Are you still troubled by the short connection distance, weak wall penetration, high power consumption, and susceptibility to interference in industrial environments of traditional Bluetooth?
The MYF-F20VB01 module, designed to break through these bottlenecks, has arrived! It is built on the Hisilicon BS20V100 platform, supports BLE and SLE, and integrates ultra-low power consumption, industrial-grade anti-static capability, high stability, long coverage distance, and strong wall penetration ability into an excellent wireless connectivity solution, completely saying goodbye to the technical shortcomings of the traditional Bluetooth era.
Key Breakthrough: Say Goodbye to “Connection Drops After a Few Steps”
Through rigorous distance testing, the MYF-F20VB01 module achieves a communication distance of up to 260 meters in open environments under the SLE protocol, far exceeding the coverage range of traditional Bluetooth modules. This performance is particularly advantageous in industrial parks and large supermarkets: it reduces the deployment of relay nodes, lowers networking costs, and ensures real-time interconnection of devices across regions.
Strong Wall Penetration Ability, Unafraid of Obstacles
Real-world tests show that the MYF-F20VB01 module can penetrate through 2 walls while maintaining communication in SLE mode, addressing the pain point of traditional Bluetooth where signals degrade with a wall in between. In complex indoor environments such as office cubicles, factory equipment rooms, and multi-room homes, the module effectively overcomes the impact of obstacles, ensuring smooth communication.
Low Power Design, Extending Device Battery Life
The module’s power consumption control reaches industry-leading levels: after professional power consumption testing, the MYF-F20VB01 module demonstrates excellent low power characteristics, suitable for various low-power devices.
Deeply optimized power management significantly reduces energy consumption during standby and operation, providing ultra-long battery life for battery-powered IoT terminals.
Industrial-Grade Anti-Static, Adapting to Complex Environments
Through HBM standard testing, the module can withstand ±4KV electrostatic discharge, meeting the anti-interference requirements of industrial scenarios. In environments prone to static electricity, such as electronic assembly workshops and automated production lines, it effectively avoids communication interruptions caused by static interference, ensuring the reliability of production data transmission and reducing equipment failure rates.
High and Low Temperature Stability, Coping with Extreme Conditions
After undergoing rigorous -40℃ to 85℃ high and low temperature cycling tests and temperature shock tests, the MYF-F20VB01 module operates stably in extreme temperature environments, returning to normal functionality without deformation or damage after exposure to high and low temperatures. Its excellent wide temperature adaptability ensures long-term reliable operation in harsh environments such as cold outdoors, high-temperature workshops, and industrial sites with variable climates.
Say goodbye to limitations and embrace reliability. Choose the MYF-F20VB01 module for a more stable and efficient connectivity experience.
MINGYUFENG ｜ 明裕丰
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