The performance and reliability of lasers, LEDs, waveguides, and optical interconnects are highly dependent on effective thermal management. Excessive heat can lead to wavelength shifts, reduced efficiency, and even device failure, making precision thermal analysis essential for next-generation photonics applications.

• High-Resolution Thermal Imaging – Detect hotspots and thermal gradients in photonic devices.
• Transient Thermal Analysis – Measure rapid heat dissipation in laser diodes and optical components.
• Electrothermal Coupling Characterization – Understand how temperature fluctuations impact optical performance.
• Thin-Film & Multi-Layer Analysis – Evaluate heat transfer efficiency in optical coatings and waveguides.
• Non-Destructive Testing – Analyze devices without physical contact for accurate, real-world assessment. 

• Laser Diodes & Optical Amplifiers – Ensure stability and efficiency in high-power photonic systems.
• LEDs & Micro-LEDs – Optimize thermal performance for brightness and longevity.
• Optical Sensors & Fiber Optics – Prevent heat-induced signal distortion in telecommunications.
• Integrated Photonics & Silicon Photonics – Enhance chip-level thermal dissipation.
• Waveguides & Optical Interconnects – Improve thermal management for high-speed data transmission.