LITEON Showcases Photonics for AI Data Centers at electronica 2026
LITEON Technology is presenting optical interconnects, power control technologies, sensors and augmented reality optics at electronica 2026 in Munich. The company says its photonics portfolio is designed to address rising demands for bandwidth, efficiency and intelligent sensing across AI infrastructure and other systems.
- LITEON is exhibiting at electronica 2026 in Munich from 10 to 13 November.
- Its VHP ELS and ELSFP solutions support CPO and NPO switch architectures.
- The company is presenting isolation and power-control technologies for 800-VDC systems.
- Its sensor portfolio includes multi-zone ToF, direct-ToF, metalens and SWIR technologies.
- The display includes MicroLED, full-color AR optics and waveguide integration.
Optical links for AI data center networks
LITEON is attending electronica 2026 from 10 to 13 November in Munich under the theme "Intelligent Photonics." Its display covers optoelectronic semiconductor technologies for AI data centers, energy management and intelligent applications.
For AI clusters and future data centers, the company is showcasing its VHP technology for external laser sources, or ELS, as well as ELSFP solutions. According to LITEON, these solutions support co-packaged optics, or CPO, and near-packaged optics, or NPO, switch architectures, providing scalable optical connectivity for different system configurations.
The company says the technologies are designed to support varying liquid-cooling architectures and integration requirements. LITEON links the offering to the need for higher bandwidth, lower latency and greater energy efficiency as AI workloads increase.
Isolation and power control for 800-VDC systems
LITEON is also showing isolation and power-control technologies for 800-VDC power systems and AI data center power architectures. The portfolio includes isolation amplifiers, gate drivers, high-speed optocouplers, photovoltaic relays and reinforced isolation platforms.
These components are intended to support safe and reliable power conversion, as well as precise signal sensing and control in high-voltage and high-power environments. The company says the technologies extend its optoelectronic capabilities beyond data transmission into power conversion and control.
Outside data centers, LITEON says the same technologies are used in solar inverters, battery management systems, electric vehicle charging systems and industrial automation, where they support safety, reliability and energy efficiency.
Sensors and optical systems beyond data centers
The exhibition also covers sensing technologies for a range of industrial and consumer applications. LITEON is presenting multi-zone time-of-flight, or ToF, systems, direct-ToF systems, metalens dot projectors and short-wave infrared, or SWIR, sensors.
The company positions these technologies for robotics, industrial imaging, industrial automation, autonomous navigation and augmented and virtual reality applications. This portfolio shows how LITEON is applying its semiconductor expertise across sensing components, optical modules and integrated systems.
For AR applications, the display includes MicroLED display modules, full-color optical modules, waveguide integration and optical AR system design. LITEON says these efforts support its expansion into emerging areas such as smart wearables and immersive computing.
What the showcase means for customers
LITEON General Manager Sander Su said the company is positioning itself as a "Digital Photonics Integrator" by combining technologies across key components, modules and system-level applications. According to the company, that approach is intended to help customers respond to demand for high-speed transmission, improved efficiency and intelligent sensing.
The electronica presentation therefore brings together several parts of the infrastructure surrounding AI, rather than focusing only on network connections. It covers the optical links used to move data, the isolation and power technologies needed to operate high-voltage systems, and sensors and optical modules aimed at industrial, AR and wearable applications.
