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.
Related Videos
In Connectivity Modules
-
Play video Murata LoRa® Modules: Long-range, Low Power Consumption Wireless Connection Solutions for Diverse Applications
Murata LoRa® Modules: Long-range, Low Power Consumption Wireless Connection Solutions for Diverse Applications
This video introduces the LoRa® module product series from Murata. Our impact-designed modules enable long-range, low-power wireless connectivity for a variety of IoT devices.
4:40
-
Play video Murata’s Type 2GF Module
Murata’s Type 2GF Module
Type 2GF is a small and high performance module based on Infineon CYW43022 combo chipset which supports Wi-Fi™ 802.11a/b/g/n/ac + Bluetooth® 5.4 BR/EDR/LE up to 78Mbps PHY data rate on Wi-Fi™ and 3Mbps PHY data rate on Bluetooth®.
1:09
-
Play video Examples of Edge AI module applications Type1WV Coral Accelerator Module
Examples of Edge AI module applications Type1WV Coral Accelerator Module
This video introduces examples of high-speed image classification and object (tag) detection using Edge AI.
2:31
-
Play video Type 1SC - Cellular LPWA/NTN Module
Type 1SC - Cellular LPWA/NTN Module
Murata’s modules + Skylo’s NTN technology expand the accessibility of satellite connectivity to deliver seamless communication- anytime, anywhere. Discover more about our leading connectivity module here:
1:42
-
Play video Introduction of Edge AI module
Introduction of Edge AI module
The solution overcomes some of the most pressing challenges in implementing AI solutions by delivering superior noise suppression and simplifying printed circuit board design in a smaller footprint.
1:43
-
Play video Wi-Fi 7
Wi-Fi 7
The imminent rollout of Wi-Fi 7 promises to revolutionize connectivity, making seamless communication essential for the successful management of data transmission.
1:38
