EIZO Product Lineup

In 2019, EIZO's railway monitor "DuraVision FDF2123W" was adopted for train boarding and alighting monitoring by Tokyu Corporation. Four units of the "FDF2123W" were installed vertically in housings on each platform, displaying the camera footage set up within the platform. This is used by crew members to confirm passenger boarding and alighting, ensuring the safe closing of train doors. We spoke with the personnel responsible for equipment selection, as well as the operators who actually use the "FDF2123W" for boarding and alighting confirmation, to understand the reasons for selection and their experiences after implementation. Please take a moment to read the PDF materials.

EIZO's visibility enhancement system "DuraVision EVS1VS" connects to cameras and video recorders via HDMI, identifying information that needs correction from the captured footage and performing EIZO's unique visibility enhancement processing to display it in real-time on the connected monitor. It is suitable for maintenance tasks related to social infrastructure such as roads, tunnels, railways, and power transmission facilities, as well as various monitoring tasks in security, factories, and ports. <Benefits of Implementation> ■ When confirming with the human eye ⇒ It becomes easier for the observer to detect abnormalities. ■ When AI detection is implemented ⇒ Abnormalities are more easily detected by AI. <Introduction of Implementation Case> FullDepth Inc. The company has introduced the EVS1VX for developing and manufacturing underwater drones for inspections and surveys. We inquired how the EVS1VX is utilized in their underwater drone imaging system. ⇒ For more details, please check the comprehensive catalog of DuraVision industrial imaging solutions or the case study page on the EIZO website.

EIZO's "DuraVision FDF2123W" is a 21.5-inch monitor specifically designed for railway use, featuring a wide screen that is easy to view and equipped with AHD-compatible BNC input and output terminals suitable for monitoring passenger boarding and alighting at railway platforms. With a high brightness display of 1300 cd/m², it allows for clear visibility of images even in environments like railway platforms where natural light is present. Its wide viewing angle minimizes color variation even when used in vertical three-sided configurations, making it versatile in terms of installation direction and location. ● For more details, please download the PDF document or feel free to contact us.

EIZO's visibility enhancement systems "DuraVision EVS1VX" and "DuraVision EVS1VS" connect to cameras and video recorders via HDMI cables to perform visibility enhancement processing on input images, displaying them clearly on monitors. This system allows for real-time display of corrected images without significantly altering existing systems, making it useful in various locations and situations. Additionally, two models are available for selection based on application. <Examples of Use> - Maintenance operations for social infrastructure such as roads, tunnels, railways, and power transmission facilities - Routine monitoring for processes in factories and security operations <Benefits of Implementation> ■ When verification is done by the human eye ⇒ It becomes easier for monitors to detect abnormalities ■ When AI detection is implemented ⇒ Abnormality detection by AI becomes easier <New Feature> An optional feature that allows capturing any scene of the corrected image as a still image and saving it to a USB memory (the first in the industry, as of March 2021, according to our research) has been added. ● For more details, please download the PDF document or feel free to contact us.

We would like to introduce our "Railway Monitor Solution." We offer a lineup suitable for various applications related to railways, including platform boarding and alighting monitoring, as well as monitors for operation command centers and onboard vehicles. Furthermore, for monitoring within stations and on platforms, we propose our total solutions, including IP solutions for surveillance and security, as well as visibility enhancement systems. 【Partial Lineup】 ■ Platform boarding and alighting monitoring (ITV for conductors) monitors ■ Monitors for onboard vehicles ■ Monitors for operation command centers ■ Monitors for consoles ■ Ultra-sensitive HD zoom cameras / Ultra-sensitive HD cameras *For more details, please refer to the related links or feel free to contact us.

Our "Image Enhancement System DuraVision EVS1VX" and "Image Enhancement Software" are products that enhance still images and videos, making difficult-to-see images clearer. <Image Enhancement System> A hardware product that performs real-time image processing simply by connecting to cameras or video recorders via HDMI cable. <Image Enhancement Software> Software that automatically generates enhanced files and can be integrated into external systems. These products can be utilized in various scenarios such as nighttime surveillance, infrastructure maintenance, and defect detection in factories. ★Implemented by NTT East Japan and Full Depth, a company handling underwater drones★ For more details, please download the PDF materials. ●Demo units available for loan and software trial versions distributed● Feel free to contact us with any inquiries or requests. *For more information about the products, please download the PDF materials or feel free to contact us.*

EIZO applies optical bonding processing to enhance screen strength and visibility in some models of its marine monitors. An optical bonding processing line has been established at the headquarters factory in Ishikawa Prefecture, allowing for flexible and speedy responses to more advanced needs in specific markets and special usage environments, such as improving the visibility and durability of LCD monitors. For more details, please download the materials.

The "DuraVision FDF1691W" is a vehicle-mounted monitor that complies with optical bonding standards and various railway vehicle specifications. Designed for installation in railway vehicles, it features environmental resistance that meets various railway vehicle standards (such as vibration, water, high temperatures, and low temperatures). It can be installed in the driver's seat, making it suitable for ensuring safety at railway platforms during one-man operations. 【Features】 ■ Reliable in-house production ■ Complies with various railway vehicle standards ■ Wide viewing angle for clear visibility from any angle ■ AR coating and AF processing on the protective glass ■ Picture by Picture (PbyP) function for simultaneous display of two video sources *For more details, please download the PDF or feel free to contact us.

In the security industry, the quality of surveillance camera footage is a crucial key to solving incidents. Particularly, footage captured at night or in bad weather can make it difficult to identify individuals or vehicles. Clear evidence footage is essential for identifying and arresting suspects, as well as uncovering the truth behind incidents. Our image enhancement technology clarifies hard-to-see footage, increasing its value as evidence. 【Usage Scenarios】 - Improving the visibility of security camera footage - Enhancing footage clarity in nighttime or adverse weather conditions - Increasing the visibility of footage for evidence preservation 【Effects of Implementation】 - Promoting incident resolution through improved evidential capability - Increasing suspect identification rates - Improving investigation efficiency

In quality control within the manufacturing industry, the visibility of images during the product inspection process is crucial. In particular, the detection of foreign matter, scratches, and cracks on the manufacturing line is a key factor that affects product quality. However, depending on the lighting conditions in the manufacturing environment and the performance of the cameras, these defects may be difficult to see. Our image enhancement technology supports problem-solving in quality control by clarifying still images and videos, making hard-to-see images easier to view. 【Use Cases】 - Product inspection on the manufacturing line - Early detection of defective products - Reducing the burden on quality control personnel 【Benefits of Implementation】 - Improved inspection accuracy - Reduced risk of defective products being released - Cost savings

In the field of industrial equipment and special usage environments, stable display and high durability under harsh conditions are required. Particularly in environments susceptible to temperature changes, humidity, and vibrations, the risk of decreased screen visibility and failures increases. To address these challenges, EIZO offers products with optical bonding processing, meeting customer needs through improved display visibility and durability. 【Usage Scenarios】 - Manufacturing sites with vibrations and impacts - Outdoor installations with significant temperature changes - High humidity environments - Continuous operation for long hours 【Benefits of Implementation】 - Clear displays reduce misoperations and confirmation errors - Reduced glare enables visibility even in bright locations - Enhanced screen strength protects against physical damage - Suppression of condensation protects internal components - Improved integration of touch panel operation leads to smoother usability

In automotive applications, stable display and high reliability are required under harsh conditions such as vibrations and temperature changes during operation. In particular, ensuring screen visibility is essential for drivers to safely recognize information. Inadequate displays can lead to incorrect information transmission or operational mistakes. EIZO's optical bonding technology addresses these challenges in automotive environments, enhancing display visibility and durability. 【Usage Scenarios】 - Driving environments with high vibrations - Use in bright outdoor sunlight - Continuous use for long periods 【Benefits of Implementation】 - Clear displays allow for quick verification of necessary information - Reduced glare supports safe driving - Improved screen durability withstands long-term use - Prevents condensation and maintains display clarity

In the medical field, accurate understanding of high-resolution image information is essential for diagnosis and treatment. In particular, clear and distortion-free displays are crucial for the detection of subtle lesions and precise operations during surgery. Blurry displays and reflections can increase the risk of misdiagnosis and operational errors. EIZO's optical bonding technology addresses these challenges and provides an environment where healthcare professionals can work with confidence. 【Usage Scenarios】 - Surgical support systems - Endoscopy systems 【Benefits of Implementation】 - Improved diagnostic accuracy - Enhanced safety in surgeries - Reduced burden on healthcare professionals

In the field of crime prevention and security, the visibility of surveillance camera footage is extremely important for identifying suspects and early detection of suspicious movements. However, under conditions such as nighttime, bad weather, or backlighting, the footage can become unclear, increasing the risk of missing crucial evidence. EIZO's visibility enhancement system "DuraVision EVS1VX" connects easily to existing systems via HDMI, correcting the footage in real-time and displaying it more clearly. It strongly supports the improvement of accuracy in surveillance operations. 【Usage Scenarios】 - Identification of suspicious individuals or criminals in security operations - Continuous monitoring in environments with reduced visibility, such as at night or in backlighting - Clarification of footage using existing surveillance camera systems 【Benefits of Implementation】 - Makes it easier for monitors to detect anomalies and identify characteristics of individuals - Supports improved detection accuracy when implementing AI detection systems - The still image capture function facilitates easy storage of evidence footage.

In marine surveys and underwater explorations, situations arise where visibility of objects is difficult due to turbidity and lack of light. To conduct accurate investigations, it is essential to reliably grasp the details from the captured footage. When the visibility of the footage is low, there is a risk of overlooking details or delays in judgment. EIZO's visibility enhancement system "DuraVision EVS1VX" can be connected to existing video systems via an HDMI cable, allowing for real-time correction of input footage and clearer display. 【Usage Scenarios】 - Seafloor surveys using underwater drones or diving cameras - Inspection and exploration of marine structures - Video verification in high turbidity environments 【Benefits of Implementation】 - Improved visibility makes it easier to discover and understand the condition of investigation targets - When used in conjunction with AI detection systems, it contributes to improved accuracy in anomaly detection - The still image capture function allows for immediate saving of important scenes to a USB memory stick.

In the traffic infrastructure industry, accident analysis requires accurately identifying the causes of accidents from footage captured in low-visibility environments, such as at night or during bad weather. In particular, reliably confirming the details of evidence footage is essential for prompt and appropriate analysis. Blurry footage can lead to delays in analysis or oversights. EIZO's visibility enhancement system, "DuraVision EVS1VX," contributes to the efficiency of analysis operations by correcting input footage in real-time and displaying it clearly, simply by connecting via an HDMI cable, without significantly altering existing systems. [Usage Scenarios] - Confirming the situation during accidents on roads or in tunnels - Analyzing footage during troubles at railway facilities - Reviewing recorded footage in low-visibility environments, such as during bad weather or at night [Benefits of Implementation] - Clarification processing makes it easier for observers to detect anomalies and detailed situations - Using it in conjunction with AI detection systems supports improved accuracy in anomaly detection - The still image capture function allows for easy saving of important scenes to a USB memory stick.

In the manufacturing and inspection industry, it is essential to accurately detect minute defects and foreign objects to ensure product quality. Particularly in environments with strict lighting conditions or low contrast of the target objects, there are challenges where the accuracy of visual inspections and AI-based automatic detection decreases. EIZO's visibility enhancement system "DuraVision EVS1VX" connects to existing camera systems and corrects input images in real-time, improving visibility. This contributes to supporting inspectors in detecting anomalies and enhancing the accuracy of AI detection. 【Usage Scenarios】 - Detection of minute defects and foreign objects in manufacturing lines - Process monitoring and security operations within factories - Support for visual inspections in low-contrast environments 【Benefits of Implementation】 - Enhanced clarity of images makes it easier for inspectors to discover anomalies - Optimizes input images for AI detection systems, supporting detection accuracy - Can be implemented without significantly altering existing systems

In the drone and aerial photography industry, it is essential to accurately capture the details of the terrain without being affected by the shooting environment or weather conditions. Particularly in extensive surveys or when verifying complex terrains, the visibility of the footage directly impacts the accuracy of the work. If the footage is unclear, there is a risk of overlooking terrain undulations or obstacles. EIZO's visibility enhancement system, "DuraVision EVS1VX," can be connected to existing video transmission systems via HDMI, allowing for real-time correction of the footage and improved visibility. 【Usage Scenarios】 - Wide-area terrain surveys and surveying tasks using drones - Situational awareness from above at disaster sites - Reviewing footage in environments with low visibility, such as forests and mountainous areas 【Benefits of Implementation】 - Improved visibility of the footage allows for more accurate verification of terrain undulations and details - Observers and operators can more easily detect anomalies or changes - When used in conjunction with AI analysis, an improvement in detection accuracy can be expected.