Latest news with #WiFi
Android Authority
7 hours ago
- Android Authority
Do you use mobile data while connected to Wi-Fi? It's complicated.
Robert Triggs / Android Authority When it comes to smartphones, the common sentiment is that your Wi-Fi network will always take precedence over your mobile connection. In other words, those with data caps generally don't have to worry about mobile data being consumed during lengthy Wi-Fi sessions. But is this always true? Generally, yes, but the situation is slightly more complicated than you might think. There are indeed a few reasons your phone could end up using mobile data even when connected to Wi-Fi. Were you aware your phone can switch to mobile data while on Wi-Fi? 0 votes Yes, but it's never caused me any issues. NaN % No, I had no idea. NaN % It's likely not a bug, but a feature Recently, I noticed my free Helium line was using data faster than expected, considering I rarely used it and consistently had my Wi-Fi turned on. Upon investigation, I realized my mistake was twofold. First, I'd accidentally set Helium as my primary mobile data line instead of my Verizon account. This explained part of the issue, but not the sudden spike in mobile data usage when connected to my home network. Fortunately, I stumbled upon a well-timed Reddit thread from user Unlucky_Ad_4873. The thread was unrelated to my exact issue, involving a Pixel 7 using excessive data despite a Wi-Fi connection. A Mint Mobile representative incorrectly claimed this happens unless mobile data is explicitly turned off. Interestingly, a US Mobile rep previously made a similar mistaken claim about an iPhone, suggesting this misconception is somewhat widespread. Features like 5G priority or Wi-Fi Assist may result in mobile data usage even if you are technically connected to Wi-Fi. From personal experience (and corroborated by numerous responses), your phone typically won't use mobile data simply because it's turned on. Usually, your device prioritizes Wi-Fi connections. However, exceptions exist — and they're usually intentional. The original thread I stumbled upon eventually revealed a helpful tip: check your Wi-Fi Assist settings. Many modern phones automatically switch to mobile data if they detect your Wi-Fi connection is slow or unstable. This feature has various names, such as Intelligent Wi-Fi on my Galaxy S24. When I checked this setting, it turned out to be precisely the cause of my data spike. Further digging revealed intermittent issues with my Spectrum Wi-Fi network at the same time as the increased data usage. Consequently, my Helium line rapidly consumed all its available data. My problem was fairly straightforward, but, in addition to a Wi-Fi Assist/Intelligent WiFi feature, the iPhone and select Android devices also have a few other data settings that could cause similar issues. For example, the iPhone lets you give preference to 5G data over other connections, including Wi-Fi. How to turn off Wi-Fi Assist, Intelligence, and other similar features Typically, these features are beneficial, especially since most US consumers have unlimited data plans. However, some plans have usage caps leading to reduced performance after reaching limits, and budget plans often have strict data limits. In these scenarios, disabling such features can be wise. Settings vary slightly depending on your device, but here are key adjustments you might want to consider: iPhone users will want to turn off Wi-Fi Assist and ensure 5G isn't prioritized Wi-Fi Assist is on by default, but to turn it off, simply: Go to Settings > Cellular or Settings > Mobile Data Next, scroll until you find Wi-Fi Assist and tap the slider to disable it. To turn off the 5G prioritization feature on your iPhone: Go to Settings > Cellular , then tap Cellular Data . , then tap . Next, go to Data Mode and then Allow More Data on 5G. Turn the slider off. Pixel users: Turn off automatic Wi-Fi switching The Pixel doesn't give an official name to this feature, but it will automatically switch to Wi-Fi, usually by default. To change this: Go to Wifi > WiFi Preferences > Advanced . . Next, scroll until you see Switch to Mobile data automatically and hit the slider. Galaxy users: Turn off Intelligent Wi-Fi and consider adjusting a few other settings For the Galaxy S25, you perform a fairly similar process: Go to Settings > Connections > Wi-Fi. Next, go to the three-dot menu and select Intelligent Wi-Fi. Here, you'll want to turn off Switch to Mobile data. While in the Intelligent Wi-Fi menu, you'll also note a few other settings like Turn Wi-Fi on/off automatically than you might want to consider disabling as well.
CNET
7 hours ago
- CNET
I Work 100% Remotely With AT&T Fiber's Cheapest Plan: Here's My Secret to Fast, Uninterrupted Internet
If there's anything I've learned about internet in the past year I've been reviewing internet providers, it's that fast speeds are actually not the most important part of a good internet plan. Most of us won't be able to tell the difference between 400Mbps and 1,000Mbps. What we do pick up on, however, is latency or lag. When it comes to working remotely, low latency is key to getting through the day without interruption. If you've ever struggled to get through a Zoom call or lost your connection while trying to download or upload documents, high latency may be the culprit. I'm all for saving money on monthly bills. That's why I signed up for AT&T Fiber's cheapest internet plan, and despite several attempts from AT&T's customer service to get me to upgrade, I know I'll be sticking with this plan for a while. Internet is already expensive. In fact, a recent CNET survey notes that adults are paying roughly $195 more on average for internet than they did last year. Before you go down the rabbit hole of home internet shopping or throw out your router, there are a few easy and low-cost steps you can take to diagnose the issue and optimize your Wi-Fi system on your own, just like I did. Before I started working remotely in my home office, I took these steps to make sure my Wi-Fi wouldn't drop out while I was uploading documents or joining a call, and I've rarely experienced any outages or lag, even with 300Mbps of speed. Here's everything you need to know to improve your home network (but were too afraid to ask). Locating local internet providers 1. Test your internet connection The first step to diagnosing and boosting your internet is running a simple speed test. Speed tests are an easy (and free) way to diagnose your internet woes and get a sense of where -- and when -- your internet is slowest. Running a speed test in your office at different times of the day can give you a sense of whether network congestion is playing a role in slowing you down or if you need to rethink where you're placing your router. Joe Supan, CNET's router expert, recommends starting with an Ethernet cable test to determine whether your router is at fault or it's an internet connection issue. 'If you plug a device into the router directly with an Ethernet cable and you're getting internet just fine through that, then I would say it's a router issue and you can eliminate the provider,' said Supan. Ethernet is a direct, wired connection, so your speeds should be much faster than with Wi-Fi. If you're still noticing slow speeds with an Ethernet connection, you're probably due for a router upgrade. How much speed does remote work require? Working remotely with minimal interruptions requires at least 100 megabits per second in download speed and preferably 30Mbps in upload speed. You likely don't need much more than that unless you have multiple devices or other internet users working in the same space. An internet connection of 300Mbps down should technically be plenty for 10 to 15 devices online simultaneously. Online meetings will be the most bandwidth-heavy activity for most remote workers, unless your work requires video editing or uploading content. At any given time during the work day, at least three devices are online in my home simultaneously. AT&T's cheapest internet tier starts at $55 monthly for 300Mbps is more than enough speed for me. 2. Pick a better internet plan When we refer to internet plans, we typically refer to download speeds or the rate at which information is downloaded from the internet. But a lot goes into a reliable internet connection beyond fast download speeds. Your internet connection woes may stem from a lackluster internet plan -- not just a slow speed tier. "There's kind of a misconception about speed with home internet shopping," said Supan, referring to the tendency to upgrade to the next fastest speed tier to avoid Wi-Fi troubles. "People expect [the internet plan] to be faster, but it's really just, does it work or not?" Here are other considerations to keep in mind when looking for internet that can keep up with your remote work needs beyond download speeds. Upload speeds are important While download speeds are what ISPs typically advertise and what we usually refer to when discussing a plan's speeds, upload speeds play an important role, too. As a remote worker, you'll likely use upload speeds more than the average internet user. We need a good upload speed for Zoom, uploading videos and presenting, among other things. If your job centers around video editing, posting to social media and taking constant video calls, you'll need reliable upload speeds to do so without lag or interruption. Cable internet typically tops out at 20Mbps to 35Mbps in upload speed, and while that may be plenty if you're the only remote worker (and heavy internet user) in your house, you'll notice less interruption with symmetrical download and upload speeds like what you'd get from fiber internet. Latency Upload speeds certainly play a role in determining the latency of your internet connection but it's worth checking the advertised latency of your internet plan. Low latency isn't just optimal for gaming online without interruption; it's also essential for downloading and uploading files quickly, presenting online or taking video calls smoothly. Most fiber internet providers offer low latency but some cable providers, like Xfinity, have started offering ultra-low-lag internet, too. 3. Optimize your router placement Routers and cables aren't the prettiest tech, and they tend to clutter up space, so I understand the impulse to hide them. Unfortunately, your router requires a high vantage point to work optimally, as well as placement in an area not crowded by heavy furniture, walls, or appliances like your TV. To make the best use of your Wi-Fi system, place your router close to your working space, preferably high up off the floor on a shelf. My router is located just near my desk, on a shelf, where I can take full advantage of those Wi-Fi frequency bands. It's also worth checking that your internet equipment is updated regularly to keep the system running smoothly and flush out any bugs. According to Supan, though some routers update firmware regularly, others don't. You may have to go to your router's app or settings to make sure. If you haven't upgraded your router for a while or you rent from your ISP, it may be time to consider investing in your own router that can support the latest Wi-Fi technology. Upgrading to a new model can vastly improve the latency and throughput to your PC -- just take it from Supan, who invested in a TP-Link router and immediately saw boosted upload speeds and better overall performance. 4. Use an Ethernet connection The next best step to consistently getting the fastest internet speeds possible during the work day is to use an Ethernet connection. Ethernet is demonstrably more reliable and faster than Wi-Fi and connecting directly to your router ensures minimal interference and low latency. Plus, it's surprisingly easy to set up. As long as your device has an Ethernet port or you have a USB to Ethernet adapter, all you'll have to do is plug the cable into your modem or router and into your PC. If you don't connect to the internet automatically, you can go to network settings on your Mac or PC and turn it on. 5. Learn how to switch Wi-Fi frequency bands Switching between your router's Wi-Fi channels is an easy way to boost throughput and lower latency, if you're able to do so. Most routers come equipped with the 2.4GHz and 5GHz bands and the latest Wi-Fi technology supports an additional 6GHz band. In general, the 2.4GHz band is the most used (and subject to network congestion) as it has a long range, albeit slower speed potential. The 5GHz range is shorter but it offers a faster speed potential. If you're in the same room as your router, you'll get the most benefit from switching to the 5GHz band. The 6GHz band is only available with Wi-Fi 6E or Wi-Fi 7 technology, and you'll need a compatible device to use the band, but it boasts the highest speed potential of the Wi-Fi bands (as well as the shortest range). To switch bands, you can go to your router's configuration page by typing your router's IP address into a web browser and going to your router's wireless settings page. Note that if you rent a router from your ISP, like I do, you may not be able to switch channels. 6. Use a Wi-Fi extender or a mesh network If you can't update your Wi-Fi setup or move your router to your workspace, you should consider investing in Wi-Fi extenders or a mesh Wi-Fi system. Both are helpful for boosting speeds in rooms that your router can't reach, although they have slightly different performance capabilities. If you're trying to extend coverage in just one room, like your office, a W-Fi extender is a great option. If you're trying to improve coverage in the whole house, a mesh router network is a much better option. Debbie Fitzgerald, a technologist and director at CableLabs, advises investing in a good router before spending on Wi-Fi extenders. 'Don't go overboard with Wi-Fi extenders in your house,' Fitzgerald told CNET. 'There have been a number of studies that show you really only need perhaps one, if any at all, and if you add more … it can actually increase latency.' Other considerations for remote work Beyond improving your internet connection, there are a few other steps you can take to make sure your network is secure and your workspace is productive. Use a VPN Anytime you use a VPN, you'll slow the speeds coming to your device. However, VPNs are essential to home network security, especially if you like to travel between co-working spaces or coffee shops where you're using public networks. Utilize IT or tech support If you're working remotely for a company with an IT department, go ahead and save their email and contact information. IT is an invaluable resource for boosting network security and troubleshooting connectivity problems. If you don't have access to an IT department, your ISP or router manufacturing company will have a customer support option that you can use free. Invest in an ergonomic work setup Technically, this tip isn't about your internet connection. But if you're working from home (and you spend 8 hours a day at your computer like I do), I can't stress enough the importance of a productive, ergonomic work setup. You don't have to invest hundreds of dollars in fancy equipment. If you're clever, a few tech essentials can make your life easier and correct your posture. An ergonomic office chair makes such a difference in lumbar support and comfort. I bought this one from Amazon for a decent price, and I've already noticed the difference. If you're using an Ethernet connection, multiple monitors, and you're near your router, there's likely a mass of cords beneath your desk. Using cable covers or ties is an easy way to keep your office neat and hide cord clutter. Plus, they're pretty cheap. Bottom line You can take multiple low-cost and stress-free steps to boost your Wi-Fi and internet connection without upgrading to a faster speed tier. If you're working primarily at home, you'll need a dependable internet connection to get through the day but you don't need to break the bank or even use a multi-gigabit plan to do so. After all, a good internet connection is one you don't even notice.
Associated Press
9 hours ago
- Business
- Associated Press
How Passengers Are Using On-Train Wi-Fi in 2025: Insights Revealed for World Wi-Fi Day
Icomera Rail passengers increasingly expect onboard Wi-Fi to mirror the always-on, content-rich experience of their home broadband. New figures from connectivity specialist Icomera - published today on World Wi-Fi Day - indicate that Google, Instagram and Facebook are absorbing the biggest share of on-train Wi-Fi bandwidth. Key Findings 1. Google 2. Instagram 3. Facebook 4. Netflix 5. Spotify 6. YouTube 7. WhatsApp 8. TikTok 9. Amazon Prime Video 10. Apple iTunes From Email to Entertainment 'When on-train Wi-Fi was first offered in the early 2000s, it primarily attracted business passengers with the promise of improving their productivity by allowing them to send work emails while they travelled' says Paul Barnes, Chief Marketing Officer at Icomera, a subsidiary of Equans, a global leader in the energy and services sector. 'Today we see a typical user consume 100 megabytes during a Wi-Fi session, which would be enough for those early 2000s business passengers to send potentially 1,000+ emails over the course of their journey – but most of that data is now being used for streaming video, music and social media. All passenger groups want the home broadband experience on the move'. This raises the question of how rail operators can keep pace with the constantly evolving digital landscape. Starlink Enters the Mix Low Earth orbit (LEO) satellite networks are emerging as a viable solution for meeting increasing passenger expectations and evolving rail operator requirements. Icomera signed an authorised reseller agreement with SpaceX's Starlink in December 2024 and is trialling the service with operators on both sides of the Atlantic. 'We've seen impressive early results when adding satellite into the mix alongside the 4G and 5G cellular networks that trains are already connecting to' Barnes says. 'Even in remote rural areas the performance is comparable to an inner-city 5G connection. This will benefit both train passengers and operational systems such as live video surveillance or remote diagnostics.' 'With data-hungry passengers and operational systems now sharing the same digital path, reliable high-capacity connectivity is fast becoming as essential to rail travel as the tracks themselves.' ---ENDS--- Notes to Editors Methodology: Icomera's analysis covers the period from 28th May 2024 to 27th May 2025, drawing on the anonymised Wi-Fi traffic of 2.2 million daily users categorised by service types from thousands of trains in Europe and North America. Rankings are based on total data volume per service type. Passengers' personal information was not collected. World Wi-Fi Day is a platform to recognise and celebrate the significant role Wi-Fi is playing in cities and communities around the world and understand how Wi-Fi is helping to reduce digital poverty through innovative projects that will 'connect the unconnected'. World Wi-Fi Day is a unique worldwide initiative organised by Wireless Broadband Alliance under the leadership of Connected Community Forum (CCF). - PRESS CONTACT: Paul Barnes, Chief Marketing Officer, Icomera: +44 (0)7837 917611 – [email protected] About Icomera For over two decades, Icomera has been the world's leading provider of onboard connectivity solutions. We enable millions of passengers to connect every day with the fastest, most reliable and secure Internet connection currently available to a moving vehicle. Today our networks have the power to fully integrate tens of thousands of vehicles into the cloud, paving the way for a vibrant new world of smart, connected transportation. In the future, our network connectivity will empower a bold new generation of safer, more efficient and sustainable transport solutions. We aim to be the partner of choice for those on the smart, connected journey that lies ahead. A wholly owned subsidiary of Equans, Icomera is headquartered in Gothenburg, Sweden, operating across Europe and North America with key offices in the United Kingdom, France, Germany, Italy, the United States and Canada. About Equans and Equans France Equans, a subsidiary of the Bouygues group, is a global leader in the energy and services sector. In France, Equans France draws on its historic brands Ineo, Axima, and Bouygues Energies & Services and its strong local presence to support businesses, local authorities, and industries in meeting the challenges of the energy, industrial, and digital transitions. With the ability to operate at every stage of projects' lifecycle, Equans France brings together 35,000 employees to design, install and supply tailor-made solutions that optimize clients' equipment and usage, enhancing infrastructure performance and energy efficiency. Its expertise spans electrical engineering, HVAC, refrigeration, fire safety, Facility Management, multi-technical maintenance, IT & Telecommunication, and digital solutions. On a global scale, Equans operates in 20 countries, with 90,000 employees across 5 continents and a turnover of 19.2 billion euros in 2024. Following a similar dynamic, its subsidiary Equans France achieved a turnover of 7.2 billion euros in 2024 and operates in nearly 30 countries. | Attachments Paul Barnes Icomera [email protected]
Globe and Mail
10 hours ago
- Business
- Globe and Mail
How Passengers Are Using On-Train Wi-Fi in 2025: Insights Revealed for World Wi-Fi Day
Gothenburg, Sweden, June 20, 2025 (GLOBE NEWSWIRE) -- Google tops the on-train Wi-Fi bandwidth league table, with Instagram, Facebook, Netflix and TikTok close behind, confirming rail passengers now expect a home broadband experience while on the move. Insights are drawn from the anonymised Wi-Fi traffic of more than two million daily users travelling on thousands of trains in service across Europe and North America over the last 12 months. Rail operators are trialling low-Earth-orbit satellite technology – such as SpaceX's Starlink – to boost onboard Wi-Fi speeds and reliability for passengers and day-to-day train operations. Icomera Rail passengers increasingly expect onboard Wi-Fi to mirror the always-on, content-rich experience of their home broadband. New figures from connectivity specialist Icomera - published today on World Wi-Fi Day - indicate that Google, Instagram and Facebook are absorbing the biggest share of on-train Wi-Fi bandwidth. Key Findings Passenger use of Google is the single largest consumer of on-train Wi-Fi bandwidth. Image- and short-video platforms Instagram, Facebook and TikTok followed close behind. Long-form streaming services such as Netflix, YouTube and Amazon Prime Video all feature in the top 10, alongside music-streaming leaders Spotify and Apple's iTunes. WhatsApp was the most widely used messaging app; Snapchat appeared in the North American top ten but not in the European list. 1. Google 2. Instagram 3. Facebook 4. Netflix 5. Spotify 6. YouTube 7. WhatsApp 8. TikTok 9. Amazon Prime Video 10. Apple iTunes From Email to Entertainment 'When on-train Wi-Fi was first offered in the early 2000s, it primarily attracted business passengers with the promise of improving their productivity by allowing them to send work emails while they travelled' says Paul Barnes, Chief Marketing Officer at Icomera, a subsidiary of Equans, a global leader in the energy and services sector. 'Today we see a typical user consume 100 megabytes during a Wi-Fi session, which would be enough for those early 2000s business passengers to send potentially 1,000+ emails over the course of their journey – but most of that data is now being used for streaming video, music and social media. All passenger groups want the home broadband experience on the move'. This raises the question of how rail operators can keep pace with the constantly evolving digital landscape. Starlink Enters the Mix Low Earth orbit (LEO) satellite networks are emerging as a viable solution for meeting increasing passenger expectations and evolving rail operator requirements. Icomera signed an authorised reseller agreement with SpaceX's Starlink in December 2024 and is trialling the service with operators on both sides of the Atlantic. 'We've seen impressive early results when adding satellite into the mix alongside the 4G and 5G cellular networks that trains are already connecting to' Barnes says. 'Even in remote rural areas the performance is comparable to an inner-city 5G connection. This will benefit both train passengers and operational systems such as live video surveillance or remote diagnostics.' 'With data-hungry passengers and operational systems now sharing the same digital path, reliable high-capacity connectivity is fast becoming as essential to rail travel as the tracks themselves.' ---ENDS--- Notes to Editors Methodology: Icomera's analysis covers the period from 28th May 2024 to 27th May 2025, drawing on the anonymised Wi-Fi traffic of 2.2 million daily users categorised by service types from thousands of trains in Europe and North America. Rankings are based on total data volume per service type. Passengers' personal information was not collected. World Wi-Fi Day is a platform to recognise and celebrate the significant role Wi-Fi is playing in cities and communities around the world and understand how Wi-Fi is helping to reduce digital poverty through innovative projects that will 'connect the unconnected'. World Wi-Fi Day is a unique worldwide initiative organised by Wireless Broadband Alliance under the leadership of Connected Community Forum (CCF). - About Icomera For over two decades, Icomera has been the world's leading provider of onboard connectivity solutions. We enable millions of passengers to connect every day with the fastest, most reliable and secure Internet connection currently available to a moving vehicle. Today our networks have the power to fully integrate tens of thousands of vehicles into the cloud, paving the way for a vibrant new world of smart, connected transportation. In the future, our network connectivity will empower a bold new generation of safer, more efficient and sustainable transport solutions. We aim to be the partner of choice for those on the smart, connected journey that lies ahead. A wholly owned subsidiary of Equans, Icomera is headquartered in Gothenburg, Sweden, operating across Europe and North America with key offices in the United Kingdom, France, Germany, Italy, the United States and Canada. About Equans and Equans France Equans, a subsidiary of the Bouygues group, is a global leader in the energy and services sector. In France, Equans France draws on its historic brands Ineo, Axima, and Bouygues Energies & Services and its strong local presence to support businesses, local authorities, and industries in meeting the challenges of the energy, industrial, and digital transitions. With the ability to operate at every stage of projects' lifecycle, Equans France brings together 35,000 employees to design, install and supply tailor-made solutions that optimize clients' equipment and usage, enhancing infrastructure performance and energy efficiency. Its expertise spans electrical engineering, HVAC, refrigeration, fire safety, Facility Management, multi-technical maintenance, IT & Telecommunication, and digital solutions. On a global scale, Equans operates in 20 countries, with 90,000 employees across 5 continents and a turnover of 19.2 billion euros in 2024. Following a similar dynamic, its subsidiary Equans France achieved a turnover of 7.2 billion euros in 2024 and operates in nearly 30 countries. | Attachments
Yahoo
10 hours ago
- Business
- Yahoo
How Passengers Are Using On-Train Wi-Fi in 2025: Insights Revealed for World Wi-Fi Day
World Wi-Fi Day 2025 World Wi-Fi Day 2025 Gothenburg, Sweden, June 20, 2025 (GLOBE NEWSWIRE) -- Google tops the on-train Wi-Fi bandwidth league table, with Instagram, Facebook, Netflix and TikTok close behind, confirming rail passengers now expect a home broadband experience while on the move. Insights are drawn from the anonymised Wi-Fi traffic of more than two million daily users travelling on thousands of trains in service across Europe and North America over the last 12 months. Rail operators are trialling low-Earth-orbit satellite technology – such as SpaceX's Starlink – to boost onboard Wi-Fi speeds and reliability for passengers and day-to-day train operations. Icomera Rail passengers increasingly expect onboard Wi-Fi to mirror the always-on, content-rich experience of their home broadband. New figures from connectivity specialist Icomera - published today on World Wi-Fi Day - indicate that Google, Instagram and Facebook are absorbing the biggest share of on-train Wi-Fi bandwidth. Key Findings Passenger use of Google is the single largest consumer of on-train Wi-Fi bandwidth. Image- and short-video platforms Instagram, Facebook and TikTok followed close behind. Long-form streaming services such as Netflix, YouTube and Amazon Prime Video all feature in the top 10, alongside music-streaming leaders Spotify and Apple's iTunes. WhatsApp was the most widely used messaging app; Snapchat appeared in the North American top ten but not in the European list. 1. Google 2. Instagram 3. Facebook 4. Netflix5. Spotify6. YouTube 7. WhatsApp 8. TikTok 9. Amazon Prime Video10. Apple iTunes From Email to Entertainment 'When on-train Wi-Fi was first offered in the early 2000s, it primarily attracted business passengers with the promise of improving their productivity by allowing them to send work emails while they travelled' says Paul Barnes, Chief Marketing Officer at Icomera, a subsidiary of Equans, a global leader in the energy and services sector. 'Today we see a typical user consume 100 megabytes during a Wi-Fi session, which would be enough for those early 2000s business passengers to send potentially 1,000+ emails over the course of their journey – but most of that data is now being used for streaming video, music and social media. All passenger groups want the home broadband experience on the move'. This raises the question of how rail operators can keep pace with the constantly evolving digital landscape. Starlink Enters the Mix Low Earth orbit (LEO) satellite networks are emerging as a viable solution for meeting increasing passenger expectations and evolving rail operator requirements. Icomera signed an authorised reseller agreement with SpaceX's Starlink in December 2024 and is trialling the service with operators on both sides of the Atlantic. 'We've seen impressive early results when adding satellite into the mix alongside the 4G and 5G cellular networks that trains are already connecting to' Barnes says. 'Even in remote rural areas the performance is comparable to an inner-city 5G connection. This will benefit both train passengers and operational systems such as live video surveillance or remote diagnostics.' 'With data-hungry passengers and operational systems now sharing the same digital path, reliable high-capacity connectivity is fast becoming as essential to rail travel as the tracks themselves.' ---ENDS--- Notes to Editors Methodology: Icomera's analysis covers the period from 28th May 2024 to 27th May 2025, drawing on the anonymised Wi-Fi traffic of 2.2 million daily users categorised by service types from thousands of trains in Europe and North America. Rankings are based on total data volume per service type. Passengers' personal information was not collected. World Wi-Fi Day is a platform to recognise and celebrate the significant role Wi-Fi is playing in cities and communities around the world and understand how Wi-Fi is helping to reduce digital poverty through innovative projects that will 'connect the unconnected'. World Wi-Fi Day is a unique worldwide initiative organised by Wireless Broadband Alliance under the leadership of Connected Community Forum (CCF). - PRESS CONTACT: Paul Barnes, Chief Marketing Officer, Icomera: +44 (0)7837 917611 – About Icomera For over two decades, Icomera has been the world's leading provider of onboard connectivity solutions. We enable millions of passengers to connect every day with the fastest, most reliable and secure Internet connection currently available to a moving vehicle. Today our networks have the power to fully integrate tens of thousands of vehicles into the cloud, paving the way for a vibrant new world of smart, connected transportation. In the future, our network connectivity will empower a bold new generation of safer, more efficient and sustainable transport solutions. We aim to be the partner of choice for those on the smart, connected journey that lies ahead. A wholly owned subsidiary of Equans, Icomera is headquartered in Gothenburg, Sweden, operating across Europe and North America with key offices in the United Kingdom, France, Germany, Italy, the United States and Canada. About Equans and Equans France Equans, a subsidiary of the Bouygues group, is a global leader in the energy and services sector. In France, Equans France draws on its historic brands Ineo, Axima, and Bouygues Energies & Services and its strong local presence to support businesses, local authorities, and industries in meeting the challenges of the energy, industrial, and digital transitions. With the ability to operate at every stage of projects' lifecycle, Equans France brings together 35,000 employees to design, install and supply tailor-made solutions that optimize clients' equipment and usage, enhancing infrastructure performance and energy efficiency. Its expertise spans electrical engineering, HVAC, refrigeration, fire safety, Facility Management, multi-technical maintenance, IT & Telecommunication, and digital solutions. On a global scale, Equans operates in 20 countries, with 90,000 employees across 5 continents and a turnover of 19.2 billion euros in 2024. Following a similar dynamic, its subsidiary Equans France achieved a turnover of 7.2 billion euros in 2024 and operates in nearly 30 countries. | Attachments World Wi-Fi Day 2025 World Wi-Fi Day 2025 CONTACT: Paul Barnes Icomera while retrieving data Sign in to access your portfolio Error while retrieving data Error while retrieving data Error while retrieving data Error while retrieving data
