MWC 2026 Highlights: The Next Generation of Wireless Connectivity
Last week, our directors attended Mobile World Congress 2026, where the world’s leading manufacturers of wireless technology unveiled the latest innovations that are helping shape the future of connectivity. From increased network capacity through better spectrum efficiency, faster roll-out of high-performance links, through to advancements in microwave technology, this year’s Mobile World Congress highlighted the developments that are helping fixed wireless technology keep pace with the explosive growth in data demand. Below are four product announcements that caught our eye from some of our key technology partners: SIAE ALFOplus4 – Next-Generation Microwave Capacity SIAE Microelettronica has announced the ALFOplus4, the latest evolution of the widely deployed microwave platform. The ALFOplus4 is designed to address the growing requirement for greater connectivity capacity: The ALFOplus4 is designed to address the growing requirement for greater connectivity capacity in 5G backhaul networks and high-capacity enterprise networking applications with the reliability that SIAE is known for. Aviat 4000 Series – Scalable Trunk Radio for Critical Networks Aviat Networks featured its latest 4000 Series trunk radio, which has been built from the ground up for high-capacity trunking networks or mission-critical communications networks. The platform offers a new level of scalability that enables operators to aggregate high levels of traffic over fewer radios. This minimizes network complexity while providing the reliability and capacity necessary for: Ceragon IP-100FR2 – High-Capacity E-Band Connectivity Ceragon Networks has developed the IP-100FR2 product, which is designed for next-generation E-band microwave connections. Key improvements with the new release of the IP-100 platform: The IP-100FR2 has a small form factor with high throughput capabilities. The product is suitable for dense urban environments as well as for quick fibre extension projects, especially when fibre roll-out is challenging. Tarana G2 – Redefining Fixed Wireless Access Tarana Wireless continues to expand the limits of Fixed Wireless Access (FWA) technology with its G2 platform. Unlike traditional wireless systems, the G2 technology works effectively even in non-line-of-sight environments, which has always been a major drawback for wireless networks.The end product is a technology that has the potential for providing high-speed internet access like fibre without the need for spectrum or infrastructure, which is particularly useful for: What These Innovations Mean for Wireless Networks Announcements made at MWC 2026 clearly point to the direction the industry is heading: more capacity, more efficient, and faster deployment of wireless infrastructure. With the ever-increasing demand for connectivity, not only for mobile networks, enterprise, and rural broadband, the importance of microwave and fixed wireless solutions is becoming more and more critical for delivering reliable high-speed connectivity, especially when fibre cannot keep up with demand. Interested in learning more? If you want a more detailed recap of what was announced at MWC 2026, how these solutions can benefit your upcoming wireless projects, or want to learn more from the experts, our team is always happy to help. Speak to us today!
How Line of Sight Surveys Improve Wireless Network Performance
Wireless connectivity is an essential element for the successful running of many modern businesses. Whether it is an organisation that spans a vast geographical area or an industrial setup that consists of multiple buildings, wireless network performance is key to ensuring that all is well. One of the key considerations when setting up a wireless network with optimal performance is to perform a Line of Sight (LoS) survey. This is a specialised test that helps engineers understand how the wireless signals will perform before any work is done. What is a Line of Sight Survey? A Line of Sight (LoS) survey is a survey that tests if two points, often a transmitter and a receiver, are able to “see” each other without any objects interfering with the line of sight between them. The most common scenarios for using LoS surveys include: Although radio signals are transmitted in a straight line between antennas, the Fresnel zone that surrounds the line must be clear for efficient transmission. A line of sight survey helps identify any possible interference on the line. Why Line of Sight Matters Wireless connectivity relies significantly on ensuring that there is an uninterrupted signal path. This means that structures, trees, vehicles, towers and even changes in elevation can affect the signal received. When there is an interruption of the line of sight between two points of transmission, this could result in problems such as: This helps engineers ensure that a better system is implemented right from the beginning instead of having to make costly changes later on. What happens during a line of sight survey? A professional LoS survey process would generally involve several specific steps: 1. Site Walk & Visual Inspection – The area between possible transmission points is inspected by engineers, who identify visible obstacles between them that could affect signal transmission, including buildings, trees, etc. 2. Elevation & Topographical Analysis – Using specialised mapping tools, laser technology, etc., engineers would analyze whether the signal path is clear of obstacles, including its Fresnel zone. 3. Radios or Specialised Equipment Testing – In some instances, temporary radios are installed between two points, which are then tested to ensure that the link is viable. 4. Reporting & Recommendations – A detailed report is provided by engineers, including recommended antenna height, placement, etc., including possible alternatives for the link. Benefits of Carrying Out a Line of Sight Survey Some benefits that can be achieved by carrying out an LoS survey before deploying wireless links include: Accurate Network Design – The survey helps ensure that the network design is based on facts rather than assumptions. This improves the overall reliability of the network. Enhanced Performance and Stability – Having line of sight helps maximize performance, reduce interference and ensure the overall stability of the network. Cost Benefits – By identifying optimal antenna positions and mounting points early on in the deployment process, businesses can avoid costly reinstallation or re-allocation of equipment that may be necessary if a survey is not carried out first. Future Network Expansions – The survey helps businesses expand their networks in the future with increased confidence. Which Businesses Benefit Most? Line of Sight surveys are most beneficial for organisations that use wireless communication links over a wide distance, for instance: Business organisations with wireless communication links between buildings or over a wide distance can benefit from a line of sight survey. A Line of Sight survey is one of the most efficient ways of ensuring wireless communication for any business organisation. By identifying any potential problems, the organisation can ensure that the wireless communication system installed performs optimally. For any business organisation looking to establish wireless communication links over a wide distance, a professional line of sight survey can be beneficial before the wireless communication system is installed. Speak to our team today!
Why Would a Factory Environment Choose Mobile Signal Boosters Over Wi-Fi?
The industrial environment is more connected than ever before. While Wi-Fi has traditionally been the primary means of delivering connectivity within an industrial environment, mobile signal boosters are increasingly being considered as a means of delivering enhanced connectivity within industrial environments. But why are some industrial environments considering mobile coverage enhancement in addition to Wi-Fi? Harsh Environments Make Wi-Fi Less Reliable Factories have materials and equipment that can interfere with wireless signals. Steel beams, concrete walls, high racking, plant equipment and moving vehicles are some examples of materials and equipment that can interfere with wireless signals. This can cause patchy coverage, especially in large industrial environments where the use of more than one Wi-Fi access point may be necessary. Mobile signal boosters, such as Cel-Fi signal boosters, are devices that boost the existing mobile signal. They boost the mobile signal so that it can be used inside the building. This can be especially useful in large industrial environments where the mobile signal may not be reliable. Improved Mobility for Staff and Machines For instance, many manufacturing environments use devices that can move from one place to another. Such devices include handheld scanners, connected machines and IoT devices. The devices need to maintain connectivity at all times as they move from one place to another in the facility. In some large buildings, Wi-Fi devices sometimes face connectivity issues for a very short period while changing access points. Cellular networks can handle mobility for a larger geographic region. The network can handle devices that can move from one coverage zone to another. Once a cellular mobile signal booster is set up in a building, connectivity can be boosted. Built-In Security Features of Mobile Networks The mobile networks have in-built security mechanisms such as SIM-based authentication and encryption. Such mechanisms can offer an additional layer of security for devices that use cellular connectivity for communication. For factories that process sensitive operational data or use cloud-connected devices, cellular connectivity can offer an alternative layer of network security measures. Another advantage of using cellular connectivity in factories is that using mobile signal boosters can make connectivity easier for some devices. There is less network configuration internally since the devices use an external network. Supporting Reliable Operations For manufacturing processes, real-time data is sometimes required for monitoring equipment performance and safety. Any disruptions in connectivity can affect the rate at which processes are carried out. Mobile signal boosters can help improve cellular connectivity indoors for devices that require cellular connectivity. The boosted cellular network is still connected to the carrier network and hence enjoys the advantage of the network infrastructure. Supporting Mixed Connectivity Environments In most cases, a contemporary factory will employ a variety of communication technologies. For example, Wi-Fi could be deployed to support laptops and tablets, while the Internet of Things could employ a variety of technologies, such as LoRaWAN. However, many of the devices in the factory could employ mobile networking technologies. In these environments, mobile signal boosters could help to enhance the mobile layer of the networking stack. Wi-Fi still plays a significant role in industrial connectivity, although mobile signal boosters could play a part in environments where coverage is difficult. This could potentially aid in supporting strong indoor cellular coverage for mobile devices, industrial equipment and other technologies within a facility. As factories move further into a more connected world, strong wireless coverage will be a part of keeping operations running efficiently within a facility. If your facility experiences patchy indoor mobile coverage, exploring mobile signal boosting solutions could help improve connectivity and support more reliable day-to-day operations. Speak to our team today!
Telecommunications & Cybersecurity: Protecting Your Data in a Wireless World
In the current hyper-connected state of affairs, wireless communication is the backbone of all aspects of business operations. This includes mobile devices, cloud applications, remote monitoring, etc. Wireless communication plays a vital role in keeping all the wheels of an organisation running smoothly. But as the importance of wireless communication increases, so do the risks associated with it. The relationship between telecommunications and cybersecurity is a vital one. Why Wireless Networks Face Unique Security Challenges Unlike wired networks, wireless networks utilize the air for data transmission. This means that attackers do not necessarily need physical access to the infrastructure in order to attempt to intercept data or disrupt services. Some of the common wireless security risks include: In today’s business environment, most business operations utilize wireless connectivity for data transmission. This means that any security threat that occurs will result in business disruptions. How Modern Telecoms Strengthen Cybersecurity Telecommunications technology is continually evolving to address these challenges, thereby creating a more secure wireless environment. Advanced Encryption Protocols Wireless networks are now using industry-standard encryption methods for the security of the data transmitted over the network. WPA3 network encryption for wireless networks, as well as VPN connections, are now commonly used for the security of the data transmitted over the network. SIM-Based Authentication For mobile networks, SIM-based authentication is used, which adds a layer of security for the verification of the identities of the users. This type of system is more difficult to breach compared to the usual Wi-Fi network password system, which is used for the verification of the identities of the users of the network. Secure Private Networks Some organisations are now using private mobile networks or APNs for the security of the network. This allows the organisation to have control over the way the devices connect to the network. Monitoring & Threat Detection Some network providers are now offering tools for the detection of unusual activities, which can alert the organisation to the threats that are occurring over the network. Best Practices to Safeguard Your Data in a Wireless World However, processes and policies are equally important in ensuring that wireless network security is enhanced. There are several measures that can be taken by a business to minimize the risks associated with wireless networks. The measures include: By being proactive in these measures, a business can ensure that the wireless infrastructure that is being used daily remains secure and reliable. Wireless telecommunications offer substantial benefits in flexibility, speed and operational efficiency. However, they also present cybersecurity issues that need to be addressed. By providing reliable telecommunications services along with good security practices, businesses can securely thrive in a wireless world.
Cel-Fi vs Wi-Fi 7: Understanding the Key Differences in Wireless Connectivity
In an era where reliable connectivity enables us to do just about everything, it’s easy to get confused by the proliferation of wireless technologies available today. Two you may’ve heard rumblings about lately are Cel-Fi and Wi-Fi 7 but despite their similar names, they’re intended to accomplish very different things. This manual explains what each technology does, the pros and cons of each and how to choose which best fits your business or property. What is Cel-Fi? Cel-Fi is a cell signal booster designed to improve mobile signal inside. It picks up a weak mobile signal from the nearest network mast, amplifies it and redistributes it around your building. Cel-Fi systems are particularly useful where mobile reception is spotty, rural locations, large buildings with solid walls, or underground structures. Advantages of Cel-Fi Boosts mobile signal: Strengthens weak cellular signals from operators like EE, O2, Three and Vodafone. Disadvantages of Cel-Fi What is Wi-Fi 7? Wi-Fi 7 is the latest generation of wireless internet technology. It is also referred to as IEEE 802.11be. It’s designed to provide extremely high speed and lower latency on a local network. It is quite ideal for applications that require high bandwidth, including video calling, streaming, online gaming and smart building applications. Benefits of Wi-Fi 7 Downsides of Wi-Fi 7 Cel-Fi vs Wi-Fi 7: What Should You Use? It simply matters what kind of connectivity problem you’re solving: Choose Cel-Fi if you’re experiencing weak or patchy mobile reception within. It’s the ideal solution for delivering seamless voice calls, texts and mobile data coverage across your building. Choose Wi-Fi 7 if you require higher internet speeds, reduced latency and better performance for your home, warehouse, or office network. In others, they complement each other — Cel-Fi keeps your mobile devices in touch with the network and Wi-Fi 7 delivers high-speed localised access to the internet. Need Help Choosing the Right Solution? We create and deploy solid connectivity solutions to diverse industries including healthcare and education, utilities, defence and transport. Whatever you need, whether it is better mobile coverage with Cel-Fi or at the cutting edge of Wi-Fi performance with Wi-Fi 7, our experts can consult and install the solution you need for your site. Contact us today to discuss your requirements and receive the optimum connection solution for your company.
What is Wi-Fi 7
Wi-Fi has come a long way since the slow, patchy connections that’d drop out at the very worst time. With each successive generation, Wi-Fi has become faster, more consistent and capable of handling more devices at once. Now, Wi-Fi 7 is here and it will transform the way we connect in the office and at home. But what is Wi-Fi 7 and why do you need to care? Let’s take it apart. What Is Wi-Fi 7? Wi-Fi 7, also officially referred to as IEEE 802.11be, is the new wireless networking standard, the successor to Wi-Fi 6 and Wi-Fi 6E. It’s designed to provide greater speeds, less latency and more efficient performance, even in settings where many devices are connected at the same time. In simple terms, Wi-Fi 7 accelerates your internet speed, smoothens it and makes it more stable — perfect for offices, schools and smart homes of today that need uninterrupted connectivity. How Fast Is Wi-Fi 7? Wi-Fi 7 is a whippy one — as fast as 46 Gbps under ideal conditions. That’s roughly four times the speed of Wi-Fi 6. While you might not see those speeds in real-world use, you should be able to notice significantly faster file transfers, higher quality video streaming and more fluid video calls. That makes Wi-Fi 7 perfect for 4K and 8K video, AR/VR uses, cloud computing and hybrid offices that rely on good wireless networks. What’s New in Wi-Fi 7? Wi-Fi 7 brings some essential improvements over the past generations: Larger channels (up to 320 MHz): More bandwidth means more data can be transferred at once — like increasing lanes on a highway. Multi-Link Operation (MLO): Devices can send and receive data on multiple frequency bands simultaneously, improving speed and dependability. Lower latency: Essential for real-time applications such as video calling, online gaming and IoT networks. Better performance in crowded areas: Offices, campuses and event spaces with dozens of connected devices will see fewer delays. Why Wi-Fi 7 Matters for Businesses For businesses, Wi-Fi 7 is not just about speed — it’s about performance and productivity. Business environments today are constructed upon cloud services, video conferencing and wireless collaboration software. A high-capacity, efficient network keeps everything humming. Businesses can expect with Wi-Fi 7: If your company is struggling with dropped connections or sluggish network speeds, upgrading to Wi-Fi 7 may be the solution you’ve been looking for. Why We Can Help Rapid Wireless is a leader in end-to-end enterprise-class wireless connectivity — installation and network planning through performance tuning and ongoing support. Whether you’re looking to future-proof your business with Wi-Fi 7 or integrate it alongside existing systems, our expert team can help create a solution that’s fast, secure and built to last. Stay Ahead with Smarter Connectivity Wi-Fi 7 represents the next step in wireless innovation — faster, more stable and ready for the future of connected technology. If you’re ready to experience next-generation performance, get in touch with us to discuss how Wi-Fi 7 can transform your network.
How to Boost Mobile Signal in Your Office
We’ve all been there… you’re on an important call and the signal drops out just as you’re about to make your point. Or maybe you’ve noticed that certain areas of your office are complete dead zones where mobile data barely works. Poor indoor signal isn’t just annoying; it slows down work, disrupts communication and frustrates both staff and clients. No matter if your office is in the heart of the city or out in the rural areas, weak mobile signals are more common than you would expect but the good news is they can be reversed. Why Does My Office Have a Weak Mobile Signal? There are certain reasons why mobile signal strength can be weakened indoors: If you’re taking a call by the window or venturing outside, it’s a good sign your office requires a specialist mobile signal solution. Quick Fixes You Can Try Before spending money on a more permanent solution, it’s worth experimenting with: These can be temporary fixes, but for most firms, they don’t solve the problem, especially if more than one network or large buildings are concerned. The Best Solution: A Cel-Fi Mobile Signal Booster Here at Rapid Wireless, we use Cel-Fi mobile signal boosters, Ofcom-approved technology to amplify in-building mobile coverage safely and legally. Why it’s so good: Unlike the cheaper, unapproved repeaters, Cel-Fi products are network-safe and UK regulation compliant. They are compatible with all major mobile networks and can significantly enhance voice quality and data speeds. Why Businesses Choose Rapid Wireless We don’t just sell kit – we design, install and maintain bespoke mobile signal solutions for your building and business needs. Our engineers carry out painstaking site surveys to identify weak spots and provide full coverage, whether for a small office or tall building. The Returns You Can Expect Ready to Fix Your Office Signal Problems? Bid farewell to dropped calls and slow data. Quick Wireless can help you redevelop your mobile coverage with a professional, compliant solution that delivers. Call now to book a site survey and find out how we can boost your office mobile signal.
Why You Shouldn’t DIY Your Network Mapping
Having Problems with Network Mapping? Here’s Why Professional Help Makes All the Difference Network mapping is one of those crucial but overlooked parts of putting together a reliable wireless network. Whether for a large site, a warehouse, or campus environment, understanding how your network operates and where it is deficient is the key to providing seamless connectivity. But if you’ve ever tried to do network mapping yourself, you’ll know it’s not as simple as walking around with a laptop or Wi-Fi analyser. Why Network Mapping Can Be Tricky At first glance, network mapping might seem straightforward — identify where your access points (APs) are, check the signal strength, and note where the connection drops. However, in reality, several complex factors affect network performance: Material and construction: Metal frames, glass, and even walls can absorb or reflect signals and cause weak spots. Interference: Other wireless equipment, devices, or even adjacent networks may cause interference. Overlapping coverage: Inadequate planning causes areas to have excessive signal overlap and some areas no coverage. Frequency planning: Careful channel and frequency choice are important to avoid congestion and excessive speeds. Even with the specialist software tools, correct interpretation of results and conversion into a reliable deployment plan calls for technical know-how and experience. Why Professional Network Mapping is Worth It Engaging the services of a wireless expert can save time, money and stress. Professional network mapping involves using specialist equipment and software to analyse all facets of your wireless environment — signal strength, data throughput and interference patterns. Our engineers at Rapid Wireless utilise advanced survey gear to: The result? A high-performing, fault-tolerant network underpinning your business needs — whether that’s seamless Wi-Fi for users and visitors, secure connectivity for IoT devices, or high-quality mobile signal coverage across your estate. How We Can Help We are aware that every site is unique. That’s why our wireless network design and mapping service starts with a consultation to discuss your requirements and then proceed with on-site or remote surveys using the latest technology. From there, we provide: Our team works across industries including education, healthcare, manufacturing, transport and government, ensuring reliable connectivity even in challenging environments. Ready to See the Full Picture? If you’re struggling to map your network or unsure where to start, we’re here to help. Contact us today to arrange a professional network mapping survey and take the guesswork out of your connectivity.
Choosing Between Monopoles and Traditional Towers: Which Mast Is Right for Your Project?
Choosing the right mast for your wireless setup is more than a game of height, it’s a balancing act of cost, aesthetics, install time and future capability. We guide businesses through this choice every day at Rapid Wireless. Here, we’ll examine the main differences between slimline monopoles and conventional lattice towers, so you can make the correct choice on your next deployment. 1. Appearance & Footprint Monopoles have a straightforward, cylindrical appearance and occupy minimal ground space, making them ideal for car parks, campuses and residential estates where ground is limited but appearance matters. Lattice towers occupy more ground for their base and guy wires but could look quite well-at-home in industrial estates or out in rural areas where an open-steel construction with substance is standard. 2. Height & Coverage Needs If your installation calls for heights in excess of 25 metres to hop over humps of ground or achieve greatest-area coverage, lattice towers can have modular components stacked economically to 30 metres and more. Monopoles usually peak at around 20–25 metres but still provide excellent performance for town-centre connections, car-park applications and small-cell installations. 3. Up-Front Cost vs Installation Speed Monopoles tend to be prefabricated in neat sections and can therefore be lifted and bolted on within a few days, with minimal disruption to civil works. While their per-metre material cost may be higher, the rapid installation schedule helps many clients maintain tight schedules. Traditional towers tend to involve more guy-wire anchoring or welding on-site, and this can extend build programmes but their steel-per-metre is often lower for very high heights. 4. Planning & Compliance Local authorities often prefer the discreet outline of monopoles in conservation areas or town centres, where a lattice tower may initiate protracted heritage or environmental studies. On greenfield or industrial land, a lattice tower typically glides through planning more easily, particularly where height is at issue. Our people deal with each application and engage with Ofcom and local authorities to gain permission in your name. 5. Future Expansion & Upkeep An open-frame lattice mast structure enables easy addition of antennas, dishes or even sharing common capacity with other operators in the future. Monopoles are readily strengthened or replaced in segments, but significant capacity increases at times require a complete mast replacement. With our SLAs and modular masts, Rapid Wireless assures your chosen structure adapts as your coverage requirements change. Whatever your taste, simple lines and efficient streamlining of a monopole, or flexibility of height of a lattice mast, opting for the best structure at the outset saves you time, money and planning trouble. End-to-end mast solutions from Rapid Wireless, from site survey and structural design through to planning approval and turnkey installation are tailored to your project goals. Ready to select the perfect mast for your site? Contact Rapid Wireless today to discuss your requirements and get a free, no-obligation quote:Call us: 0151 282 1800 or Email us: [email protected]
How we Safely and Efficiently Decommission a Radio Site
Shutting down a radio site is simple enough, but without a formal process, it can lead to safety risks, regulatory difficulties and surprise cost. At Rapid Wireless, we’ve refined a broad-level decommissioning plan that safeguards people, saves the environment and guarantees you’re in complete compliance but without revealing every operational detail. Here’s an overview of our process. 1. Strategic Planning & Regulatory Liaison Our project team develops a tailored decommissioning strategy prior to initial cable cut. We coordinate with Ofcom and local authorities to verify licence surrender and land-use approvals, and maintain stakeholders throughout. This early coordination eliminates costly delays and a seamless regulatory exit. 2. Health, Safety & Environmental Controls Safety first. Our engineers conduct a swift risk assessment to highlight potential dangers, ranging from working at height to standing over batteries and cables. We bring in trained personnel with safety kit, disconnecting live equipment and following industry optimum safety procedure. At the same time, environmental safeguards such as spill-containment systems protect sensitive terrain and wildlife. 3. Equipment Isolation & Removal With authority and safety protocols, technical personnel down transmitters, sever feed lines and remove antennas, cabling and mounting hardware in a stepwise fashion. Though we can’t publish each technical detail, precision tooling and step-by-step checklists minimise the potential for damage to reusable items or the adjacent infrastructure. 4. Secure Asset Handling & Responsible Disposal We carefully detail equipment to be refurbished or redeployed, optimising your return on investment. Anything beyond its usable life is handled by recognised recycling partners, with batteries, metals and electronic components responsibly disposed of in compliance with UK environmental law. 5. Site Restoration & Handover Once the gear has been removed, we restore the area to the agreed condition, whether that is reinstalling concrete pads, reseeding ground cover or restoring control to building management. Our concise documentation package verifies all work scopes complete, licences are handed back and compliance is achieved. A seamless decommissioning of radio sites requires careful planning, stringent safety control and commitment to environmental responsibility. Rapid Wireless delivers all three, so you can Decommission legacy sites with peace of mind. Need to decommission a site?Speak to our decommissioning specialists today for a discreet, end-to-end solution: Contact Rapid Wireless today to discuss your requirements and get a free, no-obligation quote:Call us: 0151 282 1800 or Email us: [email protected]