SKU: IOWC-0627
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Teledyne Teledyne FLIR Hadron 640R Dual Sensor Camera Module, 640×512 LWIR + 64MP EO

₹734,089.00 (Inclusive of all taxes)
Out of Stock

The Teledyne Teledyne FLIR Hadron 640R is a dual-sensor OEM camera module integrating a 640×512 radiometric thermal sensor with a 64MP visible camera. It provides synchronized, high-frame-rate imaging for robotics, drones, and AI platforms via standard embedded interfaces.

Features

  • Dual-sensor core with 640×512 radiometric thermal and 64MP visible imaging for comprehensive scene analysis.
  • High-speed 60 Hz frame rate on both sensors enables real-time tracking and motion capture.
  • Boson/Boson+ thermal core delivers accurate temperature measurement (±5°C) for precision applications.
  • Compact, SWaP-optimized design simplifies integration into drones, robotics, and portable surveillance systems.
  • NDAA compliant and ITAR-free, facilitating global deployment in commercial and defense projects.

Out of stock

Description

The Hadron 640R Dual Sensor Module combines Teledyne FLIR’s advanced Boson thermal imaging technology with a high-resolution 64MP visible sensor in a single, integrated OEM core. This architecture provides synchronized thermal and visual data streams at up to 60 Hz, enabling enhanced perception for autonomous systems and AI-driven analytics. The module outputs radiometric data, allowing for precise temperature measurement within each thermal pixel.

Designed for low-SWaP (Size, Weight, and Power) integration, the module operates on a 5V supply with typical power under 1.8W, making it suitable for battery-powered UAVs and mobile robotics. Its standardized electrical and mechanical interfaces accelerate development on leading embedded computing platforms, providing a turnkey solution for demanding environmental sensing, inspection, and surveillance applications.

Key Features

  • Integrated dual-sensor design with co-aligned 640×512 LWIR thermal and 64MP visible imaging.
  • Radiometric thermal output provides accurate temperature data per pixel for analytical applications.
  • High-performance Boson or Boson+ thermal core ensures superior image clarity and thermal sensitivity.
  • Supports full HD video and thermal streaming simultaneously at 60 Hz frame rate.
  • Compact, lightweight form factor optimized for SWaP-constrained platforms like drones and handheld devices.
  • NDAA compliant and ITAR-free design allows for unrestricted global commercial deployment.
  • Standardized interfaces facilitate easy integration with NVIDIA Jetson, Raspberry Pi, and other AI compute modules.
  • Low power consumption (typical <1.8W @ 5V) enables extended operation on mobile power sources.

Applications

  • Unmanned Aerial Systems (UAS) and drones for search & rescue, inspection, and mapping.
  • Autonomous mobile robots and AGVs for navigation and obstacle detection in low-light conditions.
  • Fixed and pan-tilt surveillance systems for perimeter security and threat detection.
  • Industrial condition monitoring and predictive maintenance using thermal analytics.
  • AI-driven perception platforms for automotive, aerospace, and smart city infrastructure.

Technical Specifications

Thermal Sensor640 × 512 pixels, 12µm pitch, Radiometric
Visible Sensor64MP (9248 × 6944 pixels)
Frame RateUp to 60 Hz (both sensors)
Lens HFOV32° with 13.6mm focal length
Power Supply5V DC
Typical Power<1.8W
Temperature Accuracy±5°C (0°C to 100°C range)
Core TechnologyBoson / Boson+ Thermal Core
ComplianceNDAA Compliant, ITAR-Free

Frequently Asked Questions

What interfaces does the Hadron 640R module use for data output and control?

The module typically utilizes high-speed MIPI CSI-2 interfaces for both the thermal and visible sensor video streams. Control and configuration are managed via I2C or SPI, following standard embedded camera protocols. Integration guides are provided by Teledyne FLIR for platforms like NVIDIA Jetson and Raspberry Pi. Ensure your host processor supports dual MIPI CSI-2 inputs for simultaneous data capture.

How is the radiometric temperature data accessed and calibrated?

Radiometric data is embedded within the thermal image stream. You access it via the Teledyne FLIR-provided SDK or API, which extracts temperature values for each pixel. The module is factory calibrated, but for high-accuracy applications, a one-point external calibration against a known temperature reference may be performed using the software tools. The ±5°C accuracy is specified for objects between 0°C and 100°C.

What is the power requirement and thermal management for this module?

The module requires a stable 5V DC supply with typical power consumption under 1.8W. Ensure your power source can deliver adequate current, especially during startup. While the module is designed for low power, prolonged operation at high frame rates may generate heat. For optimal performance in enclosed systems, consider passive airflow or a small heatsink, as specified in the integration manual.

Can the thermal and visible video streams be synchronized and processed separately?

Yes, the module hardware-synchronizes the thermal and visible sensors, outputting aligned frames at up to 60 Hz. The streams are transmitted on separate MIPI CSI-2 lanes, allowing your software to process them independently or fuse them for analytics. Teledyne FLIR's software libraries provide tools for timestamp alignment, overlay, and radiometric data extraction from the synchronized streams.

Package Includes

  • 1 x Teledyne Teledyne FLIR Hadron 640R 70640AS32-6PMRXX Radiometric Thermal & Visible Camera Module

Additional Information

Weight 6 kg
Dimensions 9 × 7 × 7 cm