Chinese semiconductor thread II
- Thread starter vincent
- Start date
A reverse search give that is a "he", I thought that Leslie was a female name, looks he added Leslie to sound more Westerner. The guy is a Namura money guy who he says worked in fab construction. Basically his entire business model is to "leak" whatever Chinese information he can get to his Japanese clients for money. But if the information that he is selling is as bad as the things he post, good god he robbing those poor Japanese dudes. The fact the this dude correlate the ArF excimer laser used by SMEE in 2001 developed by CAS with whatever they are using today by RSLaser is outrageous. There is 20 year development gap, is not even the same Laser.
damn. now i got it.
honestly we still have many boomers in our society. but this article is so so bad i can't even Remember, when last time i read this off the mark piece of shit. this is basically completely out of touch with the reality.. dude don't even know the RSLaser name. he confidentially wrote immersion scanner with 10W light source.. LMAO
he didn't give any authentic source, neither write any top institute name. also totally wrong with power output and confused with resolution the process node..
just for the information -
''On March 8, during the second "Representative Channel" interview activity of the Third Session of the 14th National People's Congress, HGTECH Ma Xinqiang: China's laser industry has entered the world's first echelon''
I think the confusion comes on how SMEE named their first dry scanner, the SSA600/10, at the time the ArF laser was 20W so people assumed that the new one will be called SSA800/10.
Why not SSA700?
Why not SSA700?
RSLaser 60W 6KH immersion light source verified back in 2022.. they were working on more powerful light source like 90W. its already been 3 years. so development must be in advance stages or near completion.
This is a good post in light of the discontinuation of H20 supply. Looks like everyone agrees that Ascend is the best and its production ramp of 910C is happening.
Something worth considering is that usually these kinds of auxiliary support tools don’t get made until the instrument they’re meant to support has its design finalized with very high confidence, and their verification process typically will involve testing on multiple samples of the equipment it’s meant to support just to confirm generalizable performance. All this is to say that the existence of this optics calibration tool *strongly* indicates that whichever equipment it’s meant to support is at a very mature phase of the R&D development process.
The world's first independently developed C2W&W2W hybrid bonding equipment is unveiled! Qinghe Jingyuan breaks through the advanced packaging market and accelerates domestic substitution
On March 12, Qinghe Jingyuan officially released the world's first independently developed C2W&W2W dual-mode hybrid bonding equipment SAB 82CWW series, breaking the technology monopoly of international giants and marking that domestic high-end bonding equipment has entered the first echelon in the world. The equipment, through an integrated architecture design, realizes the dual-mode collaboration of C2W (chip-wafer) and W2W (wafer-wafer) for the first time, providing a new "flexible + efficient" solution for the semiconductor industry.
On March 12, Qinghe Jingyuan officially released the world's first independently developed C2W&W2W dual-mode hybrid bonding equipment SAB 82CWW series, breaking the technology monopoly of international giants and marking that domestic high-end bonding equipment has entered the first echelon in the world. The equipment, through an integrated architecture design, realizes the dual-mode collaboration of C2W (chip-wafer) and W2W (wafer-wafer) for the first time, providing a new "flexible + efficient" solution for the semiconductor industry.