Compared with this time, a lot of emphasis will be placed onSnapdragon 865 processorQualcomm did not specifically mention the Snapdragon 765 on the second day of the Snapdragon Technology Conference, nor the Snapdragon 765G, which is designed to enhance gaming experience.Two processorsWithout going into too much detail, it is only stated that these two processors integrate the third 5G networking chip Snapdragon X52 and are built with Samsung's 7nm process.
Compared with the previously launchedSnapdragon 730 and Snapdragon 730G product segmentationSimilarly, the Snapdragon 765 is positioned for use in mid-to-high-end devices and places extra emphasis on artificial intelligence computing performance, while the Snapdragon 765G enhances the gaming experience and specifically improves the performance of the Adreno GPU, but is still essentially based on the Snapdragon 765.
In addition to being built with Samsung's 7nm process, both processors are Qualcomm's first processors to integrate a 5G networking chip design. However, the 5G networking chip integrated is not Qualcomm's current top-of-the-line Snapdragon X55, butThe third 5G networking chip Snapdragon X52, the maximum download speed is only 3.7Gbps, and the corresponding upload speed is 1.6Gbps.
However, compared with Snapdragon X55 and Snapdragon X50, Snapdragon X52 also supports sub-6GHz frequency bands and millimeter wave technology. It also supports FDD, TDD connection modes, and carrier aggregation technology. It also supports SA independent networking and NSA non-independent networking, and supports dynamic spectrum sharing (DSS) technology. It also allows users to maintain a stable connection between existing 4G networks and 5G networks, and can also operate through 5G LTE network connection when there is no 4G network signal.
In terms of hardware architecture, the Snapdragon 765 uses the Kryo 2.3 CPU (Note 1), and an Adreno 20 GPU with a 620% increase in rendering performance. It also introduces Qualcomm's 5th-generation Snapdragon AIE artificial intelligence computing engine and the Hexagon 696 collaborative processor equipped with a tensor accelerator, and enhances the Elite Gaming experience. It also uses artificial intelligence technology (probably machine learning) to extend the battery life by up to 200 days and supports Qualcomm's fast charging technology.
The Snapdragon 765G is basically based on the Snapdragon 765, and the Kryo 475 CPU operating frequency is increased to 2.4GHz (Note 2), and an additional 10% increase in Andreno GPU performance, while also improving artificial intelligence computing performance, corresponding to 5.5 teraflops of artificial intelligence computing power. It is also equipped with the Hexagon 696 coprocessor with a tensor accelerator, and provides a more complete Elite Gaming experience, such as more realistic 10-bit HDR picture performance.
- Note 1:採用1組運作時脈為2.3GHz、Cortex-A76設計的主核 (Prime Core)，搭配1組運作時脈為2.2GHz、Cortex-A76設計的大核，另外搭配4組運作時脈為1.8GHz、Cortex-A55設計的小核。
- Note 2:採用1組運作時脈為2.4GHz、Cortex-A76設計的主核 (Prime Core)，搭配1組運作時脈為2.2GHz、Cortex-A76設計的大核，另外搭配4組運作時脈為1.8GHz、Cortex-A55設計的小核。
The Snapdragon 765 and Snapdragon 765G are expected to be used in a variety of mobile phone products in the first quarter of 2020. Redmi has already confirmed that the Redmi K12 series, which will be unveiled on December 10, will first adopt this processor. OPPO also plans to use this processor in the Reno 30 series, which is expected to be unveiled in mid-December. Samsung's new Galaxy A series phones, which will be launched on December 12, will also use this processor, but the actual launch is expected to be early next year.
