This DL-P3028M RF module is an UART Transceiver Module, which was designed base on high-performance PAN3028 RF chip and built-in HC32L130 low-power MCU. It is an UART Module with AT command, which supports a maximum power output of 22dBm and a sensitivity of -140dBm; it is an effective wireless module which can provide excellent RF performance and strong anti-interference performance in the 398-510MHz frequency band.

This DL-P3028MPA RF module is a high-power UART Transceiver Module with PA, it was designed base on PAN3028 high-performance RF chip and built-in HC32L130 low-power MCU. It is an UART Module with AT command, which supports a maximum power output of 32dBm and a sensitivity of -140dBm; it is an effective wireless module which can provide excellent RF performance and strong anti-interference performance in the 398-510MHz frequency band.

DL-PAN3031-S868 Chirp-IoT™ Wireless Transceiver Module has high receiving sensitivity of -129dBm, ultra-low receiving current and sleep current, the transmit power can be configured through software, with maximum power of +22dBm.

DL-PAN3028-S is a wireless module designed based on PANCHIP’s radio frequency chip PAN3028. It mainly adopts a new generation of Chirp-IoT ™ Modulation technology for ultra-long-distance spread spectrum communication. This Wireless module is compact in size, and has the characteristics of ultra-low receiving power consumption, strong anti-interference ability, and longer transmission distance than traditional modulation methods. It can be widely used in various wireless communication fields.

This 433MHz Wireless Module adopts a new generation of Chirp-IoT™ Modulation technology for ultra-long-distance spread spectrum communication. This Wireless module is compact in size, and has the characteristics of ultra-low receiving power consumption, strong anti-interference ability, and longer transmission distance than traditional modulation methods.

Compared with traditional modulation technology, Chirp-IoT™ Modulation technology has obvious advantages in adjustable bandwidth, spread spectrumfactor and error correction rate, which solves the problem of distance, anti-interferenceandpower consumption that traditional design schemes cannot take into account at the sametime.