Category: ISM433/868/2400 radio modules
Modern Radio Modules: Ideal Solutions for Your Projects
Radio modules with transmitters are advanced devices that are perfect for various applications requiring reliable wireless communication. They offer a wide range of frequencies, such as 433MHz, 868MHz, and 915MHz, allowing flexible adaptation to the specific needs of the user. With a built-in transmitter, these modules enable stable data transmission over long distances, providing secure and fast connections. They are ideal for applications in IoT systems, environmental monitoring, telemetry, building automation, and many other areas requiring reliable connectivity. Their versatility and ease of integration make them invaluable tools for anyone looking to modernize their technological projects, ensuring maximum performance and reliability. These modules are key to creating intelligent, connected systems that can significantly enhance quality of life and operational efficiency.
There are 46 products.
The FS1000A transmitter and the MX-RM-5V receiver enable communication in the ISM band; they are easy to use, do not require advanced bus control and have very small dimensions. Especially recommended for work with Arduino and STM32
A wireless transceiver operating in the 434 MHz band based on the RFM69HCW system. Maximum power: 100mW; bit rate up to 300kbps. Range in the open space reaches up to 500m. The module communicates using the SPI bus. Compatible with Arduino
Multi-channel wireless data transmission module operating at 433 MHz. It is supplied with the voltage ranging from 3.2 V to 5.5 V and communicates via the UART interface
Wireless communication module based on the NRF24L01 chip. It is designed for SMD mounting and will be perfect for the construction of small devices
A long-range RF sub-GHz wireless transceiver module capable of operating in the 868 MHz frequency band. The integrated architecture allows the use of a minimum number of external components with maximum design flexibility. RFM69HW868
The ISM radio module in the SMD housing. It works on 433MHz frequency. The module complies with FCC, ETSI regulations. HOPE MICROELECTRONICS RFM12B-433S2P
Adapter with 3.3V voltage regulator designed for NRF24L01 modules with 8-pin connector
A long-range RF sub-GHz wireless transceiver module capable of operating in the 433 MHz frequency band. The integrated architecture allows the use of a minimum number of external components with maximum design flexibility. RFM69HW433
The NRF24L01+ chip module for radio communication, which operates in the 2.4 GHz ISM band. It is used in various applications such as wireless sensors, remote control, wireless networks. It supports the Enhanced ShockBurst protocol, which provides automatic packet handling. It communicates via an SPI interface
Long-range Sub-GHz wireless RF transmitter and receiver module, capable of operating in the 433 MHz frequency band. The integrated architecture allows the use of a minimum number of external components while maintaining maximum design flexibility. Hoperf RFM69HW-433S
NRF24L01 module with UART serial interface. It has a built-in antenna and a microcontroller that acts as a converter. It allows the design and testing of 2.4 GHz radio communication via a serial interface
The ISM radio module in the DIP housing. It operates on the 868 MHz frequency. The module complies with FCC, ETSI regulations. HOPE MICROELECTRONICS RFM12B-868DP
ModCC2540-A1 allows the use of Bluetooth transmission features BLE 4.0 - thanks to the built-in CC2540 chip, it is possible to create complex projects without the use of an additional microcontroller. modCC2540-A1
Long-range Sub-GHz wireless RF transmitter and receiver module, capable of operating in the 868 MHz frequency band. The integrated architecture allows the use of a minimum number of external components while maintaining maximum design flexibility. Hoperf RFM69HW-868S
Radio receiver module operating at 433 MHz. It is equipped with Gravity connectors and communicates via a digital interface. DFRobot TEL0142
The ISM radio module in the SMD housing. It operates on the 868 MHz frequency. The module complies with FCC, ETSI regulations. HOPE MICROELECTRONICS RFM12B-868S2P
A GFSK transceiver operating in the ISM 2400 ... 2483.5 MHz frequency range. Powered by a voltage of 1.9 ... 3.6 V, the pins are goldpin connectors. It has a built-in PCB antenna. HOPE MICROELECTRONICS RFM75-S
Performance and Reliability
Each radio module with a transmitter in this category is equipped with an advanced wireless transceiver, ensuring high signal quality and minimizing interference. These modules offer robust connections even in challenging environmental conditions, making them suitable for both indoor and outdoor applications. High energy efficiency allows for long-lasting operation of devices without the need for frequent battery replacements, which is particularly important in battery-powered systems. The reliability of these modules makes them ideal for critical applications where connection stability is crucial.
Ready to Use
Modules with antennas are an excellent solution for those who value convenience and quick implementation. With an integrated antenna, the installation process is significantly simplified, allowing for rapid system deployment without the need for additional configuration. These modules are compatible with many communication protocols, making them a universal tool for various applications. Built-in diagnostic functions enable quick detection and resolution of issues, minimizing downtime and increasing system efficiency.
Comfort and Functionality
Radio modules can be effectively used as wireless switches. This makes controlling devices at home or in the office extremely simple and convenient. The ability to manage remotely makes daily tasks more comfortable. Wireless switches are an ideal solution for smart homes, where ease and convenience of use are key. They allow control of lighting, heating, alarms, and many other devices with a single click.
Flexibility of Solutions
The offered radio modules are characterized by great flexibility and scalability. Regardless of the project size, you will always find the right module to meet your requirements. Supporting various frequencies, you can easily integrate them with existing wireless systems. These modules are also compatible with different hardware and software platforms, allowing the creation of advanced, multifunctional systems. The flexibility of these modules makes them an excellent choice for both small and large projects.
Investment in the Future
Choosing radio modules means investing in the future of your technological projects. Reliability, high performance, and wide application possibilities are features that make them an excellent choice for professionals and enthusiasts seeking modern wireless solutions. These modules offer exceptional value due to their versatility and reliability, enabling the realization of the most demanding technological projects. Investing in these modules is a step towards modernity and innovation that will bring long-term benefits.