Photodigm DBR Laser Diodes ranging 730-1100 nm

(972) 235-7584


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Configure your perfect product one step at a time. Each configuration you select will update our product recommendations shown below.


Choose your wavelength in the drop down. Not seeing your specific wavelength? Contact Us for custom wavelength information.

01. Kind

Choose between DBRs, Gain Chips, and Accessories.

03. Chip Architecture

DBR Laser Diodes:

High Power Chip: Built for Performance. Maximizes output power while maintaining spectral stability.

Low Power Chip: Energy-Efficient and Compact. Ideal for low threshold currents.

High Operating Temperature Chip: Ideal for Harsh Environments. Optimized for high-temperature operations.

Gain Chips:

Double-Angle Facet Chip: Optimized for higher output power and efficiency, suitable for demanding applications requiring strong, focused emission.

Single-Angle Facet Angled Emission Chip: Designed for applications needing precise directional control, reduces internal reflections for cleaner output.

Single-Angle Facet Direct Emission Chip: Ideal for direct, straightforward applications; maximizes output efficiency with minimal internal loss.

Power - slider
0 mW350 mW


Chip on Submount (CoS): Basic platform for custom packaging. Small, metallized submount.

9MM: Simple, hermetically sealed. Optional photodiode.

C-Mount: Copper Tungsten (CuW) heatsink. For macro-packaging in ambient conditions.

TO-8: All-in-one with TEC, photodiode, and thermistor. Optional sealing.

TOSA: Compact with TEC and thermistor. Hermetically sealed.

Butterfly: For fiber-coupling. Lower output power due to efficiency losses.

Butterfly + Isolator: Fiber-coupled with isolation. Best for precision spectroscopy.

ISOBragg™ Package: High-power, fiber-coupled with optical isolation.


Mode Hop Free (MHF): Ensures consistent power and wavelength tuning. Ideal for tunability

Virtual Point Source (VPS) Lens: Enables easy coupling into optics and detectors

MHF + VPS: Combines tunability and easy coupling for dynamic performance

Direct-Edge Coupling (DEC): Enhances laser to fiber/waveguide coupling for high-efficiency, minimal loss systems.



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Speak with an expert on our team for product recommendations tailored to your application OR to discuss engineering a customer-inspired solution.