Showing results: 796 - 810 of 1589 items found.
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e-CAM31_MI0330_MOD -
e-con Systems Inc.
e-CAM31_MI0330_MOD is a high performance, small form factor, 3.4 MP Autofocus Low Light Camera Module with Liquid Lens. It is based on AR0330 CMOS Image sensor from ON Semiconductor®. This Autofocus Liquid Lens Camera Module has slave mode for precise frame-rate control and for synchronizing two sensors. e-CAM31_MI0330_MOD – Liquid lens camera module has superior low light performance. It supports Full HD @ 60fps for maximum video performance. It also has a support for external mechanical shutter and an on-chip phase-locked loop (PLL) oscillator. The dedicated ISP performs the entire Auto functions like auto white balance, auto exposure control in addition to complete image signal processing pipeline.
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Lw165R -
Teledyne Lumenera
Lumenera’s Lw160R and Lw165R megapixel cameras are designed for use in a wide variety of applications, particularly in low-light conditions and where high dynamic range and very low noise are required.
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Lw160R -
Teledyne Lumenera
Lumenera’s Lw160R and Lw165R megapixel cameras are designed for use in a wide variety of applications, particularly in low-light conditions and where high dynamic range and very low noise are required.
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Hyperyon -
e-con Systems Inc.
Hyperyon (e-CAM22_USB) is a 2MP Ultra Low-light USB Camera with High Dynamic Range (HDR) support and H.264/MJPEG compression. This USB UVC compliant camera is based on 1/2.8" SONY IMX290 CMOS Sensor, one of the most popular Sony's STARVIS® sensor. Hyperyon has been fine-tuned for achieving excellent image quality under various lighting conditions including near darkness (0 Lux) and NIR region from IMX290 sensor with combination of Socionext ISP.
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786502-01 -
NI
The PCIe-1477 works well for deployment systems and features a user-programmable FPGA for onboard image processing. Placed directly in the image path, FPGAs can acquire and process images with closed-loop control without CPU intervention. This technology is also suitable for high-throughput system architectures to preprocess image data on the FPGA and then send the data to the CPU for further processing and decision-making. The PCIe-1477 also supports Power over Camera Link (PoCL), which you can use to power cameras through PoCL-enabled cables.
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LUCID Helios2 -
ViTec Co. Ltd
Time-of-flight camera with IP67 protection class;Dust and water resistant; HDRmodel available ! Sony DepthSense IMX556 CMOS sensor; Resolution 0.3 MP 640 x 480; Frequency: 30 frames / s; Price: $ 1,645.00.
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Explorer-Pro -
Teledyne Marine Bowtech
The Teledyne Bowtech Explorer-Pro low light level, high resolution monochrome underwater CCD camera, is the ideal solution for extremely low light level, underwater viewing and navigation, yet still producing excellent images in high intensity illumination.
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Lw135R -
Teledyne Lumenera
Lumenera’s 1.4 megapixel research-grade USB 2.0 camera offers very low dark current noise. Product highlights include a high quality Sony HAD ICX205 CCD sensor with excellent NIR sensitivity, and up to 14-bit pixel data.
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Lt945R -
Teledyne Lumenera
The Lumenera Lt945R camera combines advanced Lumenera technology with the Sony Pregius® IMX255 CMOS global shutter sensor. Its small form factor and lightweight design means the Lt945R is ideally suited to applications in machine vision, life science, and UAVs. With FPGA power and integrated frame buffering, the Lt945R provides fast, dependable image delivery.
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Lt-C/M4060 -
Teledyne Lumenera
The Lt-C/M4060 camera combines advanced Teledyne Lumenera technology with the Sony Pregius® IMX255 CMOS global shutter sensor. Its small form factor and lightweight design means the Lt-C/M4060 is ideally suited to applications in machine vision, life science, and UAVs. With FPGA power and integrated frame buffering, the Lt-C/M4060 provides fast, dependable image delivery.
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Lt1245R -
Teledyne Lumenera
The Lumenera Lt1245R uses the Sony Pregius® IMX253 sensor which is the largest of Sony’s global shutter CMOS sensors. With FPGA performance, onboard frame buffering, and Lumenera’s advanced image processing technology, the Lt1245R delivers high resolution images from a camera with a small form factor. This makes the Lt1245R ideally suited for machine vision, life sciences, UAV, and ATI applications.
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Lt-C/M4040 -
Teledyne Lumenera
The Lt-C/M4040 uses the Sony Pregius® IMX253 sensor which is the largest of Sony’s global shutter CMOS sensors. With FPGA performance, onboard frame buffering, and Teledyne Lumenera’s advanced image processing technology, the Lt-C/M4040 delivers high resolution images from a camera with a small form factor. This makes the Lt-C/M4040 ideally suited for machine vision, life sciences, UAV, and ATI applications.
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CB019CG-LX-X8G3 -
XIMEA GmbH
Full HD, High speed, compact, fast camera for: Vehicle Impact, Airbag Deployment and Safety Restraints Testing, Digital Image Correlation (DIC), Projectile, Explosives, Ballistics, Combustion and Missile Launch Tracking, Fluid and Flow Visualization, Sports Broadcasting, Commercial Film, Television and Studio Production, Fluidics and Particle Image Velocimetry (PIV), Flat panel inspection (FPD), printed circuit board (PCB) examination and more.
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Onyx -
Teledyne e2v
Teledyne e2v’s Onyx family of image sensors are designed for the most demanding outdoor camera and industrial machine vision applications, where illumination budgets are restricted or where high-speed inspection is required. Teledyne e2v’s new Onyx EV76C664 is a 1.3 million pixel CMOS image sensor for low light applications. It has been designed using e2v’s advanced CMOS imaging technology and is ideal for many different types of application where premium performance imaging is required.
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Lt545R -
Teledyne Lumenera
The Lt545R camera uses the high performance global shutter CMOS IMX250 sensor from Sony for optimal image output while operating at very fast frame rates. The Lt545R provides the fastest full resolution images possible from the Sony Pregius® sensors when coupled with Lumenera's proven and reliable USB 3.1 Gen 1 technology. Image captures can be synchronized using either a hardware or software trigger. FPGA enabled performance, complemented by onboard memory for frame buffering, ensure dependable and reliable image delivery even in the most demanding machine vision systems.