インタコンポ Product Lineup

The 'S.Cube' 3D depth camera module handled by Meerecompany offers high-resolution depth information in a compact design, optimized for various applications. Product Features: - High-definition TRUE VGA resolution - Compact design with built-in chip - Wide operating range (0.25 to 4.0m) - High frame rate (7.5 to 30fps) Main Applications: - Robotics: Enables accurate obstacle detection and distance measurement in autonomous mobile robots and drones, achieving excellent performance even in narrow spaces and complex environments. - IoT Devices: By integrating into smart appliances, it detects movement, significantly contributing to motion analysis in users' living spaces. - Authentication Technology: Realizes security systems through high-precision facial recognition and contactless interfaces via gesture recognition, applicable for security measures in public facilities and businesses. - 3D Mapping: Achieves high-precision 3D mapping for site surveys in construction and civil engineering, as well as for creating virtual tours, leading to significant improvements in work efficiency.

Introducing the new development 'Wide Eye' 3D depth camera module from Meerecompany (listed on the Korean KOSDAQ). 【Features】 ■ Price competitiveness! ■ Wide-angle FoV ■ Achieves miniaturization ➡ Equipped with proprietary chip developed in-house ■ High performance, high resolution, low power consumption ➡ i-ToF (Indirect Time-of-Flight) technology ■ Simple design concept specialized for short-range detection, distance measurement, and recognition with a wide field of view 【Applications】 Utilizing sensing and distance measurement capabilities through i-ToF technology, it can be applied in various industrial fields and uses such as obstacle detection and distance measurement for autonomous mobile robots (AMRs), IoT/smart appliances, monitoring and surveillance in vehicle interiors, facial recognition, 3D scanning/mapping, gesture and motion information acquisition, and detection and recognition in outdoor, store, and public transportation environments for "digital signage," leveraging its environmental resistance. Additionally, proposals including software for facial recognition applications are also possible.

- 3D Depth Camera Module - Meerecomany (listed on KOSDAQ in South Korea) - Two types: standard type and wide-angle type The 3D depth sensor offers high performance at a low price. Equipped with our self-developed chip MR1000, it also achieves low power consumption. Let's utilize ToF sensors in facial recognition devices with its compact size and simple design! Our 3D depth sensor is an innovative product that brings a revolution to facial recognition devices. Here are its features. 【Common Features】 - Price competitiveness! This sensor boasts excellent cost performance compared to competing products. A chance to acquire high-quality 3D depth sensing technology. - High performance, high resolution, low power consumption ➡ i-ToF (Indirect Time-of-Flight) technology Provides outstanding performance and high resolution while achieving low power consumption. - Equipped with our self-developed dedicated chip MR1000 Delivers superior performance compared to other sensors. This allows us to leverage the latest technology to achieve the highest quality 3D depth sensing. We also handle radar-type sensors in addition to optical types! Please refer to the related materials!

- 3D Depth Camera Module - Meerecomany (listed on KOSDAQ in South Korea) - Two types released: standard type and wide-angle type 【Common Features】 ■ Price competitiveness! ■ High performance, high resolution, low power consumption ➡ i-ToF (Indirect Time-of-Flight) technology ■ Equipped with proprietary chip MR1000 developed in-house 【S.Cube】S100D ■ Size: 60 x 15 x 10 mm ■ Simple design concept specialized for short-range detection, ranging, and recognition (up to 4 m) 【Wide Eye】S110D ■ Wide-angle FoV ■ Size: 63 x 15 x 20 mm ■ Simple design concept specialized for short-range detection, ranging, and recognition (up to 2 m)

Introducing ToF sensors that can be utilized in automatic transport robots, autonomous driving robots, and security robots active in logistics centers, office buildings, commercial facilities, and shopping centers. - 3D Depth Camera Module - Meerecompany (listed on KOSDAQ in South Korea) - Two types released: standard type and wide-angle type 【Common Features】 　■ Price competitiveness! 　■ High performance, high resolution, low power consumption ➡ i-ToF (Indirect Time-of-Flight) technology 　■ Equipped with proprietary chip MR1000 developed in-house 【S.Cube】S100D 　　■ Size: 60 x 15 x 10mm 　　■ Simple design concept specialized for short-range detection, distance measurement, recognition, etc. (up to 4 m) 【Wide Eye】S110D 　　■ Wide-angle FoV 　　■ Size: 63 x 15 x 20mm 　　■ Short-range detection, distance measurement, recognition, etc. (up to 2 m)

New product from Meerecomany (listed on KOSDAQ in South Korea)! Outdoor-compatible ToF sensor to be released in 2024 Achieves low cost and miniaturization 【Features】 ■ Price competitiveness! ■ Achieves miniaturization ■ Adopts low power consumption and high-performance i-ToF technology, enabling long-distance obstacle detection ■ Simple design concept specialized for short-range detection, distance measurement, and recognition (up to 7m) ■ 3D-ToF sensor that can be used even in sunlight, which is a weakness of ToF sensors 【Applications】 Utilizing sensing and distance measurement functions with i-ToF technology, it can be applied to various industrial fields and uses such as obstacle detection and distance measurement for autonomous mobile robots (AMR), IoT/smart home appliances, monitoring and surveillance in vehicle interiors, facial recognition, 3D scanning/mapping, gesture and motion information acquisition, and detection and recognition for outdoor, retail, and public transportation "digital signage" leveraging environmental resistance. Additionally, proposals including software for facial recognition applications are also possible.

Our company handles ToF sensors and LiDAR sensors used in robots, AMRs, facial recognition devices, and FA robots. This document is intended for those considering the new adoption of ToF sensors and LiDAR sensors, as well as for those who want to understand the basics of handling sensors for the first time. Document contents: - What is a 3D sensor? - Types of 3D sensors - Principles of 3D sensors - Product introduction

"S.Cube/Wide Eye" is a ToF sensor from meerecompany used in various robotic products, equipment systems, and safety devices. It features competitive pricing, high performance, high resolution, and low power consumption, and is equipped with the dedicated chip MR1000. It is active in a wide range of fields including factories, commercial facilities, livestock, agriculture, and civil engineering/construction. Please feel free to contact us when you need assistance. 【Features】 ■ Cost competitive ■ Low price lineup ■ MOQ < 100 ■ Range sensor utilizing the time of flight (ToF) of light 【Applications】 ■ Various robotic products (picking, AGV, monitoring, transportation, automation products) ■ Equipment systems (semiconductors, measurement, precision, surveying) ■ Security-related devices and facilities (surveillance cameras, motion sensors, hospitals, nursing, schools, warehouses, parking lots) ■ Digital signage (motion sensors, brightness sensors) ■ Safety devices (accident prevention sensors, disaster alarms, surrounding monitoring) *For more details, please refer to the PDF document or feel free to contact us.

Currently handling optical (ToF, LiDAR) and radar sensors!! Smart agriculture applications Harvest robots: Use 3D sensors to sense and distinguish the position and maturity of crops, enabling efficient harvesting. Tractors: Perform terrain mapping of farmland and recognize rows, contributing to autonomous driving and improved work efficiency. Drones: Accurately map the terrain and vegetation information of farmland, supporting effective agricultural planning. Automation in indoor farming: Monitor plant growth and environmental conditions, and automate watering within facilities. Orchard management: Monitor the growth status of fruit trees and harvest at the appropriate timing. Weed removal robots: Identify crops and weeds, executing efficient weed eradication. Contributing to future technological innovations and opening up new possibilities in various industrial fields.

- 3D Depth Camera Module - Meerecomany (listed on KOSDAQ in South Korea) - Two types: standard type and wide-angle type The 3D depth sensor offers high performance at a low price. Equipped with our self-developed chip MR1000, it also achieves low power consumption. Let's utilize the ToF sensor in face recognition devices with its compact size and simple design! Our 3D depth sensor is an innovative product that brings a revolution to face recognition devices. Here are its features. [Common Features] - Price Competitiveness! This sensor boasts excellent cost performance compared to competing products. It's an opportunity to acquire high-quality 3D depth sensing technology. - High Performance, High Resolution, Low Power Consumption ➡ i-ToF (Indirect Time-of-Flight) Technology It provides outstanding performance and high resolution while achieving low power consumption. - Equipped with our self-developed dedicated chip MR1000 It delivers superior performance compared to other sensors. This allows us to leverage the latest technology and achieve the highest quality in 3D depth sensing. We also handle radio wave sensors in addition to optical sensors! Please refer to the related materials!

Gesture control enables non-contact operation of various devices such as smartphones, robots, in-vehicle equipment, and medical devices! It will be useful in the near future! - 3D Depth Camera Module - Meerecomany (listed on KOSDAQ in South Korea) - Available in two types: standard type and wide-angle type The 3D depth sensor is low-cost and high-performance. It features our self-developed chip MR1000, achieving low power consumption. Compact and simple design! 【Common Features】 ■ Price competitiveness! This sensor boasts excellent cost performance compared to competing products. A chance to acquire high-quality 3D depth sensing technology. ■ High performance, high resolution, low power consumption ➡ i-ToF (Indirect Time-of-Flight) technology Provides outstanding performance and high resolution while achieving low power consumption. ■ Equipped with our self-developed dedicated chip MR1000 Delivers superior performance compared to other sensors. This allows for the utilization of the latest technology to achieve the highest quality 3D depth sensing. In addition to optical sensors, we also handle radio wave sensors! Please refer to the related materials!

Our company handles ToF sensors and LiDAR sensors used in robots, AMRs, facial recognition devices, and FA robots. This document is intended for those considering the new adoption of ToF sensors and LiDAR sensors, as well as for those who want to understand the basics of handling sensors for the first time. Document Contents - What is a 3D sensor? - Types of 3D sensors - Principles of 3D sensors - Product introduction

New product from Meerecomany (listed on KOSDAQ in South Korea)! Outdoor-compatible ToF sensor to be released in 2024 Achieving low cost and miniaturization 【Features】 ■ Price competitiveness! ■ Achieves miniaturization ■ Utilizes low-power, high-performance i-ToF technology, enabling long-distance obstacle detection ■ Simple design concept specialized for short-range detection (up to 7m), ranging, and recognition ■ 3D-ToF sensor that can be used even in sunlight, which is a weakness of ToF sensors 【Applications】 Using sensing and ranging functions based on i-ToF technology, it can be applied in various industrial fields and uses such as obstacle detection and distance measurement for autonomous mobile robots (AMR, AGV), IoT/smart home appliances, monitoring and care in vehicle interiors, facial recognition, 3D scanning/mapping, gesture and motion information acquisition, and detection and recognition in outdoor, retail, and public transportation environments for "digital signage." Additionally, proposals including software for facial recognition applications are also possible.

Are you experiencing challenges with insufficient installation space or sensor accuracy? The I200D is a compact, high-performance Time-of-Flight (ToF) sensor that can be embedded. It achieves miniaturization through unique technology while providing high precision and stable measurement performance. It is ideal for installation in limited spaces, such as unmanned transport vehicles (AGVs) and picking robots. Additionally, it supports a wide range of applications, including facial recognition, people counting, understanding foot traffic in stores, and intruder detection. With low power consumption and excellent maintainability, it strongly supports operational efficiency. For more details, please download from the related catalog. We also offer demo units for loan, so feel free to contact us.

This is the "Demo Unit Rental and Live Demo" page for the meerecompany (CubeEye) ToF camera. You can quickly verify the effects of distance range, field of view, black objects, reflective surfaces, and lighting conditions on-site in a short period, which is difficult to assess based solely on catalog values. There are various applications such as monitoring, transportation robots, people counting, collision prevention, and equipment monitoring. After your inquiry, we will discuss your intended use and installation conditions (distance/height/indoor/outdoor/target objects) to suggest the most suitable model candidates. If you want to proceed with a PoC based on comparative verification, please consult us with your objectives and verification period, even if it's just that. It's okay if your application is not yet finalized. Please let us know the "distance you want to measure" and the "installation location" first.

This is a performance comparison table of three types of ToF sensors from Meerecompany. It is a table summarizing each specification, making it easy to compare at a glance.

- Compatible with tractors, combines, agricultural robots, construction machinery, and commercial vehicles. - A highly reliable telematics terminal that collects data from all types of vehicles and securely transfers it to the cloud. - Adopted as standard specifications by a major South Korean agricultural machinery manufacturer, with global operational achievements including North America and Europe. - From real-time location tracking (GPS/GNSS) to detailed vehicle diagnostics via CAN communication (UDS/DTC), and safety management including rollover detection using G-sensors. - Compliance with CE RED (Cybersecurity 3.3 (d), (e), etc.) in Europe and North America, as well as certification from telecommunications carriers (Vodafone).

"Motion Catch" is a non-contact monitoring sensor equipped with millimeter-wave radar and AI, designed to support the monitoring of residents in nursing facilities. Its feature is that it does not use cameras and does not record images, making it easy to implement in spaces where privacy considerations are necessary, such as in private rooms or at night. It supports essential monitoring functions required in caregiving settings, including fall detection, bed exit and return monitoring, presence/absence tracking, and detection of prolonged immobility. It can also accommodate breathing and heart rate detection, as well as sleep quality analysis reports (consultation required). It can be installed on ceilings or walls and can cover an area of approximately 4m x 6m with a single unit, contributing to the streamlining of monitoring in private rooms and nighttime rounds, as well as reducing staff burden.

"Motion Catch" is a non-contact monitoring sensor equipped with millimeter-wave radar and AI, designed to support monitoring tasks in hospitals, clinics, and nursing facilities. Its feature is that it does not use cameras and does not record images, making it easy to implement in spaces where privacy considerations are required, such as patient rooms, private rooms, and restrooms. In addition to fall detection, understanding presence/absence, and detecting prolonged immobility, it can also monitor respiratory rate, heart rate, and provide sleep quality reports. For hospital applications, it is expected to monitor sudden health changes or falls in restrooms, helping to prevent oversight in monitoring and reduce the burden of nighttime responses. It can be installed on ceilings or walls and can cover an area of approximately 4m x 6m with a single unit, efficiently supporting safety measures in private rooms and patient rooms.

"Motion Catch" is a monitoring sensor designed for spaces where privacy considerations are particularly important, such as restrooms and changing rooms. Its feature is that it does not use a camera and does not record images, making it easy to implement in places where there is resistance to camera installation even when monitoring is necessary. It can be utilized for preparing against fall risks, monitoring prolonged immobility, and supporting early detection of abnormalities, making it useful for enhancing monitoring in a wide range of environments such as nursing facilities, hospitals, accommodation facilities, and public spaces. It can be installed on ceilings or walls, allowing for a non-contact monitoring system that blends seamlessly into the environment.

"Motion Catch" is a monitoring sensor designed for spaces where it is difficult to install cameras and where privacy considerations are particularly important. Its features include the ability to monitor without recording video and in a non-contact manner, which helps to reduce the psychological burden on users while enhancing safety measures. It can be utilized in places where camera operations are challenging, such as nursing facilities, hospitals, hotels, restrooms, and changing rooms. This product is suitable for environments that require a balance between monitoring and privacy considerations, such as preparing for fall risks, tracking prolonged immobility, and supporting early detection of abnormalities.

"Motion Catch" is a monitoring sensor designed to quickly detect abnormalities such as falls or sudden changes in health. It does not use cameras and does not record video, allowing for enhanced monitoring systems while considering privacy. It can be utilized in various spaces where early detection of abnormalities is required, such as nursing facilities, hospitals, hotels, restrooms, and changing rooms. It helps strengthen safety measures by preparing for fall risks, monitoring prolonged immobility, and supporting awareness of sudden changes. It can be installed on ceilings or walls, seamlessly blending into the environment while providing non-contact monitoring.

"Motion Catch" is a monitoring sensor that supports the reduction of the burden of nighttime patrols. Its feature is that it does not use a camera and does not record images, allowing for the enhancement of nighttime monitoring systems while considering privacy. It can be utilized in various environments that require nighttime monitoring, such as care facilities, hospitals, and accommodation facilities. It helps improve the efficiency of nighttime operations by enabling long-term immobility detection, early detection of abnormalities, optimization of patrol frequency, and reduction of staff burden. It can be installed on the ceiling or wall, achieving non-contact monitoring while blending into the space.

"Motion Catch" is a non-contact monitoring sensor that supports monitoring during sleep and while in a room. Its feature is that it does not use a camera and does not record images, allowing for status monitoring while considering the user's privacy. It can be utilized in a wide range of environments such as nursing facilities, hospitals, hotels, and private spaces, helping to understand presence/absence, detect long periods of immobility, and enhance monitoring during sleep. It is also capable of providing sleep quality reports, detecting respiratory rate and heart rate, and tracking presence and absence.

"Motion Catch" is a non-contact monitoring sensor equipped with millimeter-wave radar and AI, designed to meet the monitoring needs in hotels. Its feature is that it does not use cameras or record images, making it easy to implement in private spaces such as guest rooms. It can be utilized for monitoring elderly guests or those with health concerns, preparing for fall risks, and supporting early detection in case of sudden health changes. It can be installed on ceilings or walls, contributing to enhanced monitoring within guest rooms, increased sense of security, and added value to services.

"Motion Catch" is a non-contact monitoring sensor that supports the understanding of presence, absence, and entry/exit. It does not use a camera and does not record images, allowing for the monitoring of space usage while considering privacy. It can be utilized in a wide range of environments such as nursing facilities, hospitals, hotels, private rooms, and offices, helping with presence confirmation, understanding prolonged absence, visualizing entry and exit, and improving the efficiency of monitoring operations. It can be installed on ceilings or walls, seamlessly blending into the space while achieving non-contact status monitoring.