High-Dynamic-Range IR Cameras

Introduction to the HDR M700

The Telops HDR M700 High Dynamic Range Infrared Camera represents a breakthrough in infrared imaging technology, setting a new benchmark for performance and versatility in demanding airborne military applications. Engineered to excel in the challenging environments of fighter jets, helicopters, and other military aircraft, the HDR M700 delivers unparalleled image quality and precision across a broad temperature range. Its innovative design incorporates advanced on-chip saturation management and a 24-bit architecture, enabling it to capture detailed visualizations of both hot and cold targets within a single snapshot. Consequently, this capability is crucial for military operations that require accurate thermal analysis and situational awareness in real-time.

Durability and Robustness

Furthermore, the HDR M700’s robust construction and IP-67 certified enclosure ensure it can withstand the harsh conditions typical of airborne operations, including extreme temperatures, high altitudes, and rapid movements. This durability, combined with its advanced imaging capabilities, makes the HDR M700 an indispensable tool for a variety of military applications, from thermal reconnaissance and surveillance to monitoring high-temperature processes and conducting detailed thermal inspections.

Exceptional Dynamic Range

One of the standout features of the HDR M700 is its ability to handle a dynamic range of over 900 degrees within a single exposure time. This extensive range is far beyond the capabilities of traditional midwave infrared cameras, which typically manage only around 150 degrees. As a result, the HDR M700’s superior range allows for efficient and comprehensive imaging of scenes with strong thermal contrasts, such as those encountered during high-speed aerial maneuvers or when assessing both hot engines and cooler surroundings simultaneously.

Advanced Real-Time Processing

In addition to its exceptional dynamic range, the HDR M700 offers proprietary real-time processing (RTTC) technology. This feature includes non-uniformity correction (NUC), radiometric temperature measurement, in-band radiance, and in-band irradiance processing without the need for blackbody calibration. Consequently, this real-time processing capability enhances operational flexibility and ensures consistent radiometric performance and image quality throughout the camera’s operating range.

High Frame Rate Imaging

Moreover, the HDR M700 is designed for high frame rate imaging, capturing at 650 Hz at full resolution (640 × 512) and up to 40,000 Hz at lower resolutions. This high-speed capability ensures that no critical detail is missed, making it ideal for analyzing fast-moving targets and dynamic thermal events. Additionally, the camera’s comprehensive connectivity options, including Gig-E, Camera Link, SDI, GPS, IRIG-B, RS232, and thermistor ports, facilitate seamless integration and data management in complex military systems.

Overall, the Telops HDR M700 High Dynamic Range Infrared Camera combines cutting-edge technology, robust design, and versatile applications to provide an unparalleled imaging solution for airborne military operations. Its ability to deliver detailed, high-quality infrared images in the most demanding environments makes it an essential tool for enhancing situational awareness, improving mission outcomes, and supporting critical decision-making processes.