Imaging Cameras & Sensors – FPGA Camera
4.2 MP Infrared High-Speed (FBGA) Camera
Industrial-grade infrared imaging demands more than just resolution — it requires a harmonious blend of speed, sensitivity, reliability, and data processing efficiency. The Velociraptor HS 4.2 MP Infrared High-Speed Camera stands at the forefront of innovation, combining a high-resolution sensor with real-time processing capabilities, a high-speed 10GigE interface, and FPGA-based architecture. Built for advanced thermal and infrared applications, this model empowers engineers, researchers, and system integrators with data-rich insights at blistering frame rates.
Engineered by OptoMotive, a global leader in high-performance machine vision systems, and distributed in India by United Spectrum Instruments, the Velociraptor HS 4.2MP IR camera is tailored for critical use cases in defence, materials testing, combustion analysis, laser monitoring, and non-visible spectrum imaging.
Understanding 4.2 MP Infrared High-Speed (FBGA) Camera
The 4.2 MP Infrared High-Speed (FPGA) Camera is a high-performance imaging solution designed for applications that require sensitivity beyond the visible spectrum. Featuring a 4.2 megapixel infrared sensor and FPGA-based real-time processing, it delivers ultra-fast acquisition and analysis with minimal latency. Its ability to detect heat signatures, thermal variations, and material stress points makes it invaluable in aerospace, defence, semiconductor, and energy sectors. Compact, rugged, and energy-efficient, the camera is built for demanding environments and integrates seamlessly into machine vision and research setups, ensuring precise and repeatable results in high-speed infrared imaging tasks.
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 | 20us – 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 | Spartan-6LX |
| Volatile Memory | 2x 128 MB DDR3 SDRAM |
| Non-volatile Memory | 8MB flash |
| 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 | 4 x M3 OEM / 2 x M6 with housing |
| Input Voltage | Power over Ethernet, 42-57V |
| Consumption | up to 10W |
| IO Isolation | No, but camera has 1.5kV PoE isolation |
| Connectors | RJ45, 4 pin LEMO EXG 00 304 |
| Real-time Image Processing | Yes. JPEG compression core implemented as a standard configuration |
| On-board Image Processing | As an option (if an IP Core is integrated) |
| Open Reference Design | Yes |
| Open architecture | Yes |
| Software | Compatible with OptoMotive SHARKi software and any other GigE vision software |
| Operating System | Windows 7, Windows 10, 64bit or 32bit |
| Protocols | GigE Vision® 1.2 and GenICam™ 2.0 compliant |
| Development Tools | Xilinx ISE/EDK version 13.3 or later, Microsoft Visual Studio 2010 |
Key Features and Advantages
FPGA-Based Real-Time Processing
Delivers parallel image capture and ultra-low-latency processing for real-time analysis.
4.2 Megapixel Infrared Sensor
Captures fine details in the IR spectrum, revealing features invisible in visible light.
High-Speed Frame Rates
Records rapid thermal processes and dynamic IR events with precision.
Compact & Rugged Build
Engineered for stability and reliability in industrial and defence environments.
Energy-Efficient Operation
Reduces heat generation and power consumption for long-term deployment.
Flexible Integration
Compatible with machine vision systems, automation tools, and research platforms.
Advantages:
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IR sensitivity enables monitoring of heat and material stress
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FPGA-driven processing ensures high-speed, real-time imaging
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4.2 MP resolution provides sharp and detailed infrared images
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Compact footprint supports deployment in confined or mobile systems
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Rugged build ensures performance in aerospace and defence conditions
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Energy-efficient design reduces operational and cooling costs
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Enhances defect detection in semiconductor and electronic applications
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Supports scientific research requiring precise infrared capture
Applications Across Industries
Semiconductor & Electronics
Ideal for wafer inspection, PCB validation, and solder joint analysis. Infrared imaging reveals hotspots, thermal inconsistencies, and hidden defects.
Automotive & EV Manufacturing
Used in EV battery inspection, drivetrain validation, and laser welding monitoring. Infrared capability provides insights into thermal distribution and material behaviour under stress.
Aerospace & Defence
Supports propulsion testing, adaptive optics, and materials validation. IR imaging ensures effective monitoring of high-speed aerospace and defence systems in challenging environments.
Energy & Power Systems
Applied in turbine monitoring, transformer inspections, and renewable energy systems. Infrared imaging helps detect faults and inefficiencies in real time.
Industrial Automation & Quality Control
Enables inline monitoring of production processes, identifying defects, coatings, and stress variations invisible under visible imaging.
Scientific Research
Captures combustion dynamics, shockwave behaviour, and material testing, providing unique insights through high-speed infrared data.
Medical & Biomedical Research
Supports imaging in tissue research, blood flow analysis, and microfluidics, where infrared sensitivity enhances visibility and depth.
Food & Agriculture
Used for food quality inspection, moisture detection, and agricultural monitoring, ensuring product safety and consistency.
The 4.2 MP Infrared High-Speed (FPGA) Camera combines resolution, speed, and infrared sensitivity, making it indispensable for industries and researchers working with thermal and non-visible spectrum imaging.
Why Choose United Spectrum Instruments?
United Spectrum Instruments is the authorised distributor of 4.2 MP Infrared High-Speed (FPGA) Cameras in India, offering cutting-edge thermal imaging solutions with expert support.
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Genuine infrared FPGA cameras with full manufacturer warranty
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Application expertise in semiconductor, defence, aerospace, and biomedical imaging
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Pan-India installation, training, and after-sales technical service
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Tailored consultation for research, industrial automation, and energy sectors
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Competitive pricing with dependable local support
With strong expertise in photonics and imaging, United Spectrum Instruments ensures Indian industries and research organisations gain access to world-class infrared high-speed cameras that deliver precision, performance, and long-term reliability.
FAQs
What types of infrared applications is the Velociraptor HS 4.2 MP IR camera suitable for?
This camera is ideal for applications requiring high-speed IR data acquisition such as combustion monitoring, plasma diagnostics, aerospace testing, NDT, and thermal process control.
Does the camera support external triggering for synchronised imaging?
Yes. The Velociraptor HS supports external trigger I/O and synchronisation with other sensors or cameras, making it suitable for multi-angle or time-critical imaging tasks.
Is the Velociraptor HS compatible with industrial-grade software tools?
Yes. The SDK provides compatibility with C++, Python, LabVIEW, and supports integration with most industrial automation and control systems.
Can the onboard FPGA be programmed for custom image processing?
Absolutely. Users can deploy custom FPGA logic, enabling edge computing for tasks like region-of-interest tracking, motion detection, or threshold-based triggering.
What kind of interface does the camera use for high-speed data transfer?
It uses a 10GigE SFP+ interface, which supports high-bandwidth, low-latency transmission over copper or fibre. This is ideal for real-time imaging applications.
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FAQs
What types of infrared applications is the Velociraptor HS 4.2 MP IR camera suitable for?
This camera is ideal for applications requiring high-speed IR data acquisition such as combustion monitoring, plasma diagnostics, aerospace testing, NDT, and thermal process control.
Does the camera support external triggering for synchronised imaging?
Yes. The Velociraptor HS supports external trigger I/O and synchronisation with other sensors or cameras, making it suitable for multi-angle or time-critical imaging tasks.
Is the Velociraptor HS compatible with industrial-grade software tools?
Yes. The SDK provides compatibility with C++, Python, LabVIEW, and supports integration with most industrial automation and control systems.
Can the onboard FPGA be programmed for custom image processing?
Absolutely. Users can deploy custom FPGA logic, enabling edge computing for tasks like region-of-interest tracking, motion detection, or threshold-based triggering.
What kind of interface does the camera use for high-speed data transfer?
It uses a 10GigE SFP+ interface, which supports high-bandwidth, low-latency transmission over copper or fibre. This is ideal for real-time imaging applications.
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