Mobile and Satellite Communications Qualcomm Combines 5G Advanced with Satellite Communications and Wi-Fi 8

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With Dragonwing FWA Gen 6 Elite, Qualcomm is bringing multiple communication standards onto a single platform. AI processors are designed to optimize wireless connections and facilitate the networking of remote locations.

At Network X 2026 in Vienna, Qualcomm unveiled the Dragonwing FWA Gen 6 Elite Platform. It combines the X105 5G modem with satellite communications, Wi-Fi 8, and on-device AI processing. Manufacturers can use it to develop gateways that provide broadband connections via cellular networks and distribute data locally via Wi-Fi or Ethernet.

The platform is based on a hardware architecture designed for 3GPP Release 19, which is also intended to serve as the foundation for early 6G developments. According to Qualcomm, the X105 modem—which was unveiled in the spring of 2026—can theoretically achieve up to 14.8 Gbit/s in the downlink when frequencies below 6 GHz (FR1) and millimeter waves (FR2) are combined. Using FR1 alone, speeds of up to 13.1 Gbit/s are possible, and up to 4.2 Gbit/s on the uplink. To achieve this, the modem supports, among other things, the aggregation of up to 500 MHz of bandwidth and MIMO techniques with multiple parallel data streams.

In addition to the cellular modem, Qualcomm has integrated a quad-core processor and a separate NPU with up to 10 TOPS of computing power. This is intended to enable gateways to run AI applications directly on the device, rather than offloading all processing steps to the cloud.

AI Is Designed to Detect Radio Interference and Adjust Connections

According to Qualcomm, the fifth-generation 5G AI processor analyzes radio conditions and is designed to predict changes in order to dynamically adjust the connection. Planned features include detecting overloaded cell sites, prioritizing specific data streams, and dynamically controlling the receiving antennas. The technology is also designed to reduce connection interruptions when switching between 5G and Wi-Fi.

For local networking, the platform uses Tri-Band Wi-Fi 8 with a 5×5 wireless architecture. It supports the 2.4, 5, and 6 GHz frequency bands as well as up to twelve spatial data streams. Technologies such as multi-link operation, OFDMA, and MU-MIMO are designed to distribute the available wireless capacity more efficiently across multiple devices. Wi-Fi 8 is based on the IEEE 802.11bn standard, which is still under development.

Satellite Radio Expands the Range of Possible Applications

In addition, the platform supports non-terrestrial networks (NTN). The X105 modem supports the NR-NTN satellite radio standard for higher-bandwidth voice and data services, as well as the NB-NTN standard for narrowband applications, such as messaging and sensor data.

Potential applications range from temporary sites to remote industrial facilities, where satellite connections could provide an additional communication channel. Whether the connection can actually be used, however, depends on the equipment available, the satellite networks in use, and regulatory requirements.

Additional features include two configurable 10-Gbit Ethernet ports. Qualcomm supports software environments such as OpenWrt, prplOS, and RDK-B, among others. Qualcomm has not yet announced a specific device based on the new platform or a launch date.