Ortel's Strategic Wafer Fabrication Move to Canadian Photonics Center Enhances Laser Production

Ortel's New Chapter in Laser Development

In a significant move for the optics industry, Ortel, a prominent name in photonics, has announced the successful transfer of its wafer fabrication to the Canadian Photonics Fabrication Centre (CPFC). This strategic decision is designed to enhance the production capabilities of Ortel's flagship C-Band, High-Power Continuous Wave Laser Module, catering to the demands of various expanding technology markets.

Established as North America's leading pure-play III-V semiconductor wafer foundry, the CPFC plays a crucial role in this transition. The transfer guarantees an uninterrupted supply of wafers and positions Ortel to scale its pioneering laser technology across growing domains such as LIDAR, fiber optic sensing, and advanced communications applications.

Enhanced Laser Features

The C-Band High-Power Continuous Wave Laser features impressive specifications that make it an industry standout. With a narrow linewidth typically around 50 kHz, a high output power reaching up to 100 mW, and low noise performance, this laser module excels in precision and reliability. Moreover, it is compatible with Dense Wavelength Division Multiplexing (DWDM) applications, providing configurations on the ITU wavelength grid. Notably, it is available in various package types, including the model 1790 in a 14-pin butterfly format and the model 1995 in a cooled TO56 package.

Initial customer samples are set to be available by February, with full production expected in the second quarter of 2025, marking an exciting time for Ortel and its clientele.

Cultivating Strategic Partnerships

Grant Olecko, Vice President of Product Line Management at Ortel, expressed enthusiasm about the collaboration with CPFC, noting that their state-of-the-art facility provides key advantages over previous manufacturing setups. He highlighted critical factors such as supply security, custom epitaxy growth, and advanced technology capabilities that will further enhance the laser's performance.