Home » today » Technology » Snapdragon 895 Produced by Samsung and TSMC?

Snapdragon 895 Produced by Samsung and TSMC?

Jakarta

Qualcomm is said to be using the services of TSMC and Samsung to manufacture the Snapdragon 895.

Previously, Qualcomm used the services of TSMC to produce Snapdragon 865 with the N7P process which is the second generation of 7nm manufacturing. Then they moved to Samsung to produce Snapdragon 888.

The latest is Snapdragon 888+ which is made using Samsung’s 5nm node, as quoted by detikINET from GSM Arena, Tuesday (6/7/2021).

But for 2022, Qualcomm will produce the Snapdragon 895 line through Samsung and TSMC. That is Snapdragon 895 which is produced with Samsung’s 4nm node, but Snapdragon 895+ is made with the same manufacturer but by TSMC.

The release order of Snapdragon 895 and 895+ will reportedly be the same as the two Snapdragon 888 series released this year. That is, the initial version was released in December 2021 and the Plus variant appeared six months later, and it is hoped that the chip shortage has improved a bit by that time.

The reason for using two different factories for the manufacture of this chip is that TSMC has been flooded with orders for 5nm chips from Apple, namely the Apple A14 and M1. Meanwhile, for next year, they will produce 4nm A15 chips for iPhone and 3nm chips for iPad.

While Samsung is expected to use 4nm technology to produce the Exynos 2200, which will be the first chip with AMD RDNA2 GPU.

While Qualcomm chose this 4nm Samsung factory to produce the X65 and X62 5G modems. So the same manufacturing will also be used in the Snapdragon 895, which has an integrated X65 modem.

Previously reported, Apple is said to be the first company to use a 3nm chip made by TSMC, which is likely to be used in the next generation iPad.

Apple had previously committed to order chips with the N3 node from TSMC, although it was still in the ‘risk production’ stage.

Watch Videos”Apple Releases New iPad Pro, What’s Different From Before?
[Gambas:Video 20detik]

(asj/fay)

– .

Leave a Comment

This site uses Akismet to reduce spam. Learn how your comment data is processed.