In this SBIR program, Morton Photonics will design, fabricate and test novel microresonator devices for use in practical RF phase shift applications. These devices will provide fast (microsecond) tunability with low power dissipation, and go beyond simple group delay characteristics to address the… More

This program will transfer technology created at the Johns Hopkins University to Morton Photonics, additionally creating novel new devices and systems approaches in an ongoing collaboration. The focus is on the design, fabrication and testing at the system level of a number of novel active-silicon… More

This SBIR program brings together a world leader in semiconductor optical amplifiers (SOAs), a paradigm changing ultra-low-cost packaging technology, and the expertise to integrate these technologies to develop a product that will meet the demanding technical and cost targets for the NavSea… More

In this SBIR program, Morton Photonics will design, fabricate and test novel microresonator devices for use as optical True Time Delay (TTD) devices in broadband phased array systems. These devices will provide fast (microsecond) tunability with low power dissipation, going beyond simple group… More

This STTR Phase II program will create novel devices and system designs, expanding upon the microring resonator based silicon WDM modulator designs and system concepts developed during Phase I. The focus will be on linear transmitters and analog fiber-optic systems, used to transmit and transform… More

In this Phase II program Morton Photonics will further develop its low-cost, ultra-low-noise, hybrid integrated laser to produce a final product that can be used by the Navy in sensing applications. Ultra-low-noise laser products will be developed utilizing standard telecom product sub-components,… More

In this SBIR program, Morton Photonics will develop a practical phased array radar time delay unit (TDU), incorporating photonic devices for the key functions fabricated in a silicon CMOS compatible process (silicon photonics) to provide for significant scaling of cost with module volume in order to… More