless, the precise Pixel 10 units could run on Android 16 out-of-the-box since Google has already confirmed the discharge timeline of its subsequent Android working system (OS), and it seems to match the rumoured launch schedule of purported Pixel 10 sequence.
Within the Geekbench 6.3.0 for Android AArch64 cross-platform benchmark, the Tensor G5 chipset had 1,323 and 4,004 single and multi-core scores, respectively. Compared, its predecessor, the Tensor G4 chip on the Pixel 9 Professional XL (overview) scored 1,944 factors within the single-core check and 4,667 factors within the multi-core checks carried out by Devices 360.
New GPU Structure Nonetheless Lags Behind
A separate report by Android Authority means that Google may undertake a brand new PowerVR structure developed by Creativeness Applied sciences for the Tensor G5’s GPU. It’s more likely to be a two-core DXT-48-1536 GPU clocked at 1.1GHz and boasting 1,536 FP32 FLOPs per clock. The GPU comes with assist for scalable ray tracing, Fragment Shading Charge and 2D Twin-Charge Texturing.
The report highlights that this GPU is perhaps at the very least two generations behind the quickest GPUs available in the market, such because the Adreno 830 GPU on Qualcomm’s new Snapdragon 8 Elite SoC.