Imaging Cameras & Sensors – FPGA Camera
2.2 MP High-Speed FPGA (Infrared) Camera
When critical processes require infrared sensitivity combined with ultra-fast frame rates, the T-Rex EVO / 2.2MP IR high-speed FPGA-based infrared camera delivers unparalleled performance. Designed to capture dynamic thermal and infrared-sensitive events at over 1,200 fps, this smart imaging platform is ideal for scientific research, industrial monitoring, defence, and specialised non-visible spectrum applications.
United Spectrum Instruments, India’s leading high-speed imaging solutions provider, offers complete distribution, integration, and technical support for this advanced system.
Understanding 2.2 MP FPGA-Based High-Speed (Near IR) Camera
The 2.2 MP High-Speed FPGA (Infrared) Camera is engineered for advanced imaging applications that demand sensitivity beyond the visible spectrum. With a 2.2 megapixel infrared sensor and FPGA-based real-time processing, it delivers high-speed image acquisition and ultra-low latency data analysis. Capable of detecting heat patterns, stress points, and subtle material variations, it is widely used in aerospace, defence, semiconductor, energy, and biomedical industries. Its compact, rugged design ensures reliable operation in demanding environments, while energy-efficient performance and flexible connectivity make it an ideal solution for high-speed infrared imaging in industrial and research applications.
Technical Specifications
| ADC Resolution | 10 bit |
| Analogue Gain | 1 – 3.2x |
| Region of Interest | YES, with 8 pixel increments |
| Shutter Type | Electronic global shutter |
| Shutter Time | 2.4 us – 90 s |
| Pixel Clock Speed | 760 MHz (8 pixels @ 95 MHz) |
| Exposure | Linear, 3 slope high dynamic range |
| Pixel Correction | Dead pixel correction and programmable LUT |
| Trigger Modes | Free running, trigger, overlap, pulse width |
| Trigger Features | Delay 0 – 1000 ms, LP Filter 1.5Hz – 100 kHz |
| Shutter Resolution | 21 ns |
| FPGA | Zynq 7020 |
| Free FPGA % | Up to 50%, most of the 220 slices of DSP are free. |
| Volatile Memory | 512MB LPDDR2 |
| Non-volatile Memory | 32MB QSPI flash, optional eMMC |
| Lens Mount | C-mount (1” 32G thread) |
| Temp Range | 0 – 50°C |
| Mass | 50 g OEM / 290 g with housing |
| Protection | Up to IP67 with housing |
| Housing Material | CNC-machined aluminum, anodized in a special OptoMotive blue color |
| RoHS | RoHS compliant |
| Fixing Holes | 4x M3 OEM / 5 x M6 on housing |
| Input Voltage | Power over Ethernet 42-57V or 5V (OEM) |
| Consumption | up to 11W |
| IO Isolation | No, but camera has 1.5kV PoE isolation |
| Connectors | RJ45, 4 pin LEMO EXG 00 304 |
| On-board Image Processing | As an option (if an IP Core is integrated) |
| Open Reference Design | Yes |
| Open architecture | Yes |
| Software | Compatible with OptoMotive EVO software (full source included) |
| Operating System | Windows 7, Windows 10, 64bit or 32bit |
| Development Tools | Xilinx Vivado/SDK 2017.2 Microsoft Visual Studio 2017 |
Key Features and Advantages
FPGA-Based Real-Time Processing
Delivers rapid image capture and parallel data analysis with minimal delay.
2.2 Megapixel Infrared Sensor
Captures high-resolution images in the IR spectrum for industrial and research use.
High-Speed Frame Rates
Designed for monitoring dynamic thermal and IR processes with precision.
Compact & Rugged Design
Ensures stability and durability in harsh operating environments.
Energy-Efficient Operation
Reduces heat and power consumption, enabling reliable continuous performance.
Flexible Integration
Compatible with machine vision systems, automation setups, and research labs.
Advantages:
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Detects heat signatures, stress zones, and thermal variations invisible in visible light
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FPGA-powered architecture ensures real-time high-speed data processing
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Compact build simplifies integration into existing vision systems
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Rugged construction guarantees dependable performance in aerospace and defence environments
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Energy-efficient design lowers operational costs and enhances reliability
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Enhances quality assurance in industrial and semiconductor manufacturing
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Supports advanced research in physics, combustion, and material sciences
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Trusted globally for thermal and infrared high-speed imaging applications
Applications Across Industries
Semiconductor & Electronics
Used for wafer inspection, PCB validation, and microelectronics testing. Infrared imaging reveals hotspots, soldering flaws, and hidden anomalies critical for product reliability.
Automotive & EV Manufacturing
Enables thermal inspection of EV batteries, weld monitoring, and drivetrain analysis. High-speed IR imaging provides insights into material stress and thermal distribution during testing.
Aerospace & Defence
Supports propulsion system research, adaptive optics, and structural analysis. IR sensitivity enhances visibility in low-light and mission-critical defence operations.
Energy & Power Systems
Monitors turbines, transformers, and renewable energy installations. Infrared imaging helps detect faults, hotspots, and inefficiencies in real time.
Industrial Automation & Quality Control
Enables high-speed monitoring of production lines, coatings, and materials. IR inspection ensures product consistency and early defect detection.
Scientific Research
Captures combustion studies, material behaviour under stress, and fluid dynamics experiments, where infrared imaging offers insights beyond visible light.
Medical & Biomedical Applications
Used in tissue analysis, circulation studies, and dynamic biological processes. Infrared sensitivity provides better penetration for research applications.
Food & Agriculture
Monitors quality, moisture levels, and internal defects in crops and food products, improving safety and efficiency.
By combining infrared sensitivity, high-speed acquisition, and FPGA-driven performance, the 2.2 MP High-Speed FPGA Camera is a versatile solution for industries and research fields requiring precise IR imaging.
Why Choose United Spectrum Instruments?
United Spectrum Instruments is the authorised distributor of 2.2 MP High-Speed FPGA (Infrared) Cameras in India, providing advanced thermal imaging solutions.
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Genuine infrared FPGA cameras with full manufacturer warranty
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Expertise in semiconductor, aerospace, defence, and biomedical imaging
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Pan-India installation, training, and after-sales service
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Tailored consultation for machine vision and research applications
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Competitive pricing with dependable local technical support
With proven expertise in photonics and imaging technologies, United Spectrum Instruments ensures Indian industries and research institutes access world-class infrared high-speed FPGA cameras for innovation, precision, and reliability.
FAQs
What makes the T-Rex EVO / 2.2MP IR camera ideal for infrared and thermal imaging applications?
The T-Rex EVO / 2.2MP IR camera features a high-speed infrared-sensitive CMOS sensor paired with a powerful Xilinx Kintex UltraScale FPGA. This combination enables real-time thermal monitoring, NIR imaging, and advanced on-board analytics at frame rates up to 1,200 fps. Its global shutter and precise sub-microsecond timestamping ensure accurate capture of dynamic thermal events across industrial, defence, and scientific domains.
Which industries benefit most from using this high-speed infrared camera?
The T-Rex EVO / 2.2MP IR is widely adopted in sectors such as automotive crash testing, aerospace combustion analysis, laser additive manufacturing, smart robotics, materials research, life sciences, and defence photonics. Its sensitivity to visible and NIR wavelengths, coupled with FPGA-based intelligence, makes it especially suitable for environments requiring fast thermal visualisation and non-visible spectrum diagnostics.
Does the T-Rex EVO / 2.2MP IR support real-time processing and external triggers?
Yes. The camera includes real-time FPGA-driven image processing features like BLOB detection, RLE tracking, and thermal anomaly detection. It also supports multiple triggering modes, including external hardware triggers, GPIO, and software-based triggers, enabling seamless integration into automated testing, scientific experiments, and synchronised multi-camera setups.
How is data transmitted from the camera, and what software environments are supported?
Data is transferred via ultra-fast 10GBASE-T Ethernet with support for up to 100-meter cable runs using Cat6a. The camera is fully compatible with industry standards like GigE Vision and GenICam and comes with an SDK supporting Python, C++, and LabVIEW. It also integrates easily with third-party platforms like HALCON, MATLAB, NI Vision, and OpenCV
Can the T-Rex EVO / 2.2MP IR camera be integrated into industrial automation or AI-based vision systems?
Absolutely. The T-Rex EVO / 2.2MP IR camera is built for seamless integration into smart factories, robotics platforms, and AI-driven vision systems. Its 10G Ethernet interface, real-time FPGA processing, and compatibility with industrial standards (GigE Vision, GenICam) make it ideal for automated inspection, robotic calibration, and predictive maintenance tasks. The camera’s thermal and NIR sensitivity allows detection of faults, actuator overheating, and process anomalies that are invisible in the visible spectrum.
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FAQs
What makes the T-Rex EVO / 2.2MP IR camera ideal for infrared and thermal imaging applications?
The T-Rex EVO / 2.2MP IR camera features a high-speed infrared-sensitive CMOS sensor paired with a powerful Xilinx Kintex UltraScale FPGA. This combination enables real-time thermal monitoring, NIR imaging, and advanced on-board analytics at frame rates up to 1,200 fps. Its global shutter and precise sub-microsecond timestamping ensure accurate capture of dynamic thermal events across industrial, defence, and scientific domains.
Which industries benefit most from using this high-speed infrared camera?
The T-Rex EVO / 2.2MP IR is widely adopted in sectors such as automotive crash testing, aerospace combustion analysis, laser additive manufacturing, smart robotics, materials research, life sciences, and defence photonics. Its sensitivity to visible and NIR wavelengths, coupled with FPGA-based intelligence, makes it especially suitable for environments requiring fast thermal visualisation and non-visible spectrum diagnostics.
Does the T-Rex EVO / 2.2MP IR support real-time processing and external triggers?
Yes. The camera includes real-time FPGA-driven image processing features like BLOB detection, RLE tracking, and thermal anomaly detection. It also supports multiple triggering modes, including external hardware triggers, GPIO, and software-based triggers, enabling seamless integration into automated testing, scientific experiments, and synchronised multi-camera setups.
How is data transmitted from the camera, and what software environments are supported?
Data is transferred via ultra-fast 10GBASE-T Ethernet with support for up to 100-meter cable runs using Cat6a. The camera is fully compatible with industry standards like GigE Vision and GenICam and comes with an SDK supporting Python, C++, and LabVIEW. It also integrates easily with third-party platforms like HALCON, MATLAB, NI Vision, and OpenCV
Can the T-Rex EVO / 2.2MP IR camera be integrated into industrial automation or AI-based vision systems?
Absolutely. The T-Rex EVO / 2.2MP IR camera is built for seamless integration into smart factories, robotics platforms, and AI-driven vision systems. Its 10G Ethernet interface, real-time FPGA processing, and compatibility with industrial standards (GigE Vision, GenICam) make it ideal for automated inspection, robotic calibration, and predictive maintenance tasks. The camera’s thermal and NIR sensitivity allows detection of faults, actuator overheating, and process anomalies that are invisible in the visible spectrum.
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