When evaluating raw performance, the naming convention can be deceptive. The "MP2" suffix on the Mali-450 typically indicates a dual-core configuration, but even an octa-core Mali-450 (MP8) found in devices like the Rockchip RK3288 cannot match the per-core efficiency of the G31. According to ARM’s own estimates and third-party benchmarks (GFXBench, 3DMark), the than the Mali-450 MP2 in most GPU-centric tasks. More importantly, the G31 achieves this performance at a fraction of the power draw. The Mali-450, built on older 28nm or 40nm process nodes, runs hot and throttles quickly. The G31, designed for 28nm but often implemented on 12nm or 16nm, maintains sustained performance for longer periods.

However, the Mali-450 does hold one historical advantage: . At its peak, it was one of the most widely deployed GPUs in low-cost tablets and phones. For extremely lightweight 2D UI rendering and very old games (e.g., Angry Birds, Subway Surfers circa 2014), the Mali-450 is perfectly adequate. Furthermore, in its highest-core-count variants (MP8), it can still push pixels for basic 1080p video playback. But this is a narrow niche. The G31 offers better driver stability, hardware-accelerated video encoding, and support for higher resolution displays with better color fidelity.

In the diverse ecosystem of mobile graphics processing units (GPUs), ARM’s Mali series has powered billions of budget and mid-range smartphones. Two names that frequently appear in entry-level devices are the Mali-450 MP2 (and its higher-core variants) and the Mali-G31 MP2 . While they serve the same market segment, comparing them is an exercise in understanding generational leaps in architecture, feature support, and efficiency. The Mali-G31 MP2, despite its lower core count, is a fundamentally superior GPU due to its modern architecture, support for modern graphics APIs, and vastly better energy efficiency.