Chinese semiconductor thread II

T

tokenanalyst

Brigadier
Registered Member

Lingsi Technology launches small size, high performance MEMS integrated navigation system MS-6222​


According to MEMS Consulting, MS-6222 is a small-size ( 60mm × 60mm × 15mm ), high-precision and high-performance MEMS integrated navigation system independently developed by Lingsi Technology. It adopts high-strength packaging, built-in high-precision MEMS IMU and high-precision GNSS , and adopts multi-source Kalman filter fusion algorithm. It supports dual GNSS antennas, rich interfaces, and supports wide voltage. It can provide continuous and reliable high-precision positioning and navigation information and three-dimensional attitude information in complex environments.​

1739128487833.png
1739128618513.png

Please, Log in or Register to view URLs content!
Please, Log in or Register to view URLs content!
 
L

LanceD23

Junior Member
Registered Member
tokenanalyst said:
Chinese equipment makers normally use 28nm as a way to avoid attention, so probably they could go as low a 14nm or less. Overlay is not a function exclusive of the scanner, metrology plays a big role. The alignment is exclusive of the scanner but overlay looks like is a process in optical lithography, long story short is interesting that SMEE listed the Diffraction Based Overlay tool for 7nm, why not 28nm? That for me is that they are saying an discrete way that their scanners can produce chips in that process node, 7nm.

View attachment 145261
Click to expand...
its a range 55nm to 7nm.

Does that means SMEE has 7nm capable DUVi?

ASML has different version of DUVi based on different overlay accuracy so that sounds like each scanner has its own mask overlay accuracy built in.
 
O

OptimusLion

New Member
Registered Member
Mainland China's mature chips have slashed prices and expanded production capacity, forcing Taiwanese manufacturers to withdraw or transform

In the $56.3 billion mature node chip industry using 28nm or higher processes, mainland China's wafer foundries are rapidly gaining market share. This trend has prompted the Biden administration to launch an investigation and sounded the alarm for Taiwan's industrial sector. Mainland China's foundries are threatening the long-term dominance of Powerchip, UMC and World Advanced in the automotive and display panel chip markets through drastic price cuts and aggressive capacity expansion plans



Please, Log in or Register to view URLs content!
 
You must log in or register to reply here.
Top