The Bobcat+ 320 series is based on an in-house developed, temperature stabilised InGaAs detector with a 320 x 256 pixel resolution.
The Bobcat+ 320 cameras come with GigE Vision interface and offer high frame rates up to 400 Hz. The new and improved Bobcat+ 320 now comes with two gain modes (high gain and high dynamic range) and two read out modes (IWR or ITR). Moreover, a vSWIR version is also available.
The Bobcat+ 320 targets machine vision, safetey and security, scientific research, and process monitoring.
Benefits & Features
• Flexible and easy-to-use
• GigE Vision interface
• Low dark current
• SWIR or vSWIR
• High frame rate of 400 Hz
• IWR or ITR read out
| Bobcat+ 320 GigE 400 | Bobcat+ 320 GigE 400 vSWIR | |
| Approximate dimensions - excluding lens [width x height x length] [mm] | 55 x 55 x 82 | 55 x 55 x 82 |
| Weight [gr] - excluding lens | 334 | 334 |
| Optical interface | C-mount or M42 | C-mount or M42 |
| Connector GigE | RJ-45 | RJ-45 |
| Connector CameraLink | - | - |
| Connector power | Hirose HR10-7R-SA[73] | Hirose HR10-7R-SA[73] |
| Connector trigger | SMA | SMA |
| Bobcat+ 320 GigE 400 | Bobcat+ 320 GigE 400 vSWIR | |
| Operating case temperature [°C] | From -40 to +70; also available in temperature range 0 - 50 | From -40 to +70; also available in temperature range 0 - 50 |
| Storage temperature [°C] | From -45 to +85 | From -45 to +85 |
| Power consumption [W] | 4 [no TE cooler] | 4 [no TE cooler] |
| Power supply voltage | DC 12 V | DC 12 V |
| Shock | IEC60068-2-27 Ed4.0; half-sine; terminal saw tooth; 50 g [11 ms] | IEC60068-2-27 Ed4.0; half-sine; terminal saw tooth; 50 g [11 ms] |
| Vibration | Random: IEC60068-2-64 Ed2.0; 4.3 g [20 - 1000 Hz]. Sine: IEC60068-2-6 Ed7.0; 1 g [10 - 2000 Hz] | Random: IEC60068-2-64 Ed2.0; 4.3 g [20 - 1000 Hz]. Sine: IEC60068-2-6 Ed7.0; 1 g [10 - 2000 Hz] |
| IP rating | IP40 | IP40 |
| Regulatory compliance | CE, RoHS | CE, RoHS |
| Bobcat+ 320 GigE 400 | Bobcat+ 320 GigE 400 vSWIR | |
| Image format [pixels] | 320 x 256 | 320 x 256 |
| Pixel pitch [µm] | 20 | 20 |
| Detector type | InGaAs photodiode array with CTIA ROIC | InGaAs photodiode array with CTIA ROIC |
| Sensor temperature stabilization | TE cooler | TE cooler |
| Integration type | Snapshot - global shutter | Snapshot - global shutter |
| Active area and diagonal [mm] | 6.4 x 5.12 [diagonal 8.2] | 6.4 x 5.12 [diagonal 8.2] |
| Optical fill factor | 100% | 100% |
| Spectral range [nm] | 900 - 1700 | 500 - 1700 |
| Quantum efficiency | ~80% [typical peak value] | ~80% [typical peak value] |
| Gain modes | High Gain [HG] & High Dynamic Range mode [HDR] | High Gain [HG] & High Dynamic Range mode [HDR] |
| Full well capacities [electrons] | 45k [HG] & 500k [HDR] | 45k [HG] & 500k [HDR] |
| Read noise [electrons] | 120 [HG] & 500 [HDR] | 120 [HG] & 500 [HDR] |
| Dark current [electrons/second] | <1E5 [at 288K sensor temp and 150mV reverse bias] | <2E5 [at 288K sensor temp and 150mV reverse bias] |
| Read out mode | ITR and IWR | ITR and IWR |
| Pixel operability | >99.5% | >99.5% |
| Preconfigured exposure time range [ms] | 0.1 to 40 in HG; 0.1 to 20 in HDR | 0.1 to 40 in HG; 0.1 to 20 in HDR |
| Max frame rate [Hz] [full frame] | 400 | 400 |
| Region of interest | Yes | Yes |
| Min region size [pixels] | 32 x 4 [step 16 x 4] | 32 x 4 [step 16 x 4] |
| Max frame rate [Hz] [min region size] | >10000 | >10000 |
| Analog-to-Digital [ADC] [bits] | 14 | 14 |
| Command and control | GigE Vision | GigE Vision |
| Digital output format | GigE Vision [16 bit] | GigE Vision [16 bit] |
| Trigger | In or out via SMA [Configurable] | In or out via SMA [Configurable] |
The successful EXO series is the shining basis of the EXO Tracer. The Tracer comes with identical camera features and additionally with a fully functional lens control (focus, zoom, aperture). Lens mount is a Micro Four Thirds (MFT) mount, covering all electric connections. Due to the size of the MFT Bayonet, the Tracer is a bit larger than the original EXO in dimensions. Still, the excellent thermal concept of the EXO qualifies for a operating temperature of up to 60°C.
All MFT lenses feature a specific beam geometry on the sensor side of the lens, which works in perfect harmony to sensors between 2/3″ and 1.2″. A nearly perfect flatfield is the compelling result. Together with up to 72dB dynamic range and up to 20 MP resolution, the Tracer delivers excellent image quality with its highly sensitive sensors.
The lens properties are integrated into the camera’s GenICam 3.0 tree, any GenICam-driven software is immediately able to use lens control without additional drivers. Same thing is valid for the integrated LED strobe control: All items adjustable via GenICam properties. This permits effortless and quick machine vision integration.
Tests at SVS-Vistek showed a surprising high repeatability of the lenses, even after 1 Mio focus cycles. Focus and zoom times are similar to what you know from lenses in photography.
Having superb image quality, the all-new IC-X25B-CL provides the best performance-for-value ratio of all of ISVI’s new compact cameras. Using its Full Configuration Camera Link interface it achieves a frame rate of 30Hz. Its compact size and wide selection of standard lens mounts makes it a popular choice for users requiring a high-resolution camera but do not need the high frame rates of our CXP cameras.
Key Features:
Machine vision and deep learning edge IoT device
Matrox® Iris GTX is the next evolution of smart cameras from Matrox Imaging. Offering higher resolution sensors and substantially more processing power than its immediate predecessor, Matrox Iris GTX provides exceptional performance for a compact all-in-one vision system. Paired with flowchart-based Matrox Design Assistant® X1 software, engineers and technicians can quickly configure and deploy machine vision to the Matrox Iris GTX smart cameras. Video capture, analysis, classification, location, measurement, reading, verification, communication, and I/O operations—as well as a web-based operator interface—are all set up within the same software. Matrox Iris GTX smart cameras are model edge IoT devices, performing data acquisition and analytics, and providing results nearest to the manufacturing
Polarized cameras are equipped with special image sensors and measure the polarization properties of light that are imperceptible to the human eye. The degree of polarization and the planes of polarization can be determined from a single image. Global shutter, high resolution, high optical dynamic range and high frame rate allow detailed structural analysis of even moving objects.
Despite the special sensors, the EXO Polarized is a standard industrial camera for use with standard lenses. The integrated 4-channel strobe controller supports complex lighting and analysis setups.
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