Qualcomm introduces 11nm Snapdragon 675 with new CPU

Yordan, 23 October 2018

Qualcomm is all about announcements today - first the president of the company introduced OnePlus as one of the first companies to implement a 5G smartphone with the Snapdragon X50 modem, and later the company unveiled the gaming-based Snapdragon 675 chipset with new CPU cores as an improvement of the still fresh Snapdragon 670.

The biggest update is the improved processor with Kryo 460 cores. Two of them are based on the new Cortex-A76 for performance and can reach up to 2 GHz speeds, while the other six are for efficiency and are based on Cortex A55. The ISP and the GPU remain the same as in the Snapdragon 670, respectively Spectra 250 and Adreno 612.

The new chipset comes with a number of gaming optimizations, including engines like Unity, Unreal, Messiah, NeoX. There is also the support for popular tools and APIs including Vulkan, OpenGL 3.2, OpenCL, and Snapdragon profiler.

The camera capabilities have also been boosted and the chipset supports triple cameras up to 16 MP (or a single shooter with 25 MP sensor). The change comes when the picture is taken with the new multi-core AI Engine, promising to deliver up to 50% overall improvements.

The Snapdragon 675 will support Quick Charge 4+ technology for all the manufacturers that are ready to implement it in their devices.

On the connectivity side, we also see Bluetooth 5, Dual VoLTE, Dual-band Wi-Fi 802.11 ac with MIMO 2x2, all the popular location-based platforms and Cat.12 download speeds up to 600 Mbps. The platform is already available to OEMs and will arrive in consumer devices in early 2019.



Reader comments

plus SD660 can run in sustained peak perf for long time... whereas SD821 throttled like crazy after some minutes... so it only can run half perf, slower than SD660.... same game, same brand, same OS ver, diff SoC

  • Anonymous
  • 24 Oct 2018
  • 80g

This 11nm is actually 14nm++ so 710 is based on 10nm vs this 14nm so it use newer production node. So it should use less electricity etc. This on the other hand is based old and trusty production node that is cheaper than 10nm.

Yeah, and it's crazy as to how they release their flagship SoCs earlier than their mid range SoCs. I get it that they need to promote their best chipset for many OEMs who would announce their flagship devices, but mid range chipsets are cheaper and...

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