Cloud Data Transmission Radio Overview

[gavinray]

The Cloud Data Transmission Radio is a type of data transmission radio that utilizes 4G cloud technology, replacing serial ports for unlimited-distance data transmission (replacing wired communication). Typically, data transmission radios consist of both transmitters and receivers, and, through the 4G cloud server, they can support various application scenarios, such as one-to-one, one-to-many, many-to-one, and many-to-many communication. This radio supports easy pairing via WeChat mini-programs, making it suitable for both simple and complex communication setups. Due to its cloud-based technology, the distance of data transmission is not limited, and it supports the networks of mobile, China Unicom, and China Telecom.

Comparison Between Cloud Data Transmission Radio and LoRa Data Transmission Radio:​

First, the Cloud Data Transmission Radio employs 4G cloud technology, which allows it to transmit data without distance limitations. In contrast, traditional LoRa data transmission radios also support long-distance communication but are still limited by range. With the coverage of the 4G network, the cloud data transmission radio can provide real-time and reliable data transmission with a wide coverage area, supporting multiple mobile networks (including mobile, Unicom, and Telecom), and offering advantages such as mobility, ease of installation and maintenance, plug-and-play functionality, and strong stability.

Secondly, in terms of communication modes, the Cloud Data Transmission Radio supports various complex application scenarios such as one-to-one, one-to-many, many-to-one, and many-to-many communication, whereas traditional LoRa data radios are generally used for point-to-point communication. Additionally, the Cloud Data Transmission Radio can be easily configured and connected via a WeChat mini-program, making device setup more convenient and user-friendly.

Regarding power consumption, LoRa technology is renowned for its low power usage. LoRa devices and communication protocols are specifically designed to be low power, allowing devices in a LoRa network to operate for long periods, even when powered by batteries. This makes it ideal for IoT devices that require long-term operation. On the other hand, although the Cloud Data Transmission Radio has relatively higher power consumption, its use of advanced 4G technology and cloud servers enhances its data transmission efficiency and reliability.

Lastly, in terms of application scenarios, both Cloud Data Transmission Radios and LoRa data radios are used in various fields but with different focuses. The Cloud Data Transmission Radio is more suitable for applications requiring long-distance, real-time, and reliable data transmission, such as industrial automation and smart city projects. In contrast, LoRa data transmission radios are better suited for low-power, long-range IoT applications, such as agricultural monitoring and environmental sensing.

Our Company’s Cloud Data Transmission Radios:​

Our company offers various models of Cloud Data Transmission Radios, such as E840-DTU(TCEC05-485) and E840-DTU(TCEC05-XXX)X-V2, all of which feature flame-retardant enclosures and support rail mounting. These radios provide both DC and AC power input options, allowing users to choose according to their needs. Additionally, they are equipped with multiple protection functions, including reverse power protection, reverse polarity protection, and antenna surge protection, greatly enhancing the reliability of the radios.

In terms of functionality, our Cloud Data Transmission Radios support configuration via the Yibaite Cloud WeChat mini-program, allowing for group communication. They enable one-to-one, one-to-many, many-to-one, and many-to-many communication. The radios come with various interfaces, including RS485 and RS232 options. They employ professional data encryption technology, supporting data encryption with a single packet length of 1024 bytes. The devices are equipped with an internal watchdog timer to prevent system crashes and ensure accurate time scheduling. If an issue occurs, the radio will automatically reboot and continue working with the previously set parameters, eliminating the need for manual intervention and ensuring stable operation.

Our Cloud Data Transmission Radios are widely applicable in scenarios such as:

• Smart Building Applications
• Industrial Site Applications
• Smart Oilfield Data Transmission
• Smart Agriculture Data Collection
• Smart Community Applications

These radios offer reliable, efficient, and flexible data transmission solutions for a variety of industries and use cases.

 

[KlausST]

Hi,

this forum section is "elemetary electronic questions" ... but there is no question in your post.

Instead it most probably is an AI generated text... or at least some hidden advertisement.

Klaus

 

[betwixt]

In the last full paragraph Klaus. I'm not going to quote it, I think that would play into the posters hands.

Brian.

 

[FvM]

The thread qualifies as spammed advertizing, Poster warned, thread closed.