Imaging Cameras & Sensors – FPGA Camera
0.5 MP High-Speed FPGA Camera
Capture ultra-fast events at up to 11,000 fps with the 0.5 MP FPGA Camera. Ideal for ballistics, robotics, and automation
In the high-demand world of industrial inspection, scientific research, and defence testing, every microsecond matters. The 0.5 MP High-Speed FPGA Camera – Spinosaurus EVO, distributed and supported in India by United Spectrum Instruments, is designed to deliver high-performance imaging in the most challenging conditions.
Combining up to 11,000 frames per second, global shutter CMOS sensing, and real-time image processing with Xilinx Kintex UltraScale FPGA, this compact, rugged camera enables unmatched imaging reliability and speed.
Understanding 0.5 MP High-Speed FPGA Camera
The 0.5 MP High-Speed FPGA Camera is a compact and powerful machine vision solution designed for real-time imaging in demanding industrial and research applications. Powered by FPGA technology, it delivers ultra-fast image processing with minimal latency, ensuring precision and efficiency. With a resolution of 0.5 megapixels and high frame rates, this camera is ideal for capturing rapid events and monitoring high-speed processes. Its robust design, low power consumption, and easy integration make it suitable for manufacturing, automotive, scientific, and defence environments requiring reliable, high-performance imaging.
Technical Specifications
| ADC Resolution | 8/10/12 bit |
| Analogue Gain | 0-48dB at 0.1dB step |
| Region of Interest | YES, with 16 pixel increments |
| Shutter Type | Electronic global shutter |
| Shutter Time | 5 us – 90 s |
| Pixel Clock Speed | 1.9 Gpix/s (16 pixels @ 118.8 MHz) |
| Exposure | Linear, dual gain 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 | 1.56 us |
| FPGA | Xilinx Zynq Ultrascale+ ZU4CG |
| Free FPGA % | Up to 50%, most of 728 slices of DSP are free. |
| Volatile Memory | 2 GB LPDDR4 with 9.6 GB/s bandwidth |
| Non-volatile Memory | 64 MB QSPI flash, 16 GB eMMC |
| Lens Mount | C-mount (1” 32G thread) |
| Temp Range | 0 – 50°C |
| Mass | TBD |
| Protection | Up to IP67 with housing |
| Housing Material | CNC-machined aluminum, anodized |
| RoHS | RoHS compliant |
| Fixing Holes | 4x M3 OEM / 5 x M6 on housing |
| Input Voltage | DC 9-36V or 5V (OEM) |
| Consumption | up to 30W |
| IO Isolation | 3x IN / 3x OUT opto-isolated |
| Connectors | 10G SFP+, 10 pin Hirose HR10A, ZIF or OEM |
| 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 version 2018.2 or later.; Microsoft Visual Studio 2017 |
Key Features and Advantages
High-Speed FPGA Processing
Enables real-time image acquisition and processing with ultra-low latency.
0.5 Megapixel Resolution
Provides sharp imaging while maintaining very high frame rates for fast processes.
Compact & Robust Design
Built for seamless integration into industrial and research environments.
Low Power Consumption
Efficient operation reduces heat generation and long-term energy costs.
Flexible Connectivity
Supports multiple interface options for easy system integration.
Optimised for Real-Time Applications
Delivers stable performance in applications requiring continuous, high-speed imaging.
Advantages:
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FPGA-based architecture ensures rapid, parallel image processing
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High frame rates make it ideal for capturing fast-moving objects
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Compact design allows deployment in space-constrained setups
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Rugged build ensures reliability in industrial and laboratory environments
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Low power design supports energy-efficient operations
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Easy integration with existing vision systems and machine automation setups
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Enhances productivity by reducing delays in data capture and processing
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Suitable for both continuous monitoring and event-triggered recording
Applications Across Industries
Industrial Automation
Monitors and analyses fast-moving production lines and machinery.
Automotive & EV Manufacturing
Captures high-speed testing data for crash simulations, drivetrain monitoring, and component validation.
Aerospace & Defence
Supports research, testing, and monitoring of high-speed aerospace systems.
Electronics & Semiconductor
Used in PCB inspection, microelectronics testing, and soldering process validation.
Scientific Research
Enables high-speed imaging for experiments in physics, fluid dynamics, and combustion studies.
Quality Assurance & Metrology
Provides reliable data for precision inspections and defect detection.
The 0.5 MP High-Speed FPGA Camera combines speed, efficiency, and reliability, making it the perfect choice for industries and laboratories requiring accurate real-time imaging solutions.
Why Choose United Spectrum Instruments?
United Spectrum Instruments is the authorised distributor of 0.5 MP High-Speed FPGA Cameras in India, providing expert consultation and support.
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Genuine high-speed FPGA camera systems with manufacturer warranty
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Application-specific guidance for industrial, automotive, aerospace, and research use
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Pan-India installation, integration, and after-sales technical service
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Competitive pricing supported by reliable local expertise
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Proven experience in photonics and high-speed imaging
By partnering with United Spectrum Instruments, Indian industries and research institutes gain access to advanced FPGA-based camera technologies that ensure high-speed performance, accuracy, and long-term reliability.
FAQs
What is the advantage of Model: Spinosaurus EVO / 0.5MP FPGA in this camera?
The Xilinx FPGA enables real-time image processing at the sensor level, drastically reducing latency and processing load on your host PC.
Can I integrate this with SCADA or industrial automation systems?
Yes. We offer full integration with SCADA/PLC systems, including trigger synchronisation, power controls, and real-time feedback loops.
Is this camera suitable for research and academic use?
Absolutely. It supports MATLAB, Python, and LabVIEW, making it ideal for labs working on high-speed physics, combustion, or robotics.
What’s the maximum cable length supported with 10G Ethernet?
Up to 100 meters with Cat6a cable — allowing long-distance installation without signal degradation.
Can I run multiple cameras in sync?
Yes. Multi-camera synchronisation is supported via GPIO or time-based timestamping, ideal for stereo imaging or volumetric reconstruction.
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FAQs
What is the advantage of Model: Spinosaurus EVO / 0.5MP FPGA in this camera?
The Xilinx FPGA enables real-time image processing at the sensor level, drastically reducing latency and processing load on your host PC.
Can I integrate this with SCADA or industrial automation systems?
Yes. We offer full integration with SCADA/PLC systems, including trigger synchronisation, power controls, and real-time feedback loops.
Is this camera suitable for research and academic use?
Absolutely. It supports MATLAB, Python, and LabVIEW, making it ideal for labs working on high-speed physics, combustion, or robotics.
What’s the maximum cable length supported with 10G Ethernet?
Up to 100 meters with Cat6a cable — allowing long-distance installation without signal degradation.
Can I run multiple cameras in sync?
Yes. Multi-camera synchronisation is supported via GPIO or time-based timestamping, ideal for stereo imaging or volumetric reconstruction.
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