Imaging Cameras & Sensors – FPGA Camera
2.8 MP High-Speed FPGA Camera
Designed for engineers, researchers, and automation experts, the Spinosaurus EVO / 2.8 MP high-speed FPGA camera delivers exceptional speed, precision, and onboard intelligence. With real-time image processing powered by FPGA and 10G Ethernet connectivity, it captures fast-moving processes at full 2.8 MP resolution — all while enabling low-latency decision-making at the edge.
United Spectrum Instruments offers complete support, distribution, and integration of the Spinosaurus EVO camera across India, empowering high-performance imaging in both industrial and academic domains.
Understanding 2.8 MP High-Speed FPGA Camera
The 2.8 MP High-Speed FPGA Camera is a versatile imaging solution designed for applications that demand both detail and speed. Featuring a 2.8 megapixel sensor and FPGA-based real-time processing, it delivers high-resolution images with ultra-fast frame rates and minimal latency. Its enhanced pixel density ensures greater detail compared to 2.2 MP models, while maintaining high sensitivity and reliability. Compact, rugged, and energy-efficient, the camera is ideal for industrial automation, automotive testing, scientific research, aerospace, and electronics inspection. It seamlessly integrates into machine vision systems, providing industries and research institutions with consistent, high-performance imaging.
Technical Specifications
| Feature | Specification |
| Sensor Type | CMOS Global Shutter |
| Resolution | 2048 × 1368 (2.8 MP) |
| Max Frame Rate | Up to 1,200 fps |
| Pixel Size | 9 µm |
| Interface | 10GBASE-T Ethernet |
| Power Input | 12–24V DC / PoE+ |
| Lens Mount | C-mount, F-mount, EF-mount (customisable) |
| FPGA Processor | Xilinx Kintex UltraScale |
| Dimensions | 90 × 90 × 72 mm |
| Weight | ~800 grams |
| Operating Temperature | 0°C to +45°C |
| Standards | GigE Vision, GenICam |
| Software Support | Python, C++, LabVIEW, OpenCV, HALCON, MATLAB |
Key Features and Advantages
FPGA-Based Real-Time Processing
Offers ultra-fast image acquisition and parallel data handling with low latency.
2.8 Megapixel Sensor
Provides higher resolution than 2.2 MP models, capturing greater image detail.
High-Speed Frame Capture
Optimised for recording rapid events in industrial and research environments.
Compact & Rugged Build
Engineered for durability, making it suitable for continuous, demanding use.
Energy-Efficient Performance
Designed to reduce power consumption and minimise heat generation.
Flexible Connectivity
Supports modern vision system interfaces for easy system integration.
Advantages:
-
Higher resolution provides greater image detail for inspection and analysis
-
FPGA-driven real-time processing ensures low-latency performance
-
Compact design supports integration into space-limited setups
-
Rugged build guarantees stable operation in industrial and research settings
-
Energy efficiency reduces long-term operating costs
-
Enhances defect detection, process monitoring, and experimental accuracy
-
Reliable for long-duration imaging tasks requiring high stability
-
Widely adopted in automotive, aerospace, semiconductor, and research sectors
Applications Across Industries
Industrial Automation & Machine Vision
Supports high-speed inspection of production lines, detecting micro-defects, misalignments, and surface flaws with precision. The added resolution improves detection of smaller features.
Automotive & EV Manufacturing
Used for crash testing, EV battery inspection, and component validation. The higher resolution allows engineers to analyse stress points and material deformation with greater detail.
Aerospace & Defence
Applied in propulsion system monitoring, materials testing, and structural validation. The combination of speed and detail ensures reliable data capture for critical applications.
Semiconductor & Electronics
Ideal for PCB inspection, solder joint analysis, and wafer testing. Enhanced pixel density helps reveal finer anomalies invisible to lower-resolution sensors.
Scientific Research
Captures fast-moving events such as combustion, shock waves, and fluid dynamics with higher precision, supporting advanced experiments and publications.
Medical & Biomedical Research
Used in biomechanics, tissue imaging, and microfluidics studies where high-resolution monochrome or colour imaging supports accurate analysis.
Sports Science & Motion Analysis
Enables motion tracking in biomechanics and performance research, offering detailed insights for training and rehabilitation.
Energy & Power Systems
Supports turbine inspection, renewable energy monitoring, and high-voltage component testing by capturing fast thermal and structural changes.
The 2.8 MP High-Speed FPGA Camera combines enhanced resolution with high frame rates, making it an indispensable imaging tool for industries and researchers requiring both speed and detail.
Why Choose United Spectrum Instruments?
United Spectrum Instruments is the authorised distributor of 2.8 MP High-Speed FPGA Cameras in India, delivering advanced imaging solutions with full support.
-
Genuine high-speed FPGA cameras with manufacturer warranty
-
Expertise across automotive, aerospace, electronics, and scientific applications
-
Pan-India integration, training, and after-sales service
-
Application-focused consultation for industrial and research projects
-
Competitive pricing with dependable local technical support
By working with United Spectrum Instruments, Indian industries and research institutions gain access to world-class high-speed imaging systems that deliver unmatched accuracy, innovation, and long-term reliability.
FAQs
What is the maximum frame rate of the Spinosaurus EVO / 2.8 MP camera?
The camera supports up to 1,200 frames per second (fps) at full 2.8 MP resolution.
Does the camera support real-time image processing?
Yes, it features a Xilinx Kintex UltraScale FPGA that enables onboard, real-time processing for applications like motion tracking, peak detection, and defect analysis.
Is the camera suitable for robotic vision systems?
Absolutely. With its global shutter, high speed, and low-latency processing, it is ideal for pick-and-place, guidance, and industrial robotic systems
What interfaces are supported for data transfer?
The camera uses a 10GBASE-T Ethernet interface for ultra-fast data transmission and also supports PoE+ for power and data over a single cable.
Can the Spinosaurus EVO be used in academic and research environments?
Yes. It is widely used in scientific research fields such as biomechanics, fluid dynamics, plasma physics, and materials testing.
GET IN TOUCH WITH US
Have Any Questions ?
FAQs
What is the maximum frame rate of the Spinosaurus EVO / 2.8 MP camera?
The camera supports up to 1,200 frames per second (fps) at full 2.8 MP resolution.
Does the camera support real-time image processing?
Yes, it features a Xilinx Kintex UltraScale FPGA that enables onboard, real-time processing for applications like motion tracking, peak detection, and defect analysis.
Is the camera suitable for robotic vision systems?
Absolutely. With its global shutter, high speed, and low-latency processing, it is ideal for pick-and-place, guidance, and industrial robotic systems
What interfaces are supported for data transfer?
The camera uses a 10GBASE-T Ethernet interface for ultra-fast data transmission and also supports PoE+ for power and data over a single cable.
Can the Spinosaurus EVO be used in academic and research environments?
Yes. It is widely used in scientific research fields such as biomechanics, fluid dynamics, plasma physics, and materials testing.
WHAT WE OFFER
Reliable Engineering Solutions for Modern Manufacturing
Industrial Laser Systems
Laser Sources
