The 4.2 MP FPGA-Based High-Speed (Near IR) Camera is designed for applications where sensitivity in the near-infrared spectrum (700–1100 nm) is critical. Featuring a 4.2 megapixel NIR sensor and FPGA-powered real-time processing, it delivers sharp images with ultra-low latency at high frame rates. This camera excels in detecting thermal variations, hidden features, and material properties that are invisible to visible-light imaging. Compact, rugged, and energy-efficient, it integrates seamlessly into industrial automation, defence systems, and research environments. It is ideal for semiconductor inspection, biomedical studies, aerospace testing, and energy monitoring requiring precise NIR performance.

FPGA-Based Real-Time Processing

Provides parallel image acquisition and ultra-low-latency analysis for mission-critical tasks.

4.2 Megapixel Near IR Sensor

Captures high-resolution NIR images, revealing subtle material details invisible in visible light.

High-Speed Frame Capture

Optimised for recording rapid NIR processes with clarity and detail.

Compact & Rugged Build

Ensures reliable performance in demanding environments such as aerospace and defence.

Energy-Efficient Operation

Designed for low power consumption and minimal heat generation.

Flexible Integration

Compatible with machine vision standards, automation setups, and scientific platforms.

Advantages:

• Near IR sensitivity enables advanced imaging beyond visible light

• FPGA-driven architecture ensures real-time, low-latency performance

• High 4.2 MP resolution provides detailed inspection and analysis

• Compact design supports integration into space-limited systems

• Rugged construction guarantees reliability in industrial and defence use

• Energy-efficient performance reduces operational costs and cooling requirements

• Enhances defect detection in semiconductors and microelectronics

• Trusted for aerospace, biomedical, and energy research applications

Semiconductor & Electronics

Used for wafer inspection, microchip validation, and PCB testing. NIR imaging exposes heat effects, micro-cracks, and hidden stress points.

Automotive & EV Manufacturing

Applied in EV battery monitoring, laser welding analysis, and drivetrain testing. Near IR sensitivity improves detection of hidden defects and weld quality.

Aerospace & Defence

Supports adaptive optics, propulsion research, and surveillance. NIR imaging enhances visibility in low-light or obscured conditions, aiding mission-critical projects.

Industrial Automation & Quality Control

Provides inline defect detection, coating verification, and stress monitoring where visible-light imaging falls short.

Scientific Research

Captures combustion analysis, microfluidics, and dynamic material testing, giving researchers insights unavailable through visible-only systems.

Medical & Biomedical Research

Used in tissue analysis, blood flow imaging, and cell-level studies, where NIR provides greater depth and contrast.

Energy & Power Systems

Monitors turbines, transformers, and renewable components, identifying inefficiencies and material stress under load.

Food & Agriculture

Supports food quality testing, moisture content analysis, and crop monitoring with precision.

By combining high-resolution imaging with near-infrared sensitivity, the 4.2 MP FPGA-Based High-Speed (NIR) Camera offers unmatched versatility for advanced industrial and research applications.

United Spectrum Instruments is the authorised distributor of 4.2 MP FPGA-Based High-Speed (Near IR) Cameras in India, offering state-of-the-art imaging solutions with complete support.

• Genuine 4.2 MP NIR FPGA cameras with manufacturer warranty

• Expertise across semiconductor, defence, biomedical, and aerospace sectors

• Pan-India installation, training, and after-sales service

• Application-specific consultation for research and industrial automation projects

• Competitive pricing with trusted local expertise

With deep knowledge in photonics and high-speed imaging, United Spectrum Instruments ensures Indian industries and research organisations access world-class NIR FPGA cameras that deliver precision, reliability, and long-term performance.