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cameras White Papers
A Guide to Lighting for Your Multispectral Imaging System
With the rapid advances in multispectral cameras and lighting, the range of applications continues to expand. As the camera technology improves, multispectral lighting becomes even more important in ensuring crisp, clear images are achieved. Optimized lighting can reduce the system's complexity and cost. This whitepaper will detail different multispectral imaging systems and how lighting can be combined with different camera types to optimize performance, reduce system costs, and simplify setup.
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....
C-RED 2 Lite: Temperature Stabilized SWIR Imaging
C-RED 2 Lite is a 640 x 512 stabilized SWIR camera running at 600 FPS full frame. The camera design optimizes temperature management and enables precise sensor stabilization despite environmental fluctuations. This, in turn, opens the door to...
eCapture Pro: Comprehensive Software, Simplified
In addition to offering high-speed 10 GigE, 25 GigE, and 100 GigE Vision cameras that meet the demanding needs of applications such as volumetric capture/metaverse, sports technology, and machine vision, Emergent Vision Technologies now offers...
Multi-CoreAcquisition Optimizer for Fast GigE Vision cameras
MATRIX VISION provides software solutions for distributing the network data processing to several CPU cores. Imagine that you are using a new 10 GigE industrial camera that enables the increase of the clock rate of your application thanks to the...
From Hyperspectral Data to a Working End-user Application in the Industry
This white paper covers the past challenges of using hyperspectral imaging in industrial, machine vision applications. Newer technology is not all created equally and this paper aims to guide the reader in important aspects of choosing a system,...
Novel Hyperspectral Cameras for Low Light Applications
The white paper presents HERA, a novel hyperspectral camera, and a series of results obtained in different applications (agri-tech & food, plastic sorting, remote sensing, and microscopy). The HERA hyperspectral cameras, designed by NIREOS (Italy),...
A Comparison of Some of the Key Technologies and Characteristics in CCD and CMOS Sensors
To assist in choosing the right technology for an application, this paper covers: • Historical background • Architecture • Improvements • Binning • Fill factor • Full well depth and capacity • Dynamic range • Frontside and backside illumination •...
New Telecentric Optics with Liquid Lenses Technology
Anyone familiar with telecentric optics knows very well that the depth of field can be a problem when using high-magnification lenses. Most of the time you either end up using oversized optics or having to move the object or the lens to compensate....
Why We Test Lenses Over Temperature: Model Validation, Focus Hysteresis, and Other Unusual Failure Modes
Athermalization of imaging assemblies is a common challenge in optomechanical lens design. A prototype that achieves the thermal performance predicted by raytracing software is far less common. This is often due to behavior that is unforeseeable...
Camera Systems for Deep Learning in Medical & Life Sciences
Deep learning algorithms enable a steadily growing number of new applications that were previously considered unsolvable for machines. This White Paper explains the four steps of a typical image processing process and describes the three types of...
Extended Range SWIR Imaging with C-RED 2 ER InGaAs Camera
C-RED 2 ER is a highly sensitive extended short wave infrared (1300 nm – 2200 nm) camera. It is based on a VGA (640 x 512 pixels) ER-InGaAs detector array and offers framerates up to 600 Hz. This camera is a real breakthrough, as it is the only one...
Diamonds are Forever: Using NIR to Find the Fakes
Cubic zirconia is easy and inexpensive to make and the diamond industry has long considered it an existential threat. Consider a diamond crusted band, what if some of those diamonds are actually cubic zirconia? Most people would never be able to...
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...
High-Volume, Cost-Effective Uniform Deposition for Flat and Curved Optical Surfaces
To achieve thin film uniformity on flat surfaces, nearly every conventional physical vapor deposition (PVD) method requires masking, complex motion, or both. For curved surfaces, none of these methods are capable of delivering similar uniformities,...
In vivo NIR-II Small Animal Imaging with C-RED 2 InGaAs Camera
C-RED 2 is a highly sensitive InGaAs camera which can be cooled down to -40°C for optimal performances, making it a great choice for fluorescence imaging in the NIR-II range. An experiment in a pre-clinical imaging context was performed to...
SWIR Application - Microscopy
Explore how SWIR cameras, particularly NIT HiPe SenS, bring benefits for low light and long exposure time. Applications include Microscopy, Biomedical Imaging, and Semiconductor Inspection.
Applying the CoaXPress Interface in Multi-Camera Machine Vision Systems
CoaXPress is s smart choice when it comes to interfacing to multi-camera machine vision systems. This white paper highlights its advantages over other interfaces and highlights the strengths of CoaXPress.
Interfacing Vision Research S990 to the BitFlow Cyton-CXP4 Frame Grabber
This document explains how to interface the Vision Research S990 to the BitFlow Cyton-CXP frame grabber. The S990 is very high speed camera running 4K x 2k at 1000 FPS. This data rate exceeds the speed of a single frame grabber so the camera has 16...
Board Level Cameras: Solving Big Vision Challenges With a Small Vision Solution
This document covers various reasons why board level cameras can make a difference in compact vision systems and embedded systems, applications for board level cameras, and explores some board level camera options available on the market today.
Video Spectroscopy Meets Artificial Intelligence
Hyperspectral imaging, the combination of spectral and spatial information, has enabled advances in fields as diverse as precision farming, machine vision, and biomedical imaging. Cubert’s most recent development, the hyperspectral light field...
Can an Integrated MWIR Camera and Continuous Zoom Lens Save Time and Money?
Midwave infrared (MWIR) cameras with continuous zoom optics provide powerful thermal imaging over a range of distances, but integrating the lens and camera pose unique challenges. This paper explores these obstacles and illustrates how FLIR, as a...
IR Filters for Gas Analysis
Thin film filters specially designed for infrared applications ranging from environmental monitoring, thermal imaging, medical, and power distribution. We offer high transmission, narrow and wide passbands, high rejection outside the passband, and...
Alvium Sensor Shutter Modes
This brief application note describes the differences between the two sensor shutter modes in Allied Vision's Alvium Camera Series. Quickly learn which shutter mode is right for your application.
SWIR Shining New Light on New Farming Techniques
The technology to drive precision farming is changing, the evolution includes the move to short-wave infrared (SWIR) imaging. While the spectral content of targets in SWIR is different, the images produced are more visual in their characteristics...
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April 2024
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