Please join our Telegram channel for instant tech updates and smartphone news. Although, Helio P70 is a great performer it also wins both the benchmarks. So, Overall Snapdragon 660 is much better comparing to the Helio P70. Snapdragon 660 has better modems, dedicated hardware encryption module, better DAC. But in terms of GPU Performance, Snapdragon 660 takes the lead because of the better GPU. In terms of CPU Performance, Helio P70 and Snapdragon 660 both are equally good. Also Read: Qualcomm Snapdragon 855 is Now Official with 5G Modem and Improved AI Performance.Making Winner Helio P70 GeekBench Score (Single core – Multicore) However, we can take a cue from the Helio P60, P70 and P90 to guess that the chipset is built on TSMC’s 12nm FinFET nod.The MediaTek Helio P70 builds on the P60’s global success and a critically acclaimed mix of class-leading hardware to provide even better experience for users, while brands can build powerful devices with great diversity. MediaTek didn’t reveal any detail on the new chipset’s manufacturing process. There is also a more secure ISP promises fast camera-based face unlock. The MediaTek Helio P70 incorporates a powerful Arm Cortex-A73/A53 octa-core CPU complex with an impressive Arm Mali-G72 class GPU. The chipset only supports recording up to 1080p/60 videos as there is no support for 4K video recording. Multi-core AI processing unit (Mobile APU) 280 GMAC/s offers deep learning facial. The chipset is also said to be 30% faster than what’s in the “direct competitor” chipset.ĮDITOR’S PICK: Samsung demands Apple pay penalty for poor OLED ordersįor video encoding, the chipset supports H.265 format and has Electronic Image Stabilization and Rolling Shutter compensation (RSC). MediaTek Helio P70 key features and specifications with highlights in bold showing differences over Helio P60: CPU big.LITTLE octa-core with four Arm Cortex-A73 up 2.1 GHz and four Arm Cortex-A53 up to 2.0 GHz. MediaTek also says the P65 is twice as fast as the previous mainstream Helio chipset in NPU. You can also get bokeh shots with a single or dual camera and it also comes with Multi-Frame Noise Reduction. In addition, the Helio P65 supports up to a 48MP single camera sensor and a maximum of 16MP+16MP dual camera setup. The chipset also comes with support for 1GB LPDDR4X RAM and can only connect with eMMc 5.1 storage and not the faster UFS 2.1 flash storage. The SoC uses the Mali-G52 GPU instead of the more powerful Mali-G72 found on the P70. The new Helio P65 doesn’t have the dressing of an upper mid-range chipset but at best one for low-end mid-range or budget models as can be seen other features. We don’t expect the same improvement on the multi-core performance where it may likely perform less than Helio P60/P70 due to the difference in the proportion of bug and small cores. Thus, the new chipset is expected to output a higher single-threaded performance than its predecessors. On the other hand, Cortex-A55 is also about 18% faster than the A53. Mediatek Helio P60 remove from comparison The Mediatek Helio P60 is an. Details released by ARM shows that the Cortex-A75 is about 22% faster than the A73. Compared to the older Helio P60, the P70 uses the same silicon (most likely) but 100 MHz higher clocked CPU and GPU cores. In comparison, the Helio P60 and P70 both feature four Cortex-A73 and four Cortex-A53. In terms of its architecture, the MediaTek Helio P65 Systems-on-Chip (SoC) has a CPU with two ARM Cortex-A75 cores and six Cortex-A55 cores in an octa-core arrangement.
However, the chipset comes with faster CPU cores as well as an improved Neural processing unit (NPU). The new chipset is very similar to the Helio P70 but isn’t a very big upgrade over either the P70 or the older Helio P60. MediaTek Helio P series chipsets are both nimble and powerful, providing smartphone manufactures. Premium MediaTek Helio features like multimedia & connectivity are still central to its design. Taiwanese fabless chipmaker MediaTek has announced a new chipset dubbed Helio P65. MediaTek Helio P series focuses on optimizing the systems-on-chip for battery efficiency without overly-compromising on performance and user experience.