It appears Microsoft has quietly solved this problem by discontinuing the 256GB versions of the 13.8-inch Surface Laptop 7 and the 13-inch Surface Pro 11. Microsoft's retail pages for both devices list only 512GB and 1TB configurations, with regular prices starting at $1,199. Though not technically a price hike—the 512GB versions of both devices also cost $1,199 before—it does amount to an effective price increase for last year's Surface hardware, especially given that both devices have user-replaceable storage that can easily be upgraded for less than the $200 that Microsoft charged for the 256GB-to-512GB upgrade.
The upshot is that the new Surface PCs make more sense now than they did on Tuesday in relative terms, but it's only because you'll pay more to buy a Surface Pro 11 or Surface Laptop 7 than you would before. The 15-inch version of the Surface Laptop 7 still lists a 256GB configuration and a $1,299 starting price, but the 256GB models are currently out of stock.
Microsoft is releasing a pair of new Surface devices today, both models that undercut last year's Surface Laptop and Surface Pro on price but also take a pretty big step down in specs. One of the devices is a new 12-inch Surface Pro tablet, which we've covered in more detail here. The other is a new 13-inch Surface Laptop, whose specs and price straddle the narrow gap between the current seventh-generation Surface Laptop and the original price of the aging Surface Laptop Go 3.
The new Surface Laptop starts at $899, and preorders open today. It will be available on May 20.
The new laptop shares many specs in common with last year’s entry-level seventh-generation Surface Laptop, including an Arm-based Qualcomm Snapdragon X Plus processor, 16GB of RAM, and support for Windows 11’s expanded Copilot+ capabilities. It’s also smaller and lighter than the 13.8-inch Surface Laptop. But the CPU has eight cores instead of 10 or 12, the screen is smaller and lower resolution, and you’re more limited in your upgrade options; we’ve outlined the key differences in the table below.
AMD sees the AI inference shift as a chance to grab market share from Nvidia.
AI inference will move from data centers to edge devices, like smartphones, AMD's CTO says.
Mark Papermaster expects an AI 'killer app' in the next three to six years.
The lion's share of artificial intelligence workloads moving from training to inference is great news for AMD, its CTO said.
AI training workloads — the ones that make up the gargantuan task of building large language models, imbuing them with a familiar writing or speaking style, and knowledge — used to be most of what AI computing was used for. Inference is the computing process that happens when AI generates outputs like answering questions or creating images.
It's hard to pin down exactly when the switch happened — probably some time last year. But inference is now and will likely stay the largest segment of accelerated computing going forward. Since then, AMD executives have been hyping up a window of opportunity to wrest market share from Nvidia.
"People like the work that we've done in inference," CEO Lisa Su said on the company's February earnings call.
AI at scale is all about inference.
If you ask Mark Papermaster, AMD's Chief Technology Officer, where it all goes from there, he'll tell you that as inference grows, it's headed for the edge.
"Edge devices" are the industry term for computers that live outside the data center. Our phones and laptops all qualify, but so could smart traffic lights or sensors in factories. Papermaster's job is to make sure AMD is headed in the right direction to meet the demand for AI computing across devices as it grows.
AMD has had to play catch-up in the data center since Nvidia's 10-year head start. But at the edge? The field is more open.
Business Insider asked Papermaster what he thinks the future of handheld AI looks like.
This Q&A has been edited for clarity and length.
What's the most prominent use for AI computing in edge devices like laptops and phones?
The use case you're starting to see is local, immediate, low-latency content creation.
Why do we use PCs? We use them to communicate, and we use them to create content. As you and I are talking — this is a Microsoft Teams event — AI is running underneath this. I could have a correction on it such that if I look side to side, you just see me centered. That's an option. I can hit automatic translation — you could be in Saudi Arabia and not speak any English, and we could have simultaneous translation once these things become truly embedded and operational, which is imminent.
It's truly amazing what's coming because just locally on your PC, you'll be able to verbally describe: 'Hey, I'm building a PowerPoint. I need this. I need these features. I'm running Adobe. This is what I want.'
Today, I've got to go back to the cloud. I've got to run the big, heavy compute. It's more expensive and it takes more time.
That's the immediate example that's front and center, and this is why we've invested heavily in AI PCs. That's imminent from Microsoft and others in the next six months.
The other application that we're already seeing is autonomous anything. It starts with cars, but it's way beyond cars. It's the autonomous factory floor.
OK, say it's 2030 — how much inference is done at the edge?
Over time, it'll be a majority. I can't say when the switch over is because it's driven by the applications — the development of the killer apps that can run on edge devices. We're just seeing the tip of the spear now, but I think this moves rapidly.
You might consider phones as an analogy. Those phones were just a nice assist until the App Store came out and made it really easy to create a ton of applications on your phone.
Now, things that used to always be done with more performant computing could be done more locally. Things that were done in the cloud could be done locally. As we start to get killer applications, we're going to start to see that shift go very rapidly. So it's in the next three to six years, no doubt.
I keep running into examples that suggest the way models are getting better is to just keep piling on more inference compute.
How do you know that three years from now, there's not going to be some breakthrough that makes all these devices being designed now completely out of date?
Everything you're describing is to gain even more capability and accuracy. It doesn't mean that what we have is not useful. It's just going to be constantly improving, and the improvement goes into two vectors.
One vector is becoming more accurate. It can do more things, and typically drives more compute. There's an equal vector that runs in parallel, saying, 'How could I be more optimized?'
I call it the DeepSeek moment. It sort of shook the world. Now you have everybody — Microsoft, Meta, Google — making their models more efficient. So you have both examples where it's taking more and more compute and examples where there's innovation driving more and more efficiency. That's not going to change.
Framework is opening US preorders for its new Laptop 12 today, a couple of months after announcing the system at an event in February. Framework's DIY edition of the laptop, which is missing RAM, an SSD, a USB-C charger, and an OS and requires some assembly, will start at $549. A fully assembled pre-built version with 8GB of RAM, a 500GB SSD, a 60 W charger, and Windows 11 Home starts at $799.
All preorders placed on Framework's site require a $100 deposit, and almost all configurations begin shipping in July. A first batch of systems is slated to ship in June, but this requires a $250 donation to Hack Club; Framework says the donation will be used to buy Framework 12 laptops for high school students.
The Laptop 12 was built to be a more budget-friendly system, which is reflected in its specs, screen size, and its mostly plastic construction. But like the Laptop 13, the Laptop 12 prioritizes upgradeability and repairability and retains the USB-C-based Expansion Card system that was the Laptop 13's biggest innovation when it was introduced. Each Laptop 12 has four Expansion Card bays plus a headphone jack, allowing the installation of USB-C, USB-A, DisplayPort, and HDMI ports, as well as the other Expansion Cards Framework offers.
While the excitement around 2-in-1 systems has cooled a bit over the years, they’re still useful solutions for anyone who wants a device that can act as both a tablet and a traditional laptop. In tablet mode, they’re handy for jotting down notes and drawing pictures, and in their full laptop configurations, they can let you manage e-mail and write as you would with a traditional notebook. Whether you’re a student, creative or just want a more flexible setup, a 2-in-1 solution gives you the best of both worlds without having to carry multiple devices.
We've tested and reviewed some of the top 2-in-1 options out there from brands like HP, Microsoft, Samsung and Apple. Whether you’re looking for a Windows PC that can occasionally act like a tablet, or traditional slates that can be empowered with keyboard accessories, we’ve rounded up the best models to consider.
Factors to consider before buying a 2-in-1 laptop
When you’re shopping for a 2-in-1 system, there are some basic criteria to keep in mind. First off, consider the type of machine you’re looking for. Do you want something that can look like a traditional Windows laptop, but also has a screen that can twist into different orientations? (We often call these convertibles.) Or do you want a standalone tablet that works with a separate keyboard attachment? Tablet setups are typically lighter, but they’re often harder to use on your lap since they rely on kickstands or awkward cases.
Also, while some 2-in-1s offer built-in LTE or 5G connectivity, not everyone will want to pay the premium for it. An integrated cellular radio makes checking emails or replying to messages on the go far more convenient. But it also often costs more — and that’s on top of what you’ll pay for data. And as for 5G, you can hold off on it unless you live within range of a mmWave beacon. Coverage is still spotty and existing nationwide networks use the slower sub-6 technology that’s barely faster than LTE. For now, tethering a PC to your phone is still the best way to get online.
When it comes to tablet keyboards, you’ll also have to make peace with the fact that they’ll never feel as responsive as full-fledged laptop options. Their keys are shallower, and their layouts are often a bit different than typical PCs. Again, there’s a cost for portability.
Sometimes, getting a third-party tablet keyboard might be just as good, and they’re often cheaper than first-party offerings. If you’re looking to save some money, Logitech’s Slim Folio is an affordable option for iPads, and if you don’t need your keyboard to attach to your tablet, Logitech’s K780 Multi-Device wireless keyboard is also a good pick.
While we’ve typically made sure to include a budget 2-in-1 in previous years, this time there isn’t a great choice. We would usually pick a Surface Go, but the latest model is still too expensive. Other alternatives, like cheaper Android tablets, are underpowered and don’t offer a great multitasking interface. If you want something around $500 that’s thin, lightweight and long-lasting, you’re better off this year looking at a traditional laptop (like those on our best budget PCs list). Alternatively, you might consider one of our top picks for the best Chromebooks, either as a back-to-school option or for basic tasks.
Best 2-in-1 laptops
Recent updates
February 2025: We’ve retitled this guide to “Best 2-in-1 laptops and tablets” to be more accurate, and we’ve also updated the introduction and “Factors to consider” section to refer to convertible laptops and detachable tablet options.
June 2024: We updated our top picks to include the Microsoft Surface Pro Copilot+ edition.
Nathan Ingraham contributed to this report.
This article originally appeared on Engadget at https://www.engadget.com/computing/laptops/best-2-in-1-laptops-173038508.html?src=rss
The original Framework Laptop’s sales pitch was that it wanted to bring some of the modularity and repairability of the desktop PC ecosystem to a functional, thin-and-light laptop. For nearly half a decade, the company has made good on that promise with multiple motherboard upgrades and other tweaks for the original 13-inch Framework Laptop; with the Framework Laptop 16 and Laptop 12, the company has tried to bring the same ethos to gaming/workstation laptops and budget PCs for students.
One of Framework's announcements today was for the company's first desktop PC. Unsurprisingly dubbed the Framework Desktop, it's aimed less at the general-purpose PC crowd and more at people who want the smallest, most powerful desktop they can build and will pay extra money to get it. Pre-orders for this system start today, and Framework says it should ship in Q3 of 2025.
Here was my first question: What does a company trying to build a more desktop-like laptop have to bring to the desktop ecosystem, where things are already standardized, upgradeable, and repairable?
Framework has been selling and upgrading the upgrade-and-repair-friendly Framework Laptop 13 for nearly four years now, and in early 2024 it announced a larger, more powerful Framework Laptop 16. At a product event today, the company showed off what it called "an early preview" of its third laptop design, the convertible, budget-focused Framework Laptop 12.
This addition to Framework's lineup centers on a 12.2-inch, 1920×1200 convertible touchscreen that flips around to the back with a flexible hinge, a la Lenovo's long-running Yoga design. Framework CEO Nirav Patel said it had originally designed the systems with "students in mind," and to that end it comes in five colors and uses a two-tone plastic body with an internal metal frame rather than the mostly aluminum exterior Framework has used for the 13 and 16. Framework will also sell the laptop with an optional stylus.
For better or worse, the Framework Laptop 12 appears to be its own separate system, with motherboards, accessories, and a refresh schedule distinct from the 13-inch laptop. While the Laptop 13 already offers first-generation Intel Core Ultra-based and (as of today) AMD Ryzen AI 300-based processors, the first Framework Laptop 12 motherboard is going to use Intel's 13th-generation Core i3 and i5 processors, originally launched back in late 2022. Despite the age of these chips, Framework claims the laptop will be "unusually powerful for its class."
We've covered the Framework Laptop 13 primarily as a consumer Windows laptop, reviewing versions with multiple Intel and AMD processors. But the system's modular nature makes it possible to expand it beyond Windows PC hardware, as we've seen with experiments like the (now-discontinued) Chromebook Edition of the laptop.
Today Framework is expanding to something even more experimental: a DeepComputing RISC-V Mainboard targeted primarily at developers. RISC-V is a fully open source and royalty-free instruction set, making it possible for anyone to adopt and use it without having to license it (unlike x86, which is a maze of cross-licensed Intel and AMD technologies that other companies can't really buy into; or Arm, which is licensed by the company of the same name).
First announced in June 2024, the board is available to order today for $199. The board is designed to fit in a Framework Laptop 13 chassis, which means that people who would prefer a desktop can also put it into the $39 Cooler Master Mainboard Case that Framework offers.
Microsoft switched the Surface Pro tablet and both sizes of Surface Laptop from Intel and AMD's processors to Qualcomm's Arm-based processors last summer, part of a renewed hardware and software push to make the Arm version of Windows a thing. That ended a few years of a bifurcated approach, where the Intel and AMD versions of Surface PCs were the "main" versions and the Arm variants felt more like proof-of-concept side projects.
The refresh includes a new Surface Pro tablet and both 13- and 15-inch versions of the Surface Laptop, updated with most of the same design tweaks that the Qualcomm versions of the devices got last year (for example, a slightly larger 13.8-inch screen on the smaller version of the Surface Laptop, up from 13.5 inches). Generally, they have similar dimensions, weights, and configuration options as their Arm counterparts, including an OLED display option for the Surface Pro.
At an event in New York City on Thursday, Microsoft unveiled two additions to the Surface line of PCs. The new Surface Pro and Surface Laptop both arrive with Copilot+ PC certification. Announced in May 2024, the program aims to identify business-focused devices that are designed specifically for the company’s AI platform, Copilot. It’s a […]
Fresh off of its worst year since going public in 1971, Intel is announcing new chips at CES 2025 that it hopes will turn its fortunes around. The product announcement is Intel’s largest since the company’s board of directors forced out CEO Pat Gelsinger. That’s not the only reason stakes are high. Intel’s 13th- and […]
