Specifications based on typical implementations
Despite fewer cores, the G31 wins by roughly 30% in synthetic tests. Why? Efficiency of architecture. The Valhall architecture on the G31 compresses data better and reduces overdraw (drawing the same pixel multiple times).
The Mali-450 is notorious for getting . Because it has to work much harder to process modern graphics using old tech, it consumes more power and generates more heat. This leads to thermal throttling , where the device slows down to cool itself off.
The G31 MP2 offers roughly 40% lower active power compared to the Mali-450 MP4, notes Alibaba Electronics Buying Guides . Mali-450 "Hot" Behavior malig31 mp2 vs mali450 hot
(often paired with older CPUs like the A53) are frequently . Use Case Breakdown 🎮 Gaming & Emulation Mali-G31 MP2
Released in 2012, this legacy GPU handles pixel and vertex workloads using separate, dedicated processing pipelines. It requires more physical space on a chip and generates significant heat when tasked with pushing high resolutions.
Specifications are just one part of the puzzle. Let's examine how these theoretical advantages and disadvantages translate into real-world performance, relying on actual benchmark scores and gaming tests. The Valhall architecture on the G31 compresses data
Introduced to bring modern capabilities to low-cost devices. It supports OpenGL ES 3.2, Vulkan 1.1/1.2, and RenderScript. It is built for 64-bit Android systems, offering better memory management.
is based on the architecture, which was designed for high efficiency in cost-constrained devices. The
The Mali-450 and then throttles hard. After 5–10 minutes of gaming (e.g., Asphalt 8, PUBG Mobile Lite), the 450 drops clocks from 600 MHz to ~450 MHz, losing 20-25% performance. This leads to thermal throttling , where the
: Only supports , which prevents many modern apps and games from running. Energy Efficiency : The
: Older Mali-450 devices can be found for very low prices in the second-hand market.