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Toptica Eagleyard, a leading provider of high-performance laser diode solutions for industrial and scientific applications, has unveiled a new suite of compact, fiber-coupled laser products designed to accelerate the transition of photonics technologies from R&D to scalable, real-world systems.
The expanded portfolio includes:
- DFB Laser @ 795 nm (Fiber-Coupled)
- miniECL @ 795 nm - available in both collimated free-space and fiber-coupled versions
- miniECL @ 770 nm (Fiber-Coupled)
Engineered for OEM integration, these platforms provide plug-and-play solutions and are optimized for miniaturization, offering increased stability, reliability, and scalability - ideal for transitioning advanced photonics technologies from R&D into real-world, industrial applications.
Toptica Eagleyard’s miniTAs complement the miniECLs or DFB lasers in a fully fiber-MOPA configuration, providing a compact, reliable alternative to high-maintenance and sensitive macroscopic laser systems. These new solutions open the door to a range of emerging use cases. The new fiber-coupled miniECL and DFB at 795 nm are a game changer, for example, for Optically Pumped Magnetometers (OPMs) for biomedical diagnostics - offering room-temperature, portable alternatives to cryogenically-cooled SQUIDs for detecting weak biomagnetic signals from the brain or heart.
For OEMs developing next-generation medical, sensing, and quantum technology systems, this combination delivers a robust, scalable path forward, with lower complexity and higher reliability. Toptica showcased these innovations at Laser World of Photonics 2025.
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