![]() I’ll divide the review into multiple sections for the ease of understanding. Here’s a detailed performance review of the Helio P70 to know whether this SOC is right for you or not. You can check out our GPU rankings here to learn more. However, the Adreno 512 (Snapdragon 660) is quite better. The Mali-G72 MP3 is better than the Adreno 509 of Snapdragon 636. Also, the higher GPU frequency and the Mediatek’s Response Time Enhancement Technology should result in a better gaming experience. The Mali-G72 MP3 GPU is a decent choice and it can handle all the games without any hiccups. The maximum frequency that the high-performance A73 cluster can reach is 2.1 GHz. It has an 8-core CPU with two clusters of Cortex-A73 cores and Cortex-A53 cores. Compared to the specification of Helio P60, the only difference is the clock speeds of both the CPU & the GPU. Here is the specification table of MediaTek Helio P70. ![]() The AI performance of this chip is impressive and matches some of the flagship grade SOCs.īefore we go into the details, let’s have a look the pros. Just like the Helio P60, it is fabricated using the TSMC’s 12nm Fabrication Technology. In fact, it is one of the best midrange processors at present times. I’m not at all saying that Helio P70 is not a good chip. I am only criticizing the Mediatek’s naming scheme that could deceive general consumers. So, by looking at the naming scheme, a normal consumer will feel that it is a big performance jump from Helio P60 to P70. Well, even if they wanted to launch a SOC with those minor performance gains, they should have named it something like Helio P63 or maybe Helio P65. They should have launched the Helio P70 with some major improvements instead. I don’t think that there was any need for Helio P70 in the first place. There’s another new feature known as the Response Time Enhancement Technology which optimizes latency and response times. Helio X30 powered phones will start surfacing in the second quarter of 2017.These slightly higher frequencies will result in a performance boost of 5-10% but nothing as significant as a die shrink or using a better CPU or GPU architecture. The Primary reason being that the SoC is already quite delayed owing to the low yield on TSMC’s 10nm process. Just like the recently launched Helio P25, the X30 too will support LPDDR4X RAM interface.Įven though this sounds like a very interesting SoC, MediaTek doesn’t expect this to feature in many phones this year. The GPU used is PowerVR Series7XT Plus clocked at 800MHz. The load distribution will be handled by MediaTek’s updated CorePilot 4.0 technology that has been reconditioned to maximize battery efficiency. According to MediaTek, the Helio X30 will consume 50 percent less power than Helio X20 while running unspecified workloads.Īlso Read: Everything that you should know about Smartphone Chipsets ![]() But for the most part, the 2.2GHz 4x Cortex A53 and 1.9GHz 4X Cortex A35 will be at the helms.Īs compared to Helio X20, the X30 has more powerful and power-efficient Cortex-A73 (as compared to Cortex-A73) in the performance cluster and higher clocked but more power-efficient Cortex-A35 cores (as compared to Cortex-A53), which implies that it will be able to deliver better performance while consuming lesser power than its predecessor. It does excesses on cores, but two of the 10 CPUs inside this tri-cluster chip are Cortex-A73 ticking at 2.5GHz, which means it can get pretty fast should the load demand it. The new tri-cluster Helio chip is formed on high-end 10nm FinFET process technology and will perhaps be the first mid-range SoC to support Google’s Daydream VR platform. MediaTek has added a new high-end chip in its arsenal, the Helio X30, that will serve as a low-cost alternative to Qualcomm’s top-tier and still-difficult-to-come-by Snapdragon 835 SoC.
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