Silicon Photonics

Silicon Photonics technology uses CMOS processes to integrate photonic devices made of silicon-based materials. Key components like modulators and receivers are fabricated using advanced techniques such as etching and epitaxial growth. This allows for the high integration of both active and passive optical components. Halopix offers vertical integration from foundational layer to system level, providing end-to-end manufacturing solutions and high-quality interconnection products globally.

Wafer Testing

Wafer testing is crucial for achieving large-scale production. PIC testing faces challenges due to diverse designs and lack of standardized processes. Halopix has developed an innovative, automated edge-coupling test solution for wafer. This solution is fast, adaptable, integrated, repeatable, automated, traceable, accurate and reliable, significantly improving efficiency in large-scale silicon photonics manufacturing.

Packaging

By integrating PICs developed by Halopix, we have pioneered packaging
technologies for manufacturing highly integrated, component-reduced,
production process-simplified, and highly reliable silicon photonics transceivers.
These products excel in optics, electricity, and heat dissipation, surpassing
industry standards.

SiPho Manufacturing

Halopix has a mature and experienced team in the field of high-speed silicon
photonics packaging and coupling, as well as the state-of-the art transceivers
production lines. The chip team and transceiver team work together to optimize design and production, creating competitive and high-quality optical
interconnection products.

Comprehensive Testing

The comprehensive testing system spans the entire R&D and production process, including wafer-level optoelectronic testing, module performance testing, aging testing, and compatibility testing of IB and Ethernet systems. It ensures product quality and the lowest on-site failure rate.

Reliability Engineering

Halopix has extensive experience in optical product reliability engineering and operates a dedicated reliability lab. We conduct regular reliability testing on components and products to identify and analyze potential failure issues, determining the root causes. This enables us to deliver high-quality optical interconnection products to our customers.