Products

From chip design to module manufacturing, BE Epitaxy Semiconductor turns photonic innovation into real, deployable products. Each solution reflects our expertise and our commitment to advancing practical applications of photonics.

Silicon Photonics Chip

Light Engine

Optical Transceiver Module

Planar Lightwave Guide

Silicon Photonics Chip

Pioneering a New Era of High-Speed Optical Interconnects

As data grows at an unprecedented pace, traditional electronic chips are reaching their limits in transmission speed and power efficiency. Silicon photonic chips present a breakthrough solution by integrating optical components with silicon-based semiconductor processes, enabling optical signals to travel and be processed directly on the chip. This breakthrough boosts data transfer speeds while cutting energy use. BE Epitaxy Semiconductor has deep expertise in silicon photonic chip development.We provide end-to-end services from design to integration, developing next-generation optical interconnect solutions with high performance and low power consumption. Our silicon photonic chip design services bring together key optical components such as modulators, photodetectors, couplers, multiplexers, and demultiplexers. BE Epitaxy Semiconductor precisely aligns chip electrodes with fiber I/O configurations to ensure smooth conversion and efficient transmission of optical and electrical signals. From high-speed data center interconnects and supercomputer optical links to photonic accelerators for AI computing, our silicon photonic chips offer the performance and reliability to drive the next generation of innovation.

Optical Engine

The Core Power of Optoelectronic Integration

Optical engines are key modules that convert and transmit optical and electrical signals. They combine light sources, optical components, and electronic driver circuits into a compact system that supports optical communication and sensing technologies. BE Epitaxy Semiconductor offers advanced optical engine submodule packaging, providing reliable and high-performance optoelectronic integration. Our services are fully customizable to each silicon photonic chip, including precise fiber array packaging based on specific requirements. BE Epitaxy’s optical engine solutions are widely used in data centers, telecom networks, and high-performance computing. They provide stable and reliable optical signal transmission and reception, serving as a key component in building next-generation optical communication systems.

Optical Transceiver Module

The bridge of data transmission

Optical transceiver modules are important parts of optical communication systems. They send electrical signals as light and convert received optical signals back into electrical form. BE Epitaxy Semiconductor provides a wide range of high-performance optical transceiver modules made to fit different network needs, from edge to core applications, including:

400G/800G SR4/SR8 50m OSFP

The modules are designed for short-reach, high-speed interconnects within data centers, supporting distances of up to 50 meters. Using the OSFP (Octal Small Form-Factor Pluggable) form factor, they offer high bandwidth and port density to meet the demanding performance needs of modern data centers.

400G/800G DR4/DR8 500m OSFP

The modules are designed for medium-reach interconnects within data centers, supporting transmission distances of up to 500 meters. Utilizing the OSFP (Octal Small Form-Factor Pluggable) form factor, they extend data transmission range while maintaining high-speed performance, enabling efficient connectivity between racks across large-scale data center environments.

These optical transceiver modules feature low power consumption, high reliability, and hot-swappable design. They provide stable and efficient data transmission for data centers, telecom networks, and enterprise networks, serving as the foundation for building the high-speed networks of the future.

Planar Lightwave Guide

The foundation of precision optical components

Planar Lightwave Circuit (PLC) technology integrates optical functions onto a flat substrate by using photolithography to create waveguide structures that guide, split, and combine light signals. BE Epitaxy Semiconductor has deep expertise in PLC design and manufacturing, focusing on developing high-performance, reliable PLC components for optical communication and sensing applications.

Our Planar Lightwave Circuit (PLC) products primarily use silicon nitride (Si₃N₄) and silicon dioxide (SiO₂) as core materials, both offering excellent optical performance and strong process compatibility. The PLC components we develop include:

Splitter

Divides evenly a single optical signal into multiple outputs, commonly used in FTTH fiber-to-the-home networks.

Star Coupler

Supports many optical signal inputs and outputs, commonly used for data distribution in fiber optic networks.

Waveguide Converter

Enables optical signal conversion between different waveguide modes.

Optical Coil

Used to delay optical signals or enable optical sensing functions.

Multimode Interferometer (MMI)

Based on multimode interference, it performs optical signal splitting, combining, or wavelength selection.

BE Epitaxy Semiconductor’s Planar Lightwave Circuit components offer low loss, high integration, and excellent stability. They are widely used in fiber-optic communication networks, optical sensing, and optical instruments, providing customers with precise and reliable optical solutions.

Whether your goal is faster communication, more accurate sensing, or optical computing at new speed levels, our products give you a strong foundation to move confidently into the future.