Where will smartphones be in five years time?


Recommended Posts

I think we've hit a plateau in phones and will see very little difference 5 years from now.

Well, if you had been asked the same question five years ago, would your response have been the same?

I reckon that flip phones will make a comeback with the availability of flexible touch-screens, which will allow phones to shrink in size but feature larger screens. The next revolution is a little further off and will come with Google's smart glasses, which will connect wirelessly to a phone in your pocket and move the market away from touch interfaces. They will allow you to use your hands to interact with your phone without touching it (like the way Kinect tracks hand movements). Screen size will be irrelevant because the glasses will feature effectively infinite sized displays due to the proximity to your eyes and phones will finally start to become smaller again.

Until then we'll continue to see phones increase in size until they peak around 5", with mobile-enabled tablets moving down to the same size to meet them - tablets and phones will be a continuous product, rather than separate items (already true to some extent). Android phones will continue to feature bleeding edge technology that will not be properly utilised, while Microsoft and Apple will remain behind the curve but focus more on the user experience and marketing.

I'm hoping for large improvement in speech recognition and natural language processing. Getting rid of the keyboard once and for all would increase productivity on the go. Coupled with discreet eye displays and more natural speech synthesis could change the way we interact with smart devices.

Add to this electronics that need less power and faster reliable internet connections and we can move a lot of data processing into the cloud to increase battery life.

I'm hoping for large improvement in speech recognition and natural language processing.

Considering that Dragon NaturallySpeaking has been going for over 15yrs and progress has been slow-at-best I think that's overly optimistic. That's without even taking into account the awkwardness of talking to yourself in public, as well as the obvious lack of privacy such a system entails. I'm sure it will continue to improve but I'm not sure we'll see it become the primary input method for core functionality, not without massive breakthroughs in artificial intelligence.

Considering that Dragon NaturallySpeaking has been going for over 15yrs and progress has been slow-at-best I think that's overly optimistic. That's without even taking into account the awkwardness of talking to yourself in public, as well as the obvious lack of privacy such a system entails. I'm sure it will continue to improve but I'm not sure we'll see it become the primary input method for core functionality, not without massive breakthroughs in artificial intelligence.

Dragon NaturallySpeaking is primarily focused on dictating. I think the key here is natural language processing in the cloud utilizing large databases that are shared among all users. Just look at how far we have already gotten. Apple and Google both have working but somewhat crude systems available. Wolfram Alpha works most of the time and we recently had a computer from IBM compete in and win a game of Jeopardy.

The problem with speaking in public will disappear once the technology is working and people get used to it. Nobody thinks it awkward to hold a normal phone conversation in public, once the technology has matured enough the difference will hopefully be minimal.

Unfortunately I'm afraid you are right and we wont have this level of sophistication in five years... one can always dream.

I agree about the plateau, I can't even really see how the next gen can improve, let alone in two or three gens time. I think we're a VERY long way off embedded devices (under skin, etc), looking at way over 10 years unless something radical happens with battery technology soon.

I know this is a bit off topic, but you know, I find it disturbing that we're even talking about 'embedded devices,' let alone like it's a bad thing that we don't all have them :wacko:

As far as 'glasses' technology goes, I think it's totally ridiculous. Maybe something will change my mind on that, and I'll sound silly for saying this, but I put that kind of tech on about the same level as '3D.'

The super long iphone and huge android jokes are getting stale.

Now I do not see that big of changes lately. Little things like better batteries by then so phones will be a bit lighter. Better screens will be more common in even low end phones. I see the 3D phase is already gone (thankfully). In five years I see iOS and Android going through a big revision on each side. I think there will be a standard for wireless bill paying here in the USA. I know they have had it in other places for a while...HK has had this for over 10 years now on their phones.

What I like to know is what the CARRIERS will be doing in 5 years.!!

I do wonder if flexible screen technology will be advanced enough for usage in 5 years. If so then I could see as theyarecomingforyou mentioned, some kind of flip/slide/fold phone that can double up as a tablet or something.

Yea, I've not heard anything else about it, I was looking forward to that

http://www.ubuntu.com/devices/android

I have a feeling this is going to come to light sooner than later and that the recent abrupt killing of Moto's Webtop software is related. If Google release support for this in the next Android, that will potentially see a huge shake up. They may offer only ChromeOS officially (with Ubuntu as a 3rd party replacement) - considering the rumours that ChromeOS & Android are merging and ChromeOS is getting ARM support I wouldn't be too surprised.

I know this is a bit off topic, but you know, I find it disturbing that we're even talking about 'embedded devices,' let alone like it's a bad thing that we don't all have them :wacko:

As far as 'glasses' technology goes, I think it's totally ridiculous. Maybe something will change my mind on that, and I'll sound silly for saying this, but I put that kind of tech on about the same level as '3D.'

It might be off topic but it's a good discussion point. I can still remember the time before touchscreen with all too much blistered thumb clarity, and that was just over 5 years ago really. I think definitely in the next five years we'll be seeing more "wearable" devices, and maybe not embedded as such but it will be a much more personal experience. And then a few more years down the line true embedded, maybe in the early 2020's, think the EyePhone futurama episode lol.

Apple will be run to the ground in 5 years and if they aren't, their phones will be 3 years behind in technology.

Just got an iPhone 5 having used a Galaxy S3 since May, and before that, a Galaxy S2.

The iPhone 5 is a lot faster and smoother, and better for my needs. I still love Android but the iPhone experience is much smoother.

I used to say that the iPhone was behind as well, but having used one now, I have to say that's not true.

I dont think there will be any significant difference. LTE Advance may be available. SoC performance ( CPU and GPU ) will basically be limited by transistor count and power usage. i.e pretty much limited by processing node. We should be 10nm by then. iPhone 5 screen according to technical analysis is already the best out there in terms of consumer devices. OLED will be great but unless they can get in cell OLED and life expectancy improved 5 year may be too early for it. Corning will properly have a even thinner, tougher, and more transparent glass by then. Camera will see improvement with 2nd Gen BSI, I am not sure what else can be done if we are still limited to such thin and small sensors. Most of it will come from a lot better and efficient DSP from software side. But in terms of optics i dont think there is much that can be done. Better Lens would have properly cost too much. A Bigger Sensor could easily solve some of the problems but it would be hard smart phone are getting thinner.

Most of these are major technical breakthrough for what it has improved and achieve within the power / space budget. But we properly just cross or close to the line of whether these are noticeable.

The biggest improvement in 5 years time would properly comes from battery tech.

new+iphone+6+phone.jpg

I was thinking along those lines too, but more like this Seiko from Final Fantasy: Spirits Within:

post-44573-0-10107000-1348737626.jpg

post-44573-0-00744900-1348738252.jpg

I seriously doubt we'll see tech anywhere near that in 5 years...maybe 15 or 20 years from now (if ever). Can only hope :happy: and yes, that is technically a watch not a phone..but still cool and could be used as a phone anyway.

If we weren't all such "spec monkeys" and wanting to show off our devices, I think we'd move towards an ubiquitous invisible computer device. Something that we wear akin to a watch or keep "nearby". Maybe use the device when we're out and about, but when we get home it detects our keyboard/display/etc and utilises that.

I agree with Nik,

I want dockable phones or seemless integration also.. A dockable small (sub 4inch) phone, into a desktop monitor, or smaller tablet or wirelessly to a wrist unit would be great.

So when I'm in the office at work I can check simple tasks on my watch and leave my phone safely in my backpack or drawer. At home I can plug it straight into my larger monitor and do emails and browsing on a standard keyboard. The phone UI would have to cope with these different modes smoothly. I don't just want a big phone on my monitor.

The phone itself could just be a black box for all I care. Like an Onyx obelisk mini-server that just sits there.

Actually, the way things are going, why have the phone unit at all. Just the watch please for outside use. Then it syncs with thin-client at home throughout the day.

Actually... it doesn't even need to sync, it's allway on line using the same cloud files.

If I need to type anything, then next largest item I have on me is my wallet. So in my wallet I have a foldable double-credit-card sized screen I can use.

I think MS's vision is something we can expect at some time. The phone concept is at about 2:20.

The size probably will not change, but more the thickness and the screen that use more of the surface area. Might even use all of it. What will change the most is the services and usage for the phone. Almost everybody own a smart phone today. It will become the most central thing in our life for sure. From payment to controlling your house. Not everything will come as soon as 5 years, but some of it.

I think that it's fairly obvious to me that phones will become your primary personal computer. They will get to a point where they reach the power level of any other computer, and we'll end up docking our phones to a monitor, keyboard, and mouse and have our full system running, with a mobile interface when on the phone's screen to still access all your data, but in a finger friendly way. Like Webtop, but not slow as **** and actually useful. Webtop is a good example of phones already headed that way, and I think with a little more power, it's quite a realistic expectation. I could definitely see this happening in the next 5 years, but maybe a little longer. Look at how far phones have come in the last 5 years. I don't see any sign of a plateau that other's speak of. We're constantly releasing new versions of mobile OSes with more and more features, phones are continuing to get more powerful, in fact, they seem like they are gaining power faster than they have in the past. We just went dual core, less than 2 years ago, then quad core Cortex A9 and dual core A15(ish), quad core A15 is coming very soon and x86 is starting to see an appearance in the mobile world. I think x86 may succeed in the mobile market as well, but it won't push out ARM. In fact, I think mobile computing in the next 5 years will also push the ARM architecture to more mainstream computing. We're seeing the power of ARM cores grow incredibly fast, similar to how x86 CPUs did. The efficiency and power savings will make 8 and 16 core ARM chips common in desktop computing as well.

5 years can sound like it's not that far down the road, but at the same time, it can feel like a LONG time. 5 years ago, most smart phones were around 500 MHz, had about 128, or maybe 192 MB of RAM, and had terrible resistive touch screens. Then the iPhone came out and lit a fire under the ass of the smartphone industry. There's no telling what the next 5 years will bring, but I'm certain it'll be exciting.

in 5 years, Windows Phone X will be Windows X, and when you get home you dock your phone and it becomes your PC. In fact, the Windows Phone and Windows binaries will be identical, with the single differentiating factor being that if your phone is not docked, the "Desktop" tile disappears and all non-metro apps enter a suspended state.

Apps will be universal, and any non-universal Windows Phone app will appear in Windows as a normal app, but in that 1/3 of the screen... metro snap thing that's going on.

This topic is now closed to further replies.
  • Posts

    • @Sayan...I have defended you at various points as I hope you know. This headline however is utter trash...shame on you sir!
    • An actual cosmic "Eye of Sauron" had been looking straight at us all along by Sayan Sen Image by Kovin P. Vasquez via Pexels | Not representative An international team of researchers has solved a long-standing mystery surrounding a distant blazar known as PKS 1424+240, helping explain why it produces some of the brightest high-energy gamma rays and cosmic neutrinos ever observed despite appearing to have a relatively slow-moving jet. The findings were published on June 6 in Astronomy & Astrophysics Letters. The study addresses a broader challenge in astrophysics: understanding how extreme cosmic objects accelerate particles to very high energies and produce very high-energy (VHE) photons and neutrinos. PKS 1424+240 is located billions of light-years from Earth. It has attracted attention for years because it is both a powerful source of VHE gamma rays and the brightest known neutrino-emitting blazar in the sky, according to observations by the IceCube Neutrino Observatory. It is also associated with one of the strongest peaks in IceCube's nine-year neutrino sky map A blazar is a type of active galactic nucleus powered by a supermassive black hole that pulls in surrounding matter and launches jets of plasma moving close to the speed of light. What makes blazars unique is their orientation. One of their jets points almost directly toward Earth, making them appear exceptionally bright across the electromagnetic spectrum and allowing scientists to study some of the most extreme physical processes in the Universe. The scientists exclaimed it's like the 'Eye of Sauron' in deep space. Usually, the brightest gamma-ray-emitting blazars are expected to have jets that appear to move very quickly. However, radio observations of PKS 1424+240 suggested that its jet was moving much more slowly, creating a contradiction that became part of a long-running problem known as the "Doppler factor crisis." To investigate, researchers analyzed 15 years of observations from the Very Long Baseline Array (VLBA), a network of 10 radio antennas spread across the continental United States, Hawaii and St. Croix. Using a technique called Very Long Baseline Interferometry (VLBI), astronomers combine signals from widely separated radio telescopes to create a virtual Earth-sized telescope capable of revealing extremely fine details. The team combined 42 polarization-sensitive radio images collected between 2009 and 2025, creating a much deeper and more detailed view of the jet than had previously been possible. The observations were carried out as part of MOJAVE (Monitoring Of Jets in Active galactic nuclei with VLBA Experiments), a long-running program that studies the brightness, polarization and magnetic field structures of jets produced by active galaxies. The project aims to better understand how activity near supermassive black holes is linked to high-energy radiation and neutrino emission. “When we reconstructed the image, it looked absolutely stunning,” said Yuri Kovalev, lead author of the study and Principal Investigator of the European Research Council-funded MuSES project at the Max Planck Institute for Radio Astronomy. “We have never seen anything quite like it — a near-perfect toroidal magnetic field with a jet, pointing straight at us.” The image revealed an unusual geometry. The researchers found that Earth lies almost directly in line with the jet, with a viewing angle of less than 0.6 degrees. In simple terms, astronomers are looking almost straight down the jet. This turned out to be the key to the mystery. Because the jet is aimed almost directly at Earth, a relativistic effect called Doppler boosting dramatically increases its apparent brightness. The study found that this effect boosts the emission by a factor of about 30 while also making the jet appear slower than it actually is. “This alignment causes a boost in brightness by a factor of 30 or more,” said Jack Livingston, a co-author at the Max Planck Institute for Radio Astronomy. “At the same time, the jet appears to move slowly due to projection effects — a classic optical illusion.” The nearly head-on view also gave scientists a rare look at the jet's magnetic field. Using polarized radio signals, they detected a clear toroidal, or doughnut-shaped, magnetic field component. The observations suggest the jet carries an electric current and that its magnetic field helps launch, shape and stabilize the flow of plasma. Researchers believe this magnetic structure may also play a key role in accelerating particles to energies high enough to produce both gamma rays and neutrinos. “Solving this puzzle confirms that active galactic nuclei with supermassive black holes are not only powerful accelerators of electrons, but also of protons — the origin of the observed high-energy neutrinos,” Kovalev said. The research was conducted under the MuSES (Multi-messenger Studies of Energetic Sources) project, which investigates how active galactic nuclei accelerate particles and generate different cosmic signals, including light and neutrinos. Scientists say understanding how protons are accelerated and linked to neutrino production remains one of the major unanswered questions in astrophysics. The findings help explain why some blazars can appear to have slow jets while still producing extremely bright high-energy emissions. More broadly, the study strengthens the link between relativistic jets, magnetic fields, gamma rays and high-energy neutrinos. Researchers say the results provide new clues about how some of the Universe's most powerful natural particle accelerators work and offer important insights for multimessenger astronomy, which combines different types of cosmic signals to study extreme events in space. Source: European Research Council, EDP Sciences This article was generated with some help from AI and reviewed by an editor. Under Section 107 of the Copyright Act 1976, this material is used for the purpose of news reporting. Fair use is a use permitted by copyright statute that might otherwise be infringing.
    • Gotenks98 is right... Outlook (new) is absolute trash. Doesn't Mozilla have an Enterprise Version of Firebird?
    • Microsoft Weekly: Surface Laptop Ultra, Windows 11 context menus, Build 2026 recap, and more by Taras Buria This week's news recap is here, with Microsoft announcing the new Surface Laptop Ultra, fresh chips from NVIDIA for Windows on ARM, a no-build week, fixes for Windows 11's context menus, gaming news, reviews, and more. Quick links: Windows 10 and 11 Windows Insider Program Updates are available Reviews are in Gaming news Great deals to check Windows 11 and Windows 10 Here, we talk about everything happening around Microsoft's latest operating system in the Stable channel and preview builds: new features, removed features, controversies, bugs, interesting findings, and more. And, of course, you may find a word or two about older versions. At Computex 2026, together with NVIDIA, Microsoft announced the Surface Laptop Ultra, its most powerful laptop to date, powered by NVIDIA's RTX Spark processor. Details about this computer are currently scarce, as Microsoft has only revealed certain parts of its specs. So far, we know that the computer has a 15-inch mini-LED display, a rich set of ports, a powerful processor, and all-day battery life. It also comes with a new wallpaper, which you can already download here in full resolution. The Surface Laptop Studio is not the only NVIDIA-powered Surface, which Microsoft unveiled this week. At Build 2026, the company also debuted the Surface RTX Spark Dev Box, an odd-shaped desktop with a 20-core NVIDIA Grace CPU and an NVIDIA Blackwell RTX GPU with 6,144 CUDA cores and fifth-generation Tensor Cores with FP4 precision, connected via the NVIDIA NVLink-C2C chip-to-chip interconnect for high performance. According to Microsoft, it can run models with up to 120 billion parameters locally without relying on cloud GPU infrastructure. These two new Surface devices are likely to cost quite a lot, and for those who need a more affordable device, Microsoft is preparing the next-gen Qualcomm-powered Surface Pro and Surface Laptop. This week, details about these two devices leaked in plenty of detail. Other announcements at Build 2026 include the following: Microsoft unveils new security tools for IT admins and developers building AI products Microsoft announces Scout, an OpenClaw-powered personal agent for enterprise customers Microsoft unveils MAI-Thinking-1 reasoning and MAI-Code-1 coding models Microsoft announced a new Windows 11 native command-line utility Microsoft unveils Majorana 2 quantum chip, accelerating commercial timeline to 2029 Microsoft believes that AI agents will eventually replace apps through Project Solara Microsoft introduces Web IQ, a Bing-powered search system built for AI agents Last week, Microsoft released a new Experimental build, which introduced a major Start menu upgrade. It now lets you toggle off specific parts of the menu without affecting other features, resize the menu, and hide additional UI elements. We published a closer look here, so if you want to know what Microsoft is cooking without enrolling in the Insider program and installing unstable builds, check it out. Speaking of new features, many users are very annoyed about the way Microsoft delivers them. Recently, a frustrated user shared their experience with gradual rollouts, and even Microsoft engineers admitted there is a flaw in the system that prevents new features from applying properly. One of those new features includes the ability to uninstall AI models in Windows 11 with a single click. Windows 11 is finally getting fixes for its slow context menus. Marcus Ash from Microsoft confirmed that the company is working on fixing Windows 11's context menus. Reworked context menus are going to be faster, simpler by default, and "configurable to what you use most." According to Marcus, Microsoft will share more details soon. Windows Insider Program Windows 11 preview builds, released last week, are now available for download as standalone ISO files. These days, Microsoft regularly pushes new images, allowing users to clean-install its recent Windows 11 preview builds faster and easier. If you want to try the latest Windows 11 features without jumping through the Windows Update hoops, get those new images here. Sadly, Microsoft did not release new Windows 11 preview builds this week. Come back next time. Updates are available This section covers software, firmware, and other notable updates (released and coming soon) delivering new features, security fixes, improvements, patches, and more from Microsoft and third parties. Microsoft is preparing new features for Teams. Later this month, the messenger will receive a new download manager with auto-dismissing notifications, reducing clutter and making the overall experience less annoying when dealing with downloads. Mozilla released Firefox 151.0.3, a new bug-fixing update for the browser. It is a small release, which fixes problems with pasting into text fields and the oversized VPN button on the toolbar. The update is now available for all users in the Release channel. Here are other updates and releases you may find interesting: VS Code 1.123 introduces massive upgrades for persistent AI developer workflows Microsoft OneDrive is getting a simple yet much-needed feature Microsoft faces heat after quietly blocking promised Office features on Apple systems Microsoft resumes forced Copilot app installation on some Windows PCs Browser vendors pen an open letter to Microsoft, saying "enough is enough" Here are the latest drivers and firmware updates released this week: AMD Radeon Software 26.6.1 with optimizations for F1 25: 2026 Season, World of Tanks: HEAT, and various bug fixes. Reviews are in Here is the hardware and software we reviewed this week Steven Parker dropped more mini PC reviews this week. GEEKOM Air12 2026 Edition is a low-power, affordable computer with an Intel Tiger Lake Pentium Gold processor, up to 16GB of memory, and 512GB of storage, costing just $349. It is light, quiet, energy efficient, and has modern ports on the front. However, the front-facing USB Type-C is data-only, and there are some quirks with the computer's memory, so check out the full review. The AMD RX 9070 GRE has been released worldwide, and we published a benchmark review comparing this powerful graphics card to the RX 9070 XT, 7800 XT, the NVIDIA RTX 5070, and RTX 4070. It has solid, balanced performance, plenty of RAM, and low temperatures, but watch out for mediocre ray tracing performance and not the best efficiency. Also, we reviewed the Cuktech 10 Ultra, a compact, high-power charger with four ports and a big display full of various stats. This tiny charger can pull nearly 120W and spread that power according to each connected device's needs. It also comes with a high-quality 240W cable, three power modes, and retractable prongs. The best part? It is quite affordable, just make sure you have an outlet placed in the right spot to benefit from the built-in display. On the gaming side Learn about upcoming game releases, Xbox rumors, new hardware, software updates, freebies, deals, discounts, and more. Do you remember the ASUS ROG Xbox Ally, Microsoft's first handheld console designed in partnership with ASUS? This week, ASUS revealed a new version of the device to celebrate twenty years of its Republic of Gamers brand. The new ROG Xbox Ally X20 features an OLED display, a transforming D-Pad, TMR sticks, and other changes. However, the chip inside the console is still the same. Forza Horizon 6 launched last month to critical acclaim, but the game will soon have a new rival made by those who used to work on Forza Horizon titles. Mike Brown from Maverick Games announced Clutch, an upcoming racing game with a story-driven campaign, deep car customization, and rich multiplayer. The game is coming to PC, Xbox Series X|S, and PlayStation 5 in Spring 2027. The next update for Minecraft now has a release date. This week, Mojang announced that Chaos Cubed will be available on June 16, 2026. In addition, Mojang published a teaser of the next Minecraft movie. A Minecraft Movie Squared has now been confirmed for a release somewhere in 2027. NVIDIA GeForce Now is getting 18 new games in June. Those include Jurassic World Evolution 3, Fatekeeper, GOALS, Gothic 1 Remake, NTE: Neverness to Everness, and more. If you are a Game Pass subscriber, you can also get new games soon: Persona 5 Royal, Starseeker: Astroneer Expeditions, and more are coming to the service this month. Sumer Game Fest 2026 happened this week, where we saw plenty of new games, including Alien Isolation 2, Final Fantasy VII Remake Part 3, Gen Atlas from the Shadow of the Colossus creator, a new Cuphead game in 8-bit style, a new expansion for Mafia: The Old Country, and more. Finally, here are this week's Weekend PC Game Deals, full of discounts and the latest freebies from the Epic Games Store. Other gaming news includes the following: God of War Laufey announced, introducing Kratos' wife as the new protagonist Ori studio's No Rest for the Wicked 1.0 release and console plans announced Microsoft launches Godot Sample to streamline Xbox PC game development on the engine Great deals to check Every week, we cover many deals on different hardware and software. The following discounts are still available, so check them out. You might find something you want or need. Samsung 990 PRO SSD 2TB NVMe - $389.99 | 39% off Sonos Sub 4 - Wireless Subwoofer - $759 | 16% off Logitech MX Creative Console - $159.99 | 20% off This link will take you to other issues of the Microsoft Weekly series. You can also support Neowin by registering for a free member account or subscribing for extra member benefits, along with an ad-free tier option.
  • Recent Achievements

    • Reacting Well
      X-No-file earned a badge
      Reacting Well
    • One Month Later
      pestcontrol46 earned a badge
      One Month Later
    • Week One Done
      pestcontrol46 earned a badge
      Week One Done
    • Week One Done
      JKR earned a badge
      Week One Done
    • Rookie
      moog19 went up a rank
      Rookie
  • Popular Contributors

    1. 1
      +primortal
      510
    2. 2
      PsYcHoKiLLa
      276
    3. 3
      Skyfrog
      75
    4. 4
      +Edouard
      71
    5. 5
      FloatingFatMan
      68
  • Tell a friend

    Love Neowin? Tell a friend!