As humanoid robots expand from industrial workshops to diverse scenarios such as home services, special operations, and medical assistance, the communication closed loop of "perception-transmission-response" has become the key to determining product experience and market competitiveness. Whether it’s the real-time performance of human-machine dynamic collaboration in industrial cooperation, the linkage with smart homes in home services, or the reliability of data transmission in special environments, rigid requirements for communication modules—low latency, high compatibility, strong anti-interference, and wide adaptability—have been put forward. Traditional single-protocol modules struggle to break through scenario boundaries, becoming a core bottleneck restricting the technical implementation of smart robots.

With years of experience in the wireless communication field, LB-LINK has launched the BL-M8922DP1 multi-protocol wireless module, integrating three core technologies: WiFi7, Zigbee3.0, and Thread1.3. It provides a comprehensive communication solution for humanoid robot manufacturers, solving industry pain points with core technology and helping manufacturers quickly launch more market-competitive smart robot products.

Multi-Protocol Deep Fusion, Breaking Interconnection Barriers

Centered on the core advantage of "full-protocol compatibility", the BL-M8922DP1 module completely solves the problems of multi-device interconnection and scenario expansion for smart robots. Empowered by WiFi7 technology, the module achieves an ultra-high transmission rate of 2882Mbps and a 2T2R MIMO configuration. Millisecond-level low latency ensures the synchronous and stable transmission of high-definition video streams, multi-channel sensor data, and control commands, fundamentally avoiding operational errors caused by transmission delays. This makes human-machine collaboration in industrial settings and remote control in medical assistance precise and error-free.

Zigbee3.0 technology brings high interoperability, integrating 6 types of protocols and supporting the interconnection of more than 130 types of devices. It is also compatible with legacy Zigbee devices, helping manufacturers break brand barriers. They can access existing smart home and industrial control ecosystems without additional adaptation, significantly reducing product R&D and market promotion costs. Meanwhile, Thread1.3 reliable networking technology perfectly adapts to Matter and KNXloT protocols, supporting Mesh self-healing function to completely eliminate the risk of single-point failures. The native IPv6+ dual-stack design enables seamless network integration, ensuring that batch firmware updates do not affect the normal operation of robots, significantly improving product operation and maintenance efficiency and user experience.

Four Core Advantages, Building a Solid Foundation for Communication

• Millisecond-level Low Latency: Based on core WiFi7 technology, the module achieves microsecond-level data transmission response, ensuring precise synchronization of robot movements in high-precision scenarios such as real-time control and remote operation. It provides stable support for remote diagnosis and treatment of medical assistant robots and dynamic collaboration of industrial robots.

• Full-Scenario Anti-Interference: Deep integration of multi-band collaboration and MIMO technology allows the module to maintain stable connections without interruption in scenarios such as electromagnetic interference in factories, complex outdoor terrain, and crowded frequency bands with multiple home devices, ensuring the continuity of command and data transmission.

• Full-Protocol Wide Compatibility: Supporting multiple protocols including WiFi/BT, Zigbee3.0, and Thread1.3, it is compatible with new and old devices and various industry standards. It not only meets the multi-directional communication needs of robots with the cloud, sensors, and peripheral smart devices but also reserves sufficient space for product scenario expansion.

• Strong Multi-Device Collaboration: The full-protocol compatibility feature enables robots to easily achieve global interconnection of "cloud-local-peripherals". Whether it is multi-machine linkage in industrial scenarios or whole-house smart interaction in home scenarios, it can respond efficiently and collaborate seamlessly.

Full-Scenario Deep Adaptation, Covering Diverse Application Needs

With strong environmental adaptability and scenario adaptation capabilities, the BL-M8922DP1 module provides comprehensive support for manufacturers' product implementation:

• Industrial Collaboration Scenarios: Real-time synchronization of human-machine interaction data and equipment operating status ensures safe and efficient dynamic collaboration between industrial robots and workers. It adapts to high-precision assembly, material handling, and other needs in smart manufacturing;

• Service Interaction Scenarios: Stable connection to various smart devices in homes and commercial spaces, realizing linked responses between robots, home appliances, and security systems, enhancing the interactive experience and practical value of service robots;

• Special Operations Scenarios: Maintaining reliable communication in complex outdoor terrain and harsh climate environments, ensuring stable transmission of commands and data. It adapts to the operational needs of special robots such as inspection and rescue;

• Medical Assistance Scenarios: Providing secure and stable encrypted data transmission, meeting the high security and reliability requirements of medical scenarios such as remote diagnosis and treatment and surgical assistance, and building a solid communication guarantee for the clinical application of medical robots.

Empower Manufacturers' Innovation, Accelerate Product Launch

The LB-LINK BL-M8922DP1 module not only solves communication pain points with core technology but also provides a highly integrated and easy-to-adapt product design based on manufacturers' actual needs. The module adopts a compact layout, perfectly adapting to the limited installation space inside robots. It is also compatible with mainstream systems such as Linux and Android, simplifying the product integration process, helping manufacturers shorten R&D cycles, reduce production costs, and quickly achieve mass production and market launch of products.

As a leader in wireless communication solutions, LB-LINK relies on years of technical accumulation and full-process service capabilities to provide manufacturers with one-stop services from technical support, protocol adaptation to compliance certification, helping products successfully expand domestic and foreign markets. In the future, LB-LINK will continue to deepen the field of smart robot communication, taking technological innovation as the core driving force, continuously optimizing module performance and adaptation capabilities. We will work with smart robot manufacturers to jointly promote industry technological upgrading and scenario expansion, making reliable and efficient wireless communication a solid foundation for smart robots to empower thousands of industries.

For more product details or cooperation consultations, please contact us, and we will provide you with customized communication solutions.