キヤノンＩＴソリューションズ List of Products and Services

We are introducing a case study of the implementation of MR technology at Itoki Corporation. As a professional company in office creation, Itoki has made significant contributions to the development of offices in Japan. The company has utilized "MREAL" to streamline the planning and design process of office furniture. This has resulted in reduced time and costs until product release, as well as improved design quality. After the implementation, effects such as "a decrease in mock-up production, leading to reduced time and costs until product release" and "the ability to compare multiple proposals, resulting in improved design quality" were achieved.

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Special site for MR technology "MREAL×MIRAI VALUE" Introducing four case studies in the entertainment and education sectors that utilize the MR system "MREAL." *For more details, please download the PDF or contact us.*

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We will introduce the benefits of implementing advanced "Mixed Reality (MR)" within the cutting-edge technology known as "XR technology." XR (Cross Reality) is a comprehensive term for technologies that merge the real world and the virtual world to create new experiences, including "VR (Virtual Reality)," "AR (Augmented Reality)," and "MR (Mixed Reality)." Among these, "Mixed Reality (MR)" further extends AR by displaying elements that do not actually exist in that location, overlaying the real world with the virtual world through a head-mounted display, allowing users to experience it from any position or angle. This technology is gaining attention for its wide range of applications in various fields, including automotive manufacturing, healthcare, construction sites, educational sectors, and even entertainment. [Benefits (Partial)] ■ Promotion of mutual understanding - Overlaying the completed image of a building onto the real landscape for shared recognition. ■ Cost reduction - Costs for prototype and mock-up production for manufacturing. - Reduction of travel costs and development time. ■ Efficiency and prevention of rework - Man-hours required for design considerations. - Specification changes and fine-tuning to improve operability. *For more details, please download the PDF or contact us.

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Zebra Technologies' fixed industrial scanners, "Fixed Industrial Scanners," can read 1D and 2D codes and text quickly and accurately from several meters away, making them a focus item for streamlining various operations in manufacturing and logistics. Additionally, with Zebra Aurora, scanners can be set up, deployed, and used from a single integrated software platform. <Features> - Comprehensive industrial data collection capabilities packaged into a single device - Flexible options to meet the needs of any application - Standard auto-focus with lighting and liquid lenses - Environmental resistance rated IP65 and IP67 *For more details, please refer to the PDF document or feel free to contact us.

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The MR system "MREAL," utilizing Canon's optical technology, seamlessly integrates virtual CG with the real world through a video see-through method, allowing for an immersive visual experience from any perspective. The latest model, "MREAL X1," not only features a compact, lightweight, and high-quality design but also enhances verification efficiency and realism through an expanded display area. The "MREAL S1," the smallest and lightest in MREAL history, is a compact device that fits in the palm of your hand (weighing approximately 137g). It can be utilized in various scenarios, such as verification before the introduction of production equipment, experiencing exterior images, and remote work communication. We aim to make it available "anytime, anywhere, for anyone." If you would like to experience a live demo, please apply through the "Contact Us" section.

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Visual SLAM is a software technology that serves as the eyes of mobile robots. By using stereo camera data captured with a wide field of view, it can simultaneously estimate the three-dimensional information of the surrounding environment as well as the position and orientation of the camera, allowing for flexible adaptation even in environments with frequent layout changes, such as those where cargo is regularly loaded and unloaded. 【Features】 ● Canon's software "Vision-based Navigation Software" 1. Capable of high-speed position and orientation measurement 2. Strong performance in bright, dark, and backlit conditions, with high adaptability to lighting variations and external light environments 3. Equipped with a function for map sharing between cameras 4. Includes a Canon proprietary viewer that allows for the visualization of position and orientation measurements ● Smart camera "SiNGRAY Stereo PRO" 1. Equipped with a high-speed AI processor and an IMU processor (9-axis gyro) 2. Simultaneously captures stereo images, color images, and 3D depth images, processing AI image recognition and self-position estimation in real-time for object recognition and gesture recognition *For more details, please download the PDF or contact us.

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Automation and Unmanned DX Solutions Imaging technology that merges "human eyes and judgment" with the world of computers. Canon IT Solutions has been proposing solutions to industrial challenges using a range of image processing products that combine cameras, image processing boards, and software since the start of its business in 1988. The core product lineup includes hardware and software from Zebra Technologies (formerly Matrox), Baumer, LuxFlux, HMS, and Canon. Leveraging years of accumulated experience and know-how in industrial automation, we promote the automation and unmanned operation of manufacturing sites by combining foundational image processing technology with new technologies such as 3D sensing, AI, and VSLAM. *For more details, please refer to the PDF materials or feel free to contact us.

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We will take your inspection target (sample work) and capture images using a hyperspectral camera. The acquired data will be analyzed in the model training environment "fluxTrainer," where we will perform evaluations such as classification (foreign substances, good/bad), color measurement, component quantification, and film thickness measurement as per your request. This is a service that provides a summary evaluation report containing the training data (project file) from "fluxTrainer" and the results. *For more details, please refer to the PDF document or feel free to contact us.

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This is a solution that combines "LaiGHT," a platform developed by Canon IT Solutions' R&D team that efficiently supports AI development and operations (MLOps), with industrial cameras. It can recognize 17 points, such as joints of a person, and estimate posture. It is expected to be utilized for monitoring dangerous or suspicious behavior and promoting the efficiency of workers' movements.

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The Aurora Imaging Library is a software tool for developing industrial image processing applications. It features classification functions such as object detection and attributes and characteristics using deep learning. We will introduce each of the rich functions by module.

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We would like to introduce a case study of the implementation of VR technology at Sugitaka Co., Ltd. The company's requests were, "We want to conduct safety training using VR that replicates the plant site," and "We would like to create cases that address various disaster scenarios, such as falling objects." After implementation, we achieved results such as, "We were able to introduce VR content that addresses various disasters occurring on construction site scaffolding," and "We significantly improved the sensitivity of participants to hazards in a realistic virtual space." [Case Overview] ■ Implementing Company: Sugitaka Co., Ltd. ■ Business Description: Temporary equipment rental business, technical support, and scaffolding safety consulting business. *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce a case study of the implementation of the MR (Mixed Reality) system 'MREAL' at the Integrated Vehicle Manufacturing Company. The company's requests were to "attract attention at one of the world's largest railway technology exhibitions and enhance brand recognition in Europe" and "allow visitors to realistically experience the size and space of actual vehicles in a limited exhibition area." After the implementation, they achieved effects such as "allowing visitors to experience the size of large vehicles in a limited exhibition space, thereby showcasing the presence of Japanese companies" and "setting up an advanced virtual reality space in a short time at overseas exhibitions, contributing to brand recognition." [Case Overview] ■ Implementing Company: Integrated Vehicle Manufacturing Company ■ Business Description: Manufacturing of railway vehicles, wheel load measuring devices, containers, tracks, switches, etc. *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce a case study of the implementation of the MR (Mixed Reality) system 'MREAL' at Obayashi Corporation. The company's requests were to "gain a sense of presence that cannot be achieved with displays or projectors, and to ensure a more reliable consensus with clients," and "to confirm the appearance of buildings within the real landscape of the construction site." After implementation, the effects included "the ability to intuitively check designs and layouts by real-time compositing of the site scenery and 3D CG," and "easier consensus formation by sharing a clearer image of the completed structure with clients." 【Case Overview】 ■ Implementing Company: Obayashi Corporation ■ Business Activities: Domestic and international construction projects, regional development, urban development, marine development, environmental improvement, and other construction-related businesses, as well as engineering, management, and consulting services related to these, and real estate business. *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce a case study of the implementation of the MR (Mixed Reality) system 'MREAL' at Daifuku Co., Ltd. The company's requests were to "shorten the construction period from design to installation" and "maximize the benefits of 3D CAD." After the implementation, they experienced effects such as "being able to notice things that were overlooked on 2D monitors during the upstream development process" and "improved development accuracy, reduced rework, and increased trust from customers." 【Case Overview】 ■ Implementing Company: Daifuku Co., Ltd. ■ Business Description: Consulting and engineering related to logistics systems, as well as design, manufacturing, installation, and services. *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce a case study of the implementation of the MR (Mixed Reality) system 'MREAL' at Canon Inc. The company's requests included, "We want to bring the design changes that occur after the start of production as close to zero as possible," and "We want to design optimized tools and production processes with fewer man-hours." After the implementation, the following effects were achieved: "It became possible to evaluate and verify equivalent to actual products without physical models, significantly reducing design changes for issue extraction in upstream processes," and "By confirming the production line and tools in a virtual space, we achieved an early improvement in the completion level of the production line." [Case Overview] ■ Implementing Company: Canon Inc. ■ Business Description: Development, manufacturing, and sales of optical devices, office equipment, medical devices, etc. *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce a case study of the implementation of the MR (Mixed Reality) system 'MREAL' at Sankikogyo Co., Ltd. The company's requests included wanting to "visualize the results of CFD (Computational Fluid Dynamics) simulations, which are essential for air conditioning design, in a realistic manner," and "to communicate effectively with those who do not have expertise in air conditioning design and to reach accurate conclusions." After implementation, the effects included being able to "visualize the invisible flow of air and temperature distribution within the real space," and "achieving accurate communication with clients and making swift decisions thanks to a deeper understanding." [Case Overview] ■ Implementing Company: Sankikogyo Co., Ltd. ■ Main Businesses: Building air conditioning and sanitation business, industrial air conditioning business, electrical business, smart building solutions business, facility systems business, mechanical systems business, environmental systems business, real estate business, and technology research institute. *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce a case study of the implementation of the MR (Mixed Reality) system 'MREAL' at Toyota Motor Corporation. The company's requests included wanting "the production line members to be able to thoroughly verify the workability of production equipment in advance" and "a system that can leverage its benefits even for those who do not usually use CAD." After implementation, effects such as "thorough evaluation of production equipment from the perspective of the site before ordering, which helped suppress the occurrence of 'unexpected problems' after equipment installation" and "intuitive verification through easy operation that supported quick decision-making and streamlined the development process" were achieved. 【Case Overview】 ■ Implementing Company: Toyota Motor Corporation ■ Business Description: Production and sales of automobiles *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce a case study of the implementation of the MR (Mixed Reality) system 'MREAL' at AGC Inc. Advanced Technology Research Institute. The company's requests included "a CG production and evaluation environment that produces higher quality textures" and "a system that can share software compatible with VR and other technologies, to be operated as part of XR technology development." After implementation, effects such as "the advancement of glass texture research through the realization of an environment where light transmission, reflection, and absorption can be evaluated naturally and intuitively" and "a heightened sense of reality and immersion by simultaneously recognizing three-dimensional objects and parts of one's own body" were achieved. 【Case Overview】 ■ Implementing Company: AGC Inc. Advanced Technology Research Institute ■ Business Description: Development, manufacturing, and sales of architectural glass, automotive glass, display glass, electronic components, chemicals, and ceramics. *For more details, please refer to the PDF document or feel free to contact us.

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The "Zebra 4Sight EV7" is an industrial computer designed to meet the demanding requirements of factory environments. With a fanless design featuring multiple ports for high-speed GigE Vision and USB3 Vision cameras, it delivers performance for inspection and monitoring in any production facility. 【Features】 ■ Equipped with a 12th generation Intel Core processor of mobile class ■ Long-term stable operation even in harsh environments due to fanless design ■ 2.5GbE 4 ports (1 port/1 chip), USB3.2 Gen1 4 ports (4 ports/1 chip) *For more details, please refer to the PDF document or feel free to contact us.

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In the manufacturing industry, there are numerous goals we want to achieve, such as improving productivity, automating factories due to labor shortages, and reducing costs. We aim to solve these challenges and contribute to enhancing the quality of products and services while reducing costs! - We want to share and utilize 3D data between the design department (upstream processes) and the manufacturing department. - We want to incorporate sensing, AI technology, and big data analysis, leveraging IoT. - We want to utilize xR technology to display 3D models constructed in cyberspace at full scale in the real world. We will support the transformation of business processes, not just simple digitization or IT implementation, to create new revenue models. We will start by focusing on the engineering chain and begin with a review of the current business processes. 1. Product planning and design 2. Design and development 3. Production and manufacturing 4. Maintenance services and analysis ~ Currently, we are publishing "Engineering DX Utilization Cases," introducing a total of 8 examples! ~ You can view it immediately via the [PDF Download] link below.

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We provide support to manufacturing companies engaged in monozukuri (the art of making things) by promoting transformation of business processes rather than simple digitalization or IT implementation, and by creating new revenue models. We will start by focusing on the engineering chain and begin with a review of the current business processes. 1. Product planning and design 2. Design and development 3. Production and manufacturing 4. Maintenance services and analysis ● We aim to solve such challenges and contribute to improving the quality of products and services, as well as reducing costs: (1) We want to share and utilize 3D data between the design department (upstream processes) and the manufacturing department. (2) We want to incorporate sensing, AI technologies, and big data analysis to leverage IoT. (3) We want to use xR technology to display 3D models built in cyberspace at full scale in the real world. *For more details, please download the PDF or contact us.

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The LXT camera equipped with JPEG image compression functionality can compress and transmit/store original images, making it ideal for capturing long-duration image sequences at high resolution and speed. The compression ratio can be individually adjusted according to the application. The image compression function built into the camera's FPGA takes on the computationally intensive image compression algorithms used in PC-based image processing systems. Features: - Easy and flexible data transmission via 10GigE - Data reduction in the range of 1:10 to 1:20 - RS232 for controlling external devices - Accurate time synchronization over Ethernet networks using PTP compliant with IEEE 1588 - Four power outputs with a maximum of 120W (up to 48V/2.5A) - IP65/67 compliant (excluding some models) *For more details, please refer to the PDF materials or feel free to contact us.

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This is a general-purpose industrial software that performs data processing centered on hyperspectral imaging (HSI) technology. It enables the development of analysis and measurement models using machine learning, allowing for the visualization, classification, and measurement of objects on manufacturing lines. Currently, the Japanese hyperspectral camera market is primarily focused on academia and research and development, but significant growth is expected in the industrial market in the future. Industrial software that processes the vast amount of information output from hyperspectral cameras will become increasingly important. 【Features】 - Supports data cube (ENVI_Cube) file input and hyperspectral camera input - Equipped with measurement functions utilizing interference technology in addition to classification and quantification of targets - Allows for the generation of classification and measurement models using machine learning with simple UI operations - Enables real-time classification and measurement using inline execution tools - Compatible with hyperspectral cameras using "push broom," "tunable bandpass filter," and "snapshot mosaic" methods - Available for Windows, Linux, and MacOS 64bit - Supports Intel, AMD, and ARM *For more details, please refer to the PDF.

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The Zebra Iris GTX is equipped with a maximum 16M pixel CMOS sensor and a 10th generation Intel Atom processor, providing high-speed, high-resolution imaging and significantly enhanced processing capabilities. In addition to conventional image processing, it is also capable of executing Deep Learning. By combining it with the flowchart-based Aurora Design Assistant X software, machine vision applications can be quickly built. All aspects such as image capture, analysis, classification, positioning, measurement, reading and verification of characters and codes, communication, I/O operations, and web-based operator screens can be constructed using this Aurora Design Assistant X. **Features** - Equipped with the 10th generation Intel Atom processor X series Embedded - Supports autofocus with liquid lens - Compatible with rotary encoders - Real-time digital I/O included - Compact size of 75 x 57 x 75 mm - Protection rating IP67 *For more details, please refer to the PDF document or feel free to contact us.*

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The AX series is an image processing platform that enables edge processing with a single device and is ideal for solutions where AI operates. By combining the market-leading NVIDIA Jetson with Sony's global shutter CMOS sensor, it has become a rugged camera suitable for industrial use, engineered by Baumer. The NVIDIA Jetson Xavier NX and NVIDIA Jetson Nano are equipped with AI cores and graphics processors that enable flexible system implementation based on AI. Additionally, the Sony global shutter CMOS sensor is optimal for reliable and stable image processing. The AX series eliminates data bottlenecks between the CMOS sensor and Jetson, speeding up processing while efficiently dissipating generated heat, all integrated in an all-in-one design, demonstrating high stability and cost performance.

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Zebra AltiZ is a high-precision 3D profile sensor that has won the Vision System Design 2020 Innovators Awards in the 3D Imaging category. Its unique dual-camera and single-laser configuration significantly reduces optical effects such as scan gaps (shadows) commonly seen in single-camera setups. The sensor incorporates Zebra Technologies' proprietary algorithms, which intelligently integrate or select pixel data obtained from the two image sensors to automatically generate various types of reliable 3D data (individual profiles, depth maps, point clouds).

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The SiNGRAY series is an industrial AI smart camera that integrates high-definition image sensor input and high-performance embedded image processing devices, utilizing AI (artificial intelligence) technology and edge computing technology. *For more details, please refer to the PDF document or feel free to contact us.*

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The "Zebra Rapixo CXP" is a next-generation frame grabber board that supports CoaXPress 2.0 and enables high-rate imaging. It caters to both entry-level models for cost-sensitive applications and high-level models that require flexible and high-speed imaging. High-rate imaging is possible from CoaXPress cameras, and the FPGA reduces CPU load. 【Features】 ■ High-rate imaging from up to 4 CoaXPress cameras ■ Onboard FPGA for image processing reduces CPU load ■ Customizable FPGA processing with the Aurora FPGA Development Kit (FDK) starting from Q1 2019 ■ Aux. I/O for each channel to connect with external devices ■ Easy cable wiring with PoCXP support *For more details, please refer to the PDF materials or feel free to contact us.

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The "Zebra 4Sight XV6" is an ideal image processing platform for factory automation, featuring a unique combination of embedded PC technology, compact size, and high expandability, making it suitable for complex multi-camera applications. 【Features】 ■ Equipped with an 8th generation Intel Core processor ■ High expandability with four PCIe slots ■ Compatible with various video interfaces when combined with Zebra Technologies' frame grabber ■ Supports RAID 0/1, 5/10

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The Aurora Imaging Library is a comprehensive collection of software tools for developing industrial image processing applications. MIL includes tools that address every stage of the process, from algorithm exploration and prototyping to development and runtime. This software provides interactive software and programming functions for capturing, processing, analyzing, annotating, displaying, and saving images. The tools are designed to enhance productivity, reducing the time and effort required to bring solutions to market. The capabilities for capturing, processing, and analyzing images are equipped with the precision and reliability to meet demanding requirements. Speed is also finely optimized, allowing it to handle the stringent timing constraints faced by many applications.

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This software allows for the easy and rapid development of advanced machine vision applications in flowchart format. It provides interactive software and programming functions for image capture, processing, analysis, annotation drawing, display, and storage. The tools are designed to enhance productivity, reducing the time and effort required to bring solutions to market. The functions for image capture, processing, and analysis are equipped with precision and reliability to meet demanding requirements. The speed is also finely optimized, capable of addressing the strict timing constraints faced by many applications.

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We would like to introduce the seven features of the MR system "MREAL." To achieve high-quality visual expression, Canon utilizes the optical and image processing technologies it has developed over the years, thoroughly pursuing high-definition display, color reproduction, and life-size representation. Additionally, it features a compact body that fits in the palm of your hand, two usage styles, and a comfortable, safe, stable, and user-friendly mounting system. 【Features】 1. Achieves high-quality visual expression 2. Compact body that fits in the palm of your hand 3. Ability to choose usage styles according to use cases 4. Comfortable, safe, stable, and user-friendly mounting system 5. Realizes high-definition display and wide color gamut *For more details, please refer to the PDF document or feel free to contact us.

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On our website, we introduce examples of utilizing the MR system 'MREAL' in the sales and exhibition fields. In addition to a case from Company S, which showcased railway vehicles using our product at a railway trade fair held in Germany, there is also an example of restoring dinosaur fossils at a museum. By visualizing customer expectations on the spot, we provide a new sales style through real-size experiences. 【Customer Cases】 ■ Company S: Experience the vehicle space and exterior image of railway vehicles ■ A certain museum: Restoration of dinosaur fossils at the museum *For more details, please refer to the PDF materials or feel free to contact us.

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Remote communication is one of the main use cases of the MR system "MREAL." Not only can you share 3DCG, but you can also understand what the other person is looking at, enabling communication that feels as if people in different locations are surrounding a physical object. The sharing of non-verbal information contributes to further reductions in travel costs and development time. [MREAL's Contributions] ■ Promotion of mutual understanding ■ Cost reduction ■ Collaboration across time and space ■ Cyber-physical and DX *For more details, please refer to the PDF document or feel free to contact us.

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The education and training field is one of the main use cases for the MR system "MREAL." By combining 3D data of equipment and sites with training mock-ups, it becomes possible to train repeatedly at any time. We enable interactive training using one's own hands and actual tools, assisting in the transfer of skills from experienced workers. 【Challenges in Skill Transfer】 ■ Education requiring advanced skills makes it difficult to improve proficiency. ■ Documents and videos used in classroom settings do not provide a correct image, and understanding the internal structure takes time even when viewing the actual equipment. ■ There are limitations in terms of personnel, venues, and material costs, which restrict the number of training sessions. *For more details, please refer to the PDF materials or feel free to contact us.

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On our website, we introduce examples of utilizing the MR system 'MREAL' in the architecture and general contractor fields. By displaying the completed appearance at the construction site, the relationship with the surrounding environment becomes clear at a glance. With high portability and advanced features, outdoor experiences have become easier for presentations and construction instructions. In the case of Company N, it was effectively used during a site ceremony to explain to local stakeholders, resulting in a strong impact by providing concrete images and a sense of reassurance. 【Implementation Effects】 ■ Increased customer satisfaction ■ Improved brand image ■ Cost reduction ■ Enhanced product and service quality ■ Strengthened sales and marketing capabilities

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On our website, we showcase examples of utilizing the MR system 'MREAL' for specification studies in the manufacturing and engineering fields. We present a case from Company C, which conducted design considerations for production lines and tools without a prototype, and a case from Company S, which worked on reducing lead times and costs by simulating airflow and temperature distribution in air conditioning systems, thereby eliminating unnecessary prototypes and tests. Our product helps to reduce failures by allowing users to experientially verify the operability of buttons and visibility from the operating position, which can be difficult to assess with a 2D display. 【Customer Cases】 ■ Company C: Design considerations for production lines and tools without a prototype ■ Company S: Intuitive experience of airflow and temperature distribution

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On our website, we introduce examples of utilizing the MR system 'MREAL' for design verification in the manufacturing and engineering fields. In Company A's case, an approach that combines real images and CG to create a sense of pseudo-reality has discovered the potential for agile product development. The precise depiction that reproduces textures enables repeated evaluation of designs and patterns without physical samples or three-dimensional images. Additionally, it shortens the time required for consideration and supports agile development. 【Benefits of Implementation】 ■ Increased customer satisfaction ■ Enhanced brand image ■ Improved product and service quality ■ Cost reduction ■ Strengthened sales and marketing capabilities *For more details, please refer to the PDF materials or feel free to contact us.

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On our website, we introduce examples of using the MR system 'MREAL' for verifying workability and safety in the manufacturing and engineering fields. With our product, which can be experienced at life size, users can verify through personal experience whether they can reach levers and switches, or if they can easily handle the loading and unloading of workpieces. Examples include Company D, which verified the workability and safety of a large-scale logistics system, Company S, which conducted equipment verification using point cloud data, and Company H, which verified the safety and operability of railway equipment. [Customer Examples] ■ Company D: Verified the workability and safety of a large-scale logistics system ■ Company S: Conducted equipment verification using point cloud data ■ Company H: Verified the safety and operability of railway equipment *For more details, please refer to the PDF document or feel free to contact us.

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The "Baumer Industrial Camera Series" is an industrial camera that offers high image quality, robust durability, and overwhelming speed. To meet various customer needs, we offer a wide range of models, including high-performance models that pursue high image quality and speed, environmental models that are waterproof, dustproof, and resistant to shock and pressure, as well as base models for embedded applications. 【Product Lineup】 ■LXT Series ■CX.XC Series ■CX.I Series ■CX Series ■LX Series, etc. *For more details, please refer to the PDF document or feel free to contact us.

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In today's increasingly complex software development landscape, it is essential to enhance the management accuracy of each phase of the software development process to advance projects effectively. Windchill RV&S visualizes management, which tends to become dependent on individuals, and enables centralized management of the development process by tracking project connections, task relationships, and program associations.

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With the increasing complexity of product functions and the shortening of the software development lifecycle, the manufacturing field is being asked to manage product specifications and to speed up the analysis and response to defects. Requirements management arising from software requirements specifications is one of the important elements in software development, and visualizing requirement traceability is key to advancing projects without missing any requirements. Reqtify is a tool that visualizes the requirements of specifications and documents created in various formats.

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The "Zebra Clarity UHD" supports a wide range of formats, from legacy formats to the latest video formats, including standard definition (SD) analog video and ultra-high-definition (UHD) digital video. Boards equipped with H.264 encoding capabilities can significantly reduce image transfer and storage. 【Features】 ■ 10 independent input ports ■ Analog, single-link DVI, DisplayPort 1.2, HDMI, SDI ■ Automatically detects input signals ■ H.264 encoding support (optional) ■ Onboard preprocessing capabilities *For more details, please refer to the PDF document or feel free to contact us.

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The "Baumer LXT Series" supports high bandwidth of 1.1GB/s, with cable lengths of less than 100m for copper and up to 10km for fiber optics, enabling easy and cost-effective system construction without the need for frame grabbers or media converters. Additionally, it features a rich array of functionalities including auto-focus with liquid lenses, four power output channels, a sequencer, burst mode, and Precision Time Protocol IEEE1588, providing solutions tailored to individual applications. 【Features】 ■ Simple and flexible data transmission via 10GigE ■ 10GBase-T for copper cables or SFP+ slots for optical cables ■ Four power output channels with a maximum of 120W (up to 48V/2.5A) ■ Patented modular tube system (optional) compliant with protection ratings IP 65/67 ■ Auto-focus with liquid lenses ■ Exposure time of 1μs～ *For more details, please refer to the PDF document or feel free to contact us.

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The high-performance CX series adopts the latest Sony Pregius and STARVIS, as well as ON Semiconductor PYTHON CMOS sensors, enabling the implementation of applications prepared for the future. In addition to many standard versions with rich features, cameras equipped with PTP (Precision Time Protocol) can achieve precise time synchronization over Ethernet networks. You can choose the most suitable camera for individual applications from a variety of options, including polarization sensors, global shutters, and rolling shutters (with global reset functionality). 【Features】 ■ Exposure time: 1μs and up ■ Input/output terminals with automatic voltage adjustment function via opto-decoupling ■ Burst mode and built-in image memory for cost-sensitive applications ■ Power supply: External 12 to 24V or PoE *For more details, please refer to the PDF materials or feel free to contact us.

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