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Semicon Taiwan 2023 will be launched on 6th September
Hermes-Epitek will be participating the Semicon Taiwan Exhibition, which will be held at the Taipei Nangang Exhibition Hall from 6th to 8th Sept., 2023.
Touch Taiwan Display International 2023
Touch Taiwan 2023 will be held at Taipei Nangang Exhibition Center, Hall 1, 4F from 19th Apr. to 21st Apr.
Semicon Taiwan 2022 will be launched on Sept. 14th
On Sept. 14-16, 2022, a three-day Semicon Taiwan exhibition will be held at the Taipei Nangang Exhibition Hall.
Semicon Taiwan 2021 will be launched in Dec. 28th
On Dec. 28-30, 2021, a three-day Semicon Taiwan exhibition will be held at the Taipei Nangang Exhibition Hall.
Come and visit us at Booth M#0634
Touch Taiwan Display International 2021
Touch Taiwan 2021 will be held at Taipei Nangang Exhibition Center, Hall 1, 4F from 21st Apr. to 23rd Apr.
Semicon China 2021 will be launched in March 17th
Semicon China 2021 will be launched in March 17th
Semicon Taiwan 2020 exhibition (physical and online)
Semicon Taiwan 2020, will be held from September 23-25 at Taipei Nangang exhibition center, and online exhibition will be launched simultaneously from September 23- October 25
Semicon China 2020 will be launched in June 27th
Shanghai New World Center Exhibition Hall.
Come and visit us at Booth #3014, Hall E3.
Archie Hwang, Chairman of Hermes-Epitek, Wins the 13th Pan Wen Yuan Prize
Dreamer and Idealist Induces Semiconductor Equipment Development in Taiwan
Popular Science Articles
From Silicon Wafers to Cells, from Opto-Electronics to AI
In the future, breakthroughs in IOT, AI artificial intelligence, self-driving vehicles, 5G and biomedical technology will drive a boom in the demand for semiconductor computing. Hermes-Epitek will provide first-class products and services to help clients achieve optimal production efficiency, as well as assist vendors in gaining clients’ greatest trust and market share. This has always been the mission of “Service by Hermes-Epitek”.
We are also contemplating how we can use some of our resources for altruistic purposes. We hope to contribute to the welfare of human life, which is why we have turned our attention to the life sciences, and brought together partners and peers with the same goal.
In recent years, new treatment methods have emerged for cancer immunotherapy, while new physical therapies for treating cancer and techniques for reversing disabilities such as cardiac disability and visual impairments have also become available. We hope that one day we will be able to provide support to a team with the dream of developing a technology that “revolutionizes medicine” to help the disabled regain their life and do our share for humanity.
From the semiconductor sector to optoelectronics, from biomedical to medical technology research, we are dedicated to “altruism and fellowship”. We hope to help scientists shorten the time for developing examination and treatment methods that are beneficial to the health of all mankind by contributing whatever support that Hermes-Epitek is able to offer.
2021 Nobel Prize in Physiology or Medicine:The Discovery of Temperature and Touch Receptors
Our ability to sense heat, cold and touch is essential for survival and underpins our interaction with the world around us.
The Rising Star of 3rd-Gen Semiconductors-Silicon Carbide (SiC)
Achievements and challenges in Hermes-Epitek’s SiC process R&D
Quantum Computer Keynote Speech
Quantum Knowledge of Modern Citizens-Quantum Computer, Quantum AI and Biomedical Applications”, Professor Ching-Ray Chang, National Taiwan University
Unique Plants in Mythology – Carnivorous Plants
The story of carnivorous plants and Jhubei Lienhwa (Lotus) Temple wetland
2018 Nobel Prize
Ince 2018, the Nobel Prizes in Medicine and Chemistry were all related to the field of biomedical research, especially research on cancer treatment.
The Third Generation Semiconductor Materials
The advantages of high power, high operating temperature, high blocking voltage, high current density, and high frequency characteristics allow significant reduction of chip area.