With the rapid development of global artificial intelligence technology and the application of optical signals to achieve high-performance computing, silicon photonics and co-packaged optics (CPO) have become the industry's focus. GMT (4573-TW), a leading manufacturer of high-precision stage modules and optical coupling hardware and software drive integration, is advancing in two directions. It has made significant progress in the research and development of optical modules and silicon photonic coupling technologies, introducing high-precision stage modules and linear drive components suitable for optical communication and data transmission equipment. It provides production and application of lens coupling and silicon photonic optical path coupling technologies in optical modules, meeting the high precision and high stability requirements of the high-end market, and simultaneously achieving the advantages of improving production efficiency and reducing production costs.

With the rapid development of AI, the amount of data required by cloud computing and data centers has increased dramatically, and optical transmission can reach farther and faster speeds. Chen Zhixin, General Manager of GMT Enterprise, said that leading global technology companies, such as NVIDIA and Google, are using these technologies to drive the advancement of data centers, cloud computing, cloud servers, and AI computing. Optical modules can provide the necessary bandwidth and low latency for high-speed data transmission.

In the manufacturing processes of optical modules and silicon photonics, high-precision positioning stage modules are indispensable core components. GMT 's high-precision positioning stage modules achieve nanometer-level positioning accuracy, ensuring accurate alignment, precision, and consistency of each optical module and silicon photonic device in the manufacturing process, thereby improving the overall quality and performance of the products.

GMT leads the industry in developing "high-precision stage modules." In recent years, it has also integrated its self-developed optical coupling algorithms and dedicated software, which can be applied to optical coupling equipment and semiconductor equipment, playing a key role in the production process of optical modules and silicon photonics components. GMT 's strength in optical module and silicon photonics technology further demonstrates the trust and feedback its customers have received over the years for the high precision and reliability of its products.

In the fabrication of 800G, 1.6T, and silicon photonics optical modules, the application of high-precision positioning stage modules has become crucial. High-bandwidth, low-latency optical modules have extremely high requirements for optical and electrical measurement accuracy (300~50nm) in the process to ensure that no errors or delays occur during high-speed data transmission. The high-precision positioning stage module developed by GMT can meet this requirement.

Benefiting from the widespread application of AI and 5G technologies and the continued expansion of data center construction demand, as well as the early deployment of 6G technology in response to market trends, GMT 's strategic layout in optical modules and silicon photonics technology is gradually showing results. It has also taken the lead in applications in other emerging industries, such as medical equipment and autonomous driving. With the strong demand for global data volume and high-speed transmission applications, analysts predict that GMT , which is associated with AI and semiconductor concepts, is expected to boost its operating momentum with the dual engines of optical modules and silicon photonics.

GMT phone number: (04) 828-2825, website:GMT,GMT(Wu Qingchang)
The report and images are excerpted from the Economic Daily News and IEK Industry Intelligence Network.
https://ieknet.iek.org.tw/ieknews/news_open.aspx?actiontype=ieknews&indu_idno=1&nsl_id=db6bb2d293de438e9a3724e5cea54476

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