●  Sub-6GHz & mmWave 5G module ●  Max. data rates of 4.0Gbps (DL) / 1.4Gbps (UL) ●  M.2 form factor ●  8.7g ●  30mm × 52mm × 2.3mm ●  Extended temperature range of -40°C to +85°C◆ 5G/4G/3G multi-mode module with M.2 form factor, optimized for IoT and eMBB applications ◆ Worldwide 5G and LTE-A coverage ◆ Both NSA and SA modes supported ◆ Multi-constellation GNSS receiver available for applications requiring fast and accurate fixes in any environment ◆ Feature refinements: DFOTA* and VoLTE (optional)●  AI robots ●  AR/VR ●  Autonomous vehicles ●  Connected healthcare ●  Connected transport ●  Digital twins ●  Drones ●  Massive-scale IoT networks ●  Immersive gaming and entertainment ●  Industrial IoT ●  Infotainment ●  Intelligent agriculture ●  Port management ●  Remote education ●  Smart cities ●  Smart factories and manufacturingThe typical download rate of 5G can reach several Gbps, and it has an end-to-end delay of ms level, which means that it can be applied in many scenarios requiring low latency or large bandwidth. Because of its ultra-low time delay, it can help doctors perform medical operations remotely and make medical monitoring more accurate and reliable. Users can also quickly transmit a large amount of data through 5G, which is widely used in industry, energy and information security. 5G technology can also be used for remote terminal control, such as chips on unmanned aerial vehicles. Users can realize automation through remote control. Especially in agricultural field, combined with new technologies such as sensors and unmanned aerial vehicles, agricultural production can be intelligentized, so that crops can better grasp the amount of water and fertilizer used in farmland.

In addition, 5G technology can also be used for safe driverless driving, making information transmission between vehicles more efficient, and making driving safer. The application field of the IoT supported by 5G technology has also been greatly expanded, which can help enterprises achieve real-time monitoring functions, thus providing better services. Home automation include connected routers, cameras, sensors and other devices in the home environment through 5G technology and wireless technology to form an Internet. For example, at home, the smart home system can monitor temperature, humidity, sound, etc. through cameras and sensors to assist in home management. AR/VR technology uses 5G technology to mix the virtual world and the real world together, helping users to understand the objective world more intuitively.

(U)SIM	× 2
USB	2.0/3.0/3.1
PCle	PCIe 3.0
PCM	/
RESET_N	support
Antenna	Sub-6/GNSS x 4，mmWave × 2

 Be responsible for system guidance and BSP related commissioning. He is good at the development of peripheral Android (Linux) drivers related to modules, is familiar with various hardware bus interfaces, has many years of development experience in the middle layer or framework layer of Android, and can guide and cooperate with App engineers to complete better development.