Taiwan Tech Focused Senior Analyst

Patrick Liao

Being invited, I joined Sellside, i.e. JPMorgan, Nomura and Macquarie, totally around 9-10 years. Before that, I joined International Data Corp (https://www.idc.com/) to be the Asia Semiconductor analyst for nearly 2 years, and being invited to do personal lectures in TSMC, UMC, Samsung and etc. In my working experiences, I also had the chance to join Taiwanese panel company, AUO (2409.TT) and the buyside, Chinalife (2823.TT), totally for over 1 year.
I obtained MS degree from the Tsing-Hua University. Then I worked in the Taiwan Semiconductor companies for around 11 years. I had several US patents during my stay in the Semiconductor industry.

Being worked in the sellside and buyside, I deeply dived in the Greater China Semiconductor industry and directly covered some companies, like TSMC (2330.TT, TSM.US), UMC (2303.TT, UMC.US), Vanguard (5347.TT), ASE (3711.TT, ASX.US), SPIL (merged with ASE and delisted), KYEC ( 2449.TT), JCET (600584.CH), ASMPT (522.HK), GWC (6488.TT), WinSemi (3105.TT), Mediatek (2454.TT), Silergy (6415.TT), Novatek (3034.TT), Guoxin Micro (002049.CH) etc.

TSMC (2330.TT; TSM.US): Xiaomi Launch "Surge O1" With 3nm.

TSMC (2330.TT; TSM.US): TSMC’s Arizona Subsidiary Sent a Letter in Response to the U.S. Authorities.

Taiwan Tech Weekly: Google's Pixel Going All-In on TSMC; TSMC 2025 Symposium Key Take-Aways

TSMC (2330.TT; TSM.US): Intel Appears to Have Delayed the Foundry Competition to 14A.

TSMC (2330.TT; TSM.US): Key Questions for TSMC 1Q25 Earnings Conference

TSMC (2330.TT; TSM.US): Brace Yourself for US Tariff! (II)

Equity Bottom-Up

Taiwan Semiconductor (TSMC) - ADR / Equity Bottom-Up

Taiwan Semiconductor (TSMC) - ADR (TSM US)

<ul>
<li>TSMC explained that the growing demand for autonomous driving technologies in smartphones, PCs, IoT devices, and the automotive industry is driving the development of its N4/N3 and N6RF process technologies.</li>
<li>TSMC announced that the A14 process, which will adopt the new NanoFlex Pro technology, is scheduled to begin production in 2028.</li>
<li>TSMC plans to launch CoWoS-L with 5.5x reticle size in 2026 and surpass current CoWoS limitations with 9.5x reticle size by 2027.</li>
</ul>


TSMC explained that the growing demand for autonomous driving technologies in smartphones, PCs, IoT devices, and the automotive industry is driving the development of its N4/N3 and N6RF process technologies.
TSMC announced that the A14 process, which will adopt the new NanoFlex Pro technology, is scheduled to begin production in 2028.
TSMC plans to launch CoWoS-L with 5.5x reticle size in 2026 and surpass current CoWoS limitations with 9.5x reticle size by 2027.


TSMC (2330.TT; TSM.US): TSMC Provides Updates at 2025 Technology Symposium in Hsinchu Today.