Domestic RF3060F27 Wireless Transceiver Module - The Preferred Solution for Long-Distance Low Power Communication

NiceRF has launched a brand-new fully domestically produced wireless communication product, making it an ideal choice for long-distance transmission and applications with higher reliability requirements, thanks to its lower power consumption, higher data rate, and greater sensitivity.

The RF3060F27 is a ChirpIoT™ wireless transceiver module independently developed by Siwei Wireless, based on the new-generation domestic RF chip PAN3060. It adopts the innovative ChirpIoT™ modulation technology, offering significantly superior anti-interference performance and communication range compared to existing FSK and GFSK modulation products.

The RF3060F27 is a wireless serial module (SPI) based on the PAN3060 RF chip, supporting multiple transmission modes and operating at 433/470 MHz. It is adaptable to various regions and scenarios, with a data transmission rate flexibly adjustable between 5-59.9 Kbps @LoRa. This allows it to meet the high real-time requirements of industrial automation while also enabling stable, long-term communication at low data rates in power-sensitive applications such as remote environmental sensors, achieving a balance between performance and power consumption.

Core Features of the RF3060F27 Wireless Transceiver Module

·  Frequency Range:433/470 MHz

·  Built-in TCXO, frequency error 1ppm

·  Sensitivity：-135dBm @60.5KHz,0.5Kbps

·  Maximum output power：> 27dBm @ 5V

·   Low receive current: 6mA@DCDC

·  Sleep current < 1.0uA

·  Data transfer rate: 0.5-59.9Kbps @LoRa

·  Supports bandwidth: 125/250/500KHz

·  Supports SF factor: 5–9, automatic recognition

·  Supports data rates: 4/5, 4/6, 4/7, 4/8

·  Supports CAD function

Ultra-Long Transmission Distance
The RF3060F27 wireless transceiver module features high anti-interference capability, high sensitivity, low power consumption, and ultra-long transmission distance. With a maximum sensitivity of -135 dBm (@62.5KHz, 500bps) and an output power of up to 27 dBm @5V, it is the optimal choice for long-distance transmission and applications requiring exceptional reliability.

High Frequency Stability
The RF3060F27 wireless module features forward error correction (FEC) technology, supporting four different coding rates: 4/5, 4/6, 4/7, and 4/8. This FEC technology can correct bit errors within a certain range, enhancing transmission reliability.

Compact Size with Strong Anti-Interference Capability
The RF3060F27 wireless transceiver module features an ultra-compact design. With the PAN3060 RF chip at its core, it offers enhanced anti-interference performance and extended communication range. The module is equipped with a built-in TCXO crystal oscillator with a frequency error of just 1 ppm.

Ultra-compact size: Its compact design allows for easy integration into various applications, meeting the demands of miniaturized devices.

Low Power Consumption for Long Battery Life
The RF3060F27 consumes only 6mA in receive mode (@DCDC) and less than 1.0μA in sleep mode, making it ideal for battery-powered devices that require long-term operation. The module maintains low power consumption across different modes, helping extend battery life. Additionally, the built-in crystal oscillator minimizes the impact of temperature variations, ensuring stable communication.

Differences Between RF3060 and RF3060F27

From the data above, it is evident that the RF3060F27 has undergone significant upgrades over the RF3060, particularly in terms of supply voltage, output power, communication range, and sensitivity, making it more suitable for applications requiring ultra-long-distance communication and high-power signal transmission.
The RF3060F27 wireless transceiver module, with its excellent performance features, has broad application prospects in multiple fields, providing efficient and stable wireless connectivity solutions in smart factories, smart water management, smart agriculture, smart healthcare, smart communities, and smart fire protection, among others.