TL;DR
Popular ARM-Based Laptops
The Apple MacBook Air and Pro with M1 or M2 chips are frequently recommended due to their impressive performance and long battery life. They are particularly noted for their speed and efficiency, making them a popular choice among ARM laptops [1:1],
[1:5]. Although they come with macOS, users can install Asahi Linux for a Linux experience on Apple silicon
[1:6],
[5:1].
Alternatives to Apple
For those seeking non-Apple ARM laptops, the ThinkPad X13s is mentioned as an option, although it might be costly in certain areas [5:1]. The Robo & Kala laptop, based on Qualcomm technology, is another alternative praised for its compact size and energy efficiency
[1:3]. Additionally, some users have explored using ARM Chromebooks, which can be modified to run full Linux distributions
[1:7].
Challenges with ARM Laptops
While ARM laptops offer benefits like battery life and portability, they also present challenges. Many users report issues with software compatibility, particularly with drivers and VPN clients [3:5],
[3:12]. This can make them less suitable for enterprise environments compared to x86 machines
[3:2].
Considerations for Developers
Developers considering ARM laptops should note that while ARM architecture offers intriguing possibilities, support for Linux and other open-source software can vary. Some developers have successfully used ARM laptops like the Honor MagicBook with Snapdragon processors, highlighting good emulation capabilities for running traditional software [4:1]. However, others point out the limitations of current ARM SoCs in supporting Linux as robustly as x86 systems
[5:7].
Future Prospects
There is anticipation for more ARM-based workstations that could rival Apple's M series, but options remain limited. Qualcomm is expected to release new products, though their open-source support has been questioned [5:5]. Users interested in future developments may need to wait for more mature offerings from other manufacturers
[2:7].
Hi! I am searching for an ARM laptop and cant find the one for me. Why do I want ARM? I am interested in the architecture and absolutely want the long battery life. It should be 14 inch, have 4-8 GiB of RAM, preferably 8. It needs to be able to handle running stuff like Pulsar-edit or VScode, Firefox, and spotify at the same time without lag. I want to use it with either armbian or endeavourOS-arm. It should also have functioning bluetooth and wifi with these linux distros.
Do you have a recommendation?
There are several dirt cheap chromebooks that can be easily modified to run a full linux distro. Check out the compatibility list on https://wiki.galliumos.org/Hardware_Compatibility
GalliumOS is just a fork of debian with the chromebook specific key bindings and stuff.
They're not particularity snappy, but will get the job done and can be found for very cheap.
I may be missing something, but all the ARM-based laptops listed there say supported='No'.
You're right. I was mistaken. I thought this project was ARM centric not exclusive.
Robo & Kala make an outstanding Qualcomm based laptop. It's tiny and uses very little power. I switched from that to using DeX on my Samsung S24u which uses even less power with a portable monitor.
Perhaps the ThinkPad X13s? Linux support isn't exactly mature yet, though.
Apple MacBook Air or Pro M1 or M2?
All Arm employees received a Mac M1 when Arm turned 30 as a gift. Quite a lot still have and use them. Light, fast and long life battery.
Asahi on MacBook with Apple silicon can help.
Hi, I really like the idea of an Arm based laptop like the new Apple M1, but don't want to buy a product from Apple.
​
Basically I'm looking for an alternative with these specs:
​
- 11 - 13"
- 16gb ram minimum
- usb c charging
- arm based cpu
- no touchscreen
- I always run linux, it would be a plus if the laptop doesn't ship with windows
​
Any suggestions?
The only ARM based laptops I'm aware of are budget laptops (slow, 4GB of RAM, that kind of thing). I'd really just get the MacBook Air M1.
Edit: After research there are a few good ARM laptops, although none would meet your criteria. The Surface Pro X is one of them, for example.
any laptop I own that even as much as touches windows would be instantly incinerated by my rage
Misread your post as a Windows ARM laptop alternative, my bad. What's your reasoning for not buying an Apple product? If you don't mind me asking.
Ask again in a few years
where would you compromise to get something as close as possible?
There some decent ARM chromebooks coming out this year. I think some are already out. But for Windows AFAIK its just not ready yet. The amount of jank you'll experience with Windows on ARM is more than the learning curve of using an ARM Chromebook and learning Linux on ChromeOS.
Unless you're planning to spend $300 on a substandard laptop, or buy surface pro x, you really don't have much options. I suggest you can even stick with the surface pro x. Just wipe clean the hard drive and install Linux. Considering you're looking for a wild ride, you'll have a fun month figuring how every part of the laptop will run with the half baked drivers. The laptop build is great. If you're not keen on surface, I suggest Lenovo flex. It'll be really slow but we'll give you a platform to develop or watch content.
Is anyone using the Snapdragon laptops like the Galaxy Book4 Edge or the Dell XPS 13 that come with the ARM processors?
Any challenges using them for real-world MSP/IT work? Do you have any tools that you rely on daily that either don’t work at all or work very poorly?
What about customers running them? Do you have any trouble supporting them?
One of my customers insisted on a surface with an ARM chip. It runs fast enough and has good battery life. I had to set up a VM for him to RDP to so he can run their CRM and the Sophos VPN client wouldn’t work so I had to find a 3rd party one. My opinion is they aren’t ready for enterprise yet. They’re closer to a Chromebook in compatibility with a lot of software.
Anyone who disagrees I challenge to setup a large multifunctional printer that’s roughly 5 or so years old with an ARM processor
Yep, first ARM-based Surface I saw at a customer site had to be returned because they couldn't print from it. Several VPN client softwares don't have an ARM-based version.
This guy prints, since he doesn’t have ARM chip
This! Driver availability leaves a lot to desire. Including printers.
May as well buy a MacBook Air. Will have more software available to you.
I use one as my daily driver. The only issue I have is our ancient Canon copier doesn't have drivers so I have had to use a smaller HP in sales/accounting for the three things I printed this year. Battery life is truly amazing. Love how sleep, hibernate, and resume just work. When I first got it in August of last year there weren't any USB to Serial drivers yet and our VPN client was in beta but that was resolved by October.
We now have about 30 deployed to several small clients that are 100% M365 and one account that is all RDP.
I've had some success using Xerox ARM drivers for Canon MFPs.
I have been on an arm surface laptop for a few months now. I mostly live in the browser so not a great use case BUT...!
Battery life is amazing to the point that I forget to charge it for a couple days sometimes I bought one of the lowest spec ones, and it is lightning fast. Was $900 if i remember right. The intel config i was looking at was going to be twice the price.
The bad: Random weird little issues. One example is that hibernate perpetually has problems on these. Another one is because of the way the npu works, there is some weirdness with external cameras. The fix is to disable the internal camera when using one. Software compatibility of course, but again I would mostly in the browser, so not seeing this very often.
We have a handful of clients using them, but only the executives that are living in Outlook and the browser.
>We have a handful of clients using them, but only the executives that are living in Outlook and the browser.
Does your RMM and EDR work OK on them? If so, what are you using?
I run everything on Mac.
The biggest issues are drivers and vpns. A lot of big manufacturers have been slow to adapt. Canon is crap, but we are now using ARM xerox drivers for canon copiers that are passable. Fortinet was slow but finally have a vpn client as of a few months ago. 80-90% of stuff just works with native MS drivers but you still need to test before a big buy in. YMMV.
Hey, i'll try to make this post different than usual "is ARM good? recommend me a laptop" posts.
I'm a student in CS, and i'll sell my old gaming laptop and other stuff so that I can buy a nice computer to work with daily. The only two main requirements I have are: a fast CPU (i'm not sure what tasks i might deal with in the future, so I need it to be a bit future proof) and great autonomy. I've always been kinda curious too, and to me ARM architecture seems like a pretty good deal.
For those reasons, I've considered a macbook first but then I've seen Snapdragon laptops. After documenting myself a bit, i've seen that support was getting better and better. Reviews i've seen are probably already outdated though, so I was wondering how does software support feel today - especially from a dev pov (web, software and gaming, feel free to share any experience)
Another question, in terms of performance, are ARM laptops usually worth their price (basically is a 800ish dollars laptop equivalent to what performances you could get with that money if it was x86?), or does being a "new tech" make them more expensive?
One laptop I've found for example is the Acer Swift 14 Ai for 840€, how good is the X1P-64100 (10 cores) chip? I'm not much of a benchmark connaisseur tbh.
Thanks for reading, and special thanks to anyone who'll share advices and experience :)
I build PCs for fun and usually test 3 Windows builds at a time. Windows on ARM64 is the most interesting one right now. All the Snapdragon PCs have at least 16 GB, they all have cooling fans (as far as I know), and they have upgradeable storage. You can potentially throw in a 2280 SSD and install Windows from the OEM's installer method. The ARM64 ISO from Microsoft did not work for me.
The core parking feature is really interesting too. Right click the CPU graph in Task Manager and Change Graph > to Logical Processors so you can see it. The mouseover tells you which cores are parked, but you can kinda see visually. X Elite runs shockingly well with only 3 cores enabled. A Zoom call with 30 people all on camera and it parks 9 of the cores but still doesn't lag. WHAT? There's now ARM64 build for VirtualBox. And then Discord's Developer build is ARM64 and silky smooth. It feels like there's a couple great apps each month being recompiled and released in ARM64 version. In most cases, the developer's web site automatically offers ARM64 version when it's available. And many X64 apps run flawlessly or well enough that I'm not bothered. It's pretty neat. Even runs some Steam games originally released for PS4.
But don't put a Samsung SSD in "Full Performance Mode" because mine BSOD'd until I swapped it in my Intel PC to switch it back. Huge pain. I would not recommend this as your only computer, but some aspects feel slightly beyond where Mac seems lately, especially with Windows Hello. It dims the display when I turn my head and locks when I step away. It is neat and the battery life is mostly quite impressive.
Get a MacBook. You can run Windows in Parallels if you need to, it works perfectly. But most likely are you'll just use Mac OS, and will be happy with it.
Yup I ended up getting a M4 Macbook air, i'm loving it so far!
Good choice. Hope you got it with enough RAM.
When you get a job, you'll want a computer with the OS that your devops and team leads use. Because then your problems will be their problems, and vice versa.
If you're really dead, set on running something on Windows, Consider looking into Intel's lunar lake. The same computers that came out with the Snapdragon chip, were then re-released with Intel lunar lake literally within the same year or the next year.
This is coming from a dude who's bought both a gaming laptop, the Microsoft Surface 7, and then ended up going back to Mac.
So again all with a grain of salt
Not there yet.
I have an Notebook from Honor. Honor MagicBook art 14 Snapdragon X Elite. I am very pleased with how it works. The battery lasts longer than I expected. The programs all work very well. Despite the fact that many say that Arm is not yet developed enough for Windows. Microsoft has already developed an emulator where programs work almost natively as in x64 or x86. Even through emulation, the processor and rams do not seem to be exploited more than on Windows x64 or x86. I'm playing through Nvidia Force Now streaming. Per premium member in maximum settings. Pleasant experience. I don't regret that I chose to try this type of processor. I also have a PC with AMD, I would like to point out. I don't use it much anymore. With my laptop, I have more freedom. Considering I have an 8 month old baby. And I can play or work on my laptop while rocking it in his roller crib.
I like the the Apple M series chips, but don't really like its lack of expandability. I was wondering if there will be ARM based computer soon that rivals Apple M series? Most of the ARM series tend to be on the lower end. Even the most recent Thinkpad x13's is slower than the current generation of x86 and M1.
I am aware that Qualcomm may be coming out with something this year, but Qualcomm is not greatest vendor for open source. Are there any other competitors out there? I am curious to see if I would be able to have a ARM laptop workstation running linux one of these days.
UPDATE
Currently, it appears the highest performing ARM processor other than Apple is probably the Qualcomm Snapdragon 8cx Gen 3, which seems to run at roughly 60% of a M1. The two laptop that uses it is Lenovo X13s and Surface Pro 9 SQ3. Sadly, neither is better than the Apple macbook in terms of expandability, both essentially have everything soldered in. My hopes is that one day we will have something like a Framework laptop with ARM processor.
Linux support is still in my opinion in its infancy, or may be it's more like a toddler now. I suspect that I have to wait a few years. However, as Windows hardware become more available, I am pretty sure that support will grow and eventually result in linux support from a manufacturer like Tux, or System76.
Hum... No? Apple's laptops could be expandable but it makes them more money to sell RAM and storage for 4x the market costs of standalone components
Even if we did, ARM SoCs make it difficult to support Linux in the same way it would be able to support an x86 machine, because of the lack of ACPI and enumerable buses.
It may be more difficult but not a deal-breaker. Linux has been running on various RISC systems for decades (routers). Also, UEFI implementations for ARM seem to work well enough, I was able to boot and run unmodified Memtestx86 on my Raspberry Pi 400 using U-Boot.
I think the benefits of RISC architectures are huge, especially for an ecosystem where so much has open source code, enabling much easier native compatibility.
Sometimes that difficulty is a moat that never gets crossed, or prevents others from easily improving upon those platforms over time.
My drawers are riddled with ARM SoCs that are essentially garbage because of the work it would take to maintain them is too much for anyone who might be interested in doing so.
Each SoC is essentially their own platform that isn't standardized like PCs are, and that requires a mountain of maintainers to maintain custom toolchains, bootloaders and kernels for each of them.
Whereas with something like a PC, someone can write drivers, mainline them into the kernel and that hardware will essentially work for years without any further maintenance. I can, and have, used x86 hardware from 2006 and can run a generic Linux image on it without an issue. It's nearly impossible to do that with some random ARM SoC that doesn't have a dedicated community, or company, behind it constantly working for free to make sure it continues to work with modern software/kernels throughout the years.
There are ARM SoCs that implement things like SBSA, and thus have UEFI and ACPI support, and thus also have the same benefits PCs enjoy when it comes to running generic and modern Linux images. Those tend to be servers, though, and I've yet to see any consumer facing ARM SoC that implements SBSA.
Without SBSA, replacing PC architecture with custom ARM SoCs in desktops and laptops is several steps backward from the hardware standardization we've enjoyed for decades on x86 PCs.
https://en.wikipedia.org/wiki/Server_Base_System_Architecture
I think the benefits of RISC architectures are huge, especially for an ecosystem where so much has open source code, enabling much easier native compatibility.
What we're seeing with ARM SoCs is a reversion away from open source code and compatibility, especially around boot processes and hardware bootstrapping. Many ARM SoCs have closed source bootloaders, or use MIT-esque bootloader forks that aren't open sourced by the manufacturer, and require closed-sourced blobs to bring up CPUs, GPUs and other peripherals that might have been discovered and brought up using standard protocols, even if they needed closed source firmware.
The end result is that compatibility is negatively affected, as hardware compatibility standards seen in PCs and servers are ignored in favor of just winging it in the cheapest way possible to get ARM SoCs to market as fast as possible.
--
I agree with your points about RISC benefits, and hope to see them improve computing everywhere. I just want them to follow compatibility standards that make writing open source software like Linux as easy, if not easier, as it is for existing PCs.
Well, they struggle slightly with efficiency I suppose. My battery life is "only" 5-6 hours...
(my work-issued MBA M2 is a quite-literal 21 hours)
Thanks for making my point :)
The framework is a fantastic piece of hardware, and I wish it was available in my region.
I will. M1/M2/M3 MacBook Air with Asahi Linux.
Thinkpad X13s would be an alternative, too. But it's too expensive in Europe, for what you get, and MacBook out-of-the-box Linux support will likely be better.
You are going to buy an expensive MacBook to run an unsupported hobby OS in the Alpha stages? It's not even optimized enough to really take advantage of the MX chipsets.
dear clown,
thanks for trying to educate me.
I have a master degree in cyber security from one of the best elite universities on this planet. My last Thinkpad X1 Carbon was more expensive than most macbooks.
I've been working fulltime on linux for more than a decade, and made multiple millions of € of turnover using 100% linux.
so much about my hobby OS that is powering "the internet".
your turn.
Lmao, Torvalds himself uses Asahi Linux on ARM. It is very well adopted. But yes most people use Linux on x86_64.
I hope so, love my M1 and M2 Pro laptops… But the native Arch experience itches me once in a while
Yeah! The Pinebook Pro is really ne-[ sees "workstation" ]
Oh.
I was looking for a Surface Pro 11 with 64 GB RAM but that beast doesn't exist in most markets, in either Snapdragon ARM or Intel Lunar Lake form. So I ended up with this beauty: T14s Gen 6 with the Snapdragon X1E-78, 64 GB RAM, 1 TB SSD, OLED 2880x1800 screen, pretty much the entire options list except for WWAN. The price was around $1500 which is a right freaking steal thanks to some huge Lenovo discounts.
If you don't have drivers or weird programs that are x86 only and you don't mind running Windows 11, then this thing is the non-Apple equivalent of a MacBook Pro, while being lighter than a MacBook Air.
This T14s loadout is the closest to an X1 Carbon running ARM as you can get. Hopefully Lenovo makes an X1C Snapdragon in the future.
ARM in generally seems to end up being for disposable products...
my T430 from 2012 can run the latest linux OS' without issue, and windows 11 with a little persuasion...
a microsoft surface RT from 2012 (arm) can't run anything beyond windows 8.1 and some older linux releases that require "hacking" the device
thanks thats really helpful! i wish there was an x1 nano - or any 12"/11" laptop - with this chip so it would be exclusively my travel laptop to throw in a bag.
Simply such ARM laptops haven't been built on sustainable foundations that can even result in the current models being well supported even if they suddenly became the most popular selling computing device.
To your point: Microsoft's own support for their own RT devices was awful and fizzled.
And it's not like you can just make new OS binaries run like 2012 MACs still running the latest OSX.
The hardware become literal paperweights when they inevitably become unsupported. They become unsupported because so little of the boot processes and drivers are standardized in ways that are supportable across multiple devices and implementations. And all vendors are fighting for their pie and keep their drivers and blobs closed source. There is zero interest in going back to supporting old shipped hardware. You are at the mercy of the hardware vendor to prioritize old hardware over next new incompatible thing or maybe some spectrum hobbyists who are generally more productive on these kinds of things in different socio-economic climates. (If you are reading this, we appreciate you ) PC x86 is riding on the backs of giant standards and efforts for cross vendor compatibility. ARM ecosystem is radically different and x86 alive seems to mean something a lot more specific than ARM.
Best windows laptop on the market is the HP Elitebook x G1a. AMD HX 375. Silent, cool, amazing battery life and multithreading monster.
AMDs always have the issue of losing performance on battery. They run fast on mains power, slower and more efficient on battery.
Snapdragon and Apple Silicon laptops are similar in offering the same level of performance when unplugged and plugged in.
I have no doubt there will be some linux support but for how long? ARM in generally seems to end up being for disposable products...
my T430 from 2012 can run the latest linux OS' without issue, and windows 11 with a little persuasion...
a microsoft surface RT from 2012 (arm) can't run anything beyond windows 8.1 and some older linux releases that require "hacking" the device
I still think the 7x is a better machine....similar specs, cheaper, smaller chassis and probably the best display you can get on a laptop.
Ain't no ThinkPad lol
The Yoga Slim 7x has a very nice OLED touchscreen but there's no 64 GB RAM option.
Can you ELI5- what is the potential downside of ARM if you just run win11 and the "regular" programs that run on it? Why are people very opposed to it?
Currently running an X1C gen 12 but might upgrade next year.
Nothing. Only issue is for gamers or if you need specialty programs that don’t play well with ARM.
Business purchase. Anyway, the LCD non-touch T14s Snapdragon already has the best battery life so far among recent Snapdragon laptops, something crazy like 25 to over 30 hours depending on workload. Adding OLED knocks a few hours off. It's worth it because that screen is so damned good.
The funny thing is that the latest X1 Carbon Lunar Lake model also gets really good battery life for video playback, but it's slower and doesn't last as long when doing actual work.
would never buy an ARM laptop but to each their own, hope you enjoy it!
Hello everybody! I'm very excited about macbooks with M chips. They have very long battery life, they are power efficient. So I started thinking about ARM laptop. Those of you who have arm laptop and especially lenovo thinkpad, could you tell me what doesn't not work, what works poorly (and what's wrong), which distro do you use?
I agree. I have a Thinkpad X13s as well. Bluetooth, webcam, fingerprint scanner, all work. In some distros like openSuse you need a bit of config, then it all works. Ubuntu has done a really good job and the standard ARM install iso works of of the box.
ARM64 (the version that has been around for a few years) is supported on a number of distributions (Arch Linux ARM, Debian ARM, Fedora ARM Edition, Manjaro ARM, Ubuntu ARM Server, and quite a number of others).
The newer Snapdragon versions of ARM -- the versions found in the new "ARM laptops" -- are not yet well supported. Ubuntu, for example, has been working on support, with somewhat mixed results so far: FAQ: Ubuntu 25.04 on Snapdragon X Elite.
I believe that the situation is similar with other distributions at this point. You will have to do some research. My suggestion is to move little by little by slowly at this point.
My best and good luck.
Have you considered a Lunar Lake or Arrow Lake system? Lunar Lake is closest to the ARM by having RAM soldered on-package for the sake of durability and power savings, but at the expense of flexibility. Various reviews indicate that Lunar Lake provide nearly-as-good power efficiency as the M-chips.
The Arrow Lake systems are not quite as efficient, but they are more modular and can have upgradable RAM.
I suggest this because both LL and AL have very good accelerated iGPU performance, robust drivers for Linux, and binary compatibility. ARM systems still have issues with all of these.
I haven't thought about LL or AL. Actually, I know how hot x86_64 processors can be and I don't like the idea of having heater on your knees. That's why I thought about arm laptop. Can LL or AL stay cold on light tasks like chatting, browsing, notes taking?
> Can LL or AL stay cold on light tasks like chatting, browsing, notes taking?
Absolutely. The biggest power draw in these situations will be the screen. I encourage you to look at reviews that show LL systems running over 20 hours on a 65 WHr battery. That's definitely Mac territory.
Man I've been burned consistently by reviews and benchmarks. The people I've talked to in person who have the latest Intel gen are saying the battery life is still garbage.
That said, Ubuntu ARM battery life on my X13s is about comparable to my 12th gen Intel CPU. I think there's still work to do.
The ability to suspend resume is a killer feature. I use that all the time on my arrow lake HX laptops because it maintains whatever I'm working on. From what I've read, that doesn't often work in ARM. Have you have a good experience on this?
What about battery life? The best argument for ARM is, after all, energy efficiency. Does it live up to the expectation regarding power management of the ARM chips with linux?
The thing I don't understand: does an ARM OS on an ARM machine enable you to use any Linux software or do these need to come in a version compiled for ARM?
I run Asahi Linux on a M1 Pro.
Perfect
Careful, newer models have less support (maybe has been fixed…).
even if you get it to run there are fields which are only supported on intel and amd64, for example binary-only-codecs - bad if you have a decades old collection of media.
my household is back on amd64, the only leftover raspberry pis do some logging of environmental data.
It's not a problem for me. Even though, I can covert such media to supported formats e.g. via ffmeg.
I've found that snapdragon x elite support decoding in following formats: H264, VP9, AV1, H265 (link).
Hey guys,
I’m looking to upgrade my laptop and I keep seeing these new Qualcomm ARM processors (like the Snapdragon ones) in some of the latest Windows laptops. Never owned an ARM laptop before, always been on Intel.
From what I read, they’re supposed to have better battery life and run cooler, which sounds great. But then I also see people saying apps don’t always run well, and performance isn’t the same as regular x86 chips.
I don’t do heavy stuff, mostly office work, browsing, YouTube/Netflix, and sometimes light photo/video editing. Maybe casual gaming if it runs.
So yeah, kinda curious:
Would love to hear from someone actually using one, because reviews online are kinda mixed.
Thanks!
I've been using the Microsoft Surface Laptop 7 which comes with the Snapdragon chip (X Elite), for almost a year now. For your use case, it will be perfect. The performance is also really good, flies through everything I use it for. App compatibility is also drastically improving every day. Photoshop and most other Adobe apps are also now natively compatible with Windows on Arm. So just go for it.
+1 just surface pro
How is the battery life and multitasking?
The laptop lasts for about 14 hours which includes a lot of MS Office, Outlook, Power BI, Zoom calls, PDFs, multiple browser tabs, YouTube, etc. Never faced an issue multitasking having all this open. My variant has 16 gigs of RAM.
I bought a Lenovo Slim 7x about 8 months ago and it has been solid. I wouldn't pay more for one than the newer efficient Intel chips (core 2 ultra) but for the price I paid I have no complaints. Screen is arguably the brightest on the market and the battery life is very good (but not exceptional).
How much battery life are you getting (normal usage)?
I mostly use it for web browsing, office, and some YouTube. I'd say I get about 10 hours from a charge.
Typically 12-14 hrs . 90% web browsing and YouTube
I'm using mine for browsing, youtube and some programming (Visual studio / C#). Very happy with it.
I get about 10hours of runtime on battery. The screen is very bright and pretty to look at. It's a Lenovo Yoga Slim 7x (X1E8100 - 32GB).
I would not recommend it if gaming is a must. I also think Linux support is still not quite there yet.
see also r/snapdragon/
whatever Windows on Arm laptops do, Apple silicon MacBooks do it better
Hello everyone, I recently fell in love with ARM powered computers… or at least with the concept.
I mean, I already have a decent PC with enough horsepower to do everything I need, but… it’s just… too bulky, extremely heavy, and I don’t like that, less so now that I’m gonna start studying again.
Now, firstly, I saw MacBooks, and I LOVED the idea, but there’s one very specific hurdle for me…
MacOS.
Yeah yeah, it’s a matter of preference, but I’ve grown using Windows all my life and I don’t wanna run into any “uhhh… how do you do this on Mac?” moments mid-lecture.
And I do art as a hobby, and AFAIK you can’t just draw on a Mac screen directly like you can do with Microsoft Pen Protocol (MPP)-enabled Windows PCs that have touchscreens.
So, here’s my predicament;
I’m looking for a Windows ARM Laptop that has:
That last one I cannot do without. I don’t care if I shoot myself on the leg performance-wise temporarily, if I need to drag the battery life to its absolute limit during an emergency (such as an outage), I need to be able to. That’s sadly somewhat common around here.
Now, I wanna know if there are any laptops that fit this criteria or if I should start working out my back muscles to carry my regular laptop…
Any recommendations appreciated!
Lenovo Slim 7x comes to mind as it ticks most of the boxes. Only downside would be the missing USB-A port (only 3 USB-C ports). I don't own one myself so only second-hand knowledge, but given a variety of reviews it is a very decent laptop with very good battery life on "Balanced" mode. I'd check it out if I were you.
Just Josh reviewed it here:
Yoga Slim 7x Review: What You Need to Know!
Bear in mind that it has a mechanical trackpad (Macs and Surface Laptop 7 have a haptic one which seems to be better).
Good luck!
I see…
USB A is a must for me, given I don’t wanna carry USB hubs as I’m forgetful… I’ll still check it out though.
Also, I didn’t even know haptic trackpads existed. All my life I’ve been using mechanical ones, so not something to worry there lol
a little USB-A to USB-C adapter is like $4. I think you can get some that loop onto your keychain.
my gut is that insisting on built-in USB-A is going to immediately cut out a lot of the natural benefits of ARM (slim & light)
As a slim 7x owner i can't recommend it simply for the terrible driver support from Lenovo. While all other Snapdragon laptops get regular driver updates the lenovo has had 1 in a year.
Not true Lenovo system updates come with Windows Update. I also own a 7x and had plenty of Lenovo updates.
Based on your use cases, I would recommend the Surface Laptop 7, 13 or 15 inch. It ticks all your requirements and the only thing is, games can be a problem on ARM. Removing games from the equation, it does everything else so perfectly and smoothly. The battery on my SL7 is fantastic, I have zero issues with it. I run MS Office apps all the time, accompanied by Edge and Chrome, YTM running in the background, some graph plotting software, and occasionally Adobe Illustrator, Photoshop, and Nord VPN. Have experienced zero issues with all the apps running at same time.
With just office apps/non-demanding ones, you will easily get 12+ hours of usage or even more. I occasionally put the machine in Energy Saver mode (reduces the brightness a bit. and most importantly runs efficiently, but you dont feel any lag, like zero lag), and it can extend the battery a bit more too. I use the 15 inch version, but on 13 inch with X-Plus variant, you can squeeze more battery life out for non demanding tasks.
Also, if you use the haptic touchpad, you might not go back to mechanical ones.
I see… this one sounds very interesting, but that aside— Edge + Chrome combo…?
Why?
I am an academician, I read a lot of articles (mostly pdf files), and Edge seems to be taking less RAM compared to Chrome for that purposes. I still use Chrome because my Pixel device runs on Chrome, so it is quite easy to check history and open tabs from multiple devices. Edge seems a bit buggy on phone. I am totally ok with this combo too.
I know this is the snapdragon sub, but have you considered Intel LNL? Battery life is competitive, and compatibility won't be an issue. So if you ever branch out to games other than roblox, you'll be alright.
Yoga 7x would be best for you.
No MPP 💔 otherwise would be perfect, but for the form factors I’ve been seeing be tossed around, seems like I’ll have to part ways with MPP for now…
Im from a Dell Inspiron (3x), iMAC “27, Macbook Air, and a Macbook pro (intel and M-arm). Im really enjoying the Samsung 16” that I have now. it gets the exclusive 4.2GHz core boost on a nice AMOLED display. So far so good for me. But I will warn I dont play much games (neither did I on Apple)
I do like running those Geekbench numbers because until M4 it was really nice against the M3pro - thats said I picked this for the long and will keep using it as the Arm windows ecosystem continues to take hold
The M1 MacBook Pro followed by the M! MacBook Air. The latter is fanless and sips battery power.
Probably MacBook Pro.
This. Apple's new M1 chip beats the pants off everything else on the market.
Still waiting for linux distro.
Dunno if it’s the best but the Pinebook pro is pretty mint
best laptops with ARM processors
Key Considerations for Laptops with ARM Processors:
Performance: ARM processors, like Apple's M1 and M2 chips, offer impressive performance, especially for tasks like video editing and software development. Look for benchmarks that compare performance to traditional x86 processors.
Battery Life: ARM laptops typically have excellent battery efficiency. Many models can last over 15 hours on a single charge, making them ideal for portability.
Software Compatibility: Ensure that the applications you need are compatible with ARM architecture. While many popular applications have been optimized, some legacy software may not run as smoothly.
Operating System: Most ARM laptops run Windows or macOS. Windows on ARM has improved significantly, but check for any limitations with specific software.
Price and Build Quality: Consider your budget and the build quality of the laptop. Premium models often come with better materials and displays.
Recommendations:
Apple MacBook Air (M1/M2): Known for its exceptional performance, long battery life (up to 18 hours), and lightweight design. Ideal for creative professionals and everyday users.
Microsoft Surface Pro X: A versatile 2-in-1 device with a sleek design, good battery life, and a high-resolution display. It’s great for those who need a portable device for productivity.
Lenovo Flex 5G: This laptop offers 5G connectivity, long battery life, and a flexible design. It's suitable for users who need constant connectivity and versatility.
Samsung Galaxy Book S: A lightweight option with a stunning display and solid performance, perfect for casual users and those who prioritize portability.
When choosing an ARM laptop, consider your specific use case and ensure that the device meets your performance and software needs.
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