Based on a brand new, in-house developed InGaAs linear detector, the Manx square (SQ) is a high-performance short-wave infrared (SWIR) camera providing high speed and quality line-scan imaging. At unprecedented line rates of up to 256 kHz (or 128 kHz), the Manx square (SQ) stands as the fastest line-scan InGaAs camera available in the world.
The Manx square (SQ) is able to provide up to 2048 pixel resolution. It also presents the lowest noise performance record for a 2048 pixel SWIR linear camera, combined with excellent dynamic range.
The use of CoaXPress interfacing enables fast and reliable data transfer.
The Manx square (SQ) is offered in 3 different resolutions of 512, 1024 or 2048 pixels.
Silicon wafer inspection, TFT screen inspection, food and agricultural produce sorting are some industrial applications that would benefit from this new line of ultra fast linear SWIR cameras.
Benefits & Features
• World’s fastest SWIR line-scan imaging up to 256 kHz
• High resolution
• Low noise, low dark current
• CoaXPress interfacing for reliable streaming of data
• Versatility with 4 gain modes
• Optional GigE convertor available
| Manx 512 SQ CXP 130/260 | Manx 1024 SQ CXP 130/260 | Manx 2048 SQ CXP 130/260 | |
| Approximate dimensions - excluding lens [width x height x length] [mm] | 102 x 102 x 40 | 102 x 102 x 40 | 102 x 102 x 40 |
| Weight [gr] - excluding lens | 900 | 900 | 900 |
| Optical interface | C-mount or M42 [M42 to F-mount adapter optional] | C-mount or M42 [M42 to F-mount adapter optional] | C-mount or M42 [M42 to F-mount adapter optional] |
| Connector CXP | 4 connectors - type DIN 1.0/2.3 | 4 connectors - type DIN 1.0/2.3 | 4 connectors - type DIN 1.0/2.3 |
| Connector power | Only PoCXP | Only PoCXP | Only PoCXP |
| Connector trigger | Lemo (unified connector) | Lemo (unified connector) | Lemo (unified connector) |
| Manx 512 SQ CXP 130/260 | Manx 1024 SQ CXP 130/260 | Manx 2048 SQ CXP 130/260 | |
| Operating case temperature [°C] | From -40 to +60 | From -40 to +60 | From -40 to +60 |
| Storage temperature [°C] | From -40 to +85 | From -40 to +85 | From -40 to +85 |
| Power consumption [W] | Up to 11 (without TEC) | Up to 11 (without TEC) | Up to 11 (without TEC) |
| Power supply voltage | DC 24 V (via CXP) | DC 24 V (via CXP) | DC 24 V (via CXP) |
| Shock | 40 g, 11 ms, according to MIL-STD810G | 40 g, 11 ms, according to MIL-STD810G | 40 g, 11 ms, according to MIL-STD810G |
| Vibration | 5 g [20 to 2000 Hz], according to MIL-STD810G | 5 g [20 to 2000 Hz], according to MIL-STD810G | 5 g [20 to 2000 Hz], according to MIL-STD810G |
| IP rating | IP40 | IP40 | IP40 |
| Regulatory compliance | CE, RoHS | CE, RoHS | CE, RoHS |
| Manx 512 SQ CXP 130/260 | Manx 1024 SQ CXP 130/260 | Manx 2048 SQ CXP 130/260 | |
| Sensor format [pixels] | 512 | 1024 | 2048 |
| Pixel pitch [µm] | 12.5 | 12.5 | 12.5 |
| Pixel height [µm] | 12.5 | 12.5 | 12.5 |
| Detector type | InGaAs photodiode array with CTIA ROIC | InGaAs photodiode array with CTIA ROIC | InGaAs photodiode array with CTIA ROIC |
| Sensor temperature stabilization | TE cooler | TE cooler | TE cooler |
| Integration type | Snapshot - global shutter | Snapshot - global shutter | Snapshot - global shutter |
| Optical fill factor | 100% | 100% | 100% |
| Spectral range [nm] | 900 - 1700 | 900 - 1700 | 900 - 1700 |
| Quantum efficiency | ~80% [typical peak value] | ~80% [typical peak value] | ~80% [typical peak value] |
| Gain modes | 4 (100x [HG]; 20x [MG]; 5x [ML]; 1x [LG]) | 4 (100x [HG]; 20x [MG]; 5x [ML]; 1x [LG]) | 4 (100x [HG]; 20x [MG]; 5x [ML]; 1x [LG]) |
| Full well capacities [electrons] | 290k; 1.6M; 8.1M; 35M | 290k; 1.6M; 8.1M; 35M | 290k; 1.6M; 8.1M; 35M |
| Read noise [electrons] | 350; 700; 2600; 12000 | 350; 700; 2600; 12000 | 350; 700; 2600; 12000 |
| Dark current [electrons/second] | 0.2M (at 20°C sensor temp and 100 mV reverse bias) | 0.2M (at 20°C sensor temp and 100 mV reverse bias) | 0.2M (at 20°C sensor temp and 100 mV reverse bias) |
| Read out mode | IWR | IWR | IWR |
| Pixel operability | >99.6% | >99% | >98% |
| Max line rate [kHz] | 256/128 | 256/128 | 256/128 |
| Analog-to-Digital [ADC] [bits] | 14 | 14 | 14 |
| Command and control | CoaXPress | CoaXPress | CoaXPress |
| Digital output format | CoaXPress [16 bit] | CoaXPress [16 bit] | CoaXPress [16 bit] |
| Trigger | Trigger connector: 2 trigger in & 2 trigger out - LVCMOS 3.3 V; CXP trigger: 1 trigger in | Trigger connector: 2 trigger in & 2 trigger out - LVCMOS 3.3 V; CXP trigger: 1 trigger in | Trigger connector: 2 trigger in & 2 trigger out - LVCMOS 3.3 V; CXP trigger: 1 trigger in |
When the machinery does not need to be connected directly to the camera the ECO series is also available in PoE (Power over Ethernet) Versions. This simplifies the installation as there is only need for a single cable.
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.
10 GigE and Dual GigE Vision are the most easy way to profit of high interface bandwidth together with the advantages of standard networking technologies. An advantage is the reliable, cost-effective transmission of the image data over a distance of more than 100 m with standard network technology. The 10GigE and GigE cameras of the HR series impress with their housing concept, the wide-range lenses and the unique picture quality. The clean design according to well established standards like GigE Vision, 10 GigE Vision and GenICam ensure rapid integration into the final application.
The FXO stands for excellent image quality. The fast CoaXPress-12 interface gives the camera outstanding properties in terms of trigger latency and constant data rate.
An excellent, low-noise image with high dynamics is complemented by a comprehensive feature set. The Sony Pregius S sensors used are characterized by high light sensitivity and best homogeneity. Signal voltages, temperature resistance, I/O control, integrated strobe controller and firmware features are geared towards applications in demanding industrial automation.
Technical highlights:
+65 6748 5517
info@jm-vistec.com
10 Kaki Bukit Ave 1, #07-06, Singapore 417942
