WAVE by AGC Archives - WAVE by AGC

Un verre innovant au service de la durabilité et de la technologie

Spécialiste de la production de verre depuis longtemps, AGC Glass Europe a pris le virage du 21e siècle à pleine vitesse, grâce à des innovations qui combinent

Ayant une longue tradition de verrerie en Belgique, depuis plus de cent ans, AGC Glass Europe s’impose comme un leader en innovation verrière. Fondée en 1961 sous le nom de Glaverbel – né d’une fusion des deux producteurs de verre belges, Glaver et Univerbel, l’entreprise belge a rapidement marqué l’histoire du verre plat en implantant la première usine de production fl oat en Europe continentale. Aujourd’hui, AGC Glass Europe produit, transforme et distribue du verre plat pour la construction, l’automobile et l’industrie high-tech. Avec plus de 100 sites industriels et 13 000 employés à travers l’Europe, l’entreprise fait de l’innovation son moteur de croissance. «Nous avons toujours cherché à dépasser les standards du marché pour développer des solutions à forte valeur ajoutée», explique Jérôme Goubau, Director Advanced Solutions chez AGC. Parmi les innovations récentes, trois technologies se distinguent particulièrement: FINEO, WAVETHRU et WAVETRAP.

Une nouvelle génération de vitrage isolant, alliant performance et esthétisme

FINEO représente l’avenir du vitrage isolant. « Dans dix ans, ce sera la norme », assure Jérôme Goubau. Contrairement au double ou triple vitrage classique, FINEO intègre une fi ne couche sous vide entre deux lames de verre, espacées de seulement 100 microns. « Ce procédé réduit fortement
la transmission de chaleur et de sons », détaille-t-il. Son avantage principal? Une isolation thermique comparable à celle d’un triple vitrage, tout en étant beaucoup plus fin et léger. « Cela permet de préserver l’esthétique des bâtiments classés, où les fenêtres modernes trop massives ne peuvent être installées », explique Jérôme Goubau.

L’innovation ne se limite pas à la performance thermique. «Nos vitrages sont recyclables à l’infi ni et off rent une durée de vie de 60 ans, avec une garantie de 20 ans », souligne-t-il. Produite en Belgique, la technologie FINEO a nécessité l’écriture de nouveaux standards de production et de certification, un défi relevé avec succès par AGC. Aujourd’hui, FINEO équipe déjà des bâtiments emblématiques comme le Kanal à Bruxelles ou l’aéroport de Stockholm-Bromma. «Nous avons lancé une première ligne de production en 2019, et nous allons la multiplier par quatre d’ici 2026 pour répondre à la demande croissante», annonce Jérôme Goubau.

Cette évolution technologique s’accompagne également d’une forte ambition écologique. «L’utilisation de FINEO permet de réduire l’empreinte carbone en allégeant les structures et en améliorant l’efficacité énergétique des bâtiments, ajoute Jérôme Goubau. C’est un produit qui répond aux exigences des rénovations patrimoniales tout en apportant des solutions modernes. De plus, le partenariat avec Panasonic a permis d’industrialiser et de perfectionner le procédé, garantissant ainsi des performances optimales et une production maîtrisée.»

Améliorer la connectivité sans compromettre l’isolation

L’innovation chez AGC ne s’arrête pas à l’isolation thermique. La technologie WAVETHRU a été développée pour répondre à un autre défi moderne : la connectivité dans les bâtiments. «En emménageant dans notre siège de Louvain- la-Neuve, nous nous sommes rendu compte que les couches métalliques des vitrages, indispensables pour une bonne isolation, atténuaient fortement les ondes radio et le réseau mobile», se souvient Bernard Monville, responsable pour WAVE chez AGC. Pour résoudre ce problème, l’entreprise a créé WAVETHRU, une technologique laser qui permet de traiter ces couches d’argent sur une zone limitée du vitrage et de créer une grille microscopique invisible à l’oeil nu, permettant aux ondes de traverser tout en conservant les propriétés isolantes et esthétiques du verre.

Les technologies WAVETHRU sont déjà intégrées dans des bâtiments tels que les agences de certaines banques, les stations- service Bruno en Flandre ou encore les espaces de coworking Silversquare à Bruxelles. « Le principal défi reste de faire connaître ces innovations », reconnaît Bernard Monville. Grâce à un traitement au laser, WAVETHRU peut être appliqué sur des vitrages existants, une solution pratique et économique pour améliorer la connectivité sans installation complexe. «Dans dix ans, ces technologies feront partie des standards du marché, au même titre que le Wi-Fi ou la fi bre optique», prévoit Bernard Monville.

Un bouclier invisible pour la cybersécurité et la confidentialité

Mais AGC a aussi développé l’inverse : WAVETRAP. « Nous avons reçu des
demandes pour des vitrages capables de bloquer complètement les ondes, notamment pour des entreprises soucieuses de leur cybersécurité », explique Bernard Monville. Cette technologie permet de créer des espaces hautement sécurisés, empêchant toute fuite de données ou espionnage via les réseaux sans fi l. « Jusqu’ici, on devait utiliser des bunkers sans fenêtre, peu confortables. Avec WAVETRAP, on combine sécurité et lumière naturelle. » Cette solution séduit déjà des entreprises sensibles aux cyberattaques. « Nous sommes en train de créer une véritable barrière physique contre le piratage, sans impacter le confort des occupants. » WAVETRAP répond également aux besoins grandissants de confidentialité. « Nous avons même conçu des solutions spécifiques pour des hauts dirigeants et certaines institutions gouvernementales », révèle Bernard Monville. « L’intérêt pour ces technologies ne cesse de croître, notamment dans un contexte de préoccupations accrues en matière de cybersécurité et de protection des données sensibles. » Enfin Jérôme Goubau conclut : « Nous ne nous contentons pas de suivre les tendances, nous les créons. »

Copy of the original article available here. All credits go to Mediaplanet Belgium

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Original article can be found here.

The rapid expansion of 5G technology has positioned the MENA region as a frontrunner in digital innovation, demonstrating impressive adoption rates that play an integral role in driving economic growth and transforming multiple industries. These advancements have enabled extensive regional connectivity, particularly among mobile users, with 5G subscriptions expected to climb to 500 million by 2030, based on the most recent projections.

However, while 5G networks allow for faster roll out, greater capacity, and broader coverage, the same technology has its disadvantages when mobile users move indoors. As buildings incorporate increasingly complex designs and varying materials, achieving adequate 5G coverage indoors has become an ongoing challenge.

Where Challenges Meet Solutions

Inconsistent indoor connectivity has plagued businesses, public spaces, and homeowners for over six years since 5G’s initial deployment, often preventing mobile network operators (MNOs) from fully leveraging the technology’s powerful features. This limitation affects users’ ability to access streamlined connectivity, creating an opportunity for innovative solutions that support data-heavy applications.

As the demand for 5G connectivity grows throughout the region, providers are tasked with ensuring that customers can seamlessly access their services at any time or any place.

Renowned for its leadership in 5G networks across Saudi Arabia and the region, Zain KSA is driving advancements that are reshaping connectivity. One such innovation is the deployment of Zain KSA’s 5G-powered Fixed Wireless Access (FWA), which provides homes and small businesses with high-capacity connectivity using Customer Premises Equipment (CPE) devices that convert 5G frequencies into high-performance Wi-Fi. Recently, Zain KSA announced the successful testing of ‘The Glass Antenna,’ a new technology that will transform how 5G is experienced across the Kingdom and beyond.

Introducing The Glass Antenna

5G connectivity requires a denser network of base stations to ensure consistent indoor connectivity due to the smaller footprint coverage of the technology. Subsequently, companies are faced with implementing solutions to enhance user experience without resorting to traditional signal receptors that could disrupt architectural aesthetics. This principle drove AGC Glass Europe and Japanese companies to introduce the first glass antenna in 2020, turning windows into functional base stations. This technology was revolutionary in integrating 5G technology into buildings, improving connectivity, and preserving the exterior design.

Proof of Concept

As a digital innovation first-mover, Zain KSA consistently seeks solutions to push the limits of its 5G networks and make this high-speed connectivity more accessible and efficient for broader segments of users. Through a strategic collaboration with Nokia and AGC Glass Europe, Zain KSA is currently testing ‘WAVE by AGC’ transparent glass technology in Jeddah.

Building on the success of AGC’s tech, this proof of concept (PoC) aims to evaluate the enhanced delivery of indoor 5G coverage in real-world conditions, mitigating the need for intrusive equipment, such as traditional Distributed Antenna Systems (DAS) and smart, micro-outdoor solutions.

The PoC focuses on two specific use cases:

WAVEANTENNA-FWA: This involves discretely connecting the transparent antenna to the customers’ existing CPE and is installed behind existing windows treated with WAVETHRU technology. This setup captures external 5G signals and boosts 5G network performance in terms of coverage and speed.
WAVEATTOCH: This solution enhances outdoor network densification by installing glass antennas indoors, positioning them behind the glazing. This approach supports 4G/5G network expansion in urban areas, addressing challenges such as data traffic growth and compliance with electromagnetic field standards.

Remarking on the rollout of the project, Zain KSA’s Vice President of Engineering, Eng. Mohammed Abdulaziz Al Nujaidi, stated, “Building on our 5G leadership and in line with Saudi Vision 2030, Zain KSA is committed to driving more innovation by integrating cutting-edge solutions into our 5G network. By implementing this technology in collaboration with industry leaders like Nokia and AGC, we aim to provide individuals and enterprises across the Kingdom with access to the latest advancements, empowering them to get more out of our expansive 5G network. The project endorses our efforts to support Saudi Arabia’s digital transformation, particularly in urban spaces, and also reflects our dedication to accelerating the rollout of the latest technologies with minimal visual impact on the city landscape.”

Next-Level Connectivity

Zain KSA reported that the Proof of Concept for the transparent glass antenna, when connected to the company’s Customer Premises Equipment (CPE), demonstrated significant improvements in network performance, confirming its potential in addressing indoor signal challenges. Key outcomes include:

Signal Strength: Improved by 22%
Download Throughput: Enhanced by 36%
Upload Throughput: Increased by 57%
Signal-to-Interference-Plus-Noise Ratio (SINR): Boosted by nearly 270%

These results validate the glass antenna’s ability to strengthen the network’s stability and resilience, supporting Zain KSA’s commitment to providing customers with an exceptional 5G experience.

Potential Impacts

Zain KSA is leveraging this technology to accelerate the rollout of its 5G network across Saudi Arabia, fostering a digital economy and a vibrant tech-savvy society. This innovative solution addresses future connectivity demands efficiently, providing users with improved data throughputs that translate into a better customer experience. By integrating glass antenna technology, Zain KSA ensures reliable network performance, replacing traditional equipment and preserving the visual appeal of the urban landscape.

Bernard Monville, Head of WAVE by AGC, stated, “Glass antennas can be installed at lower heights and require less transmission power to cover dense urban areas; this will enable Zain KSA and Nokia to deploy the transparent glass antennas to comply with the world’s most stringent EMF standards.”

Mohammad Al Tayeh, Customer Team Head at Nokia, said, “Nokia’s state-of-the-art 5G product integrates seamlessly with the WAVE by AGC antenna, allowing Zain KSA to further expand and enhance its network capabilities. The collaboration between Zain KSA, AGC Glass Europe, and Nokia marks a significant milestone in driving next-generation telecom solutions in the Middle East region.

The Next Steps

Zain KSA plans to build on the success of this Proof of Concept by exploring opportunities for broader deployment across key locations in Saudi Arabia. The company plans to work closely with regulators and industry partners to ensure a smooth rollout of the glass antenna technology in the near future. The focus remains on developing innovative, sustainable solutions that address the increasing demand for high-performance 5G networks while maintaining the allure of urban and residential spaces.

Zain KSA’s Vice President of Engineering, Eng. Mohammed Abdulaziz Al Nujaidi, commented, “This Proof of Concept highlights the importance of innovation and collaboration. By integrating advanced solutions, such as the transparent glass antenna, we are addressing connectivity challenges while paving the way for a hyper-connected, sustainable future. We look forward to further partnerships that will enable us to deliver enhanced 5G experiences to people and businesses across the Kingdom.”

Copy of the original article available here. All credits go to Telecom Review.

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Glass plays a vital role in the design, functionality, and aesthetics of any building, whether residential or commercial. As glass technology continues to advance—improving solar, thermal, and acoustic performance—it’s essential to consider its impact on building connectivity.

Three Critical Glass Factors That Influence Building Connectivity

1. Glass Coatings

Sustainable building standards like LEED, BREEAM, and the EU’s Nearly Zero-Energy Buildings (NZEB) directive have driven innovation in glass coatings. These coatings significantly enhance energy efficiency and help reduce global warming by improving a building’s thermal insulation. Today, virtually all glazing on the market is coated, regardless of the supplier, as it’s the only way to meet modern high-performance energy standards. For example, uncoated double glazing typically has a thermal U-value of 3.0, while coated glass can lower this to a U-value of 1.0, offering much better performance.

However, while these coatings boost insulation, they also present a challenge: they can hinder the propagation of wireless signals inside buildings—a concern as coated glass becomes more widespread.

Glass coatings consist of extremely thin, nearly invisible layers of metal oxides (such as zinc, tin, and silver) that improve insulation and block solar radiation. These coatings are applied via an electromagnetic vacuum process and, while highly effective, are sensitive to humidity. This is why they are always placed inside the cavity of double or triple glazing units.

There are two main types of glass coatings:

Low Emissivity (Low-E) Coatings: Designed to reflect infrared radiation emitted by heating systems inside a building, while allowing solar heat to pass through from the outside, keeping interiors warmer during winter. Low-E coatings are mostly used in residential buildings.
Solar Control Coatings: These block more of the infrared spectrum and are optimized for balancing thermal comfort, light transmission, and aesthetic appeal, maintaining optimal indoor temperature and clarity. These coatings are common in commercial buildings with large glass facades.

While effective at their intended purposes, both coating types significantly reduce the strength of radio signals, which are already weakened by propagation from base stations and by physical obstacles. Coated windows can cause an additional 20-40 dB reduction in signal strength compared to uncoated windows. From a wireless communication standpoint, this signal loss is considerable and can lead to poor connectivity and degraded services inside buildings.

2. Glass Structure: Double and Triple Glazing

Beyond coatings, the structure of windows significantly influences signal transmission. It’s important to note that clear, uncoated glass is transparent to radio waves; however, once coated, glass attenuates signals.

Here’s how different glazing options affect connectivity:

Double Glazing: Comprising two layers of glass with a gap in between, this option offers improved thermal insulation. Typically, double glazing includes one coating, which moderately impacts signal transmission, causing around 25 dB attenuation.
Triple Glazing: With three layers of glass and two coatings, this option provides excellent insulation but results in higher signal attenuation, reaching up to 40 dB.

3. Building Configuration

The choice of glazing often depends on the building’s purpose:

Residential Buildings: Double glazing is commonly used in residential structures, offering a balance between energy efficiency and connectivity. These buildings usually use low-emissivity (Low-E) coatings to retain heat from heating systems while allowing solar heat to enter. In colder climates, or for enhanced energy efficiency, triple glazing may be preferred, though it further impacts signal transmission.
Commercial Buildings: For commercial spaces, where energy efficiency is paramount, double or triple glazing with solar control coatings is often used. The goal here is to reduce overheating in the summer and lower HVAC consumption while maintaining good light transmission. However, these coatings can negatively affect wireless signal strength, so it’s important to consider connectivity needs when making glazing choices.

Connectivity Considerations

Decibel Reduction: Glass windows with multiple layers and coatings can reduce signal strength by 25 to 40 dB, which can degrade connectivity and reduce data speeds.
Network Saturation: As more devices connect to wireless networks, signal penetration through coated glass becomes increasingly challenging.
Silver in Coatings: Many advanced glazing solutions use silver layers for insulation, which can effectively block radio waves, further complicating connectivity.

Innovative Solutions

To tackle these challenges, WAVETHRU offers a simple, non-intrusive solution. By laser-treating glass surfaces, WAVETHRU enhances wireless signal transmission through coated glass, effectively overcoming the attenuation caused by multiple layers. This innovation improves radio frequency transmission without compromising insulation or energy efficiency.

WAVETHRU is the perfect solution for future-proofing buildings, balancing low carbon footprints with energy efficiency and optimal connectivity. It’s a cost-effective and efficient choice for multi-use buildings, ensuring robust connectivity while preserving thermal and optical properties.

Network Saturation: As more devices connect to wireless networks, signal penetration through coated glass becomes increasingly challenging.
Silver in Coatings: Many advanced glazing solutions use silver layers for insulation, which can effectively block radio waves, further complicating connectivity.

While advanced glazing solutions are critical for energy efficiency, they can significantly hinder wireless connectivity. For more information on how WAVETHRU can help, contact us.

Request a free audit for your working space

An audit should be conducted when serious connectivity issues occur, such as poor call quality, network outages, or slow communication. These problems can disrupt business operations and should be addressed promptly. Before investing in new technology, businesses should first identify existing issues through a connectivity audit, which can reveal ways to enhance current systems and ensure they remain effective in the future.

Enhancing Network Performance through Telecom Data Insights

Conducting a connectivity audit is the most effective way of identifying and resolving issues that may impact communication within a business. Both outdoor and indoor signal strength is measured, and connection quality assessed to ensure robust communication. The audit should focus on measuring:

Signal Level: Understanding the strength of the incoming signal is fundamental to identifying connectivity issues.
Signal Quality: Evaluating the quality of the signal helps determine its reliability.
Signal Frequencies: Analyzing the frequencies provides insight into potential interference and performance.
2G-3G-4G-5G Technology: Assessing call quality and data performance.

This information is aggregated using several devices, including phones connected to a tablet, which allows the simultaneous performance analyses of different providers. By measuring both indoor and outdoor conditions, a benchmark can be established that highlights areas for improvement.

Choosing the Right Connectivity Audit App

The WAVETHRU audit follows a meticulous protocol that includes measuring signal strength and quality, as well as analysing frequencies to map the current telecom performances. Advanced measuring tools and proprietary software developed by WAVE by AGC, designed to provide accurate results, are used during the procedure. The audit tool can connect multiple operators and assess signal strength simultaneously for each one of them. This is especially useful as data can vary from one provider to another due to the differences in infrastructure, the technology used, and the network coverage. Each provider may have unique characteristics that influence signal quality and performance.

The audit also includes measuring connectivity outside the building, to establish a benchmark for analyzing the results. It is important to remember that it will never be possible to improve the level of connectivity inside the building beyond the level of connectivity that is available outside.

The WAVETHRU audit tools are a powerful solution that facilitates connectivity audits and in-depth data analysis. It offers a user-friendly interface to monitor performance and streamline recommendations.

In addition to WAVE audit tools, we offer a second type of audit based on NEMO outdoor tools from KEYSIGHT. This involves a backpack composed of several pieces of equipment such as specific phones and a RF scanner. These tools provide a full overview of telecom KPIs. It offers also continuous acquisition of data over time during the measurements. An additional post-processing provides a deep analysis of the measurement.

The results are then evaluated to best address the areas to enhance and to ensure optimal performance.

The audit adds real added value by providing targeted recommendations to improve connectivity. This helps businesses optimize their resources and ensures their communication remains smooth and effective.

After the audit, a detailed technical report is provided to guarantee clients receive informed advice for their connectivity needs.

Some recent use cases reflecting on the benefits an audit can bring to your business are available on the WAVE by AGC website, check them out here:

Considering Important Factors

A key concern in the world of connectivity is the impact of electromagnetic waves on health. This is something we explored in greater detail here. WAVETHRU not only improves connectivity but also aims to mitigate any potential adverse effects by optimizing the signal level. A low signal level can cause the phone to increase its transmission power, resulting in higher exposure to electromagnetic waves.

Another is what operations are relying on. Precise connectivity mapping for each of the technologies from 2G to 5G at multiple points within a single building enables the building manager to make the right connectivity investment decisions. For instance, operators often phase out older technologies like 2G and 3G, but many facilities, such as nursing homes, still rely on these for essential communication.

Future Facing

While a connectivity audit is a vital first step in identifying and resolving issues that may hinder communication, businesses should then explore ways to significantly enhance their internal connectivity, allowing for better performance and reliability.

By embracing the insights provided by our game-changing WAVETHRU audit technology, that takes only one day to complete, organizations can navigate the connectivity complexities with confidence and clarity, and take relevant action to support their future operations.

Beyond offering an audit service, WAVETHRU also provides a comprehensive service line dedicated to enhancing connectivity by improving electromagnetic wave penetration, and thus provides a smoother and more reliable user experience.

In addition to being cost-effective, multi-operator, and maintenance-free, WAVETHRU offers users connectivity that is 5 to 10 times more efficient without any energy costs. The operating procedure also includes a post-treatment audit of the glass using WAVETHRU technology. This second assessment evaluates performance improvements for each operator across different technologies, from 2G to 5G, while also measuring data transfer efficiency.

if you’re looking to improve your connectivity, consider conducting an audit to discover how WAVETHRU can elevate your communication experience.

Interested? We are pleased to announce that we are offering a free audit! Take advantage of this opportunity right now!

Dive into our dedicated WAVETHRU website to read all about this use case and many more spaces we’ve transformed or contact our sales team now.

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Catering to people on the go at Bruno Food Corner means more to Group BRUNO than just providing the necessary food, drink and fuel requirements for its customers.

The food corner also attracts business employees and owners from nearby areas for meals and breaks. However, access to the telecoms network was poor and connections unreliable. The Bruno Group needed an affordable, multi-operator solution to improve the customer experience fast.

As you can read in our recent use case, an audit was conducted at the Bruno Food Corner in Bilzen to assess connectivity at around 100 spots at location. In just 2 days, approximately 80 meters of façade were treated with the innovative and easy-to-process WAVETHRU glass solution without disrupting the daily business activities.

Optimising service delivery at Bruno Food Corner

“Connectivity is crucial to offering optimal service and being able to meet customer demands,” further explains Luca Bruno, sales and marketing, Group BRUNO in this video testimonial. “It is important to the Bruno group.”

However, there were number of challenges impairing the ability to access a strong, consistent and reliable connection.

Luca states: “One of the major problems we are facing today is how our buildings were constructed. They contain a great deal of iron which reduces mobile signal.”

Initial research yielded some disappointing results: “We explored adding some antennas as a possible solution but they only work with a single network provider and don’t offer a solution for people who don’t use that provider.”

“But then, eventually, we found the WAVETHRU treatment for our windows. With the solution we have implemented today, we are able to provide our customers with increased connectivity for different network providers.”

WAVETHRU by AGC applies a unique laser pattern that is nearly invisible to the naked eye. Just 20% to 30% of the window needs to be treated to improve the indoor signal on all frequency ranges under 6GHz. This makes it a future-proof solution for 5G and there is no need to adapt the solution if new technology is introduced or the operator infrastructure changes.

Easy to install, the treatment is applied on-site to existing windows. It is non-intrusive as there are no wires. There is no impact on building aesthetics as it is invisible to building occupants and does not effect the glazing insulation or thermal performance. It enables a better end-user experience as phones consume less power for a longer battery life.

Network expansion

37 windows have been treated at Bruno Food Corner in Bilzen, and Luca expands on why this is so essential for the operation: “Digitisation is really important today especially for our food corners where services include the pickup and delivery of products which requires excellent connectivity. We didn’t have this in the past. But this collaboration has really improved matters and we are ready to use our network for further applications.”

It is not just the performance of WAVETHRU that surprised Luca: “I was amazed at how easy and efficient WAVETHRU’s treatment of the glass really was. The shop could continue to operate. Customers didn’t experience any inconvenience. The result is outstanding.”

He concludes: “We operate in different places – industrial locations, city centres, and train stations. Our ambition is to keep expanding which is why it is important that this becomes a standard solution for us. Excellent connectivity allows us to push digitisation further and integrate even more applications.”

Dive into our dedicated WAVETHRU website to read all about this use case and many more spaces we’ve transformed or contact our sales team now.

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Everyday connectivity is essential, with antennas playing a vital role in delivering reliable signals from the moment we wake up to the moment we go back to sleep, for work, leisure, and daily tasks.

This places greater pressure on the delivery of stable, reliable, and accessible signals for an ever-growing number of connected devices. Added to the mix is the fact that delivering greater connectivity requires more antenna in many more places. This can quickly create an unsightly view particularly in historic cities and buildings. And with that, several challenges arise that require innovative technologies taking into consideration the visual impact of the solutions.

Antennas are the cornerstone in this wireless infrastructure as they transmit the signal from the core network to the final connected device/end-user.

Developing a wireless strategy that utilises antenna to transmit the signal from the core network the end user’s device, can help manage multiple needs. The three main ones are:

1. Rooftop Antennas

With the fast proliferation of 5G technology comes a high demand for antenna space on rooftops which are already saturated. There is also a desire for the unsightly antennas to be less visible – a particular concern for historic cities that want to protect their rich architectural heritages.

As a result, growth is booming in the Camouflage Antenna Market and it is projected to more than double in size from USD 1.8 billion in 2023 to USD 4.2 billion by 2032. Holding the greatest market share is the “city” segment. This is directly due to the escalating trends of urbanization and the need for uninterrupted communication infrastructure in densely populated regions. However, camouflage is becoming more and more difficult and expensive for different reasons: in 5G bands, materials used can have a greater impact on the performances of antennas than in 4G bands.

2. Urban Installation of small antennas

At the same time, antennas are being installed at lower altitudes, not only to help aesthetically protect cityscapes, but because more antennas need to be installed for 5G compared to 4G as the environment attenuates 5G frequencies more. However, costs, authorisations and even vandalism are among the significant factors that need to be considered.

At street level, Small cell solutions are a popular option. A recent study from Rethink RAN Research, reported there will be 1.56 million private 5G small cells deployed by 2027, a huge uplift compared to the 1,945 5G small cells deployed in 2020. The advantages of the technology include increased capacity and improved coverage.

Small cells bolster professional and managed services offerings and support partners specializing in “street furniture.” Some outdoor small cells can match power levels to specific needs, optimizing infrastructure investments.

Integrating small cells into the urban space is a challenge. One example to illustrate this was addressed by a telecoms operator when it brought 5G mmWave service to a downtown Dallas district. It explored concealment solutions that could keep them out of sight of the public while still maintaining the required level of coverage and very high network performance. The solution comprised of six wall-mounted enclosures providing 5G coverage across a four-block section of the district. All six enclosures were custom designed and custom coated to blend in to building exteriors at their respective locations.

3. Private coverage in proptivity: Wi-Fi or 5G

Indoor connectivity is essential. Currently, two types of networks are addressing this need: Wi-Fi and private 5G. Wi-Fi is a mature and globally installed technology that has evolved with advancements like Wi-Fi 6E/7, offering more frequency bands and capacity. On the other hand, private 5G, a newer infrastructure, provides advantages for large environments. While these two technologies will continue to coexist in the future, the challenge of seamless aesthetic integration will also persist.

Wi-Fi: a mature technology that keeps pace with developments in frequency bands and capacity

With aesthetics playing a crucial role in creating a pleasing environment, deploying Wi-Fi can pose challenges. Typically, Wi-Fi is broadcasted through access points (APs) with integrated antennas, often “white squared/circled boxes measuring 20×20 cm.”

An interesting example is seen in theme parks, where efforts are made to conceal or aesthetically integrate this equipment. They achieve this by camouflaging it within decorative elements or placing it in less visible areas to maintain an immersive experience. Imagine being lost in a hyper-realistic sci-fi setting or an enchanting medieval universe only to have the illusion disrupted by an obtrusive white plastic box. Think about wanting to take a picture for a memory’s sake.

To protect this immersive experience, theme parks invest in special architects, known as “The Voice of the Park,” whose role is to camouflage anything that may disrupt the customer experience. Currently, they hide antennas and access points by wrapping or enclosing them.

Universities, often centuries-old, face similar issues. Providing Wi-Fi in these environments can be problematic. Consider the oldest universities in Europe or North American campuses with colonial-era buildings from the 19th century.

Private 5G: a new infrastructure with advantages for large environments

A private mobile network is a another popular solution for maintaining operational continuity in large environments like airports, train stations, and ports. It offers dedicated, secure, and flexible connectivity, allowing businesses to leverage the speed and reliability of 5G without connecting to a public network. This can provide innovative solutions for critical uses, such as fleets of autonomous vehicles, automation, advanced video surveillance, augmented reality for maintenance, equipment location, and real-time flight information.

Recently, a travel hub became the first station in France to be covered by 5G, ensuring mobile service continuity for the eight million visitors it welcomes annually. France’s national rail operator is also providing enhanced connectivity to outside companies at one of its busiest stations.

This approach to connectivity is also improving business operations. A car manufacturer has created a private 5G network to unlock new possibilities in production with ultra-fast and reliable data transmission technology.

And here is the game-changer. WAVE hello to innovation!

These are not the only choices. You can avoid the fight for roof space, eliminate the need to impact urban environment aesthetics, and side-step the requirement for a new mobile network with several of our invisible, easy to install, technology agnostic, glass solutions.

• WAVEATTOCH is a gamechanger designed to address mobile outdoor network densification issues in urban landscapes by offering a seamlessly integrated glass antenna inside the building behind the glazing to enhance the network coverage outside. As a result, facades instead of roofs, can be used for deployment.

• In high aesthetically driven environments, any visual pollution must be avoided. With WAVEANTENNA (Wi-Fi / Private 5G), seamlessly integrated glass antennas discreetly enhance the visual interior experience without compromising on connectivity performance. They can be camouflaged as wall-mounted or ceiling-mounted signage panels, and thus integrated into the building’s overall signage system. This type of camouflage avoids overloading interior spaces with separate antenna boxes, manufactured in a particularly unsightly plastic This solution is ideal for high-end spaces as it ensures top-notch performance without sacrificing aesthetics.

These 2 innovations exploit glass-antenna technology to provide unique solutions to the 4G/5G/Wi-Fi antenna market. They meet both the need for densification of MNOs, but also the need for increased connectivity in aesthetically sensitive sites, where the presence of visible antennas is undesirable. They also deliver a camouflage aspect for customers with the integration into safety or functional signs in buildings because a beautiful antenna is an antenna that you cannot see.

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The ability to be connected at all times is crucial, especially in healthcare environments where it can significantly impact everyday demands. We have already discussed this in recent blog posts in healthcare “How to Treat Poor Connectivity in the Healthcare Sector” and co-working spaces “Silversquare ensures gold standard connectivity with WAVETHRU by AGC”.

Residential healthcare is another sector where fast and uninterrupted communications are essential.

Mijzo is leading the way

In a recent video interview, Dutch care group and valued partner Mijzo shares how it is exploring ways to improve connectivity across its 26 locations for the elderly in the Brabant region (The Netherlands). It has around 4,000 employees and 2,000 volunteers that care for 2,500 clients.

The operation is dedicated to empowering residents to manage their home lives independently for as long as possible. It is committed to keeping healthcare high-quality, accessible and affordable as well as transforming care to allow the elderly to shape and interpret their lives at home in their own way for as long as possible. As soon as that is no longer possible, Mijzo is there to support and guide them.

Additionally, it strives to positively impact the daily lives of its clients, employees, and volunteers through continuous innovation. Together with clients, their loved ones and smart technology Mijzo offers the necessary support and care. By consistently evaluating technologies and opportunities both inside and outside the sector, the organization develops unique approaches and engages employees from all levels in the quest for new solutions, promoting autonomy and enhancing the
overall care experience.

Mijzo’s initiatives include developing a voice reporting tool that reduces staff reporting time by 30%, collaborating on a robot to assist the elderly in showering independently and exploring VR glasses for the rehabilitation and pain reduction during wound care.

Leading modernised healthcare

John van der Hout, Project Manager IT, for Mijzo explains: “We are leaders in the use of technology and corporate social responsibility to modernise healthcare. Good connectivity is crucial to our organisation because our people use specialised mobile phones to receive alarms and to communicate with each other and the outside world. That’s why it’s important to make sure their phones work well.”

Mijzo thoroughly assessed if it was possible to ensure the reliable performance of their systems and solutions without the need for stable and solid mobile signals. However, there was no solution that was 100% aligned with their needs. As a consequence, they were hindered in their technological development by the fact that the indoor mobile signal was so poor.

Then WAVETHRU from WAVE by AGC was recommended by a technology provider. Mr. van der Hout continues: “The provider offered very expensive technical solutions which an organisation such as Mijzo cannot purchase in good faith as the money is better spent on healthcare. They then suggested contacting WAVETHRU.”

WAVETHRU is an invisible, easy to install, maintenance free, cost-effective solution that requires no infrastructure changes. It improves the transmission of radio frequencies with a laser glass surface treatment. The innovative and seamless technology enhances mobile connectivity without the need for mobile boosters and is compatible with all mobile network operators and technologies, including 5G. It helps reduce the reliance on Wi-Fi and costly repeaters and preserves network security and privacy.

Easy and simple permanent solution

Mr. van der Hout states: “WAVETHRU is a permanent solution. The windows get treated and that’s all there is to it. There is no technology that needs to be replaced regularly. There are no recurring annual costs. It’s a quick and easy to install process.”

For the residents, the result is assured reliability of alarmed systems, enabled by guaranteed connectivity excellence. Important too, is continued uninterrupted communications with friends and family.

For the staff, there is peace of mind when their alert phones can consistently access a guaranteed strong signal. This is also the case when there is reliable vital access to iPads and tablets when reporting medical information online during their patient visits. This is when it is essential that information is instantly synchronized with the overall medical information database.

Tangible results

To achieve these benefits, excellent connectivity is essential — and it is guaranteed.

Mr. van der Hout adds the solution is making a very tangible impact: “This morning a carer told me I used to have to lean out of the window in order to make a call but now I can just use my phone while walking around the building.”

Rolling out successful connectivity at other Mijzo sites

Mijzo’s adoption of WAVETHRU has resulted in the treatment of approx. 220sqm of surface and 356 windows. The decision has been so successful that the technology is expected to be rolled out at three other Mijzo sites.

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In today’s connection reliant world, ensuring optimal indoor connectivity in large buildings is not just a luxury; it’s a necessity. However, achieving this can be both complex and costly, especially when dealing with single-operator solutions in a world of multiple operators.

But what are the challenges and costs associated with these solutions? And what is a cost effective, reliable and high performing alternative?

Let’s delve into the solutions that deliver the most affordable comprehensive building indoor connectivity

If we take a typical modern office building, DAS certainly has a key role to play in connectivity.

So too does WAVETHRU by AGC. When combined both solutions provide powerful reach – cost effectively.

DAS improves indoor wireless connectivity with its:

Enhanced Coverage: DAS extends wireless coverage throughout large buildings or areas with poor signal reception, ensuring reliable indoor connectivity for occupants across all areas.
Improved Signal Quality: By distributing antennas strategically, DAS enhances signal strength and minimizes interference, resulting in clearer voice calls and faster data speeds for users.
Scalability: DAS infrastructure can be easily scaled to accommodate growing user demands or changes in building layout, making it suitable for both small and large-scale deployments. However, the system often needs to be configured and adapted depending on the operator’s requirements.
Reliability: DAS systems are designed with redundancy and failover mechanisms, ensuring uninterrupted connectivity even in the event of equipment failure or network congestion.
Regulatory Compliance: DAS installations comply with regulatory standards for signal amplification and emissions, ensuring legal compliance and minimizing interference with neighboring systems.

There is, however, one major drawback to using DAS: Although the systems are designed to support multiple mobile network operators at once, in reality, operators often do not collaborate. As a result, tenants have to invest in additional DAS systems to achieve complete operator coverage.

WAVETHRU delivers indoor connectivity

The revolutionary WAVETHRU from WAVE by AGC improves the transmission of radio frequencies with a laser glass surface treatment. This innovative and seamless technology enhances mobile connectivity without the need for mobile boosters. WAVETHRU is easy to install, requires no maintenance, and is compatible with all mobile network operators and technologies, including 5G. It offers:

Simplicity: WAVETHRU does away with the need for multiple DAS, radios, and the associated maintenance and energy costs when installed close to window areas.

Cost-Effectiveness: With a one-time cost significantly lower than the combined expenses of single-operator solutions, WAVETHRU offers immense savings.

Ease of Installation: Without the need for operator-specific antennas and the associated authorizations, WAVETHRU simplifies the legal and operational hurdles of setting up building-wide connectivity.

Future-Proof: As a solution that’s easy to implement and scale, WAVETHRU ensures that buildings are prepared to meet the indoor connectivity demands of tomorrow.

Why choose WAVETHRU for your indoor connectivity

WAVETHRU is the ideal alternative to any DAS system for any area located within 10 to 15 meters from the windows. Its ease of use — with no energy costs, no antennas, and no maintenance — presents a liberating contrast to the cumbersome and expensive setups currently in place. But in larger modern building, both technologies are necessary (connectivity is generally provided via WIFI and the cellular network) and complement each other to meet the needs of occupants (speed, latency, accessibility, capacity, security, etc.).

In conclusion, WAVETHRU compliments DAS to deliver added value and enable especially effective combinations. It provides customized solutions that meet specific building requirements, such as cost-effective indoor coverage, or specialized connectivity needs. It also compliments building design, delivers connectivity where it is really needed, optimizes costs, enables scalability, and future-proofs operations, allowing buildings to adapt to evolving connectivity standards and user expectations over time.

The cost of your indoor connectivity

Let’s look a 5,000 sqm building aiming for seamless connectivity which is well insulated and usually impervious to waves, and in which we want to have mobile network coverage for three operators.

OPTION 1 : 100% DAS with the active DAS connected to the operator(s)’ optical fiber

The traditional route involves a Distributed Antenna System (DAS) : a network of antennas and cables from different operators. The cost of a DAS can reach up to €80,000 *(according to 2024 figures).

Then, there are the connected radios connecting the operator’s optical fiber network (covering 2G, 3G, 4G, etc.) by bridging frequencies from 800 to 3500 MHz. At least three are needed starting at €30,000 each. Alternative solutions such as repeaters might be cheaper, starting at €12,000, but they can fail when the external network is congested.

Adding to the setup costs are the operator charges of €20,000 per operator, and the not-to-be-ignored energy costs, with each radio consuming about 18000 kwh/year annually, translating to approximately €18,000 in energy costs alone.

So, in this case, the initial costs breakdown is as follows:

One DAS totaling €80,000.
Nine radios costing €180,000.
Operator setup fees of €60,000.
Energy charges up to €18,000 (and recur every year).
Maintenance costs, though variable, are an additional financial burden.

The total? An astonishing €338,000 for the first year, with at least €18,000 in energy costs every subsequent year.

OPTION 2 : A DAS linked to a repeater which picks up an external signal

In this case, the initial costs breakdown is as follows:

One DAS totaling €80,000
Broadband amplifier converting the external signal and feeding it back into the DAS – €20,000
Maintenance – €5,000
Energy consumption – €6,000/year

OPTION 3 : DAS combined with WAVETHRU

One DAS totaling €80,000
Installation of WAVETHRU on all windows of the building: €70,000

It should also be noted that all active and passive DAS solutions require the operator’s authorization. This is because the antennas installed in the building emit in the spectrum of the operator that has purchased the licenses. This adds another layer of complexity.

Fig 1. Comparison of available solutions for indoor connectivity in a 5,000 sqm building which is well insulated and usually impervious to waves.

* WAVETHRU can be combined with a Repeater for underground.

In conclusion, while the quest for optimal connectivity in large buildings presents numerous financial and operational challenges, DAS solutions can be customized to meet specific building requirements, such as indoor or outdoor coverage, high-density areas, or specialized connectivity needs.

WAVETHRU, combined with the flexibility of DAS stands out as a cost-effective, efficient, sustainable and future-proof alternative.

It’s time for building owners and managers to rethink indoor connectivity solutions and embrace innovation for better outcomes.

Are you ready to elevate your building’s connectivity? Contact us to learn more about what the WAVETHRU & DAS synergy can do for you!
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The advent of 5G heralded great promise. It was set to improve all aspects of our lives.

A number of studies agree. For example, one for the European Commission focusing on the automotive, healthcare, transport and utilities sectors in Europe assessed that 5G would deliver first-order benefits of €62.5bn per annum in 2025, with €50.6bn in second-order benefits arising from ‘knock-on’ impacts from the use of goods and services.

However, the technology’s roll out has failed to meet these expectations so far, for a number of reasons.

Among them is that some of the mistakes of the 4G era are being repeated. Crown Castle Interim CEO Tony Melone warns: “4G deployments were initially ‘not sufficient to meet the promised performance levels of that technology…I think a similar dynamic is in play with 5G.” He added: “The remaining densification required to deliver on the promise of 5G performance will drive not only robust tower growth but also significant demand for small cells.”

Also having an impact on the effective deployment of 5G infrastructure, especially in dense areas, can be complex, time-consuming, costly, and labour intensive. For 5G to become a widespread reality, more cell sites, increased investment, greater flexibility, and a review of the political and regulatory environments are required.

Indeed, these deployments have encountered many challenges according to a recent report which explores the role 5G plays in today’s digital landscape. It found that 96 percent of respondents in mobile network operators (MNOs), public, and private sector organizations from the UK, Ireland, and the US, have faced increasing hurdles.

Today, the cost of infrastructure is very high. While the “incumbent” operators in each country can rely on their “historical” infrastructure, the new players face huge investments if they want to meet the needs of 5G by deploying their own networks. Otherwise, they have to pay for the use of the infrastructure of other operators, who then have the power to apply the tariffs they want. Such financial dependence leads to unfair competition and rising cost.

Another hurdle is very high interest rates limiting investment possibilities as well as funding gaps for SMEs and 5G-related business models that could amount to €4.6 billion and up to €6.6 billion annually. This could represent a major challenge for the evolution of 5G in Europe and poses the risk of Europe being left behind in the race for 5G leadership.

Challenges of network densification

In his recent blog Zahid Ghadialy, Principal Analyst & Consultant, 3G4G and Senior Director, Strategic Marketing, Parallel Wireless, highlighted other challenges raised by increased mobile network densification in busy urban areas and historic cities with listed buildings. They included:

Physical Space Constraints

Particularly for listed buildings and heritage sites. Competition for antenna space is fierce in busy urban spaces. A simple and effective way to increase digital infrastructure and provide greater network coverage in densely populated areas are small cells. They act as catalysts for development across regions. They boost connectivity that attracts new businesses into an area and increases employment opportunities and business rates retention for local authorities. They also support new ways of working, enabling flexibility and hybrid working. Historically deployment has been held back due to the complexity, planning hurdles, expensive concession models and inconsistent practices. Now the establishment of nonexclusive Open Access agreements offer industry and local authorities a simpler way of working.

Aesthetics and Visual Impact

Likely to be important in certain historic city centres. Small cells are also implemented where it is often impractical to install larger mobile antennas or dense urban areas where there is increased data traffic. In the UK BT Wholesale is rolling out small cells on street-based assets like lampposts. The Government is supporting with the Digital Connectivity Infrastructure Accelerator (DCIA) and the more recent 5G Innovation Regions. They make £40 million of funding available to develop tomorrow’s wireless communication networks, with a specific focus on exploring how public assets can be used to support the development and deployment of mobile communications and small cells.

Technical Challenges of the network densification

Dense urban environments can experience interference due to overcharge of base station and important data traffic. This is set to become even more of a challenge according to predictions from the Global System for Mobile Communications Association (GSMA) intelligence. It reported there were more than 220 5G networks deployed as of the end of 2022, with over 30 countries expected to launch 5G services in 2023. ABI Research also forecasts that global 5G subscriptions will grow from 900 million to more than 3 billion between 2022 to 2027.

Community Engagement and Perception

Engaging with the community, providing accurate information about EMF exposure, and addressing misconceptions are crucial. So too, is creating truly interconnected communities of the future with 5G connectivity – indoors and outdoors, and in urban, suburban, and rural settings. For example smart cities that deliver secure and controlled internet access for residents, entertainment with both indoor and outdoor areas enjoying high-speed network access and education with controlled internet access for students at home as well as blanket coverage across networks.

Local regulations

Hurdles that may arise due to cities and councils imposing zoning and permits. Easing these is something France’s simplification bill is aiming for. It hopes to aid smoother deployment of digital infrastructures to go further and faster in the digital development of the territory. The Fédération Française des Télécoms highlighted the 10 measures local operators are proposing to facilitate this.

Changing laws to speed up 5G roll-out

A number of initiatives have taken place: from MNOs not having to pay licenses for a few years or relaxing the restrictions and EMF constraints when installing antennas. Also, governments have been introducing new laws in support of the streamlined rolling out of 5G nand the requireed network densification. These include the UK government ‘turbocharging’ the delivery of the Shared Rural Network (SRN) to eliminate 4G mobile ‘not spots’ in the countryside. This will speed up the roll-out of next-generation 5G networks.

To accelerate the deployment of gigabit network infrastructure across Europe, the EU Council presidency and European Parliament have agreed to replace the 2014 broadband cost-reducing directive (BCRD) by the gigabit infrastructure act (GIA).The new law aims to lower the unnecessarily high costs of the electronic communication infrastructure deployment, partially caused by the permit-granting procedures before deploying or upgrading the networks. The regulation also aims to speed up the deployment of the networks, provide legal certainty and transparency for all economic actors involved, and provide for more efficient planning and deployment processes for operators of public electronic communications networks.

In Belgium European Commission’s long-awaited “2023 Report on the state of the Digital Decade” was welcomed as it made positive mention of federal and Walloon 5G innovation projects initiated as part of the recovery plan. It was also noted the 5G stimulus programme and the associated subsidies are making a significant contribution to the adoption of 5G in businesses.

The Indian government has amended the right of way (RoW) rules, too, making it easier for telecommunications operations to set up towers and optic fibre on street furniture by paying minimal charges in a bid to speed up rollout of 5G services.

As we have already seen there are also ongoing discussion around regulations that could result in changes in the law in terms of installation constraints and standards. All or any of those listed above could have the potential to positively transform prospects for the industry and positively respond to network densification requirements.

How to address the network densification challenges?

Reimagining how networks are built, deployed and operated will define the next wave of innovation across Europe. Seven technologies have been identified in which the EU should lead if it is to stay ahead of the game: 5G standalone, FTTH and FTTx roll-out, Open RAN, network virtualization and softwarisation, edge computing, quantum encryption as well as low-earth orbit satellite communications.

Dialling up the opportunities

At the same time there is opportunity. Ericson Networks stated 80% of data is consumed indoors, but only an estimated 10-15% of indoor floor space is served by 5G. This means the majority of coffee shops, co-working spaces, retail outlets etc still rely on network connectivity below 5G’s standard of quality and security. It added around 90% of business worldwide are SMEs who lack the option to offer a seamless 5G experience. This coincides with findings that 71% of decision-makers in telecoms operators, public and private sector organisations in the UK, Ireland and US are now more confident in 5G than ever before.

Partnership approach

To create the truly interconnected communities of the future it is essential that we close the gaps in 5G connectivity and network densification – indoors and outdoors, in urban, suburban, and rural environments. Neutral hosts can help achieve that by offering the ability to deploy, operate, and lease connectivity infrastructure. This enables public and private sector customers to have access to reliable, advanced connectivity that enables them to deliver their services and accelerate 5G adoption. They can deliver their services and accelerate 5G adoption without the need to build or maintain proprietary infrastructure because the infrastructure investments can be shared on a neutral basis across several customers. Cost and enhanced security are not the only benefits, the approach is a more environmentally friendly alternative to traditional network rollout as it reduces the need for overbuilding. This will become more important as organizations focus on ESG strategies and ways to reduce their carbon footprint.

Things are moving

Initiatives are being developed and rolled out such as this initiative in Birmingham. It is one of many investments being made across the UK to help the mobile operators deliver 5G capabilities in dense urban areas with high demand. Other neutral hosts are adopting the Aberdeen and Birmingham projects as the blueprint for best practice in urban small cell deployments.

Riding the Wave of Network Densification with WAVE by AGC

As we have seen addressing these challenges can be expensive and approvals can be slow taking up to 24 months. The procurement process can be complex and implementation costly.

A fast and cost-effective solution is the combination of 2 plug-and-play technologies developed by WAVE by AGC that uses the building’s façade to provide coverage. This cutting-edge solution provides high densification with low power consumption, delivering a fully aesthetic integration with no need for permits or camouflage.

On the one hand, WAVEATTOCH, the discreet indoor glass antenna, that connects to existing power and fiber infrastructures.

On the other hand, WAVETHRU, a patented window laser treatment that makes glazing permeable to electromagnetic waves, allowing indoor WAVEATTOCH antennas to radiate out into the urban environment.

Operators enjoy many benefits :

➔ First, using facades instead of traditional locations makes it easier to find the optimal spot for glass antenna placement, providing top-notch signals for customers.

➔ Second, it reduces congestion and interference, ensuring fast and reliable mobile connectivity for urban residents and businesses.

➔ Third, it eliminates the need for time-consuming city planning authorizations and concerns about architectural limits.

➔ Finally, the installation is faster, easier, and less risky compared to traditional infrastructures, essential for cities needing to quickly expand their connectivity networks.

For city authorities, this solution preserves urban beauty while meeting connectivity and network densification needs, and maintaining unobtrusive architecture.

For residents, WAVEATTOCH offers a discreet, aesthetically pleasing antenna that integrates seamlessly into urban architecture, making it nearly invisible and blending harmoniously with the surroundings. More than that, the resident/owners can participate in this ecosystem through the platform developed by AGC: Rent My Window.

To discover more about how WAVE by AGC solutions can help respond the key challenges talk to our team.
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Before a groundbreaking product hits the market, there is a pivotal step: the Proof of Concept (POC). This essential phase aims to validate the features of the product, its value proposition (deploying seamless indoor connectivity) and the correct functioning in a real-life environment. This article unveils the POC of WAVEANTENNA Wi-Fi realized beginning of 2023 in AGC Technovation Center on 11 Access Points, distributed over two floors, in collaboration with Zetes.

Revolutionizing Wi-Fi deployment: with WAVEANTENNA Wi-Fi, indoor connectivity meets aesthetics

WAVEANTENNA Wi-Fi wants to revolutionize Wi-Fi deployment in design constrained environments, bridging the gap between functionality and aesthetics. Traditional antennas have often been synonymous with bulky, unsightly installations, detracting from the visual appeal of modern architectural designs. Access points with integrated antennas can also jeopardize the visual aspect when no satisfying camouflage solution can be found.

Validating WAVEANTENNA Wi-Fi visual integration

The first objective of the POC was to validate the visual benefits of the antenna and especially its ability to blend harmoniously into premium places thanks to its elegant design and printing on glass capabilities. WAVEANTENNA can indeed be functionalized in two ways : it can replace mandatory signage (exit signs, fire extinguisher, etc.) or functional signage (toilets, meeting rooms, wayfinding, etc.) or can be used to brand the company logo, being part of the corporate communication. The 11 antennas were deployed as shown below :

Transparent Antennas (AP 102, AP 104, AP 201 and AP 205) fit perfectly with a modern interior. The elegant design of the product and the glass material sublimate the atmosphere of the place. Antennas with a the printed Wave Logo (AP 101, AP 105, AP 106) show how the branding value can be embedded in the device (high-end stores, companies headquarters). However, the most remarkable antennas were those featuring a printed Exit signage (AP 103, AP 202, AP 204), seamlessly blending into the building’s interior. No employee or visitor could guess the signage was an antenna at first sight !

Assessing WAVEANTENNA Wi-Fi signal effectiveness for optimal indoor connectivity

However, aesthetics alone does not define innovation. The true test for any technological advancement lies in its functionality and real-world applicability. Hence, our team rigorously assessed the antenna’s signal strength and reliability through Wi-Fi site survey, design and measurements in Ekahau (the software helping network professionals to analyze and improve Wi-Fi performance through heatmaps, signal strength measurements, and real-time location tracking of Wi-Fi devices). Plugged on Access Points from the brand Extreme (AP 410e), results show us that signal strength and coverage were very satisfying as shown in the heatmap example below for the 5 GHz frequency on the second floor. Employee feedback in AGC Technovation Center regarding their indoor connectivity experience have confirmed this point.

Second floor 5 GHz Signal Strength @ -67dBm

Finally, the POC was an opportunity to strengthen our approach into the Wi-Fi deployment process of such a disruptive device. We clearly understood how to identify the best localizations for WAVEANTENNA regarding the visual value to highlight and the installation feasibility (easiness to hide the AP, cable length, easiness to fix the antenna).

In conclusion, the POC confirms once again the unicity of WAVEANTENNA: the ability to blend harmoniously into constrained design environments (luxury hotels, historical protected areas, theme parks, company headquarters, cruise ships, etc.) locations thanks to its elegant design and camouflage possibilities without compromising network coverage performance.

WAVEANTENNA Wi-Fi represents not just a technological milestone but a transformative leap towards a more connected and aesthetically pleasing future. With this innovation, we are not merely disrupting the status quo; we are shaping the very fabric of tomorrow’s wireless landscape. Join us on this exhilarating journey as we pave the way for a world where indoor connectivity knows no bounds.

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