Efficient Transparent Transmission and Stable Communication - Functions and Applications of the SV651 Module

SV651 is an Industrial class & highly-integrated RF module. TTL / 232 /485 can be chosen corresponding to SV651-TTL / SV651-232 / SV651-485. SV651 has good sensitivity and 500mW output power to achieve long RF range and reliable RF communication. To avoid the interference, SV651 provides 40 frequency channels and configurable Net ID. SV651 is flexible but easy to use , it comes with many parameters, such as: frequency, data rate, output power, Net ID, Node ID. Users can configure the parameters through PC or customer’s own device.

Core Features of the SV651 Wireless Transparent Transmission Module

Frequency Band Flexibility:

Supports multiple frequency bands including 433 MHz, 470 MHz, 868 MHz, and 915 MHz.Customizable to meet specific application needs of the user.

High Anti-Interference:

Built-in anti-interference mechanisms effectively resist electromagnetic and other wireless signal interferences.Ensures the stability and reliability of communication.

Long-Distance Transmission:

Capable of transmitting up to 2800 meters in open environments.Especially excels in long-distance and penetration capability at low data rates (1.2Kbps), making it suitable for remote wireless communication needs.

Built-in Software Watchdog

Equipped with the ability to automatically monitor system faults and perform reboots, this feature ensures that the module can continue to operate stably even under abnormal conditions. This enhances the module's reliability and minimizes downtime in critical applications.

Built-in Hardware Anti-Crash and Self-Reset Circuit

Designed to resist strong external interference signals, this feature ensures the stability and reliability of the module in harsh environments. It safeguards the module's performance against unexpected disruptions, maintaining consistent operation even under challenging conditions.

Data Transmission Stability

Adopting GFSK modulation mode ensures the stability and reliability of data transmission. Meanwhile, the module supports RSSI signal strength monitoring, enabling real-time signal strength monitoring to optimize data transmission.

Other Features of the SV651 Wireless Transparent Transmission Module

High Reliability and Stability:The module is designed with a focus on reliability, making it suitable for industrial-grade applications and ensuring long-term stable operation.

Easy Configuration:Configuration is simple and convenient, allowing users to modify serial port and RF parameters easily through PC software or online settings.

Industrial-Grade Design:Conforms to industrial-grade standards with a wide operating temperature range (-40°C to +85°C), ensuring stable performance in various harsh environments.

Multi-Channel Support:Supports up to 40 communication channels, allowing users to select different channels for communication.

Network ID Configuration:Features a 4-byte network ID function, supporting multiple modules to work independently within the same network without interference, suitable for complex network environments and multi-node communication applications.

Wide Voltage Range:Operates within a voltage range of 4.0 to 6.5V, allowing the module to adapt to different power environments, broadening its application scope and suitability for various power supply situations.

What is Transparent Transmission? Applications of Transparent Transmission in Communication

Transparent transmission refers to the process of data transmission where the data itself is not altered, modified, or converted in any way during the transfer. In simple terms, the format and content of the signal remain unchanged after transmission.

Transparent transmission is a communication protocol that defines the format, encoding, and transmission speed of data during the transfer process. The main advantage of this protocol is that it does not interfere with or modify the data, ensuring its accuracy and thereby enhancing the reliability of data transmission.

Transparent transmission is commonly used in serial interface communications, such as serial port communication and data communication lines.

Transparent transmission has been widely applied in many fields, such as wireless communication, network communication, and the Internet of Things (IoT). It not only meets various types of data transmission needs but also effectively ensures the integrity and accuracy of the data.

What is the Process of Transparent Transmission?

Initialization and Parameter Setting

Configure the wireless module to transparent transmission mode

Data Transmission

The sender transmits the data to be sent to the wireless module via a serial port or other interfaces.

Data Packaging and Transmission

After receiving the data, the wireless module packages it into a specific frame format and transmits it to the receiving end through the wireless channel.

Data Reception and Unpacking

After the receiving wireless module receives the data frame, it automatically removes the frame format and passes the original data to the upper application through a serial port or other interfaces.

The advantages of transparent transmission are mainly reflected in the following aspects

Simplifies the development process

In transparent transmission mode, the wireless module does not process the transmitted data in any way. Developers do not need to focus on the underlying communication details and can concentrate solely on the transmission of upper-layer application data, thereby greatly simplifying the development process.

Ensure data integrity

Transparent transmission ensures data integrity and consistency, avoiding the risk of data modification or loss during the transmission process.

Improve communication efficiency

Since no additional processing of data is required, transparent transmission can reduce delays and overhead in the communication process, thereby improving communication efficiency.

High flexibility

Transparent transmission mode is suitable for various types of data transmission. Whether it is text, images, or audio and video data, it can all be transmitted through transparent transmission.