Introduction to Cloud Data Transmission Radio:

Cloud Data Transmission Radio is a data transmission radio that uses 4G cloud technology. It is used to replace the serial port for unlimited distance data transmission (replacing the wired). Data transmission radio is usually used in combination with a transmitter and a receiver. Through the 4G cloud server, it can realize application scenarios such as one send and one receive, one send and multiple receive, multiple send and one receive, and multiple send and multiple receive. This radio supports simple pairing with WeChat applet, and can display complex application scenarios such as one-to-one, one-to-many, many-to-one, and many-to-many. Due to the use of cloud technology, the distance of mutual transparent transmission of data transmission radio is not limited, and it supports the networks of mobile, Unicom, and telecom operators.

Comparison between Cloud Data Transmission Radio and LoRa Data：

Transmission Radio:

First of all, Cloud Data Transmission Radio uses 4G cloud technology, which enables it to transmit data transparently without distance restrictions. In contrast, although the traditional LoRa data transmission radio also has the ability to communicate over long distances, its transmission distance is still subject to certain restrictions. Cloud data radio can achieve real-time and reliable data transmission through 4G network coverage, with a wide coverage range, and supports mobile, Unicom, and telecom operator networks. It is portable, easy to install and maintain, plug-and-play, and has strong stability.
Secondly, in terms of communication methods, cloud data radio supports a variety of complex application scenarios such as one-to-one, one-to-many, many-to-one, and many-to-many, while traditional LoRa data radio is more used in point-to-point communication. In addition, cloud data radio also supports simple pairing with WeChat applets, making the configuration and connection of devices more convenient and quick.

In terms of power consumption, LoRa technology is known for its low power consumption. LoRa devices and their communication protocols are designed to be low power, so devices in the LoRa network can run for a long time, and even battery-powered devices can have a long service life. This is very important for IoT devices that need to run for a long time. Although the cloud data transmission radio has relatively high power consumption, it uses advanced 4G technology and cloud servers, which makes it more efficient and reliable in data transmission and processing.
Finally, in terms of application scenarios, both cloud data transmission radio and LoRa data transmission radio are involved, but each has its own focus. Cloud data transmission radio is more suitable for scenarios that require long-distance, real-time, and reliable data transmission, such as industrial automation, smart cities and other fields. LoRa data transmission radio is more suitable for low-power, long-distance IoT application scenarios, such as agricultural monitoring, environmental monitoring, etc.

Our cloud data transmission radio:

Our company has a variety of cloud data transmission radios such as E840-DTU (TCEC05-485), E840-DTU (TCEC05-XXX) X-V2, all of which use flame-retardant shells and support rail installation. Provide DC and AC power input methods, users can choose according to their needs. In addition, multiple protection functions such as power reverse connection protection, reverse connection protection, antenna surge protection, etc. greatly increase the reliability of the radio.

In terms of use, our cloud data transmission radio supports the configuration of the "Yibite Cloud" WeChat applet, group communication, and realizes one-to-one, one-to-many, many-to-one and many-to-many communication. The interface is diverse, there are RS485 interface cloud data transmission radios, and RS232 interface cloud data transmission radios. Adopting professional data encryption technology, with data encryption, single packet length of 1024 bytes. The device has a built-in watchdog anti-crash setting, and professional and accurate time layout. Once an abnormality occurs, the data transmission radio will automatically restart and continue to work according to the previous parameter settings. No need to be on duty, stable work. It can be widely used in smart building applications; industrial field applications; smart oil field data transmission; smart agricultural data collection; smart communities and other scenarios.