Imaging Cameras & Sensors – FPGA Camera
4.2 MP FPGA-Based High-Speed (Monochrome) Camera
Engineered for Precision. Designed for Speed. Trusted for Industrial and Scientific Excellence.
In high-speed imaging, clarity, responsiveness, and accurate grayscale detection are essential. The Velociraptor EVO / 4.2 MP Monochrome camera from OptoMotive delivers just that — combining ultra-high frame rates, global shutter precision, and intelligent onboard processing into one compact, industrial-grade powerhouse.
Whether it’s high-speed manufacturing inspection, motion tracking, material deformation analysis, or advanced fluid dynamics research, this camera offers distortion-free, pixel-perfect monochrome imaging at full resolution — even at 1000 frames per second.
Distributed exclusively in India by United Spectrum Instruments, it brings global innovation with local support to industrial and scientific pioneers.
Understanding 4.2 MP FPGA-Based High-Speed (Monochrome) Camera
The 4.2 MP FPGA-Based High-Speed (Monochrome) Camera is designed for industries and research requiring maximum sensitivity, contrast, and accuracy. With a 4.2 megapixel monochrome sensor, it delivers sharper contrast and higher sensitivity than colour cameras, making it ideal for low-light and high-speed imaging. FPGA-based real-time processing enables ultra-fast acquisition with minimal latency, ensuring accurate capture of dynamic events. Its compact, rugged, and energy-efficient design allows seamless integration into machine vision and laboratory systems. This camera is widely trusted for semiconductor inspection, automotive crash testing, aerospace validation, and advanced scientific research requiring precision imagin
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 | 210 ns – 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 | Spartan6LX150 |
| Free FPGA % | Up to 70%, most of the 180 slices of DSP are free. |
| 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 |
| 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 ISE/EDK version 13.3 or later, Microsoft Visual Studio 2010 |
Key Features and Advantages
FPGA-Based Real-Time Processing
Provides ultra-fast image acquisition and parallel processing with low latency for real-time applications.
4.2 Megapixel Monochrome Sensor
Delivers enhanced sensitivity and contrast, ensuring accurate detection of subtle details.
High-Speed Frame Capture
Captures dynamic processes with sharp detail, even at maximum frame rates.
Compact & Rugged Design
Built to withstand demanding industrial and laboratory conditions.
Energy-Efficient Operation
Minimises power usage and heat output, ensuring stable long-term deployment.
Flexible Connectivity
Supports a range of machine vision interfaces for smooth integration.
Advantages:
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Enhanced contrast and sensitivity compared to colour imaging
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FPGA-driven architecture enables real-time, low-latency performance
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Rugged build ensures consistent performance in industrial setups
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Compact footprint supports integration into confined spaces
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Energy-efficient design reduces costs and ensures reliable operation
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Ideal for precision defect detection in semiconductor and electronics industries
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Trusted in automotive and aerospace crash testing for repeatable results
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Widely adopted in scientific experiments requiring detailed monochrome imaging
Applications Across Industries
Industrial Automation & Machine Vision
Supports surface flaw detection, inline inspection, and alignment verification. Monochrome sensitivity improves capture of fine details invisible in colour imaging.
Automotive & EV Manufacturing
Used in crash testing, drivetrain validation, and EV battery inspection. High-speed monochrome imaging enables engineers to analyse weld quality, stress points, and material deformation.
Aerospace & Defence
Applied in propulsion testing, materials validation, and structural monitoring. Monochrome clarity ensures precise, repeatable imaging in mission-critical aerospace R&D.
Semiconductor & Electronics
Enables wafer inspection, PCB testing, and microelectronics analysis. High-contrast imaging makes detection of micro-defects and cracks more effective.
Scientific Research
Captures fluid dynamics, combustion analysis, and shockwave behaviour with accuracy, supporting advanced experimental work and publications.
Medical & Biomedical Research
Supports tissue motion analysis, biomechanics, and microfluidics, where monochrome imaging highlights fine structures and motion.
Sports Science & Motion Analysis
Assists in biomechanics studies and rehabilitation tracking, providing high-contrast, precise motion capture.
Energy & Power Systems
Monitors turbines, transformers, and renewable energy systems, detecting structural changes and failures with speed and clarity.
The 4.2 MP FPGA-Based High-Speed (Monochrome) Camera delivers sensitivity, speed, and resolution, making it the go-to solution for industries and research institutions requiring precision in monochrome imaging.
Why Choose United Spectrum Instruments?
United Spectrum Instruments is the authorised distributor of 4.2 MP FPGA-Based High-Speed (Monochrome) Cameras in India, offering comprehensive imaging solutions with full support.
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Genuine 4.2 MP Monochrome FPGA cameras with manufacturer warranty
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Expertise in semiconductor, automotive, aerospace, and scientific applications
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Pan-India installation, training, and after-sales service
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Application-focused consultation for laboratory and industrial projects
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Competitive pricing with dependable local technical expertise
With deep expertise in photonics and high-speed imaging, United Spectrum Instruments ensures Indian industries and research organisations access cutting-edge monochrome FPGA cameras that deliver accuracy, reliability, and long-term performance.
FAQs
Can the camera handle real-time high-speed inspections?
Yes, the onboard FPGA allows real-time image correction, filtering, and analysis — ideal for inline inspection systems.
Is it suitable for academic research labs?
- Absolutely. Its compatibility with common software, high frame rates, and sharp grayscale imaging make it ideal for university and institutional use.
How does it compare to colour cameras?
- Monochrome cameras offer better light sensitivity, contrast, and detail, especially in precision measurement and edge detection applications.
What is the supported SDK environment?
C++, Python, LabVIEW, MATLAB, and GenICam-compliant software are supported.
Can I synchronise multiple units for 3D imaging?
- Yes. It supports hardware and software-based synchronisation across multiple cameras.
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FAQs
Can the camera handle real-time high-speed inspections?
Yes, the onboard FPGA allows real-time image correction, filtering, and analysis — ideal for inline inspection systems.
Is it suitable for academic research labs?
- Absolutely. Its compatibility with common software, high frame rates, and sharp grayscale imaging make it ideal for university and institutional use.
How does it compare to colour cameras?
- Monochrome cameras offer better light sensitivity, contrast, and detail, especially in precision measurement and edge detection applications.
What is the supported SDK environment?
C++, Python, LabVIEW, MATLAB, and GenICam-compliant software are supported.
Can I synchronise multiple units for 3D imaging?
- Yes. It supports hardware and software-based synchronisation across multiple cameras.
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