Quectel CC660D-LS satellite communication module

Quectel Wireless Solutions has revealed its latest innovation in satellite communications, the CC660D-LS module, designed to provide comprehensive global coverage for seamless connectivity. The product offers versatile connectivity options, including L-band, S-band and Band 23 connections. In addition, it supports 3GPP Release 17 IoT non-terrestrial network (IoT-NTN) connections.

The module addresses the need for reliable connectivity by supporting two-way communication. It facilitates not only data transmission but also SMS SOS functionality, allowing emergency notifications when needed. Additionally, it supports IP and Non-IP service networks, for enhanced connectivity and service availability. The module also features ultralow power consumption through the implementation of various power-saving modes, including discontinuous reception (DRX), extended DRX (eDRX) and power-saving mode (PSM), enabling efficient energy management.

Measuring 17.7 x 15.8 x 2 mm, the module features Quectel Enhanced AT Commands, supports SIM/eSIM and offers embedded internet service protocols, enabling low-latency satellite connectivity via the UART communication interface. By supporting IoT-NTN connections, it enables efficient data communications for low-bandwidth applications anywhere on the planet.

The versatile module can be effectively utilised across various industries, particularly those that traditionally struggle to maintain connectivity due to remote locations such as mining, smart grids, and oil and gas pipeline monitoring. It is also suitable for applications in the transportation sector to enable vehicle, asset, chassis and container tracking, and additionally offers potential for deployment in smart agriculture, environmental monitoring, heavy equipment monitoring and construction fleet management. Additionally, the module has valuable applications in the maritime sector, including vessel connection and maritime buoys.

The module is currently going through the CE and FCC certification processes, with mass production scheduled for Q4 2023.