Wireless Transmitter and Receiver, Wifi Temperature Sensors, Meters & Controllers

Browse our selection of wireless transmitter, receiver and wifi temperature sensor products for various applications and industries.

If you have any questions about which wifi transmitter is best for your application, or would like a quote on any of our wireless devices, please get in touch with our friendly team.

Looking to digitally improve your kitchen and restaurant’s self-monitoring? With NSnappy’s food production probes and sensors, you can enhance efficiency and safety in your kitchen operations. Read more about the NSnappy wireless monitoring service here.

What is a Wireless Transmitter?

A wireless transmitter is a device that sends data or signals without physical connections.

It uses technologies like radio waves, infrared, or Bluetooth to transmit information, such as audio, video, or sensor data, to a compatible receiver or another device, enabling wireless communication in various applications like remote controls, wireless headphones, and data transmission systems.

What is a Wireless Transmitter and Receiver?

A wireless transmitter and receiver are components of a communication system that exchange data without physical connections.

The transmitter sends signals or data wirelessly, typically using radio waves or infrared, while the receiver captures and interprets these signals, enabling wireless communication between devices, such as remote controls, smartphones, or Wi-Fi routers.

What is the Difference Between a Transmitter and a Receiver?

A transmitter sends data or signals, while a receiver receives and interprets those signals.

Transmitters initiate communication, like a radio station broadcasting music, while receivers capture and process the transmitted information, like a car radio tuning into the station and playing the music.

Applications for Wireless Sensor and Wifi Transmitter

Wireless transmitters and sensors have numerous applications, including:

1. Industrial Monitoring: They are used to monitor variables like temperature, pressure, and humidity in factories and plants.
2. Environmental Monitoring: For tracking air quality, weather conditions, and pollution levels.
3. Home Automation: Controlling smart home devices, such as thermostats, lights, and security systems.
4. Healthcare: Wireless medical sensors monitor patient vital signs and transmit data to healthcare providers.
5. Asset Tracking: Used in logistics to monitor the location and condition of assets like vehicles and cargo.
6. Agriculture: To monitor soil moisture, crop conditions, and livestock health.
7. Energy Management: For optimising energy usage in buildings and utilities.
8. Automotive: Wireless sensors are crucial in modern cars for various functions, including tire pressure monitoring and collision avoidance.
9. Consumer Electronics: In wireless headphones, gaming controllers, and remote controls.
10. IoT (Internet of Things): Enabling interconnected devices for various applications like smart cities and connected appliances.

For more information, read our wireless environmental monitoring system guide.