ADTEK celebrates its 18th anniversary with employees from across factories worldwide, honoring achievements, sharing performances, and looking ahead together.
Explore how data center port density evolved from LC to MPO to MMC, and why next-generation networks focus on manageability, system design, and scalability.
ADTEK extends warm Christmas wishes to our employees, customers, and partners worldwide. Thank you for your trust and collaboration as we continue to connect the future through light.
Explore how data center infrastructure has evolved since the information age, with fiber optics overtaking copper cabling to support high bandwidth, scalability, and modern network demands.
Global AI, cloud, and fiber-network investments are accelerating, with Southeast Asia emerging as a key growth region. Explore market drivers, challenges, and future optical-connectivity trends.
ADTEK delivers high-density optical connectivity platforms with VSFF integration, modular ODF systems, and full JDM/ODM support to accelerate next-generation data center product development.
High-density optical flex modules solve critical CPO, OXC, ROADM, and OCS fiber-management challenges, enabling scalable, low-loss, and AI-ready optical networks.
optical communication, talent development, engineering mentorship, innovation culture, ADTEK leadership program, optical R&D, graduate training, optical connectivity industry
Artificial Intelligence (AI), Machine Learning (ML), and High-Performance Computing (HPC) demand ultra-low latency, all-optical switching fabrics that surpass the capabilities of traditional O-E-O (Optical-Electrical-Optical) packet switches,. Optical Circuit Switches (OCS) meet this need by providing a direct optical path, operating close to the speed of light.
Telecommunication and FTTX (Fiber-to-the-X) networks require agility to adapt to ever-shifting traffic demands, all while minimizing expensive site visits and hardware changes. Reconfigurable Optical Add/Drop Multiplexers (ROADMs) transform static pipes into dynamic networks by enabling the remote, software-driven rerouting of wavelengths.
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