MediaTek introduces the Helio X23 and Helio X27 chipsets; both carry deca-core CPUs

MediaTek introduces the Helio X23 and Helio X27 chipsets; both carry deca-core CPUs
MediaTek announced today two new chipsets for its high powered Helio X2x line. The Helio X23 and Helio X27 both feature a deca-core CPU that is created using MediaTek's tri-cluster setup. Both come with two high powered Cortex A-72 cores and two sets of four low powered Cortex-A53 cores. The CPU on the Helio X27 chipset features a 2.6GHz clock speed compared with a slower 2.5GHz clock speed on the Helio X25 SoC.

The new Helio X23 SoC and Helio X27 SoC both support dual camera setups, something that we are seeing more and more of in MediaTek's main markets. Speaking of photography, MediaTek's Imagiq image signal-processing solution will "integrate color and mono cameras and depth-of-field applications into a single ISP aimed at both quality and functionality for photography." The Huawei P9, for example, has a dual camera setup on its back that uses one color camera and one that shoots in monochrome. The pictures come out looking sharper this way.

Both new chips will save 25% on the consumption of power normally required to drive the display. The MiraVision EnergySmart Screen technology reduces energy consumption by 25%. And the Envelope Tracking Module matches the output voltage to the power amplifier's signal strength. This results in a 15% saving in power consumption during peak operating periods.

MediaTek says that the Helio X23 and Helio X27 will be found inside new handsets soon.

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source: MediaTek via AndroidAuthority



1. ibend

Posts: 6747; Member since: Sep 30, 2014

3. vincelongman

Posts: 5747; Member since: Feb 10, 2013

I quite like the idea of more clusters too I'd like to see something like: 2x big cores designed for peak perf, e.g. Apple's Hurricane, ARM's A72, Samsung's M1, Qualcomm's Kyro 2x medium cores designed for sustained perf, e.g. ARM's A73 4x small cores designed for efficiency, e.g. Apple's Zephyr, ARM's A53 2x smaller cores designed for efficiency with very low clockrate, e.g. ARM's A35 But we won't see that until at least 2018 since ARM's true A72 successor isn't coming next year

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