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kē jì
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TSMC
Táijī diàn
台积电
and
yǔ
与
NVIDIA
NVIDIA
NVIDIA
to expand
kuòdà
扩大
collaboration
hézuò
合作
，
artificial intelligence
AI
AI
chip
xīnpiàn
芯片
manufacturing
zhìzào
制造
enters
jìnrù
进入
new
xīn
新
era; epoch
jìyuán
纪元

TSMC
Táijī diàn
台积电
and
yǔ
与
NVIDIA
NVIDIA
NVIDIA
announced
xuānbù
宣布
expanded
kuòzhǎn
扩展
partnership
hézuò
合作
scope
fànwéi
范围
，
covering
fùgài
覆盖
computational
jìsuàn
计算
lithography
guānngkè
光刻
、
transistor
jīngtǐ guǎn
晶体管
simulation
mónǐ
模拟
etc.
děng
等
fields
lǐngyù
领域
。
both companies
liǎng jiā
两家
companies
gōngsī
公司
are committed to
zhìlìyú
致力于
to
jiāng
将
artificial intelligence
AI
AI
and
yǔ
与
accelerated
jiāsù
加速
computing
jìsuàn
计算
deeply
shēndù
深度
integrated into
róngrù
融入
semiconductor
bàndǎotǐ
半导体
manufacturing
zhìzào
制造
process
liúchéng
流程
。

June 11, 2026 at 7:13 PM

TSMC
Táijī diàn
台积电
and
yǔ
与
NVIDIA
NVIDIA
NVIDIA
announced
xuānbù
宣布
a
yīxiàng
一项
breakthrough
tūpòxìng
突破性
of
de
的
collaboration
hézuò
合作
plan
jìhuà
计划
，
encompasses
hánngài
涵盖
chip
xīnpiàn
芯片
design
shèjì
设计
and
yǔ
与
manufacturing
zhìzào
制造
of
de
的
multiple
duōge
多个
critical
guānjiàn
关键
fields
lǐngyù
领域
。
this
cǐcì
此次
collaboration
hézuò
合作
extends
kuòzhǎn
扩展
to
zhì
至
computational
jìsuàn
计算
lithography
guānngkè
光刻
technology
jìshù
技术
，
aims to
zhǐzài
旨在
through
tōngguò
通过
artificial intelligence
AI
AI
optimize
yōuhuà
优化
photomask
guāngyǎnmó
光掩膜
design
shèjì
设计
and
yǔ
与
production
shēngchǎn
生产
efficiency
xiàolǜ
效率
。
transistor
jīngtǐ guǎn
晶体管
simulation
mónǐ
模拟
field
lǐngyù
领域
of
de
的
collaboration
hézuò
合作
will
jiāng
将
accelerate
jiāsù
加速
next-generation
xīnyīdài
新一代
chip
xīnpiàn
芯片
architecture
jiàgòu
架构
of
de
的
design
shèjì
设计
and
yǔ
与
verification
yànzhèng
验证
process
guòchéng
过程
。
defect
quēxiàn
缺陷
detection
jiǎncè
检测
system
xìtǒng
系统
integrating
rónghé
融合
artificial intelligence
AI
AI
visual
shìjué
视觉
analysis
fēnxī
分析
，
can
kě
可
significantly
xiǎnzhù
显著
improve
tíshēng
提升
yield rate
liánglǜ
良率
and
bìng
并
reduce
jiàngdī
降低
manufacturing
zhìzào
制造
cost
chéngběn
成本
。
factory
gōngchǎng
工厂
scheduling
tiáodù
调度
and
yǔ
与
optimization
yōuhuà
优化
will
jiāng
将
through
tōngguò
通过
machine
jīqì
机器
learning
xuéxí
学习
algorithm
suànfǎ
算法
realize; achieve
shíxiàn
实现
more
gèng
更
precise; accurate
jīngzhǔn
精准
of
de
的
production
shēngchǎn
生产
planning
jìhuà
计划
management
guǎnlǐ
管理
。
this
cǐxiàng
此项
collaboration
hézuò
合作
marks
biāozhì
标志
ongoing marker
zhe
着
artificial intelligence
AI
AI
in
zài
在
semiconductor
bàndǎotǐ
半导体
manufacturing
zhìzào
制造
entire
quán
全
process
liúchéng
流程
of
de
的
deep
shēndù
深度
penetration
shèntòu
渗透
and
yǔ
与
systematic
xìtǒnghuà
系统化
application
yìngyòng
应用
。

New Words

Táijī diàn
台积电
TSMC (Taiwan Semiconductor Manufacturing Company)
hézuò
合作
cooperation; collaboration
guānngkè
光刻
lithography
jīngtǐ guǎn
晶体管
transistor
mónǐ
模拟
simulation; to simulate
róngrù
融入
to integrate into; to embed
bàndǎotǐ
半导体
semiconductor
quēxiàn jiǎncè
缺陷检测
defect detection
liánglǜ
良率
yield rate; manufacturing yield
gōngchǎng tiáodù
工厂调度
factory scheduling

News in English

Science & Technology

TSMC and NVIDIA Expand Collaboration, AI Chip Manufacturing Enters New Era

TSMC and NVIDIA announced expanded partnership covering computational lithography and transistor simulation. Both companies aim to integrate AI and accelerated computing deeply into semiconductor manufacturing processes.

TSMC and NVIDIA announced a breakthrough collaboration plan spanning multiple critical domains in chip design and manufacturing.

This partnership extends into computational lithography technology, designed to optimize photomask design and production efficiency through AI-driven processes. Transistor simulation collaboration will accelerate new-generation chip architecture design and verification.

Defect detection systems integrating AI visual analysis can significantly improve manufacturing yields and reduce production costs. Factory scheduling and optimization will achieve more precise production planning through machine learning algorithms.

This collaboration marks deep penetration and systematic application of AI across the full spectrum of semiconductor manufacturing workflows.

More in Science & Technology

Microsoft
Wēiruǎn
微软
to launch / to release
tuīchū
推出
Work IQ (Microsoft enterprise AI tool)
Work IQ
Work IQ
，
to let / to allow
ràng
让
Copilot (Microsoft AI assistant)
Copilot
Copilot
to connect to
liánjiē
连接
enterprise data
qǐyè shùjù
企业数据
。

Microsoft Launches Work IQ, Letting Copilot Connect to Enterprise Data

Nous Research (AI research company)
Nous Research
Nous Research
to complete
wánchéng
完成
$90 million
jiǔ qiān wàn měiyuán
九千万美元
to raise funding
róngzī
融资
，
Hermes (open-source AI model)
Hermes
Hermes
to advance into / to enter
jìnjūn
进军
enterprise market
qǐyè shìchǎng
企业市场
。

Nous Research Raises $90 Million, Hermes Enters Enterprise Market

former / previous
qián
前
Groq (AI chip startup)
Groq
Groq
engineers
gōngchéngshī
工程师
regarding / over (a matter)
jiù
就
$20 billion USD
200 yì měiyuán
200亿美元
Nvidia (US semiconductor company)
Yīngwěidá
英伟达
licensing / authorization
shòuquán
授权
deal / transaction
jiāoyì
交易
to file / to initiate
tíqǐ
提起
a lawsuit / legal action
sùsòng
诉讼
。

Former Groq Engineers Sue Board Over $20 Billion Nvidia Licensing Deal

Qualcomm (US semiconductor company)
Gāotōng
高通
for the first time
shǒucì
首次
to / toward
xiàng
向
Huawei (Chinese tech company)
Huáwéi
华为
to pay / to make a payment
zhīfù
支付
patent royalties / licensing fee
zhuānlì fèi
专利费
，
both parties
shuāngfāng
双方
to sign / to conclude
qiānshǔ
签署
multi-year period
duō nián qī
多年期
agreement / deal
xiéyì
协议
。

Qualcomm Pays Huawei for First Time in Broad Multi-Year Patent Licensing Agreement