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Comparison of uncontrolled and controlled conditions used to improve laser rangefinder accuracy
How to Improve Laser Rangefinder Accuracy in an OEM System
Learn how to improve laser rangefinder accuracy by controlling targets, optics, power, temperature, filtering,...
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Lumexis clean suit laser lab
LiDAR Background Noise: Why Noon Is the Hardest Hour, and How Adaptive Thresholds Fix It
Sunlight floods LiDAR receivers with noise and false points. How adaptive CFAR threshold control cut...
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Fiber Laser Pump Diodes: How to Choose Wavelength, Architecture, and Package
How to specify fiber laser pump diodes: 915 vs 976 nm, single emitter to bar stacks, brightness and NA,...
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Pump Diode Wavelength Drift and TEC-Less Design
The thermoelectric cooler is the part of a pump module nobody wants and most designs end up carrying....
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Neutral optical test equipment used as rangefinder accuracy validation context
Laser Rangefinder Accuracy Explained for Systems
Understand laser rangefinder accuracy, what a ±1 m specification means, and how timing, target, environment,...
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Conceptual protective optical window and adjacent aperture in a neutral instrument bezel
Optical Crosstalk Rangefinder Integration for OEMs
Identify optical crosstalk rangefinder causes and apply enclosure, window, alignment, calibration, and...
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