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lidar White Papers
HDR Imaging for Automotive Sensing Applications Featuring the Triton™ HDR Camera with AltaView™ Tone Mapping
This white paper compares current sensing technologies for automotive applications. It outlines the challenges faced by LiDAR, Radar, Sonar, and traditional HDR cameras, and addresses the benefits of LUCID's Triton HDR camera featuring AltaView™ on-camera tone mapping and Sony's IMX490 HDR sensor. AltaView's adaptive tone mapping conquers key challenges in mobile sensing by delivering low-latency 8-bit images with exceptional detail in both shadows and highlights. Moreover, it reduces...
Unveiling Insights: Remote Sensing Mapping Laser Solutions
Explore Lumispot Tech's advanced remote sensing mapping laser solutions, enhancing geospatial technology and insights. Delve into our capabilities in satellite imagery, aerial mapping, and spatial data analysis, facilitating accurate geographic...
InGaAs PIN Photodiode
PIN Photodiode Wavelength Range: 0.9 - 1.7 µm, 0.6 - 1.7 µm, 1.1 - 1.9 µm, 1.2 - 2.2 µm. Package Type: Chip ( Die ), CLCC, TO-Can, TO-Can with 1 Stage Cooler. Customized Aperture sizes are also available. Based on the skilled InGaAs processing, we...
Multiband Optical Filters Are Telecom Networks' Multitaskers
The ability to combine more than one spectral band into a single optical filter can enable flexibility of system design and reduce the number of components and the costs needed to achieve a desired functionality in fiber optic telecom components....
Improving the Efficiency of Monte Carlo Raytracing using Importance Sampling
Monte Carlo raytracing algorithms have long been used in optical design and analysis software. A limitation of the Monte Carlo method is that low probability events or ray paths may be undersampled. In this paper we will look at using Importance...
Novel Micro-optics Solutions Through Monolithic Integration of Microlenses and Prisms
SUSS MicroOptics is a global leader in micro-optics technology and manufacturing. Innovative combination of process technology has allowed SUSS MicroOptics to integrate micro-lenses and prisms on wafer-scale. In combination with the comprehensive...
LIDAR: A Technology Overview and the Role of Diffuse Reflectance Targets in Testing & Calibrating Advanced Driver Assistance Systems (ADAS)
LIDAR is a key enabling technology together with camera systems and other sensors in automation applications. This white paper instructs on the role of diffuse reflectance targets in testing and calibrating LIDAR systems used in consumer electronics...
Laser Sources for LiDAR Applications
RPMC has published an extensive amount of educational content on the fundamentals of LiDAR and LiDAR applications, including self-driving cars, windspeed monitoring, and active night vision imaging systems. Here, we'll take a different approach and...
Automated Scratch-Dig Inspection - Advantages of Replacing Manual-visual Inspection
Worldwide a tendency can be observed to increase accuracy and quality of inspection of optical parts. More often than ever before, manufacturers explore computer-based inspection systems to gradually replace human inspectors. We describe how machine...
High-Resolution Lidar Imaging Makes a Fantasy World Surprisingly Realistic
HBO’s Game of Thrones has been hailed as the biggest television series ever produced. Set in a medieval fantasy milieu with a feel of historical fiction, the show relied heavily on visual effects (VFX) and computer-generated imagery (CGI). The...
DBR vs DFB
The Photodigm family of high-power edge-emitting Distributed Bragg Reflector (DBR) laser diodes is based on Photodigm’s proprietary single epi growth DBR laser architecture. The Photodigm DBR laser architecture consists of an electrically pumped...
Single Frequency Fiber Lasers for Doppler Lidar
This article reviews Doppler lidar, which is widely used to measure the velocity of solid objects, winds, and aerosols. After reading this white paper, you will understand the entangled relationship between range and velocity resolution; and why it...
Application in Optical Design: Optimization for Receiver Enclosed Energy in LiDAR Systems
Enclosed energy optimization can be an important way to achieve high-performance optical systems that have stringent irradiance requirements, such as spectrometers and solar concentrators. This white paper shows an example LiDAR receiver system with...
The Future of Optics: How Optical Product Design will Change the World
New technologies are creating new opportunities in the optomechanical engineering space. Prepare for what lies ahead in optical product design by reading what 13 experts have to say about how optical product design has changed and where it’s going....
A New Spectral Analysis System Designed to Measure High-Performance Thin-Film Optical Filters
The HELIX Spectral Analysis System was designed to address the limitations of most commercially available spectrophotometers when measuring high-performance thin-film optical filters. The system’s capabilities are four-fold: it is able to track...
Autonomous automobiles don’t operate underwater, however…
Autonomous vehicles use an assortment of sensors and imagers including LiDAR (Light Detection and Ranging). Whether it’s scanning system, solid state, or flash these systems need to be calibrated for sensitivity over a dynamic range of light...
Thin-Film Interference Filters for LIDAR
High-performance, ultra-narrowband interference filters with > 95% transmission, less than 0.1 nm bandwidths, steep edges, a square spectral shape, wide range blocking measured at > OD 8 (-80 dB), uniform coatings, and minimal thermal dependence...
(17 results found)
April 2024
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