ChromoPIC develops application-specific photonic integrated chips tailored for OEMs in industries such as medical devices and quantum technology, enhancing integration and reliability in complex systems. Their technology addresses the need for high-fidelity signal processing and detection in applications like spectroscopy and inertial measurement units.
Funding
Funding not disclosed
Founders
Product
Problem
OEMs in industries like medical devices and quantum technology require high-fidelity signal processing and detection in complex systems, but struggle with integration and reliability challenges. Existing solutions often lack the application-specific customization needed for optimal performance in specialized applications like spectroscopy and inertial measurement units.
Solution
ChromoPIC develops application-specific photonic integrated chips (PICs) tailored to meet the unique requirements of OEMs. These PICs enhance integration and reliability in complex systems by providing customized solutions for high-fidelity signal processing and detection. By focusing on application-specific designs, ChromoPIC enables improved performance in areas such as spectroscopy, labeled/label-free detection, micro-fluidic interfaces for medical devices, and plug-and-play middleware modules for quantum technology. This approach allows for seamless integration and optimized functionality, addressing the limitations of more generic solutions.
Target Audience
ChromoPIC's primary customers are OEMs in the medical device and quantum technology industries, as well as research labs, startups, corporations, and government agencies involved in product innovation and manufacturing scaling.
Features
- Application-specific photonic integrated circuit (PIC) design
- Customization for medical devices, including spectroscopy and micro-fluidic interfaces
- Solutions for quantum technology, including plug-and-play middleware modules
- Enhanced integration capabilities for complex systems
- High-fidelity signal processing and detection
- Improved reliability compared to traditional solutions