Google released the Pixel 10 series featuring the Tensor G5 processor built on TSMC's advanced 3nm manufacturing process. The company reports the central processing unit delivers 34 percent better performance compared to the previous Tensor G4 generation. However, graphics benchmarks reveal concerning results that initially suggest significant performance regression.
Geekbench 6 testing shows the Pixel 10 Pro graphics unit achieved only 3,707 points in Vulkan assessments. The previous Pixel 9 Pro model scored more than double this figure, while competing devices like the iPhone 16 Pro and Galaxy S25+ achieved substantially higher results. Google confirmed the graphics processor lacks ray tracing capabilities, which removes a key modern gaming feature.
Technical analysis reveals the poor benchmark scores result from outdated driver software rather than hardware limitations. The graphics processor operated at 396MHz instead of its standard 1,100MHz frequency. Experts note the current driver supports only Vulkan 1.1 standards when the hardware supports Vulkan 1.4, suggesting future updates will dramatically improve performance.
Geekbench 6 testing shows the Pixel 10 Pro graphics unit achieved only 3,707 points in Vulkan assessments. The previous Pixel 9 Pro model scored more than double this figure, while competing devices like the iPhone 16 Pro and Galaxy S25+ achieved substantially higher results. Google confirmed the graphics processor lacks ray tracing capabilities, which removes a key modern gaming feature.
Technical analysis reveals the poor benchmark scores result from outdated driver software rather than hardware limitations. The graphics processor operated at 396MHz instead of its standard 1,100MHz frequency. Experts note the current driver supports only Vulkan 1.1 standards when the hardware supports Vulkan 1.4, suggesting future updates will dramatically improve performance.
