DL-LLCC68-S RF module has high receiving sensitivity of -129dBm@LoRa, ultra-low receiving current and dormant current, the transmit power can be configured through software, and the maximum power can reach +22dBm. Compared with traditional modulation technology, LoRa™ modulation technology has obvious advantages in anti-blocking and selection, which solves the problem of distance, anti-interference and power consumption that traditional design schemes cannot take into account at the same time.

DL-PAN3029-S is a wireless module designed based on PANCHIP’s radio frequency chip PAN3029.The power supply of this module adopts a chip integrated DCDC working mode, which can greatly reduce power consumption in various modes. It is equipped with a built-in temperature compensation crystal, which can effectively reduce temperature drift and ensuring more stable transmission.

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.

ChirpLAN™ Gateway Suite is a series of wireless star networking products designed by DreamLNK for IoT remote communication technology. It has built-in Wireless Local Area Network (LAN), which can easily realize sub-1G and extranet transparent data transmission. The Gateway Suite includes Gateway DL-GW-P30, terminal SPI Wireless Module DL-PAN3028-S, terminal UART Wireless Module DL-P3028MPA with AT command, and demonstration USB dongle DL-DB-USB001.

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.