It was announced some time ago that Qualcomm has confirmed that the first generation Snapdragon 8 will be produced by Samsung using its 4-nanometer processing node. In the past, Qualcomm has used Samsung and TSMC to make its Snapdragon. For example, in 2017, Snapdragon 835 chip by Samsung using 10-nanometer FinFET process It was built and this processor contained 3 billion transistors.
Using its 10-nanometer FinFET process, Samsung made the Snapdragon 845 chip, which was released in 2018. In 2019, Qualcomm once again joined TSMC Refer to use its 7nm processing code to make Snapdragon 855 and Snapdragon 855 Plus. Both of these processors contain 6بودند There were 7 billion transistors.
The Snapdragon 865 and 865 Plus 2020 were manufactured using the second-generation TSMC 7-nanometer process and equipped with 10.3 billion transistors. This year, Qualcomm has returned to Samsung for the Snapdragon 888 and Snapdragon 888 Plus. Each chip contains 10 billion transistors. Samsung is expected to use its 4nm processor to build the first generation of Snapdragon in the next eight years.
But according to SamMobile, there may be a change in plans. According to today’s report, Qualcomm is not satisfied with the low efficiency offered by Samsung’s 4-nanometer manufacturing capabilities. As a result, Qualcomm could transfer the production of part of its first generation Snapdragon 8 to TSMC if it is not satisfied.
TSMC is the largest independent foundry in the world, producing chips for major designers such as Apple, MediaTek, Imedi, Nvidia and others. The company is also likely to help Intel produce 3-nanometer chips. It is true that Intel has its own foundry, but at this stage it is not able to provide this type of chip.
The difference between chips made by Samsung and TSMC
Is there a significant difference between chips made by TSMC and Samsung? Some industry experts agree that the TSMC chip manufacturing process is superior to Samsung in terms of size and energy efficiency. If Qualcomm decides
Dividing Snapdragon 8 into the first generation, it may cause some devices to have differences in performance and energy efficiency, even if they both use the same chip.
This may remind you of #chipgate 2015. That year, Apple built the A9 chip Iphone 6s And iPhone 6s Plus to both Samsung and TSMC had a deposit. Samsung used a 14-nanometer process to produce the chip, TSMC used a 16-nanometer process, and the latter A9 performed better in benchmark tests.
Source link
