Realizing Ultra-Low Transmission Loss with Inner Cavity Structure: LCP Flexible Substrate ULTICIRC
2:56
Ultra-low loss performance is required in the 6G era. Murata Manufacturing’s ULTICIRC LCP flexible substrate realizes outstanding high-frequency characteristics and ultra-low transmission loss with inner cavity structure. In this video, we take a look at foundational technology equipped with both high airtightness and low moisture absorption to support next-generation communications.
Related Videos
In Featured Videos
-
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
-
Play video Improving Factory Access Control and Evacuation Management | Implementation Manager Discusses LF Antenna Application Case Study [Okayama Murata Manufacturing]
Improving Factory Access Control and Evacuation Management | Implementation Manager Discusses LF Antenna Application Case Study [Okayama Murata Manufacturing]
Factory access control and evacuation verification require systems that are capable of accurately tracking the situation without impeding the flow of people. Murata’s LF antennas determine the direction of human movement with a direction detection t
2:39
-
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
-
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 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
-
Play video Streamlining Evacuation Status Tracking and Presence Management at Factories | Case Study of LF Antenna Implementation [Okayama Murata Manufacturing]
Streamlining Evacuation Status Tracking and Presence Management at Factories | Case Study of LF Antenna Implementation [Okayama Murata Manufacturing]
At factories and manufacturing sites, it is important to promptly verify evacuations, confirm safety, and track personnel in the event of a disaster. Murata’s LF antennas utilize direction detection technology through LF communication to determine t
3:47
