The Science of Light: Demystifying Optical Spectrum Analysis
From telecom and medical imaging to aerospace and environmental monitoring, the ability to precisely measure light is driving innovation across industries.
Join us for a focused session on Optical Spectrum Analyzers (OSAs) — exploring the principles behind dispersive and Fourier transform spectroscopy, their performance trade-offs, and how to choose the right tool for your application.
Our experts will be covering:
- Key parameters that define OSA performance
- How measurement principles impact accuracy and efficiency
- Comparative insights into dispersive vs. Fourier transform methods
- Gain the clarity to make informed OSA choices and elevate your optical measurements.
Related Industries
Related Products & Solutions
AQ6380 Highest Performance 1200 - 1650 nm and 900 - 1650 nm
- 0.005 nm (5 pm / 0.624 GHz) resolution
- ±5 pm accuracy
- 67 dB dynamic range
- -85 dBm level sensitivity
- O, C, and L-bands
Optical Spectrum Analyzers
- High-resolution measurement of optical power vs wavelength
- Ideal for R&D, manufacturing, and laser characterization
Optical Test Equipment
Market-leading optical test solutions with best-in-class OSAs to validate high-speed fiber networks and next-generation photonics systems.
Top