Scientific / Microscopy Cameras
There are a number of camera sensor types available. Below is a table showing their suitablity depending on your scientific / microscopy application.
| Application / Sensor Type | CMOS | CCD | sCMOS | EMCCD | InGaAs | ICCD |
|---|---|---|---|---|---|---|
| Brightfield | • | • | • | • | ||
| Low-Light / Fluorescence | • | • | • | • | ||
| High Speed | • | • | ||||
| Infrared / NIR | • | • | • |
If you are planning to use the camera on a microscope, there is also the size of the sensor to consider. The main ones are 1/3″, 1/2″, 2/3″ and 1″. The larger sized sensors generally cost more, but will give you better quality images since more light will fall onto the sensor. The other advantage of larger sensors, is that it will give you a bigger field of view. The sensor under 1″, will typically need additional optics in the microscope coupler, in order to get a similar field of view. The additional optics are never perfect, and sometimes cause vignetting/shading around the edges.
- ALL
- Bayspec
- Dage MTI
- First Light Imaging
- greateyes
- Jenoptik
- Lumenera
- Mightex
- Nüvü Camēras
- pco.
- Photometrics
- Photon etc
- Pixelink
- QImaging
- Spot Imaging
- Ximea
- ALL
- CCD
- CMOS
- EMCCD
- InGaAs/HgCdTe
- Intensfied CCD/sCMOS
- sCMOS
- sCMOS-Back Illuminated
CCD and InGaAs Detectors
BaySpec’s Nunavut™ CCD and InGaAs detectors employ the latest in opto-electrical components to bring you the very best capability at a very affordable price.
Nunavut™ InGaAs
Nunavut™ series Indium-Gallium-Arsenide (InGaAs) detectors are designed to meet real-world challenges for best-in-class performance, long-term reliability, compact size and optimized power consumption.
- Covers wavelength ranges 900-1700, 1100-2200, and 1250-2500 nm
- Hermetic-sealing ensures reliable operation in harsh environments
- Thermoelectric (air) deep-cooling to -60°C
- Water cooling optional for -100°C
- Single 5 volt power supply design
- Real-time data acquisition
Nunavut™ CCD
Nunavut™ series charge-coupled device (CCD) detectors are designed to meet real-world challenges for best-in-class performance, long-term reliability, compact size and optimized power consumption.
- Covers wavelength ranges 200-1100nm
- Real-time data acquisition
- Hermetic-sealing ensures reliable operation in harsh environments
- Thermoelectric (air) deep-cooling to -60°C
- Water cooling optional for -100°C
- Single 5 volt power supply design
Infrared CCD Monochrome Video Camera
1/2″ IR camera ideal for applications requiring real-time imaging with enhanced sensitivity in the near IR and visible regions. Remote control for contrast enhancement
The newly designed IR-1000 real-time camera (30 frames/sec.) offers enhanced sensitivity across the entire visible and near IR spectrum, with a 5X increase in sensitivity at 900nm. The extended IR response allows deeper penetration into tissue sections (e.g. brain slices), while the high sensitivity enables the user to detect images even in lower light conditions.
To provide optimum contrast, the IR-1000 camera now includes electronics that automatically and instantaneously readjust when a scene changes. This innovative design is especially useful when changing magnification levels, specimens, and/or lighting levels. The camera’s new real-time edge enhancement feature sharpens the edges and delivers a clearer picture by resolving fine details in the image.
With a convenient C-mount, the IR-1000 is widely used in a “live” mode connected directly to a monitor. An optional computer interface board is also available. Dage-MTI’s new real-time camera is ideal for applications such as electrophysiology, infrared differential interference contrast (IR-DIC), failure analysis, forensics and semiconductor inspection.
4K Ultra HD Microscopy Camera
Dage-MTI’s 4K-UHD is the ultimate live display microscopy camera for brightfield imaging. The 4K-UHD offers full, ultra high definition, 3840×2160 output (up to 60fps) with 1600 TV lines of resolution! Small features at low magnification that could not be resolved satisfactorily using other HD cameras may now be resolved with the Dage 4K-UHD
Like the family of HD cameras Dage offers, the 4K-UHD is preprogrammed for perfect color by critical adjustments of 6 hues – not just red, green and blue, but yellow, cyan and magenta as well. The 4K-UHD utilizes 3 CMOS chips with pixel offset technology to increase spatial resolution without sacrificing real time, up to 60fps for live streaming. This fast frame rate enables the operator to move samples without smear lag or jitter. Real-time, 60fps video streaming also allows effortless focus and specimen placement for more efficient slide reviews.
High-Definition HD-210U HD Microscope Camera
Real Time, Full Screen HD Video
- The HD-210 outputs a true 16×9 ratio HD image for full screen display
- No vertical compression or horizontal stretching
- No black bars and no cropping of image Matches your monitor’s HD specs for a true pixel to pixel image
- The HD-210 outputs images at a high frame rate (60 FPS) for smooth real time live motion
- Selectable between 1080p/60, and 1080i/30
- Connects simply with DVI cable or HDMI converter cable
- No PC or software required
C-RED 2 Camera : Ultra-Fast, Low Noise InGaAs Camera for SWIR Imaging
The new high speed C-RED 2 camera from First Light Imaging is a revolutionary ultra-high speed, low noise camera designed for high resolution Short Wave InfraRed (SWIR) imaging. It incorporates an InGaAs SWIR camera capable of capturing images at 400 FPS, full frame, whilst emitting a read-out noise of less than 30 electrons. It is tailor-made for low-light applications in the fields of biological imaging, industrial science, astronomy, semiconductor inspection, solar cell inspection, Hyper Spectral imaging, spectroscopy, Raman spectroscopy, quality control, laser communications and production control.
- Integrates a 640 x 512 InGaAs PIN Photodiode Detector
- Weighs only 0.9 Kg
- 15 µm Pixel pitch
- Full frame image capturing capabilities at 400 fps
- Read out noise < 30 electrons
- Electronic shutter with integration pulses shorter than 5 µs
- Flat quantum efficiency between 0.9 to 1.7 µm (70% QE)
- Capable of ‘Widowing’
- Automated cooling
- Compatible with USB3 and CameraLink Full
OCAM2K : Ultra-Fast, Low Light and Low Noise Scientific EMCCD Camera
OCAM²K is a high speed, low noise camera which has the ability to achieve 2067 fps with a sub electron readout noise. It utilizes the E2V CCD 220 EMCCD, an 8 output split frame transfer CCD. OCAM²K offers an extremely low latency of 43µs between exposure and first pixel availability. In order to minimize smearing, the CCD220 high speed metal buttressed clock lines are driven by OCAM²K at speeds up to 7 Mlines/s, transferring each frame in the store section in only 12 microseconds.
- 240×240 pixels
- Wide 24 μm pixels
- Up to 2067 FPS Full Frame
- 3700 fps in 2×2 binning mode
- 95% peak QE typical (Deep Depletion Silicon option)
- 14 bits precision A/D converter
- Cooled operation for low dark current
- Integrated cooling temperature controller
- Ultra-low latency CameraLinkTM Full interface :43µs
- Clock & trigger input / output for synchronous operation
Scientific Cameras for Imaging and Spectroscopy
greateyes offers a series of high-performance, cooled Full-Frame CCD cameras for imaging and spectroscopy in the range from X-ray to near-infrared (NIR). The cameras combine scientific, highly sensitive CCD sensors and ultra low noise electronics for optimal detection of weak signals and measurements with high dynamic range. They can be used as detectors for a broad range of applications in the industrial and scientific community.
NIR VIS UV cameras
Based on an unique platform concept greateyes offers a portfolio of scientific cameras for imaging and spectroscopy in the UV, VIS and NIR range. The deep-cooled, high-performance CCD detectors are very compact. They combine highly sensitive sensors with ultra low noise 16 bit electronics for optimal detection of weak signals. Select among different pixel formats, several sensor technologies and various sensor coatings to find the best solution for your imaging or spectroscopic application.
The full frame CCD sensors are integrated in hermetically sealed vacuum chambers with multi stage peltier elements. The cameras provide a rich set of functionalities including flexible binning operation, various trigger- and synchronization modes, software switchable gain as well as temperature monitoring of the sensor and the peltier hot side.
Datasheets:
VUV EUV X-ray cameras
Based on an unique platform concept, greateyes offers a portfolio of scientific cameras with vacuum interface for imaging and spectroscopy in the VUV, EUV, soft- and hard X-ray range. Incoming photons are directly detected by the CCD sensor. Beside the precise measurement of high energy radiation, the detectors exhibit a high sensitivity in the ranges NIR, VIS and UV as well.
All greateyes cameras combine scientific CCD sensors with ultra low noise electronics for optimal detection of weak signals. Select among different spectral sensitivities and flange types to find the best solution for your imaging or spectroscopic application. The full frame CCD sensors are cooled by multi stage peltier elements. The cameras provide a rich set of functionalities including flexible binning operation, various trigger- and synchronization modes, software switchable gain as well as temperature monitoring of the sensor and the peltier hot side.
Datasheets:
VUV EUV X-ray in-vacuum cameras
Based on an unique platform concept, greateyes offers a portfolio of scientific in-vacuum cameras for imaging and spectroscopy in the VUV, EUV, soft- and hard X-ray range up to 20 keV. They are fabricated in stainless steel or aluminium providing excellent vacuum compatibility. A single additional flange integrates electrical and water cooling feedthroughs. Incoming photons are directly detected by the CCD sensor. No external controller is required to operate the detectors.
All greateyes cameras combine scientific CCD sensors with ultra low noise electronics for optimal detection of weak signals. Select among different spectral sensitivities and sensor technologies to find the best solution for your imaging or spectroscopic application. The full frame in-vacuum CCD cameras are cooled by multi stage peltier elements. The cameras provide a rich set of functionalities including flexible binning operation, various trigger and synchronization modes, software switchable gain as well as temperature monitoring of the CCD sensor and the peltier hot side.
Datasheets:
Scientific SuperResolution Cameras
The scientific super-resolution cameras from greateyes form a brand-new class of scientifc cameras for high performance spectroscopy and imaging from the near-infrared to X-ray region. At its heart, the latest technology advancement developed together with Max-Born-Institute Berlin, provides true sub-pixel resolution of the detector, and thus offering increased spatial or spectral resolution in comparison to standard scientific cameras.
Datasheets:
Customized, scientific cameras
The scientific super-resolution cameras from greateyes form a brand-new class of scientifc cameras for high performance spectroscopy and imaging from the near-infrared to X-ray region. At its heart, the latest technology advancement developed together with Max-Born-Institute Berlin, provides true sub-pixel resolution of the detector, and thus offering increased spatial or spectral resolution in comparison to standard scientific cameras.
Jenoptik – PROGRES GRYPHAX® Series – USB3 for Win,Mac & Linux
Jenoptik PROGRES GRYPHAX®-series enables you to refine your microscope to a state of the art digital workstation.
With the latest CMOS technology available, the PROGRES GRYPHAX® offers short exposure times, high frame rates and high images quality, making it a versatile camera which can be used in a wide range of applications.
Field of Application
- Life sciences: medicine, pathology, hematology, cytology, genetics, biology and chemistry
- Quality control: grain analysis, welded seam testing and controlling manufacturing processes
- Material science: mineralogy and metallography — for use in determining structures, quantitative and qualitative sample analyses and documentation
- Forensics: securing of evidence, document examination and forensic medicine
Benefits
- High image quality: Professional Jenoptik image quality – based on true color know how and perfect color reproduction – by use of spectrally measured sensors.
- Versatility: Cross-platform compatible with WIN, MAC & Linux, identical GUI across WIN, MAC & Linux platforms, suitable for all microscope brands, free SDK available and 3rd party software support.
- Ease of use: User-friendly and intuitive microscope camera software, optimized workflows, Live-image optimized – all features in real time, all the time, sensors perfectly suited for microscopy and time-saving and easy installation.
- Stability: USB 3.0 camera interface, secure investment: long-lasting & reliable hardware, long-term software support & operating system compatibility.
GRYPHAX® Comparison overview for all available models.
PROGRES GRYPHAX® SUBRA
Explore the micro universe in Full HD
- Full HD & 2.2 MPix, Pixel size 5.5 x 5.5 µm
- Colour
- 12 Bit, Dynamic range 71.8 dB
- Exposure up to 2 seconds and Gain up to 8.
- 2/3″ Sensor Format, CMOSIS sensor
- 30 fps @ Full HD (2 MPix)
- Global shutter
- No external power supply needed.
- Made in Germany, 24 month warranty
PROGRES GRYPHAX® ARKTUR
Explore the micro universe with revolutionary 3 & 8 MPix
- Sony back illuminated CMOS Colour sensor
- Full HD, 3.8 & 8.2 MPix, Pixel size 2.4 x 2.4 µm
- Rolling Shutter
- 10 Bit, Dynamic range 66 dB
- Exposure up to 10 seconds and Gain up to 10.
- 2/3″ Sensor Format
- 50 fps @ Full HD, 30fps @ 4K ( 8 MPix)
- No external power supply needed.
- Made in Germany, 24 month warranty
PROGRES GRYPHAX® NAOS
Explore the micro universe with revolutionary 5 & 20 MPix
- Sony back illuminated CMOS Colour sensor
- 2.1, 4.8 & 19.4 MPix, Pixel size 2.4 x 2.4 µm
- Rolling Shutter
- 12 Bit, Dynamic range 71.8 dB
- Exposure up to 10 seconds and Gain up to 10.
- 1″ Sensor Format
- 50 fps @ 2.1MPix, 30fps @ 4.8MPix
- No external power supply needed.
- Made in Germany, 24 month warranty
PROGRES GRYPHAX® KAPELLA
Explore the micro universe – colored in low light & bright field
- WUXGA (1920×1200) / 2.3 MPix
- 60fps @ 1920 x 1200
- Colour
- Pixel size 5.86 x 5.86 µm
- 12 Bit, Dynamic range 73.3 dB
- Exposure up to 60 seconds and Gain up to 30.
- 1/1.2″ SONY Sensor Format ( back Illuminated )
- Global shutter
- No external power supply needed.
- Made in Germany, 24 month warranty
PROGRES GRYPHAX® RIGEL
Explore the micro universe – monochrome in low light
- WUXGA (1920×1200) / 2.3 MPix
- 60fps @ 1920 x 1200
- Monochrome
- Pixel size 5.86 x 5.86 µm
- 12 Bit, Dynamic range 73.3 dB
- Exposure up to 120 seconds and Gain up to 60.
- 1/1.2″ SONY Sensor Format ( back Illuminated )
- Global shutter
- No external power supply needed.
- Made in Germany, 24 month warranty
PROGRES GRYPHAX® PROKYON
Explore the micro universe with the flagship
- WUXGA (1920×1200), 9.2 & 20.7 MPix
- 60fps @ 1920 x 1200
- True Colour
- Pixel size 5.86 x 5.86 µm
- 12 Bit, Dynamic range 73.3 dB
- Exposure up to 60 seconds and Gain up to 30.
- 1/1.2″ SONY Sensor Format ( back Illuminated )
- Global shutter
- No external power supply needed.
- Made in Germany, 24 month warranty
Jenoptik – ProgRes Microscopy Cameras
The digital microscope cameras of the ProgRes® family are based on more than two decades experience in development and production of high-end solutions for digital imaging. ProgRes ® cameras are suitable for all contrast methods in light microscopy and can be easily integrated into each laboratory via C-Mount and USB 2.0/ FireWire interfaces.
ProgRes® cameras are aimed to provide rapid frame rates while keeping the power consumption at low levels – all this in the sense of a Green Microscopy Approach and for the sake of our environment.
The exact reproduction of colors and display of finest details due to high resolutions of the ProgRes® cameras grant their outstanding applicability for demanding analysis and reliable documentation. High frame rates provide fast live images, thus offering easy workflow and convenient use.
Especially the high sensitive ProgRes® research grade cameras meet the high requirements of low-light applications.
Further technical details
Lumenera Microscopy Cameras
Lumenera’s INFINITY USB 2.0 and USB 3.0 digital cameras include CMOS, CCD, Full HD, Research-Grade, Cooled, Large Format and Pixel Shifting technologies for life science, clinical and industrial applications. Now with a 4 year warranty…
White Paper: DIGITAL PATHOLOGY- A Primer for Microscope Camera Selection
CMOS cameras
| Model | Image Sensor | Optical Format | Frame Rate Full Resolution | Interface Connector |
|---|---|---|---|---|
| INFINITY-EP | 1.3 MP CMOS Sensor, Progressive scan, Available in Monochrome, Excellent near IR sensitivity, Electrophysiology | 1/3″ | 30 fps | USB 2.0 |
| INFINITY1-1M | 1.3 MP CMOS, Aptina MT9M001, Available in Monochrome | 1/2” | 30 fps | USB 2.0 |
| INFINITY1-2 | 2MP CMOS, SOI268, Progressive Scan, Avail in Color | 1/2” | 15 fps | USB 2.0 |
| INFINITY1-3 | 3.1 MP CMOS, Micron MT9T001, Progressive Scan, Avail in Color | 1/2” | 12 fps | USB 2.0 |
| INFINITY1-5 | 5.1 MP CMOS, Micron MT9P031, Avail in Color or Monochrome | 1/2.5” | 07 fps | USB 2.0 |
| INFINITYHD | 1060P 60fps HD CMOS, Progressive Scan, Avail in Color | 1/3” | 60 fps | HDMI Connector |
CCD cameras
| Model | Image Sensor | Optical Format | Frame Rate Full Resolution | Interface Connector |
|---|---|---|---|---|
| INFINITY2-1R | 1.4 MP CCD, Sony HAD ICX205, Progressive Scan, Avail in Color or Monochrome | 1/2″ | 30 fps | USB 2.0 |
| INFINITY2-2 | 2MP CCD, Sony ICX274, Progressive Scan, Avail in Color or Monochrome | 1/1.8” | 12 fps | USB 2.0 |
| INFINITY2-3 | 3.3 MP CCD, Sony ICX262, Interlaced Scan, Avail in Color | 1/1.8” | 05 fps | USB 2.0 |
| INFINITY2-5 | 5MP CCD, Sony ICX655, Progressive Scan, Avail in Color or Monochrome | 2/3″ | 09 fps | USB 2.0 |
CCD – Low Light / Fluorescence Imaging
| Model | Image Sensor | Optical Format | Frame Rate Full Resolution | Interface Connector |
|---|---|---|---|---|
| INFINITY3-1 | 1.4 MP CCD, Sony ICX285, Progressive Scan, Avail in Color or Monochrome, Cooled | 2/3” | 15 fps | USB 2.0 |
| INFINITY3-1PF | 1.4 MP CCD, Sony ICX285, Avail in Color or Monochrome, Peltier Cooled | 2/3” | 15 fps | USB 2.0 |
| INFINITY3-1UR | 1.4 MP CCD, Sony ICX285, Progressive Scan, Avail in Color or Monochrome, uncooled, moderate fluorescence applications | 2/3″ | 30 fps | USB 2.0 |
| INFINITY3-1URF | 1.4 MP CCD, Sony ICX285, Avail in Color or Monochrome, uncooled, general fluorescence applications | 2/3″ | 30 fps | USB 2.0 |
| INFINITY3-3UR | 2.8 MP CCD, Sony ICX674, Avail in Color or Monochrome, uncooled | 2/3″ | 53 fps | USB 3.0 (USB 2.0 supported for lower frame rates) |
| INFINITY3-3URF | 3.0 MP CCD, Sony ICX674, Avail in Color or Monochrome | 2/3″ | 53 fps | USB 3.0 (USB 2.0 supported for lower frame rates) |
| INFINITY3-6UR | 6.0MP CCD, Sony ICX694, Avail in Color or Monochrome | 1″ | 27 fps | USB 3.0 (USB 2.0 supported for lower frame rates) |
| INFINITY3S-1UR | 1.4 MP CCD, Sony ICX825, Avail in Color or Monochrome, ultra sensitive | 2/3″ | 60 fps | USB 3.0 (USB 2.0 supported for lower frame rates) |
CMOS – Sony Pregius Global Shutter
| Model | Image Sensor | Optical Format | Frame Rate Full Resolution | Interface Connector |
|---|---|---|---|---|
| INFINITY5-3 | 3.2 MP SONY IMX252 CMOS color or monochrome | 1 / 1.8” | in 8-bit: 1080P60, ~120 fps | USB 3 connector, HDMI output |
| INFINITY5-5 | 5.1MP SONY IMX250 CMOS color or monochrome | 2/3” | in 8-bit: 1080P60, ~75 fps | USB 3 connector, HDMI output |
Lumenera Industrial and Scientific Cameras
Lumenera offers a wide range of industrial cameras based on CCD and CMOS sensors, providing a variety of unique camera features to satisfy your imaging applications.
Lumenera Corporation, a leading manufacturer and developer of high-performance digital cameras and custom imaging solutions for industrial, scientific, surveillance and astronomy markets, announced that all models of its Lt225 and Lt425 USB 3.0 camera series are now equipped with the latest Revision 3 image sensor from CMOSIS.
The CMOSIS Revision 3 Sensor upgrade provides a number of performance improvements, including increased analog gain and elimination of the ‘black sun effect’, while maintaining previous functionality and features of Lumenera’s Lt225 and Lt425 camera families. This sensor upgrade coincides with the latest release of Lumenera’s LuCam Software and Software Development Kit (SDK), providing additional features such as user specified frame rate control, subsampling, thresholding, High Dynamic Range (HDR) mode, and an LED illumination correction
Mightex – Digital Microscope Cameras
Mightex has developed a range of SuperSpeed USB3.0 and USB2.0 digital cameras, which are compatible with all the major brands of microscopes including Leica, Nikon, Olympus and Zeiss. Camera software is included with the camera purchase, free of charge. In addition, these cameras are also compatible with ImageJ through TWAIN (included, free of charge).
USB Cameras
HNÜ EMCCD CAMERA – Back illuminated
Nüvü™ reinvents the electronics behind the EMCCD Camera
HNu offers a high quality, thermoelectrically-cooled EMCCD camera with a maximum EM gain of 5000, a total noise floor down to 0.001 e/pixel/frame and acquisition rates up to 20 MHz in full frame. Nüvü’s HNu EMCCD camera integrates the patented CCCP Controller to minimize the clock-induced charges involved in counting photons and is optimized for low light imaging. The camera supports three standard EMCCD detector sizes (128 × 128, 512 × 512 and 1024 × 1024). Fields of application include Fluorescence and Bioluminescence, Spectroscopy, Super Resolution, OEM and Astronomy.
- 16 Bits
- 1 – 5,000 Electron Multiplying gain
- Cooling temperature down to -90°C via liquid cooling (-85°C via air cooling),stabilized (± 0.01 °C)
- Patented CCCP Controller Technology
- Quantum efficiency > 90% at 600 nm
- 800 ke EM register pixel well depth
- Spectral range of 250 – 1,100 nm
- Exposing time step of 25 ns-days
- Exposing time range of 4 ns
- Internal or External Triggering
Options:
EM N2 EMCCD Camera – Back illuminated, Liquid Nitrogen Cooled
The EM N2 EMCCD Camera delivers high SNR for a variety of low light applications
The EM N2 is a state-of-the-heart, liquid nitrogen cooled EMCCD camera. The EM N2 EMCCD camera supports three standard EMCCD detector sizes including 128 × 128, 512 × 512 and 1024 × 1024, in addition to custom sizes for specific requirements. Its detector can be cooled down to -110°C for applications that require extremely low thermal noise, particularly during long exposures. It can also achieve 1,004 fps, in full frame, at a 20 MHz readout rate. EM N2 offers EM gains of up to 5000 EM, whilst minimizing the total noise floor down to 0.001 e/pixel/frame. It employs Nüvü Cameras’ patented CCCP technology in order to ensure the lowest clock-induced charge (CIC) levels.
- 16 Bits
- 1 – 5,000 Electron Multiplying gain
- Cooling temperature down to -110°C, stabilized (± 0.01 °C)
- Patented CCCP Controller Technology
- Quantum efficiency > 90% at 600 nm
- 800 ke EM register pixel well depth
- Spectral range of 250 – 1,100 nm
- Exposing time step of 25 ns-days
- Exposing time range of 4 ns
- Internal or External Triggering
Options:
PCO Edge
The pco.edge family of sCMOS cameras features an excellent combination of high resolution, high quantum efficiency, high frame rates and high dynamic range. All pco.edge cameras are available with various interface options.
pco.edge 3.1
- 1.1 e- med readout noise
- 2048 x 1536 pixel resolution
- 27 000 : 1 dynamic range
- rolling & global shutter functionality
- USB 3.0 interface
pco.edge 4.2
- lowest readout noise of 0.8 e- med
- high resolution of 2048 x 2048 pixel
- dynamic range of 40 000 : 1 (USB) / 35 500: 1 (CL)
- quantum efficiency up to 82%
pco.edge 5.5
- extreme low readout noise of 1.1 e- med
- high resolution of 2560 x 2160 pixel
- dynamic range of 30 000 : 1
- rolling & global shutter functionality
- maximum frame rate 100 fps
pco.edge 4.2LT
- 0.8 e- med readout noise
- 2048 x 2048 pixel resolution
- 37 500 : 1 dynamic range
- >70% quantum efficiency
- USB 3.0 interface
pco.edge CLHS
- New interface for highest data throughput
- up to 1.1 GB/s bandwidth
- extensive FOL cable distance
- 100 fps maximum frame rate
- small form factor
- pco.edge 4.2 & 5.5 compatible
PCO Panda
The pco.panda joins the ranks as our newest member of PCO’s state-of-the-art sCMOS sensor camera systems, which have revolutionized the scientific camera market since their introduction in 2010.
Despite small-size dimensions of roughly 65 x 65 x 65 mm³, the new pco.panda camera system provides high quantum efficiency with low readout noise making it suitable for countless applications.
The addition of the USB 3.1 interface has inherent advantages as it enables a new generation of cameras with ultra-speed data transfer and direct power via the USB cable, making external power supplies redundant.
Key Features
- ultra-compact size: 65 x 65 x 65 mm³
- latest 16 bit sCMOS sensor technology
- high resolution 2048 x 2048 pixel
- pixel size: 6.5 x 6.5 µm
- low readout noise < 2 e- med
- dynamic range of 22 500 : 1
- quantum efficiency up to 80%
- exposure times from 100 µs to 1s
- maximum frame rate > 40 fps
- Rolling Shutter
- USB 3.1 interface
- power over USB
PCO Panda 4.2 bi – high resolution back illuminated sCMOS camera
To see or not to see: if every single photon counts, the new pco.panda 4.2 bi can lead you to the answer. Enabled by PCO’s new back illuminated (bi) sensor and based on the latest innovations in sCMOS technology, the pco.panda 4.2 bi reaches a quantum efficiency of up to 95 %. This makes the camera perfectly suited for low light conditions without the need for active cooling. The high resolution of 2048 x 2048 pixel with 6.5 x 6.5 µm² pixel size allow greater detail diversity and highly qualitative images. The addition of the USB 3.1 interface provides direct power delivery via USB cable. PCO’s renowned sCMOS features and the camera’s compact dimensions of 65 x 65 x 65 mm make the pco.panda 4.2 bi ideal for countless applications, e. g. in the fields of microscopy and life science.
Key Features
- ultra-compact size: 65 x 65 x 65 mm³
- back illuminated 16 bit sCMOS sensor technology
- high resolution 2048 x 2048 pixel
- pixel size: 6.5 x 6.5 µm²
- quantum efficiency up to 95 %
- exposure times from 100 µs to 5 s
- maximum frame rate 40 fps @ full resolution
- rolling shutter
- USB 3.1 Gen1 interface
- power over USB
pco.pixelfly USB – Ultra-compact 14 bit CCD camera
This high performance digital 14bit CCD camera system features state of the art in CCD and electronics technology. The pco.pixelfly usb has extraordinary high quantum efficiency, high dynamic range and very low readout noise. Available exposure times range from microseconds to a minute.
pco.pixelfly usb
- ultra compact design
- 14 bit dynamic range
- high resolution (1392 x 1024 pixel)
Download Brochure
pco.camera – Sensitive CCD Cameras
for High Performance Applications
A large selection of different scientific and industrial CCD cameras with interline transfer CCD image sensor technology. The camera systems have dynamics in the range of 12 to 14 bit and some of the cameras are thermoelectrically cooled for better long exposure performance.
pco.1600
- resolution (1600 x 1200pixel)
- cooled 14bit dynamic range
- image rate of 30 fps @ full resolution
Download Brochurepco.2000
- resolution (2048 x 2048pixel)
- cooled 14bit dynamic range
- image rate of 14.7 fps @ full resolution
- low noise of 6 e- rms @ 10MHz
Download Brochurepco.4000
- resolution (4008 x 2672pixel)
- cooled 14bit dynamic range
- image rate of 5 fps @ full resolution
Download Brochure
pco.ultraviolet – UV sensitive 14 bit CCD camera
This high performance digital 14bit CCD camera system features state of the art in CCD and electronics technology. The pco.ultraviolet has extraordinary high quantum efficiency in the ultraviolet part of the spectrum. Available exposure times range from microseconds to a minute.
This ultra-compact camera system is perfectly suited for many scientific and industrial imaging applications, like UV detection, semiconductor mask inspection, quality control and combustion analysis.
pco.ultraviolet
- quantum efficiency of 40 % @ 192 nm
- ultra compact design
- 14 bit dynamic range
- high resolution (1392 x 1040 pixel)
pco.flim – Luminescence lifetime imaging camera
The pco.flim camera system is the first luminescence lifetime imaging camera using a two tap CMOS image sensor. The camera can internally generate a wide range of frequencies and will also accept external modulation signals within a limited range of frequencies.
It features a variety of trigger input and output signals for easy system integration. Special software provides direct measurements and lifetime analysis.
Detailed information about fluorescence lifetime imaging using the pco.flim camera can be found in our new white paper explanation.
- 100ps – 100µs lifetimes measurable
- 5kHz – 40MHz modulation frequencies
- 500kHz – 40MHz external modulation signals
- modulation signal shape sinusoidal / rectangular
- 1008 x 1008 pixel resolution
- frequency domain FLIM
- USB 3.0 interface
- 39% quantum efficiency
- 1000:1 dynamic range
- 45 e- rms readout noise
- 90 fps frame rate (2 tap readout)
- 10 ns to 10 s selectable exposure times
- vibration-free water cooling
- special software for measurement and analysis
Download Brochure
pco.dimax
pco.dimax cs
Car safety testing with one powerful multi-use tool
- 1500 fps @ 2.8 MPix resolution
- 2000 fps @ Full HD resolution
- 3000 fps @ 1.3 MPix resolution
- high-g ruggedized body
- secure trigger & sync modes
Download Brochure pco.dimax S1 / S4
- S1: 4467 fps @ full resolution 1008 x 1008 pixel
- S4: 1279 fps @ full resolution 2016 x 2016 pixel
- 12 bit dynamic range
- NO additional black reference calibration required
- excellent picture and color quality
Download Brochure
pco.dimax HD / HD+
- HD: 2128 fps @ full resolution 1920 x 1080 pixel
- HD+: 1603 fps @ full resolution 1920 x 1440 pixel
- 12 bit dynamic range
- multiple trigger interface optimized for automotive applications
- master-slave camera synchronisation (up to 5 cameras)
pco.dimax HS1 / HS2 / HS4
- HS1: 7039 fps @ 1000 x 1000 pixel resolution
- HS2: 5469 fps @ 1400 x 1050 pixel resolution
- HS4: 2277 fps @ 2000 x 2000 pixel resolution
- 12 bit dynamic range
- excellent light sensitivity
Download Brochure
pco.1200
pco.1200 hs
- 636f ps at full resolution (1357 fps at VGA)
- exposure time range 50 ns – 5 s
- interframing time 75 ns
- high resolution (1280 x 1024 pixel)
pco.1200 s
- 501 fps at full resolution (1068 fps at VGA)
- 10 bit dynamic range
- exposure time range 1 µs – 1 s
- high resolution (1280 x 1024 pixel)
Download Brochure
pco.dicam C1: Intensified 16 bit sCMOS camera
pco.dicam C1
- exposure times: 3 ns – 1 s
- 25 mm intensifier
- “ultra speed tandem lens” between image intensifier & sCMOS sensor
- intensified sCMOS technology
- 2048 x 2048 pixels
- 104 fps @ full resolution
- enhanced extinction ratio gating
- Camera Link HS data interface
- F-mount, C-mount or EF mount with Lens Control
- photocathode material: S20, GaAs, GaAsP (others on request)
- phosphor screen material: P43, P46
Download DataSheet
hsfc pro
hsfc pro
- four channel MCP-image intensifier camera
- fast shutter down to 3 ns
- excellent system sensitivity of the system allows single photon detection
- 12 bit dynamic range
- ultra fast recording of up to 4 full resolution images with 1 ns interframing time, in double mode 8 frames
Download Brochure
dicam pro
dicam pro
- fast shutter down to 3 ns (optional 1.5 ns)
- excellent sensitivity of the system allows single photon detection
- 12 bit dynamic range
- high resolution MCP-image intensifier & CCD (1280×1024 pixel
- exposure times from 3 ns – 1000 s
- spectral sensitivity from UV to NIR
Download Brochure
Prime95B – 1.4MP Back Illuminated Scientific CMOS
Photometrics Prime 95B is the Scientific CMOS with extreme sensitivity using high Quantum Efficiency (QE) Backside Illumination (BSI), a first for Scientific CMOS cameras. The 95B’s sensor converts up to 95% of incident photons into a measurable signal. Unlike microlens approaches to increasing QE, which lose effectiveness as objective magnification is increased, Prime 95B’s BSI sensor brings light into the pixel photodiode from behind, avoiding structures that reflect or absorb light. When combined with large 11μm pixels, Prime 95B can deliver over 300% more signal than other sCMOS cameras at 100X magnification.
More importantly, Prime 95B outperforms EMCCD cameras—with no excess noise that negates the benefit of using a high QE sensor, and additional limitations from EM gain calibration, stability, expense, and sensor lifetime. With a true 16-bit dynamic range, Prime 95B easily accomplishes what EMCCD can not—detect weak and bright signals within the same image with photon-noise limited performance.
- 95% Quantum Efficiency
- 11μm x 11μm Pixel Area
- 1.3e- Read Noise (median)
- 41fps @ 16-bit / 82fps @ 12-bit
Now, also available:
Prime95B-25mm
Prime BSI™ 4.2MP Back Illuminated Scientific CMOS
Prime BSI delivers the perfect balance between high resolution imaging and sensitivity because it uses an optimized pixel design with near perfect 95% Quantum Efficiency to maximize signal detection.
This 4 Megapixel camera with 6.5μm pixels captures highly detailed images with great quality while acquiring data at high frame rates. This ensures that all data is collected and no event goes undetected.
Prime BSI delivers a 100% pixel fill factor and does not rely on micro-lensing technology to increase detection, resulting in a 30% increase in sensitivity over previous sCMOS cameras.
- 95% Quantum Efficiency
- 6.5µm x 6.5µm Pixel Area
- 2048 x 2048 array – 4.2 Megapixel
- 1.1e- Read Noise
- 45,000e- Pixel Full Well
- 41,000:1 Dynamic Range
- 47fps @ 16-bit
- 94fps @ 12-bit
Prime sCMOS Camera
4.2 Megapixel Scientific CMOS Camera
Photometrics Prime is the first intelligent scientific CMOS (sCMOS) camera to incorporate a powerful FPGA-based Embedded Signal Processing™ engine (ESP). ESP enables advanced real-time processing features:
- PrimeEnhance™ quantitatively increases the Signal to Noise Ratio by 3X-5X, increasing the clarity and quality of images.
- PrimeLocate™ dynamically evaluates acquired images and reduces the surplus of data generated during high speed super resolution imaging.
Designed using sCMOS sensor technology, Prime becomes an extremely versatile life science imaging solution. It is a high resolution camera with great sensitivity, extremely low noise, high frame rates and impressive dynamic range. The large field of view is ideal for microscopy, maximizing usefulness of the imaging area.
Prime’s embedded signal processing engine quantitatively restores images that are hidden in photon shot noise. Learn more its advanced, real-time processing features.
Iris 9™ and Iris 15™ Scientific CMOS Cameras
The Iris 9 & Iris 15 Scientific CMOS cameras are designed with a large field of view for live cell microscopy applications.
Key Features
- Iris 9: 9 Megapixel (2968 x 2968), 17.8mm Field of View
- Iris 15: 15 Megapixel (5056 x 2968), 25mm Field of View
- 4.25µm x 4.25µm Pixel Area
- 30 Frames per Second
- 73% Quantum Efficiency
Evolve® EMCCD cameras
Evolve® 512 Delta EMCCD Camera
Unprecedented speed and sensitivity for super resolution applications
Discover a new way to evolve your science with the fastest and most productive EMCCD camera available in the world. The Evolve 512 Delta empowers you with the potential to obtain research results in about half the time of previous 512 EMCCD cameras. Designed specifically for demanding Super-Resolution applications, this camera delivers an unprecedented new level of speed and sensitivity.
- 20MHz 512×512 EMCCD
- 67 Frames per Second.
- 72e- Read Noise, <1e- Using EM Gain
- > 90% Quantum Efficiency
- Quantitative Performance
- New LightSpeed™ mode
- Includes full two year warranty
Evolve® 128 EMCCD Camera
Excellent for low-light imaging applications
The Evolve 128 delivers the highest frame rates available with extreme sensitivity for demanding low-light applications ranging from In Vivo imaging to Single Molecule Fluorescence. As the leader in quantitative performance, the Evolve 128 provides researchers an enhanced imaging tool with on board camera intelligence. Features such as Quant-View® combined with superior stability, enables precise and accurate research measurement and reproducible results.
- Measure and Quantify Your Data in Photoelectrons
- Streamline Workflow and Save Time
- Set the Standard in Your Research
- Includes full two year warranty
Evolve® 512 EMCCD Camera
Smallest, Most Powerful Scientific EMCCD Camera
The Evolve 512 “Intelligent” EMCCD camera is the first scientific imaging solution that reads out pixel data in photoelectrons, resulting in accurate and reproducible data. With the most advanced feature set available, this small, yet powerful Evolve camera is ideally suited for low-light bioimaging applications.
Primary Applications
- Photo-Activated Localization Microscopy (PALM)
- Stochastic Optical Reconstruction Microscopy (STORM)
- Spinning disk confocal microscopy
- Total Internal Reflection Fluorescence (TIRF) microscopy
- Cell trafficking studies
- Live-cell fluorescent protein imaging
- Single Molecule Fluorescence (SMF)
CoolSNAP™ MYO CCD Camera
CCD Camera for Low-Light Life Science Applications
The CoolSNAP MYO is a high resolution, high sensitivity camera for moderate to low-light life science applications. This unique cooled CCD provides 4.54µm pixel pitch, 14-bit digitization at 20MHz, enabling high spatial resolution and an optimized frame rate for time-lapse cell imaging. Its 2.8 Megapixels and a high Quantum Efficiency enables sensitive imaging with the option for binning for a higher dynamic range as well as increased signal-to-noise performance – all while providing an ideal pixel pitch for microscopy.
- USB 2.0 Interface
- 1940 x 1460 imaging array
- 4.54 x 4.54 µm pixels
- ~75% peak quantum efficiency
- 14-bit digitization
- Includes full two year warranty
SWIR Cameras – Fast and Low Noise InGaAs and HgCdTe Cameras
Extending the boundaries of industrial imaging, Photon Etc. has developed affordable SWIR cameras sensitive from 800 nm to 2.9 µm. Using a sensitive InGaAs or HgCdTe (MCT) FPA, ZEPHIR™ collects images at an astounding 340 frame-per-second rate while reaching unrivalled low noise levels with the integration of a four-stage TE cooler. Our BOREA™ line uses a Stirling micro cooler and has lower noise levels than its TE cooled competitors. Initially designed for demanding faint flux applications such as hyperspectral imaging, our cameras are well-suited for spectroscopy, astronomy or industrial applications in quality control and sorting.
ZEPHIR 1.7
Based on a sensitive InGaAs FPA, and integrating a four-stage TE cooler, ZephIR 1.7™ delivers an astounding 200 frame-per-second rate while reaching unrivalled low noise levels. Perfectly adapted for challenging scientific applications.
- 200 frame-per-second
- 4-stages TEC
- Low noise level
- InGaAs FPA
- Optimal from 0.8 to 1.7 µm
ZEPHIR 2.5
Based on a sensitive HgCdTe FPA, and integrating a four-stage TE cooler, ZephIR™ delivers an astounding 340 frame-per-second rate while reaching unrivalled low noise levels. Perfectly adapted for industrial applications in quality control and sorting as well as for scientific research.
- 340 frame-per-second
- 4 stages TEC
- Low noise level
- HgCdTe (MCT) FPA
- 0.85 to 2.5 µm
ZEPHIR 2.9
Based on a sensitive HgCdTe FPA, and integrating a four-stage TE cooler, ZephIR delivers an astounding 340 frame-per-second rate while reaching unrivalled low noise levels. Perfectly adapted for industrial applications in quality control and sorting as well as for scientific research.
- 340 frame-per-second
- 4 stages TEC
- Low noise level
- HgCdTe (MCT) FPA
- 0.85 to 2.9 µm
BOREA
Photon Etc. has developed a new affordable deep-cooled SWIR camera sensitive from 0.85 μm to 2.5 μm. Using a rotary Stirling micro cooler, BOREA™ reaches lower noise level then all of its TE cooled competitors.
- 340 frame-per-second
- Rotary Stirling micro-cooler
- Low noise level
- HgCdTe (MCT) FPA
- 0.85 to 2.5 µm
Pixelink Microscopy & Life Science Cameras
Ideal for use in any laboratory setting, PixeLINK Life Science Cameras let you capture high-quality imagery with your existing microscope equipment. Their Life Science cameras are designed to offer consistent, high-quality image acquisition and performance.
Pixelink offers a range of CCD and CMOS camera for microscopy.
Retiga R Series – Scientific grade CCD Cameras for Fast / Sensitive Imaging
QImaging puts the right tool in your hands when the goal is fast, sensitive imaging and documentation in true plug-and-play fashion.
Features
- 75% peak QE, low noise electronics
- Increased exposure time and binning enables detection of the faintest signals with deep sensor cooling
- Supported Binning Modes: 1×1, 2×2, 4×4, 6×6, 8×8, 12×12, 16×16
- USB3, 50MHz two port readout delivers frame rate for finding, focusing and imaging samples
- Reduce photobleaching and phototoxicity on samples.
- Intelligent Quantification™ – advanced real-time FPGA algorithms to deliver better image quality
- New QImaging Ocular™ imaging software
- Dimensions: 98.4mm (L) x 76mm (W) x 76mm (H)
- 1″, C-Mount optical format
Retiga R1™ CCD Camera
- 1.3MP, 14 bit Sony ICX-825 CCD
- Monochrome or Color
- 1360 x 1024 pixels, 6.45µm x 6.45µm
- 25 fps at full resolution ( 40 fps binned 2×2 )
Retiga R3™ CCD Camera
- 2.8MP, 14 bit Sony ICX-674 CCD
- Monochrome or Color
- 1920 x 1460 pixels, 4.54µm x 4.54µm
- 14.4 fps at full resolution ( 24.1 fps binned 2×2 )
Retiga R6™ CCD Camera
- 6MP, 14 bit Sony ICX-695 CCD
- Monochrome or Color
- 2688 x 2200 pixels, 4.54µm x 4.54µm
- 7.1 fps at full resolution, ( 12.8 fps binned 2×2 )
Retiga ELECTRO
The Retiga ELECTRO™ CCD Camera from QImaging® is a brand new scientific camera designed specifically for the unique imaging challenges associated with electrophysiology research. The ELECTRO™ is a cooled 1.4MP camera with zero vibration which adapts very well to the unique challenges of electrophysiology. The camera’s advanced technical features were designed to enable the electrophysiologist careful electrode placement, without exogenous noise that pollute recordings. This is accomplished by 50MHz two port readout delivering a high frame rate needed for electrophysiology, fan-less regulated cooling provides 100% vibration-free imaging and Integrated grounding connection for electrical isolation.
- 1.4MP
- 75% peak QE, Sony ICX-825 CCD Sensor
- 14-bit with 50MHz readout
- Low noise electronics
- Fanless regulated cooling provides 100% vibration-free imaging
- Integrated grounding connection for electrical isolation
- USB3
Retiga LUMO™
The solution for bioluminescence and routine fluorescence imaging
The Retiga LUMO is packed with advanced technical features that enable detection and quantification of ultra-low light luminescence signals. This is accomplished by coupling deep cooling with FPGA-based intelligent features that correct defective pixels and remove accumulated dark current. The result is a camera that outperforms bioluminescence cameras more than twice the price.
- 1.4MP
- 75% peak QE
- Ultra low noise readout mode enables exposure times of up to 60 minutes.
- 14-bit with 50MHz readout
- Low noise electronics
- USB3.0
- Sensor Cooling: -20°C stabilized at 22°C ambient. Thermoelectric cooling with forced air
- Dark Current Rate: 0.0004 e-/p/s at -20°C regulated, 0.0001 e-/p/s at -20°C with DPC and DDFC on
MicroPublisher 6™ CCD Camera
Color Imaging for Documentation and Publication
This 6.0 MP camera delivers six million 4.54 micron pixels for maximum detail capture with low powered objectives. Its 16mm diagonal sensor provides twice the field of view of standard color sensors, giving you the ability to capture more of the sample area in each image.
MicroPublisher 6 also incorporates low read noise electronics, and cooling to remove hot pixels and dark current, making it a suitable imaging option for high quality fluorescence documentation.
QImaging Legacy Cameras
MicroPublisher
High Resolution IEEE 1394 FireWireTM Digital CCD Color Cameras with High Speed Real-Time Viewing.
Spot Imaging – Microscopy Cameras
SPOT Imaging manufactures a complete line of scientific digital cameras for microscopy, from easy to use color CMOS cameras for brightfield microscopy to ultra-sensitive scientific CMOS sensors for low light fluorescence applications.
Every SPOT camera comes with the SPOT Software™, an easy to use image capture application full of tools for microscopists, including scale bar, annotations, measurements, custom reporting, and time-lapse recordings. Cameras run on both Windows® and Macintosh® computers, and a Software Development Kit is available for integration with custom software. All SPOT cameras ship with a 2-year manufacturer’s warranty and our exceptional track record for building reliable cameras that last for years.
SPOT RT™ Cooled sCMOS Camera
The SPOT RT sCMOS uses Sony’s breakthrough Pregius™ CMOS sensor. Now you can experience unprecedented speed and sensitivity in a scientific CMOS camera. Deep cooling allows dim images to be seen without becoming obscured by dark current
SPOT Insight™ CMOS Camera
The SPOT Insight CMOS Camera featuring Sony’s Pregius™ CMOS sensor, delivers high speed, high resolution and high QE — features previously associated with much higher-priced cameras.
SPOT Idea™ CMOS Camera
The SPOT Idea CMOS cameras deliver high impact color images for journal publication and industrial documentation at an economical price.
SPOT HDVision™ High Definition Video Camera
The SPOT HDVision cameras provide live video microscopy imaging in HD for conferences and classrooms without requiring a computer.
xiC – Premium Sony CMOS cameras with USB3 Vision
- Smallest camera featuring Sony Pregius™ sensors – Compact with only 26.4 x 26.4 x 33 mm and lightweight with 38 grams
- Fast CMOS – High speed, high frame rate: from 2.3 Mpix at 165 Fps to 12 Mpix at 31 Fps
- Cool economy – Low power consumption with under 3 Watt and minimal heat dissipation
- All-around support – support for Windows, Mac OSX, Linux, ARM and embedded platforms
- Industry standard interface – Compatible with USB 3.1 Gen 1, former USB 3.0 SuperSpeed
- AIA standard – USB3 Vision standard compliant
- Adaptable potential – Available with two connectors: novel USB 3.1 Type-C and proven Micro-B
- Software interfaces – GenICam / GenTL and highly optimized API / SDK for Image Processing
- Connectivity and Synchronization – Programmable opto-isolated input and output, 4 status LEDs
- Highly Customizable – Variety of sensor options including IMX249, IMX265, IMX264, IMX267, IMX304 available in board level stack for OEM use and with Flat ribbon flex cable connection
- Interoperability increase – Continuous embrace of new software and hardware partners
- Cost efficient – Excellent value and price with utilization of newest technologies including Sony Pregius™
| B/W model | Color model | Sensor | Resolution | Pixel µm | ADC bits | Frames per sec(1) | DR dB | Optical size | Power Watt |
|---|---|---|---|---|---|---|---|---|---|
| MC023MG-SY | MC023CG-SY | Sony IMX174 | 1936 x 1216 | 5.86 | 12/10 | 165 fps | 71.7 | 1/1.2″ | 2.4 |
| MC031MG-SY | MC031CG-SY | Sony IMX252 | 2064 x 1544 | 3.45 | 12/10/8 | 122 fps | 70.9 | 1/1.8″ | 2.75 |
| MC050MG-SY | MC050CG-SY |
Sony IMX250 |
2464 x 2056 | 3.45 | 12/10/8 |
76 fps |
70.8 | 2/3″ | 2.85 |
| MC089MG-SY | MC089CG-SY | Sony IMX255 | 4112 x 2176 | 3.45 | 12/10/8 | 43 fps | 70.5 | 16.1 | 3.25 |
| MC124MG-SY | MC124CG-SY | Sony IMX253 | 4112 x 3008 | 3.45 | 12/10/8 | 31 fps | 70.4 | 17.6 | 3.25 |
xiD Series: USB 3.0 – CCD scientific cameras
- USB 3.0 with newest CCD sensors from Sony: ICX674, ICX694, ICX814, ICX834
- Resolutions 2.8 MP, 6 MP, 9 MP and 12 MP
- Speeds 57, 28, 20, 15 fps respectively
- “EXview HAD CCD II” pixel technology
- Compact design: 60 x 60 x 38 mm
- Board level options
- Support of Windows, Linux, Mac OSX and 30 Libraries
- Designed to be USB3 Vision standard compliant
- Can be powered with single USB3 cable
Monochrome, Color, Board level and Cool models
| B/W model | Color model | Sensor | Resolution | Pixel µm | ADC bits | FWC | Power Watt | DR dB(2) | Frames per sec(1) |
|---|---|---|---|---|---|---|---|---|---|
| MD028MU-SY | MD028CU-SY | SONY ICX674 | 1934 x 1456, 2.8 MP | 4.54 | 8,10,12,14 | 20000 | 3.6 W | 71.1 | 57 |
| MD061MU-SY | MD061CU-SY | SONY ICX694 | 2754 x 2204, 6.1 MP | 4.54 | 8,10,12,14 | 19500 | 3.9 W | 71.8 | 28.4 |
| MD091MU-SY | MD091CU-SY | SONY ICX814 | 3384 x 2708, 9.1 MP | 3.69 | 8,10,12,14 | 12000 | 4.2 W | 68.4 | 20 |
| MD120MU-SY | MD120CU-SY | SONY ICX834 | 4242 x 2830, 12 MP | 3.1 | 8,10,12,14 | 10000 | 4.8 W | 63.1 | 15.3 |
(1) Maximum frame rates measured at 52 MHz, 4 taps, RAW 14 bits; +20% in overclocked mode, 12bit packed
(2) 26 MHz readout frequency
All models are also available in Board level version
xiQ Series: USB 3.0 – CMOS cameras
- CMOS, Global shutter
- Ultra compact mini camera– Only 26.4 x 26.4 x 21.2 mm, 27grams (1)
- AIA standard – USB3 Vision standard compliant
- Industry standard interface – Compatible with USB 3.0 SuperSpeed specification
- Cool – Low power consumption with 1.0 to 1.8 W and minimal heat dissipation
- Fastest – High speed, high frame rate: 500fps at VGA and 90fps at 4Mpix resolutions
- Supported – USB 3.0 under Windows, Linux, Mac OSX, ARM and 30 Libraries
- Powerful potential – 5Gb/s interface 400Mpix/s data throughput
- Connectivity and Synchronization – Programmable opto-isolated input and output, 3 status LEDs
- Cost efficient – Excellent value for the price, low TCO and fast ROI
- Software interfaces – GenICam / GenTL and highly optimized xiAPI SDK for Image Processing
- Easy deployment – Range of accessories and widest hardware and software interoperability
- Time proven – In production since the end of 2011
- Highly Customizable – Available in Board level and with different connector types
(1) CS mount version, without lens and mounting bracket
xiQ Monochrome, Color and IR extended Sensor models
| B/W model | Color model | IR extended model(2) | Sensor | Resolution | Pixel µm | ADC bits | Frames per sec(1) | DR dB | Optical size | Power Watt |
|---|---|---|---|---|---|---|---|---|---|---|
| MQ003MG-CM | MQ003CG-CM | – | CMV300 | 648 x 488 | 7.4 | 12/10 | 500 fps | 66 | 1/3″ | 1.6 |
| MQ013MG-E2 | MQ013CG-E2 | MQ013RG-E2 | EV76C560 | 1280 x 1024 | 5.3 | 10 | 60 fps | 66 | 1/1.8″ | 0.9 |
| MQ013MG-ON | MQ013CG-ON | – |
VITA 1300 PYTHON 1300 |
1280 x 1024 | 4.8 | 10 |
150 fps |
60 | 1/2″ | 1.4 |
| MQ022MG-CM | MQ022CG-CM | MQ022RG-CM | CMV2000 | 2048 x 1088 | 5.5 | 12/10 | 170 fps | 60 | 2/3″ | 1.6 |
| MQ042MG-CM | MQ042CG-CM | MQ042RG-CM | CMV4000 | 2048 x 2048 | 5.5 | 12/10 | 90 fps | 60 | 1″ | 1.6 |
(1) Maximum frame rates measured at 8 bits per pixel raw data in free run mode. Python 1300 model – with Zero ROT.
(2) NIR model are based on EV76C661 sensor from e2V, also called Ruby and Near Infrared sensors from CMOSIS
All models are also available in Board level version
xiB series – PCI Express CMOS Cameras with high speed and resolution
- CMOS, Global shutter
- Fastest overall – Data bandwidth is staggering 20 Gbit/s, with real data throughput 1550 MB/s
- Future potential – Highest speed by utilizing the full capacity of PCIe x4 Gen3 interface
- Modern components – High quality 12 Mpix and 20 Mpix sensors
- Longest reach – Can work with optical cable at 300m distances
- Versatile mini camera – Subtle 60 x 60 x 38 mm, 175 grams (1)
- Cool – Minimal heat dissipation with additional Heatsink options
- Power efficient – Low power consumption of mere 6 Watt
- Compatibility – Support for Windows Linux, Mac OSX (planned ARM)
- Connectivity and Synchronization – 2/2 Isolated GPI/GPO, 4 bidirectional non-isolted GPIO, 4 programmable status LEDs
- Compliant – Data and control interface complies with PCI Express External Cabling Specifications
- Lens control -EF-mount Interface allows remote control of aperture, focus and image stabilization
- Easy deployment – Range of various accessories and No need in frame grabbers
- Highly Customizable – Possibility of Board level option and Near Infrared (NIR) sensors
(1) EF mount version, without lens and cooling
xiB Monochrome and Color models:
| Model | Sensor | Resolution | Pixel µm | ADC bits | FWC e- | Sensor Diagonal | Power Watt | DR dB | Frames per sec(1) |
|---|---|---|---|---|---|---|---|---|---|
| CB120MG-CM | CMOSIS CMV12000 | 4096 x 3072, 12 MP | 5.5 | 8,10,12 | 13500 | 28 mm | 8 W | 60 | 130, 103, 86 |
| CB120CG-CM | CMOSIS CMV12000 | 4096 x 3072, 12 MP | 5.5 | 8,10,12 | 13500 | 28 mm | 8 W | 60 | 130, 103, 86 |
| CB120RG-CM | CMOSIS CMV12000 NIR(2) | 4096 x 3072, 12 MP | 5.5 | 8,10,12 | 13500 | 28 mm | 8 W | 60 | 130, 103, 86 |
| CB200MG-CM | CMOSIS CMV20000 | 5120 x 3840, 20 MP | 6.4 | 12 | 15000 | 41 mm | 6 W | 66 | 33 |
| CB200CG-CM | CMOSIS CMV20000 | 5120 x 3840, 20 MP | 6.4 | 12 | 15000 | 41 mm | 6 W | 66 | 33 |
| CB500CG-CM | CMOSIS CMV50000 | 7920 x 6004, 48 MP | 4.6 | 12 | 16000 | 45 mm | 9 W | 64 | 30, 26, 22 |
(1) Full resolution at RAW 8 bits, 10 bits and 12 bits; Server computers with bigger PCIe TLP packet size can increase the throughput by additional 10%.
(2) Near infrared (enhanced) version of the sensor. Not standard off-the-shelf product. Please contact XIMEA for price and MOQ discussion.
xiB-64 Monochrome and Color models:
| Model | Sensor | Resolution | Pixel µm | ADC bits | FWC e- | Sensor Diagonal | Power Watt | DR dB | Frames per sec (1) |
|---|---|---|---|---|---|---|---|---|---|
| CB013MG-LX-X8G3 | LUX13HSM | 1280 x 864, 1.1 MP | 13.7 | 10 | 20000 | 21.1 mm | 17 W | 60 | 3500+ |
| CB013CG-LX-X8G3 | LUX13HSC | 1280 x 864, 1.1 MP | 13.7 | 10 | 20000 | 21.1 mm | 17 W | 60 | 3500+ |
| CB019MG-LX-X8G3 | LUX19HSM | 1920 x 1080, 2 MP | 10 | 10 | 15000 | 22 mm | 17 W | 60 | 2500+ |
| CB019CG-LX-X8G3 | LUX19HSC | 1920 x 1080, 2 MP | 10 | 10 | 15000 | 22 mm | 17 W | 60 | 2500+ |
| CB120MG-CM-X8G3 | CMOSIS CMV12000 | 4096 x 3072, 12 MP | 5.5 | 8,10,12 | 13500 | 28 mm | 17 W | 60 | 330, 300, 130 |
| CB120CG-CM-X8G3 | CMOSIS CMV12000 | 4096 x 3072, 12 MP | 5.5 | 8,10,12 | 13500 | 28 mm | 17 W | 60 | 330, 300, 130 |
| CB160MG-LX-X8G3(2) | LUX160M | 4704 x 3424, 16 MP | 3.9 | 10 | 10000 | 22.6 mm | 17 W | 60 | 300+ |
| CB160CG-LX-X8G3(2) | LUX160C | 4704 x 3424, 16 MP | 3.9 | 10 | 10000 | 22.6 mm | 17 W | 60 | 300+ |
(1) Full resolution at RAW 8 bits, 10 bits and 12 bits; Server computers with bigger PCIe TLP packet size can increase the throughput by additional 10%.
(2) Engineering samples available approx. 10/2018, production series 11/2018. Please check our website for updates on schedules or
xiSpec – Hyperspectral Cameras with USB3 Vision
- Smallest Hyperspectral camera – Compact, lightweight with only 26.4 x 26.4 x 31 mm, 32 grams (1)
- Cost efficient – Excellent value and price due to utilization of new technology
- Cool economy – Low power consumption with 1.6 Watt and minimal heat dissipation
- All-around support – USB 3.0 support for Windows, Linux, Mac OSX, ARM
- Powerful potential – Highest spatial and spectral resolution possible with 5Gb/s interface
- Optimized – 2048 parallel, “on-chip” integrated spectroscopes with 100 points of spectral resolution each
- AIA standard – USB3 Vision standard compliant
- Industry standard interface – Compatible with USB 3.0 SuperSpeed specification
- Fastest – High speed, high frame rate: based on 170fps at 2 Mpix resolution
- Connectivity and Synchronization – Programmable opto-isolated input and output, 3 status LEDs
- Easy deployment – Range of accessories and wide hardware and software integration
- Highly Customizable – Variety of sensor options, which can be further adjusted to match requirements
- Interoperability increase – Continuous embrace of new software and hardware partners
(1) C-mount version, without lens and mounting bracket
xiSpec Linescan, Snapshot Mosaic and Tiled Sensor models:
| Model | Type | Spectral range [nm] | Bands | Scans/sec | Availability |
|---|---|---|---|---|---|
| MQ022HG-IM-LS100-NIR | Linescan |
600-975 (typically: ~630-970) |
100+ | up to 1360 lines/s | Now |
| MQ022HG-IM-LS150-VISNIR | Linescan | 470-900 | 150+ | up to 1020 lines/s | May 2016 |
| MQ022HG-IM-SM4X4-VIS | Snapshot Mosaic | 470-630 | 16 | up to 170 cubes/s | Now |
| MQ022HG-IM-SM5X5-NIR | Snapshot Mosaic |
600-975 (typically 600-950/975)1) |
25 | up to 170 cubes/s | Now |
Note 1: Sensor specific
xiMU – Subminiature USB Cameras 5Mpix
- Smallest dimensions: 15 x 15 x 8 mm, 5 grams
- 5 Mpix
- USB
- GenICam/GenTL
- Minimal power consumption (under 1 Watt)
- Board level available