LR series eye-safe rangefinder module is self-developed by RayThink based on 1,535nm erbium glass laser. It is a Class1 product for human eye safety. The module is composed of a laser module, transmitting antenna, receiving antenna, circuit board, structure, etc. Characterized by light weight, compact dimensions,and stable performance, the product can be applied in photoelectric devices such as handheld devices, vehicle-mounted devices, and pods.

AU0640H0 uncooled infrared module provides multiple serialized lenses and various kinds of user extension components, offering trustworthy solutions to high-reliability application scenarios. It is widely applied to fields of outdoor observation, integrated pods and driving assistance.

AU06400 uncooled infrared module is equipped with a 640×512 ceramic-packaged infrared detector. It can not only provide clear images and accurate temperature data but also be equipped with multiple serialized lenses and various kinds of user extension components for customers to select. It can be applied in many fields such as industrial and electrical temperature measurement, security, and machine vision.

*Provide 10+ athermalized lenses applicable to different distance apps.

*Measurement range of -20°C~+550°C;Provide precise and rapid temperature assessment capability.

AU06400 uncooled infrared module has a built-in high-sensitivity VOx infrared detector, providing a consistently high-performance kernel, ultimate image algorithms, and high-accuracy temperature measurement algorithms. The products can be widely used in application scenarios such as security monitoring, industrial temperature measurement, forest fire prevention, and rail transportation.

*All-scenario accurate temperature measurement across a FOV ranging from 15° to 100°.

*It supports both digital and network applications for all scenarios;

*The module upgrades the image algorithm to the new generation and optimizes the image for special scenarios such as forests, sea, sky, and rainy and foggy weather, providing customers with clear and sharp infrared images.

*It can output a full array oftemperature data to facilitate secondary temperature analysis.

AU06400 uncooled infrared module is equipped with a 640×512 ceramic-packaged infrared detector. It can not only provide clear images but also be equipped with multiple serialized lenses and various kinds of user extension components for customers to select. Widely applied to fields of outdoor observation, integrated pods and driving assistance.

AU06400 uncooled infrared module has a built-in high-sensitivity VOx infrared detector, providing a consistently high-performance kernel, ultimate image algorithms, and technology of lens control, bringing a new experience for long-distance monitoring. The product can be widely used in application scenarios such as perimeter security, high-altitude observation, forest fire prevention, and water area monitoring.

AU06400 uncooled infrared module is specifically designed for applications where dimensions and power consumption are critical concerns. Featuring extreme compactness, lighter weight and lower power consumption, it supports multiple parallel communication and video output interfaces, and provides various lightweight infrared lenses. This series of imaging-type products can provide comprehensive infrared imaging solutions for a variety of photoelectric products including small handheld telescopes, helmet night vision devices, light-type unmanned aircraft systems, and driving assistance devices. Products for temperature measurement can be applied in many fields like industrial and electrical temperature measurement, security measurement, and machine vision.

AU0615S0 medium-wave HOT cooled infrared module is provided with the high-performance T2SL cooled infrared FPA detector, is designed with SWaP, and is carried with the self-developed image processing algorithm. It works flexibly and reliably and plots quickly. It supports multiple digital video interfaces, is suitable for multiple focus and continuous zoom lenses, and is widely applied in the mini pod, handheld, border and sea defense and other scenarios. It provides an SDK, which is simple and easy to use, reducing secondary development costs.

*The NETD is as low as 15mK, meeting the requirements of long-distance observation of tiny targets.

*Equipped with a new self-developed image algorithm, it supports a wide dynamic range and adaptive integral time, providing the best imaging effect for different scenarios.

AU0615L0 medium-wave cooled infrared module is provided with the high-performance HgCdTe cooled infrared FPA detector, and carried with the self-developed image processing algorithm. It reaches the frame rate of up to 100Hz, and has the NETD as low as 15mK. It supports multiple digital video interfaces, is suitable for multiple focus and continuous zoom lenses, and is widely applied in sighting distance enhancement, border and coastal surveillance and other scenarios. It provides an SDK, which is simple and easy to use, reducing secondary development costs.

*The NETD is as low as 15mK, meeting the requirements of long-distance observation of tiny targets.

*Equipped with a new self-developed image algorithm, it supports a wide dynamic range and adaptive integral time, providing the best imaging effect for different scenarios.

AU06150 short-wave infrared camera is a product designed for high-definition applications. Adopting a high-sensitivity InGaAs shortwave infrared detector with a pixel size of 15μm and an array size of 640×512, it features superior built-in image processing algorithms that deliver finer and higher-quality images. This product features low power consumption, low noise, and wide dynamic range. It supports multiple serial communication and video output interfaces. With various lightweight infrared lenses provided, it can be widely used in security monitoring, machine vision, semiconductor testing, laser detection, and other fields.

AU06150 medium-wave HOT cooled infrared module is provided with the high-performance T2SL cooled infrared FPA detector, is designed with SWaP, and is carried with the self-developed image processing algorithm. It works flexibly and reliably and plots quickly. It supports multiple digital video interfaces, is suitable for multiple focus and continuous zoom lenses, and is widely applied in the mini pod, handheld, border and sea defense and other scenarios. It provides an SDK, which is simple and easy to use, reducing secondary development costs.

*The dimensions are as small as 72×61.7×76.7mm, weight is as low as 320g, and power consumption is as low as 5.5W, meeting the needs of miniaturized applications.

*The NETD is as low as 20mK, meeting the requirements of long-distance observation of tiny targets.

*Equipped with a new self-developed image algorithm, it supports a wide dynamic range and adaptive integral time, providing the best imaging effect for different scenarios.

AU06150 long-wave cooled infrared module is provided with the high-performance T2SL cooled infrared FPA detector and carried with the self-developed image processing algorithm. With better sand and dust penetrability, and anti-interference capacity of reflected light, it reaches a frame rate of up to 100Hz. It supports multiple digital video interfaces, is suitable for multiple fixed focus and continuous zoom lenses, and is widely applied in sighting distance enhancement, border and coastal surveillance, UAV detection, and other scenarios. It provides an SDK, which is simple and easy to use, reducing secondary development costs.

*The NETD is as low as 25mK, meeting the requirements of long-distance observation of tiny targets.

*Equipped with a new self-developed image algorithm, it supports a wide dynamic range and adaptive integral time, providing the best imaging effect for different scenarios.

Higher Frame Rate for Timely Capture

*The resolution is up to 640×512 and the frame rate is as high as 100Hz, meeting the requirements of large-range dynamic target capture.

AU03840 uncooled infrared module has a built-in high-sensitivity VOx infrared detector, providing a consistently high-performance kernel, ultimate image algorithms, and high-accuracy temperature measurement algorithms. The products can be widely used in application scenarios such as security monitoring, industrial temperature measurement, forest fire prevention, and rail transportation.

*All-scenario accurate temperature measurement across a FOV ranging from 10° to 62°.

*It supports both digital and network applications for all scenarios;

*Eficient thermal balance, providing high-accuracy temperature measurement of ±2'C across a widemeasurement range of -20'c to 650'c for the module, with precise adjustment based on target distance.

*It can output a full array oftemperature data to facilitate secondary temperature analysis.

AU03840 uncooled infrared module has a built-in high-sensitivity VOx infrared detector, providing a consistently high-performance kernel, ultimate image algorithms, and technology of lens control, bringing a new experience for long-distance monitoring. The product can be widely used in application scenarios such as perimeter security, high-altitude observation, forest fire prevention, and water area monitoring.

*It supports athermalized prime lenses, prime electric focusing lenses, and continuous zoom lenses.

*It can realize electric focus, continuous zoom, automatic focus, and defocusing compensation functions, etc.

Multiple Interfaces, Easy for Secondary Development

*It provides interfaces, BT.601, BT.1120, and other video output interfaces.

*Expandable SDI, USB, Cameralink, and HDMI interfaces.

*It provides multiple SDK, which are simple and easy to use, shortening the development cycle, improving efficiency,and reducing secondary development costs.

AU03840 uncooled infrared module has made further technical breakthroughs, redefining the new standard of weight,dimensions, and power consumption (SWaP³) in the infrared OEM module industry. It meets professional needs in the fields of routine inspection, security, search and rescue, and industrial monitoring and provides excellent miniaturized high-resolution solutions for consumer products.

Multiple Interfaces

*Its FOV covers 10°~90°, and it supports multiple interfaces, such as MIPI/USB/BT.656/analog video.

*Equipped with leading programmable modules, it features flexible architecture, multiple functions,and high customizability.

AU0330B0 cooled VOCs gas detection thermal camera is exclusively designed to detect leakage of organic compounds (VOCs) around the wavelength of 3.3μm. It features low NETD and a high response rate, converting invisible gases into visible infrared images. It is widely used in fields such as the petrochemical industry, natural gas transportation, and environmental monitoring. The product series supports multiple video output interfaces, providing complete solutions for secondary development of products such as handheld products, UAVs, robots and PTZ.

*New self-developed gas detection algorithms and NETD as low as 10mK to satisfy observation requirements of remote or micro leakage.

*Equipped with multiple detectors and lenses to satisfy application requirements in different scenarios.

Multiple output interfaces for convenient and efficient secondary development

*Support multiple output interfaces such as PAL, Camera Link, RS422, RS422 servo interface, and RJ45 100M Ethernet port to facilitate secondary development.

AU02560 uncooled iInfrared module is equipped with an advanced 256×192 wafer detector with a dimension of 18×18mm. Thanks to its integrated design, it redefines standards in weight, dimension and power consumption (SWaP³) in the OEM module industry. As the best choice for low-cost solutions, it can be used in many fields such as industry, power, security, and machine vision.

*Its resolution is 256×192 and dimension is 18mm×18mm, which are consistent with those of the L384 mechanical interface for compatibility design.

*-20°C~+550°C wide measurement range to satisfy application requirements in different scenarios.

*The FOV is 20°~90° and the extension supports DVP/USB.

AU02560 uncooled infrared module is equipped with an advanced 256×192 wafer detector with a dimension of 18×18mm. Thanks to its integrated design, it redefines standards in weight, dimension and power consumption (SWaP³) in the OEM module industry, providing excellent miniaturized solutions for consumer products.

*Its resolution is 256×192 and dimension is 18mm×18mm, which are consistent with those of the L384 mechanical interface for compatibility design.

*50Hz imaging to provide a smooth image experience.

*The FOV is 20°~90° and the extension supports multiple interfaces such as DVP/USB/Analog video.

This product is based on 905nm semiconductor laser and adopts the SWaP design, with the smallest dimensions for its comparable performance. Applications of the device include handheld rangefinders, light UAVs, range-finding scopes, etc. It has Uart (TTL_3.3V) data transmission interface and provides upper computer software and communication protocol command set to facilitate users’ secondary development.

AU02560 uncooled infrared module, adopting an advanced 256×192 wafer detector, features compact dimensions, lightweight design, and low power consumption, meeting the SWaP³ design require ments. The split assembly makes it more flexible to use. It comes with multiple auxiliary development tools that support multiple ARM architecture SOC platforms, ensuring ease of use and integra tion. It also supports the simultaneous output of images and temperature values with a variety of lightweight infrared lenses and extension components. As the best choice for low-cost solutions, this product series can be used in many scenarios such as industry, power, security protection, and machine vision.

*.It adopts the 256x192 WLP detector and weighs only 3.5g with a 3.2mm lens.

*.It supports multiple ARM architecture SOC platforms, capable of directly processing sensor data.

*.It is compatilble with various mainstream embedded SOC platforms and can optimize the image effect of ISP.

*.It provides multiple SDK development interfaces for rapid secondary development.

*.The FOV varies from 20° to 90" and the extension supports multiple protocols such as DvP, MlPl, and analog video.

*.The split design is convenient for integration and development, supporting applications in multiple areas suchas consumer, intelligence, security,and industrial sectors.

256×192 WLP detector 3.5g weight 3.2mm lens

AU015350 This product is an eye-safe erbium glass laser independently developed by RayThink. It is designed with features such as high output power, stable pulses, long service life, compact dimensions, light weight, and low power consumption. Its application range includes laser rangefinders, laser illumination products, LiDAR products, laser pointers, etc.

AU01280H0 uncooled infrared module is developed based on excellent design to pursue high reliability and high performance in harsh environments. Along with advanced image algorithms, the product can steadily provide quality infrared images against harsh environments. It is equipped with rich lenses and multiple extension components to satisfy high-performance application requirements in industries such as electro-optical pods, vehicle-mounted applications, outdoor and security.

*Impact resistance reaching 1000g@0.3ms.

Multiple Selections

*Support Camera Link/BT1120/HDMI/USB interfaces for output.

*Provide athermalized lenses with varied specifications and be suitable for auto-focus zoom lenses for various application scenarios.

AU012800 uncooled infrared module is a new generation of module components designed for expert users. The use of self-developed detectors has taken an important step forward in miniaturization and lightweighting, making us take a lead. With the advantage of large array imaging of 1280, the size is only 29mm×29mm, and the weight is only 24.5g. With a professional development team, it is the best choice for meeting the lightweight development needs.

*The mega-pixel resolution, combined with high-quality image algorithms, highlights details.

*Convenient for users to find targets and monitor details.

Rich Selection

*With multiple lenses optional, it can flexibly adapt to multiple scenarios.

*Dedicated support to help users choose the right lens for themselves, efficient and convenient.

AU012800 uncooled infrared module has a built-in high-sensitivity VOx infrared detector, providing a consistently high-performance kernel, ultimate image algorithms, and technology of lens control, bringing a new experience for long-distance monitoring. The product can be widely used in application scenarios such as perimeter security, high-altitude observation,forest fire prevention, and water area monitoring.

*It supports athermalized prime lenses, prime electric focusing lenses, and continuous zoom lenses.

*It can realize electric focus, continuous zoom, automatic focus, and defocusing compensation functions, etc.

Multiple Interfaces

*It provides Ethernet,LVCMOS, BT.1120, and other video output interface options.

*Expandable SDI, USB, Cameralink, and HDMI interfaces.

*It provides an SDK, which is simple and easy to use, shortening the development cycle, improving efficiency,and reducing secondary development costs.

AU010240 uncooled infrared module has a built-in high-sensitivity VOx infrared detector, providing a consistently high-performance kernel, ultimate image algorithms, and technology of lens control, bringing a new experience for long-distance monitoring. The product can be widely used in application scenarios such as perimeter security, high-altitude observation,forest fire prevention, and water area monitoring.

*It supports athermalized prime lenses, prime electric focusing lenses, and continuous zoom lenses.

*It can realize electric focus, continuous zoom, automatic focus, and defocusing compensation functions, etc.

Multiple Interfaces

*It provides Ethernet,LVCMOS, BT.1120, and other video output interface options.

*Expandable SDI, USB, Cameralink, and HDMI interfaces.

*It provides an SDK, which is simple and easy to use, shortening the development cycle, improving efficiency,and reducing secondary development costs.