Murata’s Vibration Sensor for High-Frequency Detection up to 20 kHz – Enabling Early Detection of Equipment Abnormalities –
2:44
Equipment often shows signs of failure—such as abnormal vibrations—before a sudden breakdown occurs. Murata’s vibration sensor detects high-frequency vibrations up to 20 kHz with a high signal-to-noise ratio, enabling early detection of abnormalities
[Usage Guide] How to Measure with Murata’s Vibration Sensor – Easily Acquire Vibration Data with the Evaluation Board –
2:06
This video provides an easy-to-understand explanation of how to measure vibrations using Murata’s vibration sensor with an evaluation board. The simple setup allows users to quickly begin vibration measurement with minimal preparation. Two types of e
Introduction to Murata's Wi-Fi HaLow™ Modules (Type 2HK/2HL)
2:26
In this video, we take a look at the specifications and features of Murata's Wi-Fi HaLow™ modules (Type 2HK/Type 2HL). These products offer the high reliability required for industrial applications with a maximum output of +24 dBm (Type 2HK), enviro
What Is Wi-Fi HaLow™ (IEEE 802.11ah)? An Easy-to-Understand Explanation of How Wi-Fi HaLow™ Differs from Other Standards
3:09
What Is Wi-Fi HaLow™ (IEEE 802.11ah)? In this video, we explain the positioning of Wi-Fi HaLow™ by clarifying how it differs from other communication standards. We also take a look at technical points such as Wi-Fi HaLow™’s modulation method, power-s
PTC Thermistor (POSISTOR) PRG series Application Example Resettable Fuses
3:52
This video takes a look at an example of overcurrent protection using the PRG series of PTC thermistors as a resettable fuse. The PRG series has the following features:
Murata RFIDs are blazing a new trail as they realize the future of next-generation smart inspections through embedded tire tags.
1:35
The work of inspecting tires places a burden on transport companies and dealers. With tires equipped with Murata's RFID tags, information such as the remaining tread depth can be centrally managed in the cloud by simply scanning the embedded tags. Th
Why Murata RFIDs Are the Preferred Choice: The Optimal Solution for Embedded Tire Tags
1:13
Here, we take a look at the strengths of Murata, which mean we are chosen by companies seeking RFID tags embedded in tires. We optimize the embedding position, which determines performance and durability, with extensive simulations and actual measur
Passionate Engineers Mastering the Art of Monozukuri
4:11
“What makes working at Murata so appealing?” From taking on the challenge of NHK’s “Makaizo no Yoru,” aired in February 2025, to the everyday trial and error on the development floor, Murata engineers share—in their own words—the excitement and ...
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
Murata’s Vibration Sensor for High-Frequency Detection up to 20 kHz – Enabling Early Detection of Equipment Abnormalities –
Equipment often shows signs of failure—such as abnormal vibrations—before a sudden breakdown occurs. Murata’s vibration sensor detects high-frequency vibrations up to 20 kHz with a high signal-to-noise ratio, enabling early detection of abnormalities
2:44
[Usage Guide] How to Measure with Murata’s Vibration Sensor – Easily Acquire Vibration Data with the Evaluation Board –
This video provides an easy-to-understand explanation of how to measure vibrations using Murata’s vibration sensor with an evaluation board. The simple setup allows users to quickly begin vibration measurement with minimal preparation. Two types of e
2:06
Introduction to Murata's Wi-Fi HaLow™ Modules (Type 2HK/2HL)
In this video, we take a look at the specifications and features of Murata's Wi-Fi HaLow™ modules (Type 2HK/Type 2HL). These products offer the high reliability required for industrial applications with a maximum output of +24 dBm (Type 2HK), enviro
2:26
What Is Wi-Fi HaLow™ (IEEE 802.11ah)? An Easy-to-Understand Explanation of How Wi-Fi HaLow™ Differs from Other Standards
What Is Wi-Fi HaLow™ (IEEE 802.11ah)? In this video, we explain the positioning of Wi-Fi HaLow™ by clarifying how it differs from other communication standards. We also take a look at technical points such as Wi-Fi HaLow™’s modulation method, power-s
3:09
PTC Thermistor (POSISTOR) PRG series Application Example Resettable Fuses
This video takes a look at an example of overcurrent protection using the PRG series of PTC thermistors as a resettable fuse. The PRG series has the following features:
3:52
Murata RFIDs are blazing a new trail as they realize the future of next-generation smart inspections through embedded tire tags.
The work of inspecting tires places a burden on transport companies and dealers. With tires equipped with Murata's RFID tags, information such as the remaining tread depth can be centrally managed in the cloud by simply scanning the embedded tags. Th
1:35
Why Murata RFIDs Are the Preferred Choice: The Optimal Solution for Embedded Tire Tags
Here, we take a look at the strengths of Murata, which mean we are chosen by companies seeking RFID tags embedded in tires. We optimize the embedding position, which determines performance and durability, with extensive simulations and actual measur
1:13
Passionate Engineers Mastering the Art of Monozukuri
“What makes working at Murata so appealing?” From taking on the challenge of NHK’s “Makaizo no Yoru,” aired in February 2025, to the everyday trial and error on the development floor, Murata engineers share—in their own words—the excitement and ...
4:11
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
New videos
New videos
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Play video Murata’s Vibration Sensor for High-Frequency Detection up to 20 kHz – Enabling Early Detection of Equipment Abnormalities –
Murata’s Vibration Sensor for High-Frequency Detection up to 20 kHz – Enabling Early Detection of Equipment Abnormalities –
Equipment often shows signs of failure—such as abnormal vibrations—before a sudden breakdown occurs. Murata’s vibration sensor detects high-frequency vibrations up to 20 kHz with a high signal-to-noise ratio, enabling early detection of abnormalities
2:44
-
Play video [Usage Guide] How to Measure with Murata’s Vibration Sensor – Easily Acquire Vibration Data with the Evaluation Board –
[Usage Guide] How to Measure with Murata’s Vibration Sensor – Easily Acquire Vibration Data with the Evaluation Board –
This video provides an easy-to-understand explanation of how to measure vibrations using Murata’s vibration sensor with an evaluation board. The simple setup allows users to quickly begin vibration measurement with minimal preparation. Two types of e
2:06
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Play video What Is Wi-Fi HaLow™ (IEEE 802.11ah)? An Easy-to-Understand Explanation of How Wi-Fi HaLow™ Differs from Other Standards
What Is Wi-Fi HaLow™ (IEEE 802.11ah)? An Easy-to-Understand Explanation of How Wi-Fi HaLow™ Differs from Other Standards
What Is Wi-Fi HaLow™ (IEEE 802.11ah)? In this video, we explain the positioning of Wi-Fi HaLow™ by clarifying how it differs from other communication standards. We also take a look at technical points such as Wi-Fi HaLow™’s modulation method, power-s
3:09
-
Play video Introduction to Murata's Wi-Fi HaLow™ Modules (Type 2HK/2HL)
Introduction to Murata's Wi-Fi HaLow™ Modules (Type 2HK/2HL)
In this video, we take a look at the specifications and features of Murata's Wi-Fi HaLow™ modules (Type 2HK/Type 2HL). These products offer the high reliability required for industrial applications with a maximum output of +24 dBm (Type 2HK), enviro
2:26
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Play video Murata Manufacturing's NFC Solutions in Medical Applications
Murata Manufacturing's NFC Solutions in Medical Applications
This video demonstrates Murata's NFC solutions in medical applications. Through examples of integration into auto-injectors and medical devices, it explains how to identify the medical parts and the system which supports usage history management. See
3:54
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Play video PTC Thermistor (POSISTOR) PRG series Application Example Resettable Fuses
PTC Thermistor (POSISTOR) PRG series Application Example Resettable Fuses
This video takes a look at an example of overcurrent protection using the PRG series of PTC thermistors as a resettable fuse. The PRG series has the following features:
3:52
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Play video Murata RFIDs are blazing a new trail as they realize the future of next-generation smart inspections through embedded tire tags.
Murata RFIDs are blazing a new trail as they realize the future of next-generation smart inspections through embedded tire tags.
The work of inspecting tires places a burden on transport companies and dealers. With tires equipped with Murata's RFID tags, information such as the remaining tread depth can be centrally managed in the cloud by simply scanning the embedded tags. Th
1:35
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Play video Why Murata RFIDs Are the Preferred Choice: The Optimal Solution for Embedded Tire Tags
Why Murata RFIDs Are the Preferred Choice: The Optimal Solution for Embedded Tire Tags
Here, we take a look at the strengths of Murata, which mean we are chosen by companies seeking RFID tags embedded in tires. We optimize the embedding position, which determines performance and durability, with extensive simulations and actual measur
1:13
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Play video Passionate Engineers Mastering the Art of Monozukuri
Passionate Engineers Mastering the Art of Monozukuri
“What makes working at Murata so appealing?” From taking on the challenge of NHK’s “Makaizo no Yoru,” aired in February 2025, to the everyday trial and error on the development floor, Murata engineers share—in their own words—the excitement and ...
4:11
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Play video 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)
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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Play video Low Frequency (LF) Wireless Communication Using Murata's LF Antennas: Highly Accurate Real-time 3D Position Measurement Using Triangulation (Real-time 3D Positioning/Location)
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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Play video Low Frequency (LF) Wireless Communication Using Murata's LF Antennas: Magnetic Field-based Wide Area Detection and Safety Management (Magnetic Field Area Detection)
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