DIGITAL INFRASTRUCTURE WIRELESS NETWORKS

Huawei Unveils Wi-Fi 7 Patent Licensing Royalty Rates

TM
Techmediaglobal
| 3 min read
$0.50
ROYALTY PER UNIT
600+
PATENT FAMILIES
22.9%
STANDARDISATION SHARE
1.2B
DEVICES IN WI-FI 6 POOL

Seeking to address licensing uncertainty ahead of large-scale market deployment, Huawei has officially announced its patent royalty rate for the next generation of wireless connectivity. The company will set a flat licensing fee of US$0.50 per unit for consumer-grade Wi-Fi 7-compliant devices, mirroring the rate structure established for its widespread Wi-Fi 6 portfolio.

An Architectural Baseline for Wireless

Rather than a simple speed upgrade, Wi-Fi 7 (IEEE 802.11be) represents a massive architectural leap in wireless technology. It introduces ultra-low latency, heightened reliability and significantly greater data throughput, laying the technical groundwork for advanced digital transformation and seamless interactions between users and intelligent systems.

Huawei's position at the forefront of this shift is backed by substantial, long-term R&D. Multiple independent research reports rank the company first worldwide in Wi-Fi 7 patents, with a public report by analytics firm GreyB placing Huawei at the top of the landscape with more than 600 essential patent families — ahead of industry peers such as Qualcomm, Intel, LG and MediaTek.

Driving the Global Standard

Beyond raw patent numbers, Huawei's institutional influence on the underlying technology is heavily felt across the network infrastructure sector. According to data from an NGB report, the company ranks first globally in Wi-Fi 7 standardisation contributions, accounting for 22.9% of all accepted standard proposals during the framework's development.

This early disclosure of commercial terms reflects a strict commitment to Fair, Reasonable, and Non-Discriminatory (FRAND) licensing.

"Huawei continues to facilitate collaborative licensing models that balance the interests of innovators and implementers, further reinforcing our role in shaping a transparent, predictable, and efficient global Wi-Fi licensing environment."

— Alan Fan, Chief Intellectual Property Officer, Huawei

Streamlining the Licensing Ecosystem

To lower transaction barriers and reduce the historical friction associated with bilateral intellectual property negotiations, Huawei is supporting a multi-channel framework for hardware implementers. Businesses can secure the necessary licences either through direct bilateral agreements or via market-oriented patent pools.

This strategy ensures that innovators receive a fair return on a decade of intensive R&D investments while keeping the foundational technology affordable for widespread industry adoption.

Built on the Sisvel Patent Pools

Huawei is a founding member of the Sisvel Wi-Fi 6 patent pool, which covered more than 1.2 billion consumer electronic devices globally by the end of 2024. It has now extended its participation to the Sisvel Wi-Fi Multimode pool as a founding member.

Acting simultaneously as a licensor and a licensee, Huawei's involvement helps provide a one-stop platform that streamlines compliance across both Wi-Fi 6 and Wi-Fi 7 generations, lowering transaction costs and accelerating global ecosystem deployment.

Key Takeaways

  • Huawei has set a flat US$0.50 per-unit royalty for consumer-grade Wi-Fi 7 devices, matching its Wi-Fi 6 rate.
  • Wi-Fi 7 (IEEE 802.11be) delivers ultra-low latency, greater reliability and significantly higher throughput.
  • Huawei leads globally with 600+ Wi-Fi 7 essential patent families, ahead of Qualcomm, Intel, LG and MediaTek.
  • The company accounts for 22.9% of accepted Wi-Fi 7 standardisation proposals, the highest of any contributor.
  • Early disclosure reflects Huawei's commitment to Fair, Reasonable, and Non-Discriminatory (FRAND) licensing.
  • Huawei's role in the Sisvel Wi-Fi 6 and Wi-Fi Multimode patent pools streamlines licensing across both generations.
Tags: Wi-Fi 7 Huawei Patent Licensing Wireless Networks Digital Infrastructure FRAND Telecommunications