Wi-SUN | ROHM

 

 

Wireless Smart Utility Networks

Wi-SUN


12/16
2:30pm PST
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12/16
2:30pm PST
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Wi-SUN (Wireless Smart Utility Network) is a communication protocol established in recent years by the Wi-SUN Alliance based on the IEEE802.15.4g standard.

Wi-SUN comparison with other IoT communication standards

CHART

As you can see from the above chart, Wi-SUN is characterized by a longer communication distance than Wi-Fi and faster speeds than LoRa WAN and Sigfox. These balanced characteristics featuring a moderate transmission rate without the need for a base station make it ideally suited for the IoT market.

How Does the Wi-SUN Communication Protocol Work?


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Optical Sensors

Optical Sensors

ROHM's considerable lineup of optical sensors include high sensitivity, high reliability phototransistors,infraredlight emitting diodes,transmission/reflective type photointerrupters.

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Optical Sensors

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ROHM proposes laser diodes that support a wide range of needs in the consumer, industrial, and automotive markets, including high power metal CAN package types that provide high accuracy long range sensing with narrow emission width ideal for robot vacuums and AGVs (Automated Guided Vehicles). Also offered is a new surface mount VCSEL solution that allows for short distance wide range sensing and contributes to the miniaturization of LiDAR/ToF ranging modules by adopting a proprietary structure to achieve a single lobe narrow beam point, making it ideal for facial recognition, industrial robots and driver monitoring systems.


ROHM's optical sensors include high sensitivity, high-reliability phototransistors, infrared light-emitting diodes, transmission type photo interrupters, and reflective type photo interrupters.
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With the unprecedented need for contactless sensing due to the global pandemic, optical sensors have been utilized in sanitizer dispensers at long-term healthcare facilities to ensure health and safety compliance.

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In industrial and commercial applications, optical sensors are also being used for distance and temperature sensing and automation in Industry 4.0 applications. For example, optical sensors can detect liquid levels in process engineering facilities, such as petroleum levels in tank farms and hydrocarbon refineries, by integrating an infrared LED, light transistor, and a transparent prism tip.

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Optical sensors are also being used for ambient light sensing in consumer electronics such as smartphones, with advantages such as extending battery life and optimizing screen brightness to match the amount of lighting in the environment.

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Compact Infrared LED and phototransistor.


Focusing on the development of products with higher output and further miniaturization for sensor applications than conventional products.



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