[ad_1]
Qualcomm revealed in late February that he is developing a brand new SoC line called the series Snapdragon 700 . Its goal was to offer high-end features such as custom DSPs and Kryo architecture at a more affordable price, giving cheaper device features similar to those of a ship Admiral. Today, a new family member (unofficially announced) appears on Snapdragon 720 .
Snapdragon 720 would be a new Qualcomm option for mid-range phones
The first chip of the series, the Snapdragon 710 was revealed in May, and according to this filtration, the [19659003] Snapdragon 720 is the name of the next chip and will be present to reduce the gap between the Snapdragon 710 and the Snapdragon 730.
The source is a Chinese user of his Twitter account (MMDDJ), which published the name of the model SDM720 in the form of a tweet, which indicates a possible future announcement of the Snapdragon 720. As mentioned above, the technical details of the chip did not was revealed in this filtration, but it is logical to think that it would be placed with specifications between SD710 and SD 730.
The Snapdragon 710 was manufactured using Samsung's 10 nm LPE process [19659002] and to a total of six hearts Silver Kryo 360 Silver operating at 1.70 GHz and two Kryo 360 Gold cores running at 2.20 GHz. The chip also has an Adreno 616 GPU, Qualcomm's X15 LTE chipset and support for AR and AI. The Snapdragon 720 could be manufactured with the same 10nm FinFET LPE architecture, but it could be shipped at higher clock speeds to provide a performance boost over Snapdragon 710.
In addition, [19659003] Snapdragon 720 can have an NPU, just like Snapdragon 730 while Snapdragon 710 relies on its graphics processor and digital signal processor for deep learning. However, it is also possible that the official name of the Snapdragon 730 turns out to be a 720 Snapdragon, but as these are just mere speculations at the moment, we want to take this information with tweezers for the moment.
t Talk to someone! Enter your email address to receive free updates !!!
Source link