company news about Huawei AirEngine 9700-M1 Controller: Unleashing Enterprise Wi-Fi 6 with AI-Driven RF Optimization

The Huawei AirEngine 9700-M1 stands out with its advanced capabilities tailored for modern enterprise needs.

• Wi-Fi 6 Enhanced Performance: Supporting the 802.11ax standard with OFDMA and MU-MIMO technologies, the controller boosts network capacity and efficiency, achieving up to 4 times higher average throughput compared to previous Wi-Fi 5 networks.
• AI-Driven RF Optimization: The integrated iRadio technology uses artificial intelligence to automatically analyze the radio environment. It intelligently adjusts channel selection and power settings in real-time to minimize interference and maximize performance across the entire network.
• High-Density Scalability: Built for large-scale operations, the 9700-M1 can manage a vast fleet of up to 6,144 Access Points (APs), depending on the model. This makes it a perfect solution for expansive campuses and venues with thousands of concurrent users.
• Deployment Flexibility: The controller supports both on-premise and cloud-managed architectures. It seamlessly integrates with Huawei's CloudCampus solution, offering businesses the choice for centralized cloud management or independent operation.
• Enterprise-Grade Security: Robust security features are paramount. The 9700-M1 supports the latest WPA3 encryption, offers malicious AP detection, and enforces sophisticated firewall and access control policies to protect the network from threats.
• IoT Convergence: With optional IoT module slots, the controller can extend its management capabilities to include IoT protocols like RFID, Zigbee, and Bluetooth, enabling a unified network for both Wi-Fi and IoT devices.

The Huawei AirEngine 9700-M1 is a future-proof investment for enterprises, universities, hospitals, and smart venues. Its combination of AI-driven automation, carrier-grade reliability, and massive scalability ensures long-term value and network investment protection. By simplifying network management and optimizing performance proactively, it reduces operational costs and enhances user satisfaction.