Let's look at power draw at load:
can run newer apps more efficiently without overworking the hardware Quick Specs Comparison Mali-G31 MP2 Mali-450 MP Architecture Bifrost (Modern/Efficient) Architecture Utgard (Legacy) Common Issues Stable performance Common Issues High latency, freezing, heating Vulkan Support Vulkan Support 4K UI, light gaming, modern apps Legacy devices, SD content If you are choosing between devices, a Mali-G31 MP2
The G31 was built for 12nm and 16nm FinFET processes. FinFET transistors have dramatically lower leakage current. At idle, the G31 MP2 uses microamps, generating almost zero heat. Under load, the advanced process allows the chip to perform the same task as the Mali-450 while emitting roughly .
If you want a device that supports modern apps, runs 4K content without overheating, and won't crash when you open a menu, .
simply cannot launch due to missing driver support for Vulkan and newer OpenGL ES versions.
If you are choosing between two devices (like Android TV boxes), . The Mali-450 is now too old for a reliable experience with modern software.
: In real-world usage, such as in Android TV boxes, the Mali-G31 provides a "snappier" experience and handles modern 4K interfaces better than the Mali-450, which is prone to freezing and sluggishness in demanding apps. Its improved efficiency means it typically runs cooler during standard video playback compared to the older chip struggling with modern software. API Support : The Mali-G31 supports modern standards like OpenGL ES 3.2
: The Mali-G31 was designed for "ultra-efficiency," offering roughly 20% better energy efficiency
