Xiaomi Redmi 10: ARM Mali-G52 MP2, 6.50", 0.2 kg External Review » Xiaomi Redmi 10 Infinix Hot 11s: ARM Mali-G52 MP2, 6.78", 0.2 kg External Review » Infinix Hot 11s Infinix Note 11: ARM Mali-G52 MP2, 6.70", 0.2 kg External Review » Infinix Note 11 Motorola Moto G Stylus 2022: ARM Mali-G52 MP2, 6.80", 0.2 kg External Review » Motorola Moto G Stylus 2022 Xiaomi Redmi 10 2022: ARM Mali-G52 MP2, 6.50", 0.2 kg External Review » Xiaomi Redmi 10 2022 Infinix Note 12: ARM Mali-G52 MP2, 6.70", 0.2 kg External Review » Infinix Note 12 Xiaomi Redmi 10 Prime 2022: ARM Mali-G52 MP2, 6.50", 0.2 kg External Review » Xiaomi Redmi 10 Prime 2022 Realme C55: ARM Mali-G52 MP2, 6.72", 0.2 kg External Review » realme C55 Honor X8a: ARM Mali-G52 MP2, 6.70", 0.2 kg External Review » Honor X8a Realme Narzo N55: ARM Mali-G52 MP2, 6.72", 0.2 kg External Review » realme Narzo N55 Infinix Hot 30: ARM Mali-G52 MP2, 6.78", 0.2 kg External Review » Infinix Hot 30 Xiaomi Redmi 12: ARM Mali-G52 MP2, 6.79", 0.2 kg External Review » Xiaomi Redmi 12 ![]() Series: Mediatek Cortex-A75 / A55 Mediatek Helio P90 ![]() The SoC integrates furthermore a LTE radio with Cat-7 (download) / Cat-13 (upload) support, Wifi 5 (ac), Bluetooth 5.0, LPDDR4x 1800 MHz and eMMC 5.1 storage. Compared to the older Helio G85, the G88 now supports 90 Hz displays and features version 2.0 of the HyperEngine. The SoC also integrates the HyperEngine that handles a dynamic management of CPU, GPU and memory. The integrated GPU is a ARM Mali-G52 MC2 (MP2) with two clusters at up to 1000 MHz (up from 950 MHz from the otherwise similar Helio G80). All eight cores can be used together thanks to Heterogeneous Multi-Processing support. Two fast ARM Cortex-A75 cores with up to 2 GHz for performance tasks and six small ARM Cortex-A55 with up to 1.8 GHz for efficiency (unverified, maybe also 2 GHz). It is manufactured in a 12 nm FinFET process and integrates 8 CPU cores. The MediaTek Helio P60 will be available globally in early Q2.The Mediatek Helio G88 is a mainstream ARM SoC for smartphones (mainly Android based) that was introduced in 2020. 13 upload speeds and dual-SIM functionality. For memory, it can use UFS 2.1 storage and up to 8GB LPDDR4x RAM (1,800MHz). The chipset supports 1080p displays with aspect ratios of up to 20:9. This number goes up to 25% for the most demanding games. Compared to the P23, it uses 12% less power on average. Thanks to the 12nm process, the Helio P60 is MediaTek’s most efficient P-series chip yet. Combined with the Ai accelerator, camera apps can do real-time enhancements and overlays. Also on the chipset are three ISPs, which can handle a dual-camera setup while using 18% less energy. The NeuroPilot will handle AI tasks through the standard Android Neural Networks API with “class-leading” performance, though we don’t have a point of reference here. MediaTek Helio P60 infographic - click for full size Kirin 970 has 12 cores), but it’s still a tangible improvement on what came before it – there’s a comparison table at the bottom. That’s not going to live up to flagship expectations (e.g. ![]() The GPU is 70% faster than its predecessor – it’s a Mali-G72 MP3. That’s a massive jump in performance compared to the previous P-series chips – MediaTek promises a whopping 70% boost compared to the P30! ![]() It has four Cortex-A73 cores clocked at 2.0GHz and four A53 cores also at 2.0Ghz. The P60 is built on TSMC’s 12nm FF process (rather than 10nm FF+ like the X30). And it goes without saying that it has hardware to accelerate AI tasks, the NeuroPilot core. MediaTek unveiled the Helio P60 – a mid-range chip that will challenge the Helio X30.
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