#Shanghai #None #Raytron #Infrared Detector #OHLE6081

Raytron Unveils the World's First SWLP-Based 8μm Infrared Detector

Introduction

At the LASER World of PHOTONICS CHINA 2026, Raytron showcased an exciting advancement in infrared imaging technology. Introducing the OHLE6081, the world’s first second-generation uncooled infrared detector utilizing SWLP (Silicon Wafer Level Packaging) technology. This new detector is not only compact but cost-effective, enabling a range of applications that require high-performance infrared detection.

Key Features of the OHLE6081

The OHLE6081 represents a significant leap forward in the infrared detector space. Some noteworthy aspects include:

• - Pixel Pitch of 8μm: With an 8μm pixel pitch, the OHLE6081 is optimized for excellent resolution and detail recognition while maintaining a compact size.
• - Resolution of 640 × 512: This standard resolution provides clarity crucial for various applications, including industrial thermography, outdoor night vision, and automotive advanced driver assistance systems (ADAS).
• - Compact Design: Its ultra-compact size of just 11.2 × 11.2 mm makes it suitable for integration into various devices including commercial drones.
• - Low Power Consumption: The detector operates under lower than 120 mW, making it energy efficient for widespread use in portable devices.

Advancements in Thermal Imaging

Raytron's announcement comes at a pivotal moment as the infrared thermal imaging industry experiences transformative trends. The need for miniaturized devices with reduced weight and energy consumption is paramount. As a result, applications in portable thermal cameras, wearables, and commercial drones have increased the demand for more compact and efficient infrared detectors.

Moreover, traditional sampling techniques have relied heavily on clean room environments, which can be expensive and challenging to manage. The SWLP technology employed in the OHLE6081, with its dual-layer packaging, allows assembly in standard environments and paves the way for efficient large-scale production.

Four Key Advantages of the OHLE6081

The OHLE6081 provides various benefits for manufacturers seeking to integrate this technology into their products:
1. Advanced 8μm Pixel Technology: Enhances resolution and detail recognition, optimizing for size and cost-effective manufacturing.
2. Innovative SWLP Packaging: This packaging technique allows for simpler assembly processes and a significant reduction in module size—up to 74% smaller compared to traditional ceramic packaged thermal detectors.
3. High Quality Low Noise Images: With a NETD (Noise Equivalent Temperature Difference) of less than 50 mK, the detector is designed for high-quality imaging, minimizing interference and enhancing target detection.
4. Wide Temperature Range: The OHLE6081 functions effectively across a temperature range from -40 °C to 800 °C, making it versatile for various operational conditions.

Conclusion

Raytron is at the forefront of innovation in IR thermal imaging solutions, and the OHLE6081 illustrates this commitment. By developing the first 8μm infrared detector based on SWLP technology, Raytron not only meets the demands of a growing market but sets a new standard for future developments in infrared imaging. With the potential applications spanning numerous fields—commercial, industrial, and automotive—the future of thermal detection looks incredibly promising.

For further information on OEM collaborations or bulk inquiries, please contact Raytron via email at email protected] or visit their website at [raytrontek.com.