The Rise of FWA in the 5G Era

The global momentum behind FWA is clear. According to the Global mobile Suppliers Association (GSA), as of late 2024, 494 operators in 176 countries and territories had launched FWA services using LTE or 5G technologies. Among them, 169 were offering residential or business 5G FWA broadband services – up more than 300% since 2021. Europe leads the way with 72 commercially launched 5G FWA networks, followed closely by the Middle East and Africa​.

This rapid growth is not only due to FWA’s ability to circumvent the limitations of fixed-line broadband infrastructure, especially in rural and remote regions, but also because of the increasing availability and affordability of 5G FWA Customer Premises Equipment (CPE). According to the GSA 4G-5G FWA Forum’s annual CPE vendor survey, 5G-enabled FWA shipments are now mainstream, reaching 10.2 million in 2023 and expected to accelerate further, accounting for 42% of shipments in 2024 compared with 34% in 2023.

But these stats only tell part of the story. As FWA becomes a core component of broadband strategy globally, the industry is shifting from a pure race for bandwidth toward delivering intelligent, adaptive services. This is ushering in the era of 5G+AI.

What AI Brings to the FWA Experience

Traditionally, FWA’s evolution focused on improvements in hardware, including better CPUs, more memory and faster modems. But the integration of AI redefines the value proposition of FWA by infusing intelligence at the edge, specifically into the CPE itself. This creates new opportunities for personalisation, automation and responsiveness that were not previously possible.

1. Smarter Network Performance

With AI integrated into 5G modem chips, FWA devices can perform real-time network optimisation. This includes dynamic spectrum management, throughput optimisation, and AI-assisted fault diagnosis. Modem and chipset vendors are collaborating to embed deep learning models into modem firmware, enabling self-healing capabilities and scenario-based customisation. Features such as “AI airport mode” to boost international roaming efficiency by 50%, and “AI outdoor hiking mode” to improve power efficiency by 10% in low-signal areas are bringing intelligence to FWA network performance.

2. Personalised Smart Home Integration

AI-powered 5G FWA CPE can serve as the control centre for increasingly complex smart home ecosystems. Leveraging the latest platforms and rich sensor arrays, AI-enhanced CPE can analyse environmental inputs and user behaviour to deliver personalised experiences. Covering areas such as health, security and automation, AI can transform FWA from a connectivity tool into a lifestyle enabler.

3. Enhanced Privacy and Security

Privacy is paramount in a world where connected devices collect vast amounts of personal data. AI enables local data processing, minimising the need to send sensitive information to the cloud. With on-device intelligence, FWA CPEs can enforce privacy protocols and enhance cybersecurity, utilising pattern recognition to detect threats or anomalies in real-time.

Generative AI: The Next Frontier

Beyond embedded intelligence, generative AI (Gen-AI) is now entering the FWA landscape. By integrating cloud-based models from providers like OpenAI and Deepseek, operators and users can now gain access to powerful subscription services and productivity tools through GenAI SDKs. For telecom operators, this opens up monetizable value-added services, while for end-users, it unlocks new creative and functional capabilities ranging from voice assistants to AI-driven content creation.

The business implications are profound. FWA devices are evolving into “computing power terminals,” which are not just gateways for data, but platforms for digital productivity and engagement.

Transformative Use Cases

At MWC 2025, Fibocom and Luxshare demonstrated how AI can redefine the role of FWA CPE in the home. By integrating Luxshare’s AI detection algorithms into the 5G CPE hardware, the solution eliminated the need for costly external high-definition cameras for home security. The AI-enhanced CPE became a multifunctional smart hub, combining connectivity, security, and intelligence in a single device​.

This is just one of many use cases where AI transforms CPE from a passive conduit into an active digital assistant. Whether in the context of remote healthcare, immersive entertainment, or industrial IoT, the possibilities are rapidly expanding.

The Road Ahead: Toward 5G+AI Ecosystems

The next step in the FWA journey is building interoperable, AI-driven ecosystems that seamlessly blend connectivity, computing and content. This requires collaboration across device makers, chipset vendors, software developers and telecom operators.

This holistic approach to the AI stack combines hardware modularity, multi-platform software compatibility (OpenLinux, RDK-B, Yocto, OpenSync) and robust SDKs, to lay the groundwork for rapid deployment and customisation of AI-powered services. The result is a flexible, scalable foundation for the intelligent homes and businesses of tomorrow.

The post How the fusion of AI and 5G Fixed Wireless Access will deliver a new era of intelligent connectivity appeared first on GSA.

Global regulators at WRC-19 identify mmWave spectrum for 5G services

Sharm-el-Sheik, Egypt, 22nd November 2019.  GSA (Global mobile Suppliers Association) welcomes the decision today of the global spectrum regulators at the ITU’s World Radio Conference 2019 (WRC-19) to identify several millimetric wave frequency bands for 5G IMT.  Over 10 GHz of spectrum for 5G in the 26, 40, 47 and 66 GHz ranges was agreed today at the WRC-19 in Sharm El-Sheikh, Egypt. This decision will pave the way for governments and regulators around the world to make frequency bands available for ultra-fast 5G services in hotspots and home broadband environments by relying on a global ecosystem.

GSA members have participated in the difficult negotiations that have taken place in the run up to this decision, particularly with regards to 26 GHz, keeping in mind the need to protect satellite services in the adjacent spectrum while remaining committed to delivery of high–performance economical solutions to the global markets.

GSA is also delighted that administrations have agreed to study additional spectrum opportunities in the mid-band frequencies between 3.3 and 10.5 GHz, as well as spectrum below 1 GHz. This will help enable 5G services to be further deployed in wider geographical areas, including rural areas, as well as meet the anticipated increased traffic needs of population centers in the next decade.

Joe Barrett, President of GSA, commented: “The Industry forecast is that by 2024 over 130 Exabyte of data will be transmitted globally every month and the mobile industry will need to massively deploy 5G technology in a broad range of frequency bands to meet this demand. Applications that will drive this massive data usage include 8k mobile video, Augmented and Virtual Reality, HD video, industrial automation and robotics, drone and aeronautical networks and the IoT. Spectrum regulators have recognized that low-, mid- and high-band frequencies need to be available and harmonized globally as much as is possible to ensure mobile broadband can meet the expanding services both industry and consumers are expecting in the coming years. Today’s decision is a significant and welcome step in ensuring the transformational power of 5G can be fully realized in every market around the world.”

https://gsacom.com

Global Agreement on 5G

The post Global Agreement on 5G – GSA Press Release appeared first on GSA.

22 March 2018, London –  The Global mobile Suppliers Association (GSA) confirms that LTE now accounts for more than a third of all mobile subscriptions globally (35.7%).  The latest data, provided to GSA by Ovum, reveals that there were 2.8 billion LTE subscriptions around the world at the end of December 2017, compared to 1.96 billion subscriptions a year earlier.

The fast growth of LTE subscriptions is expected to continue over the next five-year period. According to the Ovum data, LTE subscriber numbers are set to top 5.6 billion by the end of 2022 (more than 60% of all mobile subscriptions globally at that time).

At present, the Asia Pacific (APAC) continues to lead in terms of LTE adoption. Operators in the region added 572 million new LTE subscriptions in the twelve-months to the end of 2017. The Asia-Pacific now accounts for 62% of all LTE subscriptions worldwide. Meanwhile, Africa and Latin America & the Caribbean sustained very fast LTE adoption rates, accomplishing growth of 73% and 67% respectively.

Ovum’s data predicts that 5G is set for rapid growth after 2019. Next year is expected to deliver fewer than half a million subscriptions. However, the new technology is set to gain momentum in subsequent years, reaching nearly 400 million subscribers by the end of 2022.

Joe Barrett, President of GSA, said, “LTE continues its rapid growth globally. We have witnessed some tremendous adoption rates in Asia Pacific and Latin America; and in Africa too, albeit from a small starting point. Given current trends, GSA expects LTE subscriptions to account for more than half the market by the end of 2020. The next five-year period will also be an exciting time for 5G. The new technology’s first significant impact will be felt between 2020 and 2022. Global growth will accelerate after that.’’

The post Asia Pacific – adds half a billion+ new LTE subscriptions appeared first on GSA.

ZTE joins Global mobile Suppliers Association

December 2017: The Global mobile Suppliers Association (GSA) is pleased to announce that ZTE Corporation, a global leader in telecommunications and information technology, has joined GSA.
Joe Barrett, President, GSA said: “We are very pleased to welcome ZTE to GSA membership and look forward to working with them to further promote their interests along with the interests of other GSA member companies. GSA is clearly making an impact in the mobile industry; our membership is increasing, as are web site user registrations, content.  Companies also are subscribing to the GSA GAMBoD database service to track new mobile devices and search for updates on networks, technology and spectrum deployments.”
“ZTE has one of the most comprehensive produce ranges in the mobile industry and is now operating in more than 160 countries,” said Duan Xiaowei, Director International Marketing. “We believe GSA will be a strong global partner for ZTE and we look forward to working with them and other GSA member companies on joint projects as the mobile industry continues to evolve into new areas and industries.”
GSA has been representing the mobile ecosystem for almost 20 years and has grown into a recognized and reliable source of industry information, providing influence and advice in areas such as mobile technology deployment, standardization, spectrum allocation, as well as mobile technology capability and equipment availability. GSA reports are referenced globally and are free to download once users are registered: Register at GSAcom.com

The post ZTE Joins GSA appeared first on GSA.

8 December 2017, London – The Global mobile Suppliers Association (GSA) confirms that LTE subscriptions now account for 32.4% of all mobile subscriptions globally. Analysing the latest information, provided to GSA by Ovum, shows growth of nearly 838 million new LTE subscriptions in the year to September 2017 compared to nearly 776 million the year earlier. That equated to a 49.2% rise over the twelve-month period.

The post LTE Subscriptions 32% of Global Total appeared first on GSA.

November 2017: The Global mobile Suppliers Association (GSA) has identified over 1,000 new LTE devices in the past four months. A full list of all the 9,544 LTE devices is available to view for GSA Member companies, GSA Associates and Mobile Operators in the GAMBoD LTE Devices database at https://gsacom.com
Some of the latest key metrics from the GAMBoD LTE Devices database are:

•  Over 80% of the newly identified devices support Band 3 – 1800 MHz, which is by far the largest LTE band in use globally
• 14 Category 16 User Equipment devices (UE) have been identified in the past four months bringing the total umber of UE Cat-16 devices to 24
• 17 devices support 256QAM in the downlink and of these 14 also support 4×4 MIMO
• There is clear evidence of the Cat-NB1 ecosystem developing, with 366% growth in devices supporting Narrowband IoT over the last reporting period.

Other searchable UE features include LAA, LTE-U, eMBMS, VoLTE, ViLTE and Push to Talk (PTT) as well as searches of form factor, spectrum bands supported and fall backs technology.

GSA has also launched a new Networks, Technology and Spectrum database (GAMBoD-NTS) where 828 LTE Operators are identified along with the technology, feature and spectrum bands these operators are using for LTE. 5G trials are also registered in the NTS database.

The post Over 1,000 new LTE Devices identified by GSA appeared first on GSA.

LTE Not-Spots – GSA Identifies 54 Countries that are still to deploy 4G LTE

October 2017: The Global mobile Suppliers Association (GSA) has identified 54 countries that do not have a 4G LTE network. A map showing the countries and a full list has been published on the GSA web site at https://gsacom.com

“There are very few countries that have yet to launch commercial 4G/LTE service,” said Joe Barrett, President, GSA. “We refer to these countries as LTE Not-Spots and although some are small island countries, GSA believes that LTE will eventually be launched in every single country in the world.”

GSA has also published a graph of LTE network growth covering the 644 commercial LTE networks which was included in the latest “Evolution from LTE to 5G” report, both of which are available on the GSA web site.

About the GSA

GSA promotes the 3GPP technology roadmap – 3G; 4G; 5G including NB-IoT, VoLTE, LTE-V, LTE-U, LTE Broadcast, mobile device availability and features, etc. and represents companies across the worldwide mobile ecosystem engaged in the supply of infrastructure, semiconductors, test equipment, devices, applications and mobile support services. The GSA Executive Board comprises of Ericsson, Huawei, Intel, Nokia, Qualcomm Incorporated and Samsung covering close to 100% of all mobile network infrastructure deployments.

For more information, please visit the GSA corporate website at www.gsacom.com. Follow the GSA on Twitter: @gsacom.

Website https://www.gsacom.com

Twitter https://www.twitter.com/gsacom
Facebook https://www.facebook.com/pages/Global-mobile-Suppliers-Association-GSA/123462771012551
LinkedIN https://www.linkedin.com/groups?gid=2313721 

Media Contacts:
GSA Press Office
+44 330 113 1572
press@gsacom.com

The post Press Release: 54 LTE Not Spots appeared first on GSA.

Joe Barrett, President of GSA said, “We have been able to identify a wide range of operators usually working in close cooperation with GSA Member companies that have announced over 140 separate demonstrations, tests or trials. Key pre-standards 5G technologies are being explored operating in spectrum bands not previously used for mobile telecoms services; 28 GHz has been the spectrum band most often utilized.”

Trials have also demonstrated network slicing to support delivery of services tailored to specific types of customer or service; combinations of technologies such as massive MIMO, or complex beamforming that are needed to achieve very high speeds; or backhaul, cloud and edge computing arrangements to support very low latencies.

The report along with a map of 5G trials is available to freely download on the GSA web site at www.gsacom.com

The post 81 Operators in 42 Countries evaluating 5G appeared first on GSA.

June 2017: The Global mobile Suppliers Association (GSA) has released today its latest White Paper focusing on the frequency range 3300-4200 MHz – sometimes referred to as C-Band. One of the findings in the white paper is that as the 3GPP ecosystem continues to expand, the 3300-4200 MHz spectrum range is increasingly becoming available globally for International Mobile Telecommunication (IMT) technologies.

A large number of countries in different regions are exploring the opportunities for IMT, including 5G, in this spectrum: countries are taking action in order to reach 200-400 MHz of contiguous bandwidth in the 3300-4200 MHz range for 5G. Based on national circumstances, it is also expected that a given regulator may make different portions of the 3300-4200 MHz range available at different times, incrementally building large contiguous blocks. This large amount of spectrum will enable contiguous spectrum assignments to operators in the order of 100 MHz or more allowing operators to reap the full benefits of the 3300-4200 MHz frequency range for 5G.

“We have already seen the dramatic growth of mobile video during the past 5 years and the success of 4G/LTE deliver a wide range of mobile applications,” said Lasse Wieweg, Chairperson, GSA Spectrum Group. “Applications such as Augmented and Virtual Reality, the Internet of Things (IoT), connected transport and smart cities will increase the spectrum need in our industry and the 3300-4200 MHz spectrum range will be important to help mobile operators and others deliver the feature rich services that are being demanded by customers.”

Alessandro Casagni, Vice-Chairperson of the GSA-Spectrum Group said, “This white paper is an excellent example of a needed initiative by GSA, an association which represents a broad range of suppliers in the mobile industry. 3300-4200 MHz is the largest continuous bandwidth for IMT below 6 GHz with clear potential for the global harmonization of 3400-3600 MHz and initial take up for 5G at 3300-3400 and 3600-3800 MHz. Global harmonization of spectrum for IMT will benefit everyone and support growth in an efficient and economical manner.”

Joe Barrett, President, GSA said: “ The GSA Spectrum Group is actively working on multiple spectrum projects in all regions around the globe and supporting regulators, administrations and the broader mobile telecommunications community regarding spectrum issues. GSA already represents the leading suppliers in the mobile industry and is proud to support mobile broadband development with a harmonized and standards based approach. We invite all suppliers of the telecom industry and beyond to join GSA and support the development of 3GPP technologies.”

The aim of this paper is to share information on a broad range of aspects connected with the introduction of IMT in the 3300-4200 MHz range: why is this frequency range so important for the evolution of IMT and for 5G in particular? The paper also contains insights on the development of the IMT ecosystem, listing initiatives and activities on regional and national levels in Europe, Asia, Americas and Africa

This White Paper details will be discussed at upcoming industry events and meetings as well as with regulators and administrations; it is available to download on the GSA web site at www.gsacom.com

The post GSA publishes report on 3300-4200 MHz spectrum range appeared first on GSA.

May 2017: The Global mobile Suppliers Association (GSA) is pleased to announce that Samsung Electronics has joined the GSA Executive Board.  Samsung is an acknowledged visionary and a leader in today’s rapidly developing business of mobile devices and infrastructure and their contributions and industry knowledge will support and enrich the technology and spectrum work programs GSA and its members are engaged in.

Download the full press release.

©2017 GSA

The post Samsung Electronics joins GSA Executive Board appeared first on GSA.