Taiwan Chip Equipment Grows 65%, Driven by AI Testing Segment
nashnova research
Taiwan's semiconductor-equipment suppliers grew revenue 46.2% in the first eight months of the year, but 65% of the gain came from just six test-related firms — AI chip testing is reshaping how profits flow through the equipment supply chain.
How fast is the overall sector growing?
Forty-three listed equipment and component suppliers posted combined revenue of NT$146.1 billion (≈US$4.58 billion) in the first eight months, up 46.2% year-on-year — roughly double the growth rate of the fabs they serve.
August alone hit NT$21.8 billion, up 57.4% — accelerating beyond the eight-month pace.
This means → equipment-sector momentum is speeding up, not just holding steady.
Why is growth so concentrated in testing?
Six test-related suppliers posted combined revenue of NT$68.3 billion, accounting for 47% of the industry total and growing 78% year-on-year. The other 37 companies grew just 26%.
Those six firms delivered 65% of the industry's NT$46.1 billion revenue increase.
In plain terms = nearly half the sector's money went to companies that "examine" chips after they are made, and they grew three times faster than everyone else.
This reflects a structural shift: AI chips demand far more testing than conventional chips — the more complex the chip, the longer and costlier the exam.
Which of the six stand out?
Hon Precision (handler machines — equipment that sorts chips during back-end testing): revenue surged 92.9% to NT$35 billion, single-handedly contributing 37% of the industry's total gain.
WinWay Technology (test sockets and probe cards — the contact tools that touch a chip during testing): revenue jumped 97.9%, with August alone up more than 233% year-on-year. The company cited strong global demand from AI and high-performance computing (HPC) clients.
MPI grew 54.8%, CHPT grew 33.1%, and HTSI grew 125.9% — all pointing to AI and HPC chip-testing demand.
Why are front-end equipment makers lagging?
Front-end equipment suppliers — the machines that *make* chips, as opposed to those that *test* them — posted modest gains. Fiti, the second-largest company in the group, grew 20% to NT$16.3 billion; GPM grew 20.9%; Gudeng Precision grew 31.3%.
This means → the engine of this equipment upcycle sits in testing, not manufacturing. AI-chip fabrication capacity has not yet expanded at the same pace as testing demand.
The exception was All Ring, up 51.1%, driven by customer capacity expansions.
What do the small firms and the laggards reveal?
Several small companies posted outsized gains off a low base: Innostar surged 226%, Forward Tek grew 102.6%, V5 Technologies rose 84.4%.
Only 5 of the 43 firms saw revenue decline year-on-year. Scientech, the fifth-largest company, grew just 8.1% — well below the sector average.
In plain terms = almost everyone is growing, but the gap between winners and laggards is enormous. Companies on the AI-testing track and those off it are living in two different worlds.
Can this growth rate last?
Nineteen companies posted lower revenue in August than in July, including Hon Precision, Gudeng Precision, and GPTC.
Equipment revenue fluctuates with tool-acceptance timing and shipment schedules; suppliers themselves noted that month-to-month swings are normal.
This means → a single-month sequential dip does not signal a reversal. But whether the testing segment can sustain a 78% year-on-year pace depends on two things: the durability of AI chip-testing demand, and the rhythm of customer capital spending.
市场有风险，内容仅供研究参考，不构成投资建议。