(often paired with Cortex-A53 cores) frequently experience in modern Android versions like Android 9.0+. Conversely, the
The Mali-G31 is designed for ultra-efficiency in low-cost devices. It provides more performance per watt, meaning it stays cooler even during long 4K streaming sessions. malig31 mp2 vs mali450 hot
| Feature | Mali-450 MP5 | Mali-G31 MP2 | | :--- | :--- | :--- | | | Utgard (2012) | Bifrost (2018) | | API Support | OpenGL ES 2.0 | Vulkan 1.1, OpenGL ES 3.2 | | Raw Speed | Low | Low, but 2x faster than 450 | | Power Efficiency | Poor | Good | | Modern Apps | No | Yes | | Status | Obsolete | Entry-level modern | | Feature | Mali-450 MP5 | Mali-G31 MP2
The G31, running cooler, can sustain peak clocks for longer. In longer sessions, despite lower theoretical peak specs. Four to six cores pumping at 600MHz on
Mali-450 usually comes in MP4 or MP6 configurations. Four to six cores pumping at 600MHz on old silicon creates a thermal density nightmare. Because the architecture is inefficient, it has to run at high voltage to hit its targets. The G31 uses only but they are much wider and smarter. Two smart workers generate less heat than six frantic ones.
is built on a smaller, more advanced semiconductor node (often paired with newer Cortex-A55 cores), it tends to run cooler during sustained tasks compared to the Mali-450, which works harder and gets hotter to perform significantly simpler tasks Summary Table Mali-G31 MP2 Architecture Utgard (Legacy) Bifrost (Modern) Vulkan Support Efficiency Low (Old tech) High (Ultra-efficient) Typical Usage Very old budget boxes Modern budget devices smartphone model that uses one of these chips?