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What Is Wi-Fi 6 Advanced?

Across the world, Wi-Fi 6 is reshaping all industries as well as proving itself to be highly valuable in office scenarios. However, in the manufacturing and energy industries, Wi-Fi 6 is yet to meet certain conditions — including ultra-high reliability and performance as well as Internet of Things (IoT) convergence and edge control — and this often leads to disruptive technical issues.

Building on the three key features of Wi-Fi 6, namely, large capacity, low latency, and wide connectivity, the Huawei Wi-Fi 6 Advanced Solution takes on three new additional characteristics — network-wide gigabit speeds , real-time intelligent control, and harmonized IoT and sensing — with Artificial Intelligence (AI) and security at the core.

Huawei has purpose-designed the solution to build super-fast, stable, and smart wireless networks, extending Wi-Fi 6 from workplaces to production environments, ultimately enabling flexible production and minimizing the workforce requirements of factories and production lines.

A diagram providing an overview of Huawei Wi-Fi 6 Advanced

How Wi-Fi 6 Advanced Helps

  • Network-Wide Gigabit Speeds

    Gbit/s speeds, 7 channels at 160 MHz
    Wi-Fi 6 Extended (Wi-Fi 6E), innovative Coordinated Spatial Reuse (CoSR) technology, and Fluent-Multiple-Input Multiple-Output (Fluent-MIMO) improve performance by 15% and the concurrency rate by 20%.

  • Real-Time Intelligent Control

    99.999% reliability and 10 ms latency
    Air interface slicing, dual-fed and selective receiving, and lossless roaming provide high reliability and ultra-low latency for real-time services.

  • Harmonized IoT and Sensing

    Total Cost of Ownership (TCO) slashed by 50%
    IoT and Wi-Fi convergence supports multiple IoT protocols — including Bluetooth, Radio Frequency Identification (RFID), and ZigBee — ensuring zero waiting time and zero access risks for a large number of Stations (STAs).

  • AI

    50% improvement in network performance
    Big data analytics, 3D radio calibration, and AI roaming boost network performance by 20%, improve the roaming success rate by 70%, and increase average bandwidth by 30%.

New Technologies of Wi-Fi 6 Advanced

  • CoSR

    This innovative technology coordinates the transmit power of the primary and secondary Access Points (APs) to eliminate interference and increase the secondary APs' gains.

  • Fluent-MIMO

    MU-MIMO enhancement improves MU pairing efficiency and improves performance deterioration in mobility scenarios. In this way, MU-MIMO brings significant gains in real service scenarios.

  • Air Interface Slicing

    Bandwidth reservation and fixed delay capabilities can be provided for specific services through dedicated slicing queues, time synchronization between APs, air interface resource reservation, robust scheduling, and uplink packet sending management.

  • Dual-Fed and Selective Receiving

    Two concurrent data redundant links are established between Customer-Premises Equipment (CPE) and the Access Controller (AC). The redundant links and the first-come-first-served policy optimize packet loss and delay during transmission, ensuring that services are not affected when a single link is faulty, ultimately improving service reliability.

  • 3D Radio Calibration

    Based on the downlink measurement of STAs and the feedback of STA experiences, a three-dimensional topology is constructed to comprehensively and truly reflect the propagation of wireless signals in space and the impact of signals on STAs and APs, thereby better adapting to complex and changing spatial environments and improving calibration accuracy.

How Wi-Fi 6 Advanced Is Used

  • application scenario 01

    Manufacturing Production Lines

    Production lines are transformed and fully wireless. Services such as Automated Optical Inspection (AOI) , Programmable Logic Controller (PLC) control, Automatic Guided Vehicles (AGVs), and asset management — which need to be wireless to ensure flexibility — reduce costs and boost efficiency.

    High performance: Gbit/s speeds, with 7 channels at 160 MHz

    High reliability: 99.999% and 10 ms latency

  • application scenario 02


    Mining is automated, slashing the workforce requirements of dangerous environments. As mines continue to evolve, wireless network deployment is proving the most suitable — and valuable.

    High reliability: 99.999% and 10 ms latency

  • application scenario 03

    Medical IoT

    Integrating medical IoT terminals with Wi-Fi helps improve device utilization and the efficiency of general healthcare, while reducing the workload for medical staff.

    IoT convergence: Wi-Fi, ZigBee, Bluetooth, RFID, and more

    High performance: Gbit/s speeds, with 7 channels at 160 MHz

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