Test report DSG-1358 · Rev E · tested October 19, 2026
Foundries & ManufacturingDevice under test
Hanmi Sets 2027 Target for Wide TC Bonder Launch
Hanmi Semiconductor targets a 2027 launch for its Wide TC Bonder and is expanding its 2.5D packaging equipment lineup serving AI chipmakers, Digitimes reports.
- Read
- 2 min
- Words
- 371
- Node
- 14nm
- Operator
- Amara Osei
Spec summary
- Hanmi targets 2027 for the launch of its Wide TC Bonder.
- The company is expanding its 2.5D packaging equipment lineup for AI chips.
- The Wide TC Bonder serves larger-format packages used in multi-die AI accelerators.

Hanmi Semiconductor plans to launch its Wide TC Bonder in 2027 and expand its 2.5D packaging equipment lineup for AI chips, according to a Digitimes report. The 2027 date anchors a roadmap that places the company's thermocompression bonding tools directly in the supply chain for high-end AI accelerators.
What is Hanmi building?
The Wide TC Bonder is a thermocompression bonding machine used to attach chips onto interposers and substrates in 2.5D advanced packaging — the architecture behind multi-die AI processors. A wider bonding area allows the tool to handle larger packages, which chipmakers need as AI accelerators grow in die count and package size.
Hanmi already supplies TC bonders to major packaging players. The Wide TC Bonder extends that line toward the larger formats now standard in AI silicon. The 2027 launch window positions the tool for the next generation of 2.5D modules.
Why does 2.5D matter for AI chips?
AI accelerators rely on 2.5D packaging to stack logic dies and high-bandwidth memory around a silicon interposer. Demand for this packaging method has grown with AI chip shipments, and equipment suppliers capable of high-yield bonding at wide formats remain limited.
Hanmi's lineup expansion targets that constraint. By adding a wide-format TC bonder alongside its existing tools, the company covers more steps in the 2.5D production flow for AI customers.
What does the 2027 date signal?
A 2027 launch aligns with the industry's packaging roadmap: chipmakers have committed to larger 2.5D packages through the second half of the decade, and equipment must qualify one to two years before volume production. Hanmi's timing places the Wide TC Bonder inside that qualification window.
The expansion also deepens Hanmi's exposure to AI-driven capital spending, where advanced packaging equipment has become a procurement priority for chip assemblers.
Market impact
- Hanmi adds the Wide TC Bonder to a TC bonder portfolio aimed at 2.5D AI chip packaging.
- The 2027 launch targets larger package formats required by multi-die AI accelerators.
- The lineup expansion widens Hanmi's addressable share of the advanced packaging tool market.
Hanmi has now tied its product roadmap to AI packaging demand through at least 2027.
via Google News: AI chip (Source)
More from Amara Osei
Show full bio
Staff writer covering money, funding and market shifts around hardware layer of artificial intelligence at Die Signal.
442 articles
Same lot · LOT-C1CF
- DSG-394565nmHanmi Semiconductor shows HBM4 and 2.5D packaging gear
- DSG-414414nmTSMC and GlobalFoundries Tie Up $2 Billion on US Advanced Packaging
- DSG-406714nmTSMC Targets CoWoS Capacity Doubling by 2028 to Ease AI Chip Bottleneck
- DSG-87085nmTSMC to Expand Chiayi Site to 10 Advanced Packaging Plants
- DSG-663914nmGlobalFoundries and TSMC to Co-Produce Interposers in the US