Qualcomm Snapdragon 712 SoC Unveiled(Tech Explained)


Qualcomm Unveiled their new Mobile Processor in the 7 series in the form of Snapdragon 712. The new high-end SoC succeeds the Snapdragon 710 Soc. It brings some advanced features to the table.
So let's take a look at the features of this new processor.

Qualcomm Snapdragon 712 SoC Features

The new processor is based on the 10nm FinFeT process which makes it battery efficient. The CPU comes with eight Kryo 360 Cores for flagship-level performance. On the GPU front, it is powered by Adreno 616 GPU which provides a console level gaming experience on a mobile phone. The processor is designed for immersive multimedia thanks to improved color rendering and improved audio output. The processor has a max clock speed up to 2.3GHZ and brings a 10% improvement in performance over the predecessor.

Another improvement comes in the form of support for QuickCharge 4+ which can charge a phone from 0 to 50 in just 15min. The Snapdragon 712 SoC comes with the Spectra 250 ISP that has support for up to 20-megapixel dual cameras or a single 32-megapixel single camera while facilitating 4K video capture at 30fps and full-HD video recording at 120fps. When it comes to media playback, the latest Qualcomm offering has support for 4K Ultra HD video playback on an HDR 10-supported display with a maximum resolution of QHD+ (1440x3360 pixels). Qualcomm Aqstic audio technology handles the audio department and is further backed by Qualcomm aptX for more refined music playback over wireless headphones. 


The Snapdragon 712 also benefits from the Qualcomm AI engine which is claimed to automatically adjust UI preferences based on usage pattern to help in scenarios like clicking images or shooting videos. It also employs what Qualcomm calls heterogeneous computing for more handling resource allocation, system optimization, and thermal management during intensive usage. There is support for Bluetooth 5.0 and tri-band Wi-Fi for wireless connectivity, while the Qualcomm Hexagon 685 DSP handles on-device automation processes for more efficient power management as well as usage optimization. 

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Location: India

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