Introduction to the id-Bridge™ Standard Service
3:09
We introduce you here to the id-Bridge™ Standard service, which contributes to improving logistics operations by using RFID.
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Play video Demo of position detection using LF communication
Demo of position detection using LF communication
Murata LF antennas can be used for accurate distance measurement. By using three LF transmitter antennas in combination, it is possible to achieve more accurate position detection than that with existing methods employing radio waves. Let’s see how i
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Play video Optimization of Medical Device Logistics Management Operations with id-Bridge™ Standard
Optimization of Medical Device Logistics Management Operations with id-Bridge™ Standard
You can see here the situations for which id-Bridge™ Standard has been used to optimize operations such as by reducing the burden of inspection work and speeding up stocktaking during the distribution of medical devices.
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Play video Drone control and automated landing using LF communication
Drone control and automated landing using LF communication
Murata LF antennas can be used for accurate position measurement. By using a drone in combination with LF antennas, it is possible to implement drone control and automated landing. Let’s see how it works.
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Play video Demo of distance measurement using LF communication
Demo of distance measurement using LF communication
Murata LF receiver antennas can be used for distance measurement. The measurement accuracy is better than that with methods employing radio waves. Let’s see how it works.
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Play video Direction-independent LF communication using a triaxial LF antenna
Direction-independent LF communication using a triaxial LF antenna
Using a Murata triaxial LF receiver antenna enables reception of signals from any direction, X, Y, or Z. This video shows how reception is possible without the direction having any effect. Devices using LF antennas can be placed in a bag, for instanc
1:43
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Play video Stretchable Printed Circuit Stretchability demonstration
Stretchable Printed Circuit Stretchability demonstration
Stretchable printed circuits are soft and pliable circuit boards that are usable even when stretched, bent, and twisted. This contributes to improved measurement precision and comfort of wearable devices.
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