#China #Shanghai #Raytron #SWLP Technology #Infrared Detector

Raytron's Innovative OHLE6081 Infrared Detector

At the recent LASER World of PHOTONICS CHINA 2026, Raytron made headlines by unveiling its OHLE6081, the world's first second-generation uncooled infrared detector. This cutting-edge detector leverages SWLP (wafer-level packaging) technology, marking a monumental stride in infrared imaging capabilities.

Key Features of the OHLE6081

The OHLE6081 is not just about innovation; it represents a significant leap in the industry, combining an 8μm pixel pitch with a 640×512 resolution, all housed within an impressively compact size of just 11.2×11.2 mm. This combination enables a seamless integration into various applications such as commercial drones, industrial temperature measurement, outdoor night vision systems, and advanced driver-assistance systems (ADAS).

Industry Trends Driving Innovation

The release of the OHLE6081 coincides with three major trends reshaping the infrared detector market:
1. Miniaturization: There is a noticeable shift towards smaller devices that prioritize size, weight, and power efficiency (SWaP). Handheld thermal imaging devices and drones are in need of these tighter constraints.
2. Cost-effective Manufacturing: Traditional manufacturing of infrared detectors requires highly controlled environments like Class 100 cleanrooms, which can complicate scalability. The new SWLP technology reduces dependency on such facilities, offering a more streamlined production process.
3. Rising Performance Standards: With 640×512 resolution becoming the norm, the market is experiencing heightened demands for improved temperature sensitivity and image quality.-

Benefits of OHLE 6081 for OEMs

The OHLE6081 offers several advantages that make it an attractive choice for original equipment manufacturers (OEMs):

• - Advanced 8μm Pixel Design: The innovative pixel structure provides enhanced detail and resolution without increasing the size, making it easier to integrate into existing systems.
• - SWLP Packaging: This industry-first technology allows for production in standard environments, thus eliminating the need for cleanroom conditions. It is compatible with surface-mount technology (SMT), supporting mass production while reducing the module size by an impressive 74% compared to traditional ceramic-packaged thermal detectors.
• - High Resolution with Low Noise: Utilizing a vanadium oxide (VOx) sensor, the OHLE6081 achieves a noise equivalent temperature difference (NETD) of less than 50 mK, facilitating high-quality imaging suitable for precise target detection.
• - Wide Temperature Range: The detector operates across an extensive temperature range from -40°C to 800°C while maintaining a lightweight (<1 g) structure and a power consumption of less than 120 mW. These specifications empower seamless integration into a variety of commercial applications, including drones and automotive systems.

About Raytron

Raytron stands at the forefront of infrared thermal imaging technology, recognized for developing the world's first 8μm and 6μm infrared detector chips. The company is committed to driving continual innovations that enhance infrared detectors and imaging solutions for industrial applications. Through advancements in technology, Raytron strives to deliver superior value to its customers.

For inquiries about OEM partnerships or bulk orders, you can reach out to Raytron. Visit their website at raytrontek.com for more information.