As of mid-2025, the Mali-G57 has been largely superseded by the (used in Dimensity 1050/1080) and the Mali-G615 (Dimensity 7200/8300). These newer GPUs offer improved efficiency and hardware ray tracing support.
That workhorse is the .
: Features up to 50% faster ML performance through doubled FMA (Fused Multiply-Add) modules compared to previous mainstream Mali GPUs. 🚀 Optimization & Performance Guide To maximize performance on mali-g57 gpu
: While not a flagship chip, the Mali-G57 handles popular titles like PUBG Mobile , Genshin Impact (at lower settings), and Minecraft smoothly. It often pairs with MediaTek HyperEngine technology to optimize frame rates and reduce lag.
: Introduces a new instruction set and a more efficient scalar-focused execution engine compared to the older Bifrost architecture. As of mid-2025, the Mali-G57 has been largely
hardware, developers should focus on minimizing data movement and optimizing shader workloads. 1. Workload Analysis
OEMs and chip designers (MediaTek, Unisoc, Rockchip, HiSilicon) can license between . : Features up to 50% faster ML performance
Mali-G57 GPU specs, Mali-G57 benchmark, Mali-G57 vs Adreno 618, Mali-G57 gaming performance, Dimensity 800U GPU, Dimensity 700 GPU, Valhall architecture.
The G57 is built on efficient nodes (usually TSMC N7 or N6 in Dimensity chips). However, because it is often paired with cheap passive cooling in budget phones, the GPU throttles quickly. After 15 minutes of Genshin Impact , you will lose approximately 30-40% of your peak performance. For short gaming sessions (Clash Royale, PUBG TDM), this is negligible.
The Mali-G57 launched in 2020 devices (like the Realme 7 5G). As of 2025, it remains relevant in budget tablets and phones like the Redmi Pad SE and various Nokia X-series phones. But how does it perform today ?
The most significant departure from the older Bifrost architecture is the redesign of the shader cores. The Mali-G57 features a simplified, yet more efficient, shader core configuration.