MediaTek dimensity 7500 beats google tensor g5 in cpu performance for budget phones

At a glance:

• MediaTek launches the 4nm Dimensity 7500 chip aimed at sub‑$400 budget smartphones.
• The octa‑core CPU uses newer Arm C1‑Pro and C1‑Nano cores, outpacing the Pixel 10’s Tensor G5 in several workloads.
• Claims include up to 68% faster video transcoding, 4K HDR capture and a revamped NPU delivering twice the AI throughput.

What the dimensity 7500 brings

MediaTek’s new Dimensity 7500 is positioned as a long‑overdue upgrade for the Dimensity 7000 series. It features an octa‑core configuration built on Arm’s C1‑Pro and C1‑Nano cores:

• 4 × C1‑Pro cores @ 2.6 GHz (performance cluster)
• 4 × C1‑Nano cores @ 2.0 GHz (efficiency cluster) MediaTek says this layout translates to 68 % faster video transcoding, 30 % quicker app switching, and 11 % faster app installs compared with its predecessor. Popular apps are claimed to run 5‑9 % more efficiently, while games see a 4‑7 % efficiency gain.

Beyond raw CPU speed, the chip integrates an Arm Mali‑G625 MC2 GPU—a stripped‑down version of the Immortalis‑G925—and an upgraded NPU 850 that doubles AI performance over the previous generation. The NPU supports on‑device speech recognition, speech‑to‑text, text‑to‑speech, notification summaries and smart replies.

How it stacks up against google’s tensor g5

Google’s Tensor G5, found in the Pixel 10 lineup, uses an octa‑core mix of one Cortex‑X4 (3.78 GHz), five Cortex‑A725 (3.05 GHz) and two Cortex‑A520 (2.25 GHz). While the X4 core gives the Tensor a single‑core edge, MediaTek’s C1‑Pro cores are newer than the A725 and the C1‑Nano cores are touted as 26 % more power‑efficient than the A520. In real‑world scenarios this could narrow—or even close—the performance gap, especially in multi‑core workloads and battery life.

The Tensor G5 still holds an advantage on the graphics side with its PowerVR DXT‑48‑1536 GPU, which outperforms the Mali‑G625 MC2 in raw horsepower. However, the Dimensity 7500’s newer CPU architecture and efficiency gains may allow budget devices to deliver flagship‑level responsiveness at a fraction of the price.

Connectivity, camera and other features

MediaTek equips the Dimensity 7500 with a Release 17 modem capable of up to 5.2 Gbps download speeds, Bluetooth 5.4 (including long‑range mode up to ~1 km), and Wi‑Fi 6E. The ISP‑side specs also promise 4K HDR video capture, support for 200 MP 14‑bit sensors, and higher‑resolution secondary displays—features that could make foldable or premium‑look budget phones more viable.

While the chip does not yet confirm support for Google’s Gemini Nano, its NPU 850 should be sufficient for most on‑device AI tasks today. MediaTek has not announced any reference devices, but analysts expect the first Dimensity 7500‑powered handsets to launch later this year, likely priced under $400.

Implications for the budget smartphone market

The arrival of a modern, 4nm chipset at a low price point could reshape the competitive landscape. Historically, budget Android phones have lagged behind flagships in CPU architecture, often relying on older Cortex‑A78/A55 cores. By offering newer cores, higher‑efficiency NPU and 4K HDR support, MediaTek narrows the functional divide between entry‑level and premium devices.

For Google, the development underscores growing pressure on its in‑house silicon strategy. If third‑party chips can match or exceed the Tensor G5 in everyday tasks, the incentive to push proprietary silicon further may increase. Consumers, meanwhile, stand to benefit from faster, more capable phones without the premium price tag traditionally associated with flagship performance.