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IADIY × IntelliGienic Showcase Camera Modules, Thermal Imaging, and Edge AI Vision Solutions

Updated: 4 days ago


What Are IADIY and IntelliGienic Showcasing at Automation Taipei 2026?


At Automation Taipei 2026, IADIY and IntelliGienic are showcasing camera modules, thermal camera modules, and an integrated Edge AI vision solution.


At Automation Taipei 2026, IADIY Technology Ltd. and IntelliGienic Technology Corp. are jointly presenting a Vision solution spanning sensing, computing, and applications. The showcase combines IADIY’s visible-light camera modules and thermal camera modules with IntelliGienic’s Edge AI computing and machine vision capabilities, giving system designers a practical reference for integrating sensing components, embedded platforms, and application software.


The solution is positioned for industrial inspection, AI visual recognition, embedded vision systems, safety monitoring, medical imaging, and automated inspection. Visible-light imaging can support the recognition of appearance, shape, text, and other visual features, while thermal infrared sensing can add information for low-light, nighttime, or heat-distribution use cases. Final product selection should be validated against the host platform, mechanical constraints, interface, image format, and measurement requirements.



IADIY Camera Modules for Industrial Inspection and Embedded Vision


IADIY works across optical imaging lenses, CMOS sensors, and the electronic integration and manufacturing of camera modules. Its product catalog presents options across resolution, frame rate, lens size, and field of view (FOV). The official Camera Module page groups products into categories including USB Camera Module, MIPI Camera Module, FPC Camera, and AI Camera Module, while presenting product-code fields such as pixels, frame rate, lens size, module type, and FOV to support initial system selection.


USB Camera Modules for Fast Integration and PC-Based Image Capture


USB camera modules use standard USB interfaces and are designed around plug-and-play integration and broad system compatibility. According to the official product description, the modules integrate video-capture functionality and can be used directly with image-processing software or system-level applications. This makes them suitable for industrial inspection, computer vision, portable equipment, and image systems that require rapid proof-of-concept integration.


CMOS Camera Modules with MIPI or DVP for Compact Embedded Products


CMOS camera modules commonly use MIPI or DVP interfaces and work with a separate DSP or other processing unit. This architecture fits embedded products that prioritize compact mechanical design, low power consumption, and cost efficiency, including smart terminals, embedded vision devices, and edge equipment designed for extended operation.


MIPI Camera Modules for High-Speed Image Transmission


MIPI camera modules transmit image data through MIPI interfaces and are suited to systems that must combine image sensing and computing within limited mechanical space. Typical applications include AI vision devices, smart terminals, and embedded imaging systems. Actual performance and compatibility depend on the sensor, host SoC, driver stack, image format, and processing architecture.


Custom Camera Module Development and Mass-Production Support


In addition to standard products, IADIY provides custom camera module and sensor-module development and mass-production support. A customization discussion can begin with the sensor resolution, frame rate, lens and FOV, module dimensions, interface, host platform, and production requirements. This approach helps align the sensing specification with the customer’s mechanical, electrical, software, and procurement constraints.


Camera Specification Ranges Visible in the Official Catalog


The official IADIY Camera Module page displays catalog options including VGA, 1.3MP, 2MP (FHD), 3MP, 5MP, and 4K (UHD), as well as frame-rate options including 15fps, 30fps, 60fps, and 120fps. The page also presents filters for USB 3.0, high frame rate, global shutter, low illumination, and zoom-camera products.[1] These entries describe options visible in the official catalog; they do not mean that one model includes every resolution, frame rate, or feature. The final specification should be confirmed against the individual model datasheet.


Thermal Camera Modules from Real-Time Thermal Imaging to Temperature Measurement


IADIY thermal camera modules are designed for OEM integration, industrial automation, facility monitoring, and embedded systems. The official thermal-module page organizes the portfolio by output interface, host-processing requirements, and functional capability, helping system designers distinguish between applications that need thermal visualization only and systems that must also output temperature data.


CVBS Thermal Camera Modules for Lower Host-Processing Requirements


The CVBS series is intended for systems that need real-time thermal-image display with limited host-side processing. It can fit real-time monitoring, equipment-status observation, and applications that integrate through an analog video input. Suitability should be confirmed against the host’s input specification and image-processing workflow.


USB 2.0 Thermal Camera Modules for Rapid and Portable Integration


The USB 2.0 series is designed for direct host connectivity, PC-based image capture, and portable thermal-imaging equipment. For teams that need to validate a concept, build a software interface, or connect thermal imaging to an existing USB architecture, USB 2.0 can provide a direct integration path.


Radiometric Thermal Camera Modules for Industrial Temperature Data


Radiometric thermal camera modules are intended for systems that require temperature data and measurement functionality in addition to thermal images. Target applications include industrial inspection, facility monitoring, and automated system integration. The actual measurement range, accuracy, and calibration conditions must be verified against the specific product, operating environment, and system design; the series name alone should not be treated as a specification guarantee.


How to Read the Thermal Module Resolution and Frame-Rate Examples


The official thermal-module page includes a product-code example with 10K, 50K, 100K, and 300K resolution classes, corresponding in the diagram to 120×90, 256×192, 384×288, and 640×512. The example also shows 25 FPS, 30 FPS, and 50 FPS options; series codes include SPI/DVP, CVBS, and USB 2.0, while feature codes include Radiometric and Small.[2] These values explain the product-code and catalog structure; they do not indicate that every thermal camera module provides all listed resolutions, frame rates, and interfaces.


Thermal and Camera Module Selection Steps


System designers can use the following sequence to narrow down an industrial inspection camera module, embedded vision module, or thermal camera module:


  1. Define the sensing objective first. If the system primarily identifies appearance, shape, text, or visible features, begin with USB, CMOS, or MIPI camera modules. If it must observe heat distribution or measure temperature, evaluate a thermal or radiometric module.

  2. Confirm the host interface and processing profile. USB camera modules and USB 2.0 thermal modules are suited to direct connectivity; MIPI/DVP designs require validation of the host SoC, DSP, driver stack, and image pipeline; CVBS designs require a compatible analog-video input.

  3. Check mechanical and optical conditions. Confirm module dimensions, lens size, FOV, mounting position, working distance, lighting conditions, and thermal space together so that a camera can be integrated without a late mechanical redesign.

  4. Confirm data output and application logic. A system that only displays thermal images has different module and software requirements from one that outputs temperature data. For a mass-production product, supply, customization, ODM, testing, and procurement requirements should also be defined early.


The official IADIY thermal-module page also states that the company supports thermal camera module customization, ODM, and complete solution development. Customers can provide requirements for the host platform, system architecture, mechanical space, output interface, image-transmission method, and temperature measurement so that the appropriate module series and development path can be evaluated.


IntelliGienic Edge AI Connects Sensing, Computing, and Applications


IntelliGienic focuses on Edge AI, machine vision, and AIoT applications for embedded systems. Its official website lists core capabilities including advanced camera and sensor modules, Edge AI computing platforms, intelligent Edge and IoT solutions, product engineering and scalable manufacturing, and robotics platforms and automation.


At the Vision showcase, IADIY’s visible-light and thermal-infrared sensing capabilities are being paired with IntelliGienic’s AI SoCs, SoMs, development kits, and Edge AI architecture to demonstrate a sensing–computing–application chain. This architecture can process image or multi-sensor data at the device level and connect it to industrial inspection, safety monitoring, medical imaging, and automation use cases. The final functions depend on the sensors, computing platform, model, software, and system-integration design.


On-Site Vision Applications at Automation Taipei 2026


IADIY is displaying camera modules, thermal camera modules, and application-integration solutions at Booth N1224 in Nangang Hall. Visitors can review USB, MIPI/DVP, and CVBS interface architectures and explore how visible-light imaging and thermal-infrared sensing can be integrated into industrial inspection, embedded vision, facility monitoring, and other systems.


Visitors can discuss the host platform, mechanical dimensions, image output, temperature measurement, and application objectives with the teams onsite. IADIY is providing guidance on camera-module selection, custom camera modules, thermal-module integration, and solution evaluation, while IntelliGienic is demonstrating Edge AI computing and vision-application directions.


Exhibition Information



About IADIY Technology Ltd.


IADIY focuses on the optoelectronics industry and provides a range of optoelectronic modules, technical solutions, and integrated solutions covering engineering and production. Its capabilities include camera modules, thermal camera modules, sensor modules, and related optoelectronic integration to support product development and application deployment.


Official website: https://www.iadiy.com/


About IntelliGienic Technology Corp.


IntelliGienic focuses on Edge AI, machine vision, and AIoT applications for embedded systems. The company provides AI SoCs, SoMs, development kits, sensing modules, Edge AI computing platforms, product engineering, scalable manufacturing, and robotics and automation capabilities. By integrating hardware, software, and system engineering, IntelliGienic helps partners bring intelligent vision and multi-sensor data into deployable products.



Frequently Asked Questions (FAQ)


  • What does the IADIY and IntelliGienic Vision solution include? The solution uses IADIY visible-light camera modules and thermal camera modules as the sensing layer, then combines them with IntelliGienic Edge AI, AI SoCs, SoMs, or other embedded computing platforms to form an integrated sensing–computing–application architecture. The final combination is adjusted to the host, sensor, model, and application requirements.

  • How should a customer choose between a USB camera module and a MIPI camera module? A USB camera module is suitable when a system needs a standard interface, direct connectivity, and plug-and-play integration. A MIPI camera module is suited to embedded products that require high-speed image transmission, compact integration, and power-aware design. The host SoC, driver stack, image format, and software support must also be checked.

  • What is the difference between CVBS, USB 2.0, and radiometric thermal camera modules? CVBS modules are intended for real-time thermal display with lower host-processing requirements. USB 2.0 modules are suited to rapid integration, PC image capture, and portable applications. Radiometric modules are intended for industrial inspection or facility-monitoring systems that require temperature data and measurement functions.

  • Does IADIY provide custom camera-module or thermal-module development? Yes. IADIY’s official pages describe custom camera-module development, thermal camera module customization, ODM, and complete solution-development support. Customization can address the host platform, module dimensions, lens and FOV, output interface, image-transmission method, temperature-measurement requirements, and production planning.

  • How can visitors learn more or request technical consultation? Visitors can still meet the teams at Booth N1224 in Nangang Hall through August 22 during Automation Taipei 2026. They can also contact sales@iadiy.com or sales@intelligienic.com with requirements related to camera modules, thermal camera modules, Edge AI, or system integration.


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