Low Frequency (LF) Wireless Communication Using Murata's LF Antennas: Magnetic Field-based Wide Area Detection and Safety Management (Magnetic Field Area Detection)
3:02
Here, we take a look at area detection solutions with low frequency (LF) wireless communication using Murata's LF antennas. This technology is less affected by obstacles and allows for stable area boundary detection because it uses magnetic fields. I
Low Frequency (LF) Wireless Communication Using Murata's LF Antennas: Highly Accurate Real-time 3D Position Measurement Using Triangulation (Real-time 3D Positioning/Location)
2:24
Here, we take a look at 3D position measurement technology that calculates the position (X/Y) and also the height (Z) at high speed and high accuracy through triangulation using three transmitting antennas. This technology can be applied to applicati
Murata SCH16T-K20: A new product version for demanding industrial measurements
1:05
Designed for OEMs in robotics, drones, and camera systems, as well as IMU module manufacturers and system integrators requiring safety-critical IMUs, the SCH16T-K20 delivers market-leading precision, mechanical robustness, and reliability.
Our Latest Campaign-Small is Dynamic “MEMS inertial sensors” (30 sec.)
0:30
Our latest campaign series, “Small is Dynamic,” has launched. The MEMS Inertial Sensors segment spotlights Murata Manufacturing’s high-precision MEMS inertial sensors and illustrates how they enable everyday life through a wide range of applications
NO-LIMIT PASSION Wonder stone "echorb" development shows the spirit of innovation to shape the future
4:47
"echorb" interactive devices were presented by Murata at the Better Co-Being signature pavilion at Expo 2025.
Wonder stone "echorb" experience showcase at Expo 2025 Osaka, Kansai, Japan
2:32
This video captures the wonder stone “echorb” experience at the “Better Co-Being” Signature Pavilion of Expo 2025 Osaka, Kansai, Japan.
Learn About the History of Wireless Communications Through Manga: The Slightly Mysterious Past Behind Radio Waves
9:13
An average high-school girl named Saki receives a strange phone call while at a cafe. It just so happens to be from Maxwell, Hertz, and Marconi—the scientists who forged the foundations of wireless communications?!
NTC Thermistor Attention: How to measure NTC resistance
1:54
The notifications of resistance measurement in Labs.
UWB Module Demonstration for UWB radar
2:01
The Type 2HQ UWB module supports UWB radar and Two-Way Ranging (TWR). This module simultaneously detects people via reflected waves and measures the distance to UWB devices, enabling high-precision sensing that does not rely on visual input.
Introduction to Example of Implementation of id-Bridge Standard™ at Tokyo Logistics Center (Logistics Center Manager Version)
7:00
id-Bridge™ Standard has been implemented at Murata's Tokyo Logistics Center. We look here at what kind of system it is and what kind of effects have been obtained by using RFID in logistics.
Introduction to Example of Implementation of id-Bridge Standard™ at Tokyo Logistics Center (Logistics Center Site Supervisor Version)
5:25
id-Bridge™ Standard has been implemented at Murata's Tokyo Logistics Center. We look here at what kind of system it is and what kind of effects have been obtained by using RFID in logistics.
10-SECOND ANSWER Explain the wonder stone in 10 seconds
2:48
This is a video about “echorb” Wonder Stone, Murata’s gift to the Better Co-Being Signature Pavilion of Expo 2025 Osaka, Kansai, Japan.
Low Frequency (LF) Wireless Communication Using Murata's LF Antennas: Magnetic Field-based Wide Area Detection and Safety Management (Magnetic Field Area Detection)
Here, we take a look at area detection solutions with low frequency (LF) wireless communication using Murata's LF antennas. This technology is less affected by obstacles and allows for stable area boundary detection because it uses magnetic fields. I
3:02
Low Frequency (LF) Wireless Communication Using Murata's LF Antennas: Highly Accurate Real-time 3D Position Measurement Using Triangulation (Real-time 3D Positioning/Location)
Here, we take a look at 3D position measurement technology that calculates the position (X/Y) and also the height (Z) at high speed and high accuracy through triangulation using three transmitting antennas. This technology can be applied to applicati
2:24
Murata SCH16T-K20: A new product version for demanding industrial measurements
Designed for OEMs in robotics, drones, and camera systems, as well as IMU module manufacturers and system integrators requiring safety-critical IMUs, the SCH16T-K20 delivers market-leading precision, mechanical robustness, and reliability.
1:05
Our Latest Campaign-Small is Dynamic “MEMS inertial sensors” (30 sec.)
Our latest campaign series, “Small is Dynamic,” has launched. The MEMS Inertial Sensors segment spotlights Murata Manufacturing’s high-precision MEMS inertial sensors and illustrates how they enable everyday life through a wide range of applications
0:30
NO-LIMIT PASSION Wonder stone "echorb" development shows the spirit of innovation to shape the future
"echorb" interactive devices were presented by Murata at the Better Co-Being signature pavilion at Expo 2025.
4:47
Wonder stone "echorb" experience showcase at Expo 2025 Osaka, Kansai, Japan
This video captures the wonder stone “echorb” experience at the “Better Co-Being” Signature Pavilion of Expo 2025 Osaka, Kansai, Japan.
2:32
Learn About the History of Wireless Communications Through Manga: The Slightly Mysterious Past Behind Radio Waves
An average high-school girl named Saki receives a strange phone call while at a cafe. It just so happens to be from Maxwell, Hertz, and Marconi—the scientists who forged the foundations of wireless communications?!
9:13
NTC Thermistor Attention: How to measure NTC resistance
The notifications of resistance measurement in Labs.
1:54
UWB Module Demonstration for UWB radar
The Type 2HQ UWB module supports UWB radar and Two-Way Ranging (TWR). This module simultaneously detects people via reflected waves and measures the distance to UWB devices, enabling high-precision sensing that does not rely on visual input.
2:01
Introduction to Example of Implementation of id-Bridge Standard™ at Tokyo Logistics Center (Logistics Center Manager Version)
id-Bridge™ Standard has been implemented at Murata's Tokyo Logistics Center. We look here at what kind of system it is and what kind of effects have been obtained by using RFID in logistics.
7:00
Introduction to Example of Implementation of id-Bridge Standard™ at Tokyo Logistics Center (Logistics Center Site Supervisor Version)
id-Bridge™ Standard has been implemented at Murata's Tokyo Logistics Center. We look here at what kind of system it is and what kind of effects have been obtained by using RFID in logistics.
5:25
10-SECOND ANSWER Explain the wonder stone in 10 seconds
This is a video about “echorb” Wonder Stone, Murata’s gift to the Better Co-Being Signature Pavilion of Expo 2025 Osaka, Kansai, Japan.
2:48
New videos
New videos
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Low Frequency (LF) Wireless Communication Using Murata's LF Antennas: Magnetic Field Communication Technology to Detect the Movement Direction of People and Objects at High Accuracy (Direction Detection)
Here, we take a look at the mechanism of detecting the movement direction of people and objects at a high accuracy by analyzing the changes in signal strength from two transmitting antennas. We also showcase usage examples. This technology enables si
1:30
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Low Frequency (LF) Wireless Communication Using Murata's LF Antennas: Stable and Highly Accurate Distance Measurement and Position Detection Using Magnetic Fields (Magnetic Field Ranging & Positioning)
Here, we explain about the basic principles and features of wireless communication using magnetic fields for low frequency (LF) wireless communication using Murata's LF antennas. We take a look at the benefits of this technology, such as offering sta
2:40
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Low Frequency (LF) Wireless Communication Using Murata's LF Antennas: Magnetic Field-based Wide Area Detection and Safety Management (Magnetic Field Area Detection)
Here, we take a look at area detection solutions with low frequency (LF) wireless communication using Murata's LF antennas. This technology is less affected by obstacles and allows for stable area boundary detection because it uses magnetic fields. I
3:02
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Low Frequency (LF) Wireless Communication Using Murata's LF Antennas: Stable Data Communication and Labor-saving Solutions Using Magnetic Fields (Magnetic Field Data Transmission)
Here, we take a look at the mechanism of data transmission through LF communication using magnetic fields, and some usage examples. It is possible to transmit a small amount of data when a receiving tag enters a magnetic field. This enables stable co
1:09
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Low Frequency (LF) Wireless Communication Using Murata's LF Antennas: Highly Accurate Real-time 3D Position Measurement Using Triangulation (Real-time 3D Positioning/Location)
Here, we take a look at 3D position measurement technology that calculates the position (X/Y) and also the height (Z) at high speed and high accuracy through triangulation using three transmitting antennas. This technology can be applied to applicati
2:24
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Vibration Sensor Unit Assembly Procedure
This video explains the assembly procedure for the Vibration Sensor Unit and important precautions to follow during assembly.
1:52
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Supporting Worker Operations Using Edge AI Cameras
Process monitoring using edge AI cameras supports digital transformation (DX) in the manufacturing industry. This system recognizes the movements of workers, detects mistakes, and analyzes workload without the need for the cloud. With its no-code AI
2:12
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Basic Knowledge of Wireless Communication : What Is a Communication Protocol?
In this video, we will take a look at communication protocols. Communication protocols are the common rules necessary to reliably exchange data between different devices and networks.
6:29
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Murata SCH16T-K20: A new product version for demanding industrial measurements
Designed for OEMs in robotics, drones, and camera systems, as well as IMU module manufacturers and system integrators requiring safety-critical IMUs, the SCH16T-K20 delivers market-leading precision, mechanical robustness, and reliability.
1:05
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Murata Industrial-Grade MEMS Inertial Sensors for Structural health Monitoring, Heavy Machines, Humanoid Robots and Urban Air Mobility
Murata develops and manufactures high-performance inertial sensors, including accelerometers, inclinometers, and combined gyroscope-accelerometer sensors.
5:17
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Our Latest Campaign-Small is Dynamic “Capacitor” (15 sec.)
Our newest campaign series, “Small is Dynamic,” is now live. The first segment on Capacitors spotlights Murata Manufacturing’s flagship multilayer ceramic capacitor – the world’s smallest at just 0.006 × 0.003 inches (0.16 mm × 0.08 mm).
0:15
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Our Latest Campaign-Small is Dynamic “Capacitor” (30 sec.)
Our newest campaign series, “Small is Dynamic,” is now live. The first segment on Capacitors spotlights Murata Manufacturing’s flagship multilayer ceramic capacitor – the world’s smallest at just 0.006 × 0.003 inches (0.16 mm × 0.08 mm). This video i
0:30
