![]() It uses Qualcomm’s in-house Spectra 160 ISP coupled with Clear Sight for better low-light photography. On the other hand, the Snapdragon 636 supports a single shooter up to 24-megapixel and a 16+16-megapixel dual camera setup. Apart from that, the key highlight of this chipset is the improvement in depth-mapping, making the object stand in sharp focus against a soft background. Plus with the latest AI tweaks, the P60 supports real-time beautification & overlays and real-time video previews, not to mention real-time HDR previews. This is a feature that would certainly go down well with the selfie-loving millenials! Its three ISPs increase the power efficiency, thus letting you click more pictures without draining the battery life. Where the P60 has scaled up is in the image signal processors (ISP) department. ![]() The MediaTek Helio P60 supports a dual camera setup up to 24+16-megapixel and a single 32-megapixel shooter. In a nutshell, the Snapdragon 636’s use of Kryo cores can be largely attributed to the faster calculations and thus better performance when compared to the P60’s Cortex A73 cores. The clockspeed frequency, the CPU, and the GPU also play an important part, and that’s where the P60 loses ground. Yes, it’s true that the P60 employs a newer design process, however, it’s not the only factor that decides the overall performance of any chipset for that matter.Ī chipset’s performance can’t be solely measured on the basis of how much heat it mitigates in the process. Though the new P60 brings significant improvements over its predecessors (P23 and P30), it somehow pales in comparison to the Snapdragon 636. In a nutshell, the Helio P60 is built keeping in mind the battery needs and multitasking requirements of its users. It employs a cluster of 4x Cortex A73 ‘performance’ cores and 4x Cortex A53 ‘efficiency’ cores that are designed to run at 2.0GHz. However, when it comes to performance improvement, MediaTek goes by the old book. In terms of power efficiency, it claims to have reached the same efficiency level as the 10nm chipsets. MediaTek claims that this new fabrication process consumes 15% less power compared to its 14nm counterparts and at the same time, brings the performance and efficiency of the chip close enough to the 10nm chipsets. Interestingly, the MediaTek Helio is the first mobile chipset to be fabricated on the latest TSMC 12nm FinFET process. This combination of performance cores and efficiency cores results in improved task-sharing capacities. ![]() This combination eventually results in improved task-sharing capacities and low latency. They combine four 64-bit ARM semi-custom Cortex-A73 ‘performance’ cores clocked at 2.2GHz and four Cortex-A53 ‘efficiency’ cores clocked at 1.7GHz. As we mentioned above, the Kryo 260 cores ups the performance by several notches. ![]() In fact, the Snapdragon 636 is amongst the first chipsets in the 600-series family to have the Kryo 260 cores. You won’t find the standard ARM cores, instead, it’s powered by the high-performing Kryo 260 cores which uses the Big.Little architecture. On the CPU end, Qualcomm has scaled the Snapdragon 636 up by many folds. This design process helps in energy efficiency and heat control, which eventually results in better overall performance. ![]() It’s developed using the 14nm LPP FinFET process from Samsung. Starting with the Qualcomm Snapdragon 636, it replaces the highly popular Snapdragon 630 in the Snapdragon family. Given our undying love for gaming and multitasking, it’s imperative that a future-ready chip handles each of these activities like a well-oiled machine. Whenever a new chipset is launched, the first domain that falls under the lens is performance and rightly so. Specifications That Matter PropertyĤx Cortex-A73, 4x Cortex-A53 up to 2.0 GHzĭual Channel LPDDR4/4x 1333 MHz with eMMC 5.1 storage So, how does the new MediaTek Helio P60 match up against the already established Snapdragon 636 processor? Well, let’s find out!īefore, we start, let’s have a quick rundown of the specifications of both the chips. ![]()
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