What is the price of the 433MHz SYN115 SYN480R Wireless Transmitter Receiver Module in Bangladesh?

The current price of the 433MHz SYN115 SYN480R Wireless Transmitter Receiver Module at KathalTech is ৳300.

What frequency does the SYN115 SYN480R module use?

The wireless transmitter and receiver operate at approximately 433MHz.

What are SYN115 and SYN480R?

SYN115 is used as the RF transmitter and SYN480R is used as the RF receiver in this 433MHz wireless module set.

What is a 433MHz RF transmitter receiver module used for?

It can be used for basic wireless data transmission, remote controls, wireless sensors, alarms, robotics, home automation and DIY IoT projects.

Can I use the 433MHz module with Arduino?

Yes. The transmitter and receiver can be integrated with compatible Arduino projects using suitable RF communication software and circuitry.

Can I use the SYN115 SYN480R module with ESP32?

Yes. It can be integrated into ESP32 projects, provided the module's electrical requirements and signal voltage levels are compatible with the ESP32.

Can this module transmit sensor data?

Yes. A microcontroller can encode sensor readings into a suitable data format and transmit them through the 433MHz RF module to a compatible receiver.

Can the 433MHz module be used for a remote control?

Yes. It can be used to build simple wireless remote-control systems when paired with a suitable transmitter circuit, receiver circuit and microcontroller software.

Does this 433MHz module provide Wi-Fi or Bluetooth?

No. This is a basic 433MHz RF communication module and does not provide Wi-Fi or Bluetooth connectivity.

Does the module have a built-in communication protocol?

Basic RF transmitter and receiver modules generally provide the wireless physical link, while the connected microcontroller and software handle data encoding, decoding and communication protocols.

What affects the range of a 433MHz RF module?

Communication range can be affected by antenna design, transmitter power, receiver sensitivity, data rate, obstacles, interference, power supply conditions and the surrounding RF environment.

Does the 433MHz module require an antenna?

An appropriate antenna can significantly improve RF communication performance and range. The recommended antenna configuration depends on the specific module.

Can the 433MHz transmitter and receiver communicate through walls?

Radio signals can sometimes pass through walls, but the achievable range and reliability depend on wall materials, antenna configuration, transmitter power, interference and other environmental conditions.

433MHZ Wireless Transmitter Receiver Module SYN115 SYN480R

Name: 433MHZ Wireless Transmitter Receiver Module SYN115 SYN480R
Brand: KathalTech
SKU: 433mhz-wireless-transmitter-receiver-module-syn115-syn480r
Price: 300.00 BDT
Availability: InStock
Rating: 5.0 (1 reviews)

0.0 (0 Reviews)

৳300.00

VAT inclusive; Computed calculations added locally.

The 433MHz Wireless Transmitter Receiver Module SYN115 SYN480R is a compact RF communication module pair designed for short-range wireless data transmission and reception. Operating at 433MHz, it is suitable for Arduino, ESP32, remote-control projects, wireless sensors, alarms, and DIY IoT applications.

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Overview

433MHz Wireless Transmitter Receiver Module SYN115 SYN480R

Add simple wireless communication to your electronics projects with the 433MHz Wireless Transmitter Receiver Module featuring SYN115 transmitter and SYN480R receiver. This compact RF module pair provides an easy way to transmit and receive digital data without requiring a wired connection between devices.

Operating in the 433MHz RF band, the modules are well suited for basic wireless-control and data-transfer applications. They can be integrated with popular microcontroller platforms such as Arduino, ESP32, STM32, and other development boards using appropriate RF communication libraries or software protocols.

The module pair is a practical choice for wireless switches, remote controls, sensor nodes, alarm systems, robotics, home automation, and DIY IoT projects. Multiple transmitter and receiver pairs can be used to create simple point-to-point wireless communication systems.

Because these are basic RF modules, the communication protocol is normally handled by the connected microcontroller. This provides flexibility for developers to implement their own data format and control logic.

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433MHz SYN115 Transmitter and SYN480R Receiver

The 433MHz Wireless Transmitter Receiver Module SYN115 SYN480R is a compact RF communication solution for projects requiring basic wireless data transfer.

The set consists of a SYN115-based transmitter and a SYN480R-based receiver, allowing one circuit to transmit data and another compatible circuit to receive it over a 433MHz radio link.

433MHz RF Communication

The modules operate around the 433MHz frequency, a commonly used RF band for low-data-rate wireless applications.

They can be used to create a wireless link between two microcontroller-based devices without requiring a physical cable between them.

Microcontroller Integration

The modules can be integrated into projects using development platforms such as:

Arduino
ESP32
STM32
AVR microcontrollers
Other compatible embedded controllers

The microcontroller typically generates the data signal for the transmitter and processes the received signal from the receiver. A suitable software protocol or RF encoding method is recommended to improve communication reliability.

DIY Wireless Projects

These modules are useful for experimenting with basic RF communication and building wireless electronic systems.

Potential applications include:

Wireless remote controls
Wireless switches
Sensor data transmission
Alarm systems
Home automation
Robotics
Remote monitoring
DIY IoT projects
Smart-device prototypes
Educational RF experiments

Simple RF Data Link

The transmitter sends the electrical data signal through the 433MHz RF link, while the receiver detects the transmitted signal and provides a corresponding output to the connected controller.

For reliable communication, factors such as antenna configuration, supply voltage, interference, data rate, receiver sensitivity, obstacles, and local RF conditions should be considered.

Important Considerations

These are basic RF modules rather than complete networking devices. They generally do not provide Wi-Fi, Bluetooth, encryption, addressing, or a sophisticated communication protocol by themselves. The connected microcontroller and software are responsible for implementing the required communication logic.

Also, 433MHz radio regulations and permitted transmitter power vary by country, so the module should be operated in accordance with applicable local regulations.

Note: Exact operating voltage, pinout, transmitter power, receiver sensitivity, data rate, and communication range can vary depending on the specific module implementation. Check the module's supplied specifications before connecting it to a controller.

Product Name	433MHz Wireless Transmitter Receiver Module SYN115 SYN480R
Operating Frequency	433MHz
Transmitter IC	SYN115
Receiver IC	SYN480R
Communication Type	RF Wireless Communication
Data Interface	Digital Data
Communication Mode	Simple Wireless Data Transmission and Reception
Applications	Arduino, ESP32, Wireless Sensors, Remote Controls, Alarms, Robotics, IoT and Home Automation