148 articles
Rohm has completed the establishment of an 8-inch SiC device manufacturing system, achieving the technical goals of the Green Innovation Fund Project two years earlier than planned.
Rohm has completed the establishment of an 8-inch SiC device manufacturing system, achieving the technical goals of the Green Innovation Fund Project two years earlier than planned.
Tokyo Artisan Intelligence (TAI) has signed a Statement of Work (SoW) with Malaysian companies Oppstar and Silicon X for the mass production development of reconfigurable AI semiconductor chips for edge AI systems. This partnership aims to accelerate the realization of next-generation edge AI platforms, with mass production shipments targeted for 2028 and beyond.
TMH has formed a strategic partnership with Patentix through an investment to accelerate the practical application of next-generation power semiconductor materials.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
IntraPhoton announces its dream of smart glasses that are indistinguishable from reality, aiming to integrate them into daily life.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
Patentix has successfully demonstrated the operation of a MOSFET using r-GeO₂, a next-generation power semiconductor material.
STMicroelectronics has launched a new series of low on-resistance (RDS(on)) power MOSFETs optimized with the 'Smart STripFET F8' technology, achieving superior conduction loss and compact die dimensions for automotive and battery management applications.
STMicroelectronics has launched a new series of low on-resistance (RDS(on)) power MOSFETs optimized with the 'Smart STripFET F8' technology, achieving superior conduction loss and compact die dimensions for automotive and battery management applications.
Patentix confirms p-type Schottky barrier diode characteristics in rutile germanium dioxide thin films.
Patentix confirms p-type Schottky barrier diode characteristics in rutile germanium dioxide thin films.
Intel announces new CPUs 'Core Ultra 3' etc. for business PCs.
Datotek International Co., Ltd. is a global manufacturer of high-performance SSDs, memory, and microSD cards, providing reliable, fast, and durable storage solutions worldwide.
A test crawl or informational check directed at the official website of TSMC, the world's leading dedicated semiconductor foundry.
MOSAIQUE Pvt Ltd, a Japanese language education provider in India, has partnered with Elevium, a semiconductor engineer training company. This collaboration aims to cultivate and supply engineers equipped with both technical expertise and JLPT N2-level Japanese proficiency to support Japan's semiconductor industry, which faces a critical talent shortage.
MOSAIQUE Pvt Ltd, a Japanese language education provider in India, has partnered with Elevium, a semiconductor engineer training company. This collaboration aims to cultivate and supply engineers equipped with both technical expertise and JLPT N2-level Japanese proficiency to support Japan's semiconductor industry, which faces a critical talent shortage.
Leadtek, a company in the Computer and Peripheral Equipment industry, announced its March 2026 revenue of NT$625 million, a significant 83.1% year-over-year increase. This highlights the company's strong performance, likely driven by high demand in the AI and professional GPU markets.
Leadtek, a company in the Computer and Peripheral Equipment industry, announced its March 2026 revenue of NT$625 million, a significant 83.1% year-over-year increase. This highlights the company's strong performance, likely driven by high demand in the AI and professional GPU markets.
Hisiwa Technology (TWSE: 2484), an electronic components manufacturer, reported its March 2026 revenue at TWD 200.59 million, a 4.6% decrease compared to the same month last year. This figure suggests a slight downturn in the company's performance for the period.
Topco Scientific announced its March 2026 monthly revenue reached NT$7.015 billion, marking a significant year-on-year increase of 30.6%. This strong performance highlights the company's robust growth in the electronic components distribution industry and suggests sustained high market demand.
Anchi announced its monthly revenue for March 2026 reached NT$1.364 billion, marking a significant year-on-year increase of 132.4%. This strong performance highlights the company's robust growth within the electronic distribution industry and reinforces its market presence.
Taiky (2478), a major electronic components manufacturer, announced its March 2026 revenue. Sales reached NT$561 million, a significant increase of 13.5% compared to the same month last year, indicating strong market demand.
Topco Scientific announced its March 2026 monthly revenue reached NT$7.015 billion, marking a significant year-on-year increase of 30.6%. This strong performance highlights the company's robust growth in the electronic components distribution industry and suggests sustained high market demand.
Taiky (2478), a major electronic components manufacturer, announced its March 2026 revenue. Sales reached NT$561 million, a significant increase of 13.5% compared to the same month last year, indicating strong market demand.
Fengyi, an electronic component distributor, announced its monthly revenue for March 2026 reached NT$2.795 billion, marking a 7.4% increase compared to the same month last year. This indicates the company's robust performance and sustained competitiveness in the market.
Anchi announced its monthly revenue for March 2026 reached NT$1.364 billion, marking a significant year-on-year increase of 132.4%. This strong performance highlights the company's robust growth within the electronic distribution industry and reinforces its market presence.
Hisiwa Technology (TWSE: 2484), an electronic components manufacturer, reported its March 2026 revenue at TWD 200.59 million, a 4.6% decrease compared to the same month last year. This figure suggests a slight downturn in the company's performance for the period.
Fengyi, an electronic component distributor, announced its monthly revenue for March 2026 reached NT$2.795 billion, marking a 7.4% increase compared to the same month last year. This indicates the company's robust performance and sustained competitiveness in the market.
A test crawl or informational check directed at the official website of TSMC, the world's leading dedicated semiconductor foundry.
Datotek International Co., Ltd. is a global manufacturer of high-performance SSDs, memory, and microSD cards, providing reliable, fast, and durable storage solutions worldwide.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.
AGC Inc. has released a new commercial, "Let's Experiment! AGC / Glass Core Edition," featuring actress Suzu Hirose and comedy duo Oswaldo. The CM promotes AGC's advanced "Glass Core" technology, a micro-perforated glass substrate for semiconductors, through entertaining experiments, aiming to enhance brand image and technological understanding.