The ARM Mali‑G31 MP2 and the older Mali‑450 represent two distinct generations of mobile GPUs, each reflecting the design priorities of its era. While the Mali‑450 was introduced in 2012 as a modest, power‑efficient solution for entry‑level smartphones, the Mali‑G31 MP2, released in 2020, targets contemporary low‑to‑mid‑range devices with a focus on AI acceleration and improved graphics fidelity. Examining their architectures, performance characteristics, and real‑world implications reveals how GPU evolution has reshaped the mobile experience.
The Mali-G31 was announced in 2018 as part of ARM’s new Valhall architecture family (specifically, the ultra-efficient G31 is based on the Bifrost architecture, clarified below). It was designed for the Cortex-A53 and A55 cores, targeting the modern "ultra-efficiency" market. Mali-g31 Mp2 Vs Mali-450
Six years later (Q1 2018), ARM introduced the Mali-G31 as part of its Valhall architecture—the same architecture found in flagship GPUs like the Mali-G76. Wait, Valhall? Actually, correction: The G31 was based on the Bifrost architecture (predecessor to Valhall), but it was the first GPU in the "Ultra-Low Power" series to support OpenGL ES 3.2 and Vulkan. Introduction The ARM Mali‑G31 MP2 and the older
The G31 is built for 28nm (or smaller) process nodes, designed specifically for the ultra-affordable segment of the market (phones under $100). Architectural Clash: The Modern Entry-Level vs
The Bottom Line: The Mali-450 is a steam engine. The Mali-G31 is a modern compact car. The steam engine has big visible parts (4 cores), but the car is lighter, more efficient, and faster.