Inside Amazon’s headquarters in Seattle. (GeekWire Photo / Taylor Soper)
Amazon is doubling down on OpenAI, announcing a strategic partnership Friday that includes a $50 billion investment in the ChatGPT maker.
The companies said Amazon will start with $15 billion, with $35 billion more expected “in the coming months when certain conditions are met.” The investment is part of a broader $110 billion funding round for OpenAI that includes SoftBank and NVIDIA, and brings the company’s pre-money valuation to a whopping $730 billion.
OpenAI and AWS are also deepening their technical ties, expanding an existing $38 billion multi-year agreement by $100 billion over eight years. OpenAI will run more of its AI workloads on AWS, including a commitment to consume 2 gigawatts’ worth of capacity on Trainium — Amazon’s in-house chips built to train and run AI models — to support new OpenAI tools and other computing.
“Combining OpenAI’s models with Amazon’s infrastructure and global reach helps us put powerful AI into the hands of businesses and users at real scale,” OpenAI CEO Sam Altman said in a statement.
The news marks a push to make AWS a go-to place to build and run OpenAI-powered software, as Amazon, Microsoft, and Google battle for AI customers and the computing work that comes with them. It also gives AWS a high-profile customer for Trainium at enormous scale.
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“We think they’ll be one of the big winners in AI, we can help them grow, and we believe we’ll earn a strong return for Amazon over the long term,” Amazon CEO Andy Jassy wrote on LinkedIn.
Analysts with William Blair called the deal a clear positive for AWS, estimating the added $100 billion in OpenAI usage over eight years could work out to roughly $17 billion a year in revenue if spending is spread evenly — about 11% of AWS’s expected 2026 revenue, based on consensus forecasts. They also said OpenAI’s plan to use huge amounts of Trainium is a meaningful endorsement as AWS tries to prove it can win the biggest AI workloads.
Microsoft, a longtime partner and key cloud provider to OpenAI, issued a statement Friday emphasizing that the OpenAI-Microsoft relationship remains intact. “Nothing about today’s announcements in any way changes the terms of the Microsoft and OpenAI relationship that have been previously shared in our joint blog in October 2025,” the company wrote.
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The Redmond tech giant added that its commercial and revenue-sharing relationship with OpenAI “remains unchanged,” and noted that it has “always included sharing revenue from partnerships between OpenAI and other cloud providers.”
Microsoft also reiterated that Azure remains the exclusive cloud provider of “stateless OpenAI APIs,” and said that any stateless API calls to OpenAI models that result from collaborations with third parties — “including Amazon” — would be hosted on Azure.
In basic terms, the “stateless” calls that Microsoft retains exclusivity over are simple, one-and-done AI requests: ask a question, get an answer. The “stateful” environment that Amazon is building on AWS is where companies run AI systems that remember context, work on complex tasks over time, and coordinate with each other. This is territory where Microsoft also operates through its own Copilot products and Azure OpenAI Service, but where Amazon is now staking a major claim, as well.
Other key details from Amazon and OpenAI’s expanded partnership:
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AWS and OpenAI said they will co-create a “Stateful Runtime Environment” powered by OpenAI models, offered through Amazon Bedrock, so customers can build AI applications and agents “at production scale.”
AWS will be the “exclusive third-party cloud distribution provider” for OpenAI Frontier, an enterprise platform for building and managing teams of AI agents with shared context, governance, and security. Microsoft says Frontier will continue to be hosted on Azure.
Amazon and OpenAI will collaborate to develop “customized models” to power Amazon’s own customer-facing applications.
As GeekWire previously reported, Amazon was actually OpenAI’s first cloud partner — providing computing resources at the lab’s founding in 2015, before Microsoft swooped in and built the partnership that defined the generative AI era.
Now, a decade later, the company that OpenAI once left because Amazon was being petty about terms and conditions is writing a $50 billion check to get back in.
Most people have by now accumulated a collection of USB drives over the years. However, no digital storage medium lasts forever. Once a USB drive is three to five years old, it is a mature drive, and it should be put to use for less intensive tasks after it ages out of that band. The total lifespan of a USB flash drive is about a decade. Of course, there are gradients of quality to consider.
An expensive, ruggedized SSD is likely to use higher-quality flash memory than a thumb drive from the bargain bin at Walgreens and should last far longer before experiencing any issues. But many people still hold onto flash memory well beyond its prime, regardless of quality. Even tech aficionados aren’t immune. There may be many reasons why you can’t bring yourself to part with your old jump drives, portable hard drives, and SSDs, but you should be aware that they are no longer safe to use for certain purposes.
There are a number of things you should never trust an old USB drive to handle; instead, use a new, fast, and reliable USB-C flash drive or SSD. That ancient USB drive you stored your old tax records on and left in a drawer? It might already have corrupted those crucial documents beyond recovery. The SSD with that video of your firstborn child’s first steps? The passage of time will render both the video and its subject unrecognizable. So, here are five ways we would never reuse old USB drives and why you shouldn’t, either.
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Never use old USB flash sticks to store important data
Max Miller/SlashGear
You should, in general, abstain from keeping only a single copy of your important data regardless of where it’s stored, but that advice is even more important in the context of an old USB storage drive. Even a brand new, top-of-the-line SSD can potentially fail or become corrupted, but the odds of failure increase dramatically as a storage drive ages. The older a drive is, the more write cycles (files stored and deleted) it is likely to have endured. You can think of this like wear and tear. The more write cycles, the greater the potential for instability. Files like your wedding album or important tax documents should never live on a flash drive alone. You should always make sure they’re stored in at least one other place.
Redundant copies may require a bit of extra work, but if one of your storage solutions suffers an outage or gets lost, you’ll be grateful you spent a few minutes copying your irreplaceable data. However, you should also be aware of the trade-off between preservation and security. For data that’s valuable to you but not sensitive (for instance, that wedding album), it can be a good idea to keep three copies: one on your computer or phone, one on an external drive, and one in the cloud using a service like Dropbox or Google Drive. However, if the data is sensitive (for instance, a passport, ID, or financial data), you may want to eschew the cloud in favor of physical drives you can keep an eye on personally.
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Never use old USB drives for long-term storage
Bin Kontan/Getty Images
Along the same lines, you should never use an old flash drive or hard drive for long-term data archival. On average, the lifespan of an HDD is about three to five years, while that of a flash storage device is about the same. That’s because flash storage of the kind used in thumb drives, SSDs, SD cards, and so on stores data by holding a small electrical charge in the transistors. Since all computers rely on binary code — ones and zeros — the relative positions of the trapped electrons are what tell a computer whether it should read a one or a zero. The electrons remain trapped regardless of whether the drive has external power, but no charge can hold forever. Over time, some of those cells lose their electron memory, which can lead to data corruption. This is often referred to as bit rot or data rot.
A drive that is already experiencing degradation or data rot will lose data more quickly when it is not connected to a computer. Immediately after writing a file, that file will be accessible. But stick the USB drive in a drawer for a few weeks, and you may find that same file unrecoverable when you plug it back into your computer. So, if you were planning to store your critical documents or media on an ancient USB drive and throw that drive in the safe, you’re much better off copying them onto a brand new storage device instead. Even so, you should still make sure the drive works by checking it every so often and replacing it every three years at a minimum.
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Don’t live boot an operating system from an old USB
Max Miller/SlashGear
One of the niftiest uses for a USB drive is live booting an operating system. Every computer stores its operating system on a storage drive, which means you can BYOOS — bring your own operating system — by writing it to a flash drive or SSD and plugging that storage device into an existing computer. You can then turn nearly any computer you come across into “your” computer by booting the OS off of your USB drive. This is also a handy method for testing whether a PC is functional, repairing an OS installation, or quickly installing your OS of choice on a new PC. A drive with a bootable operating system installed on it is referred to as a “live USB.”
However, it’s a bad idea to use an old USB drive for live booting, especially if you rely on it as your main computing environment. This is because of the same issues we discussed above. Whether you’re storing files or booting an OS, older USB drives are prone to data rot. Your entire OS could become corrupted without warning. But you’ll also run into another issue: storage speed.
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USB 3.0 SuperSpeed at its base data transfer rate of 5 Gbps can create a bit of a bottleneck when live booting on newer hardware, but many old USB drives use even older USB 2.0 specifications that will significantly slow performance. Lastly, old USBs tend to have smaller storage sizes — often less than 1 GB if they were released much more than a decade ago. Depending on the operating system, you might be able to scoot by with 8 GB, but 16 is really preferred in order to ensure you have some storage headroom for optimal performance.
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Live file editing is a job for newer SSDs
Max Miller/SlashGear
If you’re often working with files, such as editing documents across multiple computers or editing video shot with a professional-grade camera, you may be accustomed to live file editing from a USB drive. That means you’re editing the files while they’re still stored on the drive without first moving them onto your computer. However, live file editing is an easy way to stress out your USB drive, and you should therefore abstain from using an old drive for that purpose.
A few edits on a Word document may not be too problematic, but over time, the risk compounds. It’s a bit like going outside without sunscreen, in that the more you do it, the bigger the risk you run. One reason you shouldn’t buy used USB drives is that you don’t know how heavily they were used.
Video editors in particular may choose to live edit from a USB drive for two reasons. First, video files are often extremely large, so there isn’t enough space on the computer’s internal drive for multiple projects. Second, video editing wears out a drive more quickly than editing lightweight files, so using external SSDs prevents the internal drive from wearing out. These are valid justifications, but only when editing from newer drives. When you’re using an old USB drive that may already be nearing the end of its lifespan, heavy write cycles from video editing could be the nail in its coffin.
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Don’t use old USB drives for console or PC storage
Max Miller/SlashGear
It’s tempting to give an old USB drive a second life as extra storage for your computer or gaming console, especially if it’s a high-quality drive that you can’t bring yourself to part with. However, it is a bad idea to do so for many of the same reasons we’ve discussed in other contexts. Old USB storage devices are more likely to fail, and they are more likely to use older, slower standards that will become major bottlenecks in your workflow. But there are other issues with using an old USB thumb drive or SSD as a working drive.
For flash drives in particular, which are designed for quick file transfers and semi-infrequent use, you are upping the chances of failure when you leave them plugged into a computer for days, let alone months or years. Voltage issues and overheating can happen when a flash drive is used as long-term computer or console storage, and that’s all the more true the older your drive is. Constant writes cause flash memory to heat up, which is why so many professional-grade portable SSDs include a heat sink. High-intensity tasks like video game storage put even more stress on a drive.
SSDs can often be used as computer or console storage, provided they are using a newer generation of USB — preferably at least USB 3.2 Gen 2 for 10 gigabits per second (Gbps) transfer speeds on modern hardware while maintaining broad compatibility. Older SSDs should be used with caution, and you should make sure there is an intact heat sink attached. Test it using a benchmarking suite like CrystalDiskMark on Windows before use, and don’t rely on it for intensive tasks if possible.
The portable USB dongle DAC market is no longer niche. It is overflowing with options and not in a good way. There are dozens of sub-$200 models promising better sound than your phone or laptop, and most of them look nearly identical on paper. More power. Smaller chassis. Higher sample rate support. Rinse and repeat. Differentiation in 2026 isn’t easy. That’s the reality facing the new iFi GO link 2.
When you strip away the marketing copy, what matters with any dongle DAC comes down to practical questions: How portable is it really? Does it deliver enough output for demanding headphones or just efficient IEMs? What Hi-Res formats are supported — and do you even need them? Does it drain your phone’s battery? Do you need Bluetooth with aptX Lossless or LDAC, or is a wired-only solution the smarter move?
The iFi GO link 2 enters that conversation at $59, which replaces the previous iFi GO link (2023 model) that we quite liked from our testing for the same price. Although the $79 iFi GO link MAX (2025 model) adds a 4.4mm input, the GO link 2 is positioned as a wired, ultra-portable upgrade for listeners who want better sound from their smartphone, tablet or laptop without any bulk. In a segment this crowded, clarity of purpose matters. Most dongle DACs will outperform the internal audio circuitry in a smartphone or tablet, but being physically tethered to a small device that hangs off your charging port isn’t always the most elegant or practical solution.
iFi GO link 2 Key Features
The GO link 2 is built around an ESS Sabre DAC chipset with support for PCM up to 384kHz and native DSD256, ensuring compatibility with high-resolution downloads and major streaming platforms. It is a fully wired USB-C dongle DAC with no internal battery and no Bluetooth functionality. Power is drawn directly from the connected source device, whether that’s a smartphone, tablet, or laptop.
The iFi GO link 2 features a 3.5mm S-Balanced headphone output. Rated output is ≥1.59V/79mW into 32Ω and ≥2.0V/14mW into 300Ω, with an output impedance below 0.4Ω. That level of voltage and current is well suited to efficient IEMs and most portable headphones, while the low output impedance helps maintain stable frequency response with sensitive multi-driver earphones. iFi’s S-Balanced design applies balanced circuit principles to a single-ended 3.5mm output to reduce channel crosstalk, though it is not a true balanced configuration.
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According to the published specifications, the GO link 2 offers a dynamic range of ≥125dBA, signal-to-noise ratio of ≥125dBA, THD+N of ≤0.0015% (at 1.27V into 32Ω), and a frequency response of 10Hz-80kHz (-0.5dB). These figures place it squarely within the competitive range for sub-$100 USB dongle DACs and suggest low distortion and wide bandwidth performance within its intended use case.
Power consumption is rated at approximately 0.2W with no signal and up to roughly 1W at maximum signal, meaning it will draw modest but noticeable battery power from a connected mobile device. Physically, the unit measures 137 x 12 x 7.6mm (5.4 x 0.47 x 0.31 inches) and weighs just 7.8g (0.30oz). Its compact dimensions and minimal weight make it one of the smallest DACs in its category, designed to remain unobtrusive when connected to a phone or laptop.
The GO link 2 is the first model in the series to support the iFi Nexis app, allowing over-the-air firmware updates and access to two selectable digital filters (Hybrid and Linear). App-based features, including firmware updates and filter selection, are currently exclusive to Android devices. There is no word yet on when it will be available for Apple OS or iOS.
100mW @ 32Ω; 2V @ 300Ω via 3.5mm 241mW @ 32Ω; 4V @ 300Ω via 4.4mm
SNR
≥125dBA (2.05V)
≥125dBA (2.05V)
≥125dBA via 3.5mm ≥130dBA via 4.4mm
THD+N
≤0.004% (1.27V @ 32Ω)
≤0.0015% (1.27V @ 32Ω)
≤0.0015% @ 32Ω 1.27V via 3.5mm ≤0.0016% @ 32Ω 2.4V via 4.4mm
Nexis App Support
–
Yes
–
iFi GO link 2
The Bottom Line
The iFi GO link 2 is a focused, wired-only USB dongle DAC for listeners who simply want better sound than their phone or laptop’s internal audio without adding bulk, batteries, or wireless complexity. It supports PCM up to 384kHz and DSD256, offers a low output impedance suitable for sensitive IEMs, and keeps power draw modest. Its S-Balanced 3.5mm output and Android app support for firmware updates and filter selection add some differentiation in a crowded sub-$100 category. What makes it stand out isn’t feature overload — it’s size, simplicity, and a clean wired signal path in an extremely lightweight form factor.
What it lacks is just as clear. There’s no Bluetooth, no LDAC or aptX Lossless, no balanced 4.4mm output, and limited power for demanding headphones. If you want wireless flexibility and broader codec support, the iFi GO Blu Air makes more sense. The GO link 2 is for wired-first listeners using efficient headphones or IEMs who value portability and straightforward Hi-Res decoding over extra features.
Apple is reportedly working on a gigantic iPad Fold, but if it launches at all, it won’t be until the end of the 2020s.
What a large folding iPad could look like – Image Credit: AppleInsider
Backing up some previous claims that Apple is planning a foldable iPad, and others that it has been delayed until 2029, Bloomberg’s “Power On”newsletter adds that it might never be released. Once again repeating previous claims, the new report says that development of the iPad Fold has hit problems. Those reportedly include design issues to do with the simple practicality of how a user might type on one. Continue Reading on AppleInsider | Discuss on our Forums
When Billet Labs began on this project, they faced an unexpected challenge: transforming a Victorian-era antique into a functional living room display. When fully loaded with water, the finished creation weighs a massive 99 kilograms (218 pounds), combining the elegance of ancient heating technology with some seriously modern components, and its background as a Victorian radiator just adds to its charm.
The empty radiator weighs only 50 kilos, but when coolant and other components are added, the weight rises to well over 100 kilograms. What’s really surprising is how well its large thermal mass works; 18 liters of water and a pile of iron simply soak up heat spikes, keeping the device going even when you leave the PC on for hours.
Now the team needed to figure out how to fit all of the components underneath the radiator in a custom base, so they 3D scanned the radiator’s bottom, created a custom tray in Blender and Fusion, and printed the whole thing. The best aspect is that you’d never know it was there; there are no visible brackets or evident attachments from the outside.
The system is powered by a Gigabyte Aorus Pro B850I motherboard and an AMD Ryzen 9 9800X3D processor, which is an amazing monster. The NVIDIA RTX 5080 graphics card is water-cooled using an Alphacool block. It also includes a solid 32GB of RAM and a 2TB HDD, while a compact 600W Flex ATX Platinum modular power supply powers it all. The cooling system uses a single loop around the radiator, with copper pipes connecting to brass rotary and compression connections, a DDC pump handling circulation, and three thin 120mm fans keeping things nice and cold. There is also a 0.1mm mesh filter and a magnetic one to trap any dust or rust particles that may get in the way.
Cleaning proved to be a challenge, as the crew discovered the hard way that rust particles may cause serious problems, clogging up the pump and creating air bubbles that refused to clear. So they decided to thoroughly clean everything with citric acid solutions, water, and detergent, followed by a rust inhibitor to keep everything safe. As a nice touch, the loop has separate valves and drain ports, allowing you to flush the radiator and computer portions separately without having to move the entire assembly, and there are even hoses for remote maintenance if you need to get below it without moving the heavy assembly.
A custom loom with silicon cables and good old-fashioned harness tape keeps the wiring neat and tidy. The pump is connected to a motherboard fan header, and they even found an old brass gear lever on eBay to use as the power button, which has a micro switch for a clean momentary action.
As for the cosmetic elements, the entire thing has been decked up with polished copper pipes, refinished fittings, a custom laser-cut back IO panel, and some lovely clean motherboard covers, since who doesn’t like a good old-fashioned analog gauge or two? They’ve even managed to squeeze in some tilt-mounted temperature and pressure gauges, making it simple to keep track of what’s happening.
In terms of performance, under stress, the CPU reaches a hot 80-98°C with some throttling kicking in at 95°C, while the GPU keeps a relatively cool 55-75°C at full load, for a total power usage of 520W. But what truly impresses is the low temperatures in games – in Halo 3 at 4K full settings, the power demand was only 170W, and the water was only 20°C higher than ambient. Spider-Man 2 achieved 350W at 10°C over, while Cyberpunk 2077 got 400W at a pleasant 12°C over. As for the fans, they’re usually silent at 10% or just turned off. [Source]
As the Mobile World Conference begins in Spain, Lenovo brought a new attachable accessory for their laptops — an AI agent. CNET reports: The little circular module perches on the top of your Lenovo laptop display, attached via the magnetic Magic Bay on the rear. The module is home to an adorable animated companion called Tiko, who you can interact with via text or voice… [I]t can start and stop your music, open a web page for you or answer a question. You can also interact with it by using emoji. Give it a book emoji, for example, and it will pop on its glasses and sit reading with you while you work… The company wants to sell the Magic Bay accessory later this year — although it doesn’t know exactly when, or how much it will cost.
It even comes with a timer (for working in Pomodoro-style intervals) — but Lenovo has also created another “concept” AI companion that CNET describes as “a kind of stationary tabletop robot, not dissimilar to the Pixar lamp, but with an orb for a head.” With a combination of cameras, microphones and projectors, the AI Workmate can undertake a variety of tasks, including helping you generate and display presentations or turn your written work or art into a digital asset… It’s robotic head swivelled around and projected the slides onto the wall next to me.
Lenovo created a video to show this “next-generation AI work companion” — with animated eyes — “designed to transform how modern professionals interact with their workspace.”
It bridges the physical and digital worlds — capturing handwritten notes, recognizing gestures, summarizing tasks, and proactively helping you stay ahead of your day. The moment you sit down, Lenovo AI Workmate greets you, surfaces priority tasks, and keeps your work organized without switching apps or losing context. From turning sketches into presentations to projecting information for instant collaboration, [it] brings on-device AI intelligence directly to your desk — secure, responsive, and always ready… It’s not just software. It’s a smarter way to work.
It looks like Lenovo once considered naming it “AI Sphere” (since that name still appears in its description on YouTube).
The ThinkBook Modular AI PC looks like a traditional laptop at first glance, but a second, removable screen fastens onto the lid. You can swap that screen onto the keyboard deck (in place of the keyboard, which can then be used wirelessly), or use it alongside the laptop as a portable monitor, attached via an included cable…. While Lenovo is still working on this device, and it’s very much in the concept phase, it feels like one of its best-thought-out prototypes, one likely to make it to store shelves at some point. Another “concept” laptop is Lenovo’s Yoga Book Pro 3D Concept, ofering directional backlight and eye-tracking technology for the illusion of 3D (playing slightly different images to each of your eyes). It offers gesture control for 3D models, two OLED displays, and some magical “snap-on pads” which, when laid on the display — make the GUI appear on the screen for a new control menu to “provide quick-access shortcuts for adjusting lighting, viewing angle, and tone”.
Everyone loves Wago connectors for how versatile and effective they are for quickly and securely connecting conductors, but it can be tempting to buy a bag of the significantly cheaper knock-offs. The reason why this can be a terrible idea is explained by [Big Clive] who tore down a few bags of them to ogle at their internals.
The main problem with some of these knock-offs is the way that they use the plastic molding as part of the structure that holds the conductors in place. Over time this plastic will develop larger tolerances, with heat developed from passing large currents speeding up the process. As the examined type of connector relies on metal clamps that securely push the conductor onto the busbar, having the plastic weaken, and the clamp correspondingly loosen up, is clearly not a desirable scenario.
As [Clive] says in the video, you’re probably okay using these cheapo knock-offs for a quick test on the bench, but you should never put them in a permanent installation. Not just due to potential fiery scenarios, but also for insurance claims should the worst come to pass, and the insurance company finds dodgy connectors everywhere in the electrical wiring. This isn’t the first we’ve heard of knock-off Wago problems.
People familiar with the matter told the Financial Times that the deal marks a major step toward a potential initial public offering later this year, even amid warnings of speculative excess across the AI sector. The scale dwarfs previous records, including Anthropic’s $30 billion funding earlier this year and OpenAI’s… Read Entire Article Source link
To understand why this matters, it helps to know how current web security actually works. When you visit a website, your browser checks a digital certificate to confirm you’re actually talking to the real site and not some imposter. Those certificates are secured using complex math problems that regular computers… Read Entire Article Source link
[Nagy Krisztián] had an Intel 286 CPU, only… There was no motherboard to install it in. Perhaps not wanting the processor to be lonely, [Nagy] built a simulated system to bring the chip back to life.Okay, 68 pins does look like a lot when you arrange them like that.
The concept is simple enough. [Nagy] merely intended to wire the 286 up to a Raspberry Pi Pico that could emulate other parts of a computer that it would normally expect to talk to. This isn’t so hard with an ancient CPU like the 286, which has just 68 pins compared to the 1000+ pins on modern CPUs. All it took was a PLCC-68 socket, an adapter PCB, a breadboard, and some MCP23s17 logic expanders to give the diminutive microcontroller enough I/O. With a bit of work, [Nagy] was able to get the Pi Pico running the 286, allowing it to execute a simple program that retrieves numbers from “memory” and writes them back in turn.
Notably, this setup won’t run the 286 at its full clock speed of 12 MHz, and it’s a long way off from doing anything complex like talking to peripherals or booting an OS. Still, it’s neat to see the old metal live again, even if it’s just rattling through a few simple machine instructions that don’t mean a whole lot. [Nagy] equates this project to The Matrix; you might also think of it as a brain in a jar. The 286 is not in a real computer; it’s just hooked up to a microcontroller stimulating its various pins in a way that is indistinguishable from its own perspective.
Motorola is slowly teasing more details about its upcoming Razr Fold, including its battery capacity, thickness and durability. I got an early look at the phone at Mobile World Congress in Barcelona, before it debuts in North America this summer.
In January, the company shared a handful of Razr Fold specs, including that it’ll have a 6.6-inch external display and an 8.1-inch internal screen — making it slightly bigger than the Samsung Galaxy Z Fold 7 and Google Pixel 10 Pro Fold.
We now also know the Razr Fold will be 4.6mm thick when open and 9.9mm thick when closed, weighing 243 grams. That places it firmly between Samsung’s and Google’s foldable offerings.
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In my hand, the Razr Fold felt similar to the Z Fold 7 in terms of its sleekness. The cover display is a comfortably and viable option for tasks like texting and scrolling. When you open the Razr, you can multitask with up to three apps. The incremental size-up compared with Samsung’s and Google’s foldables is hardly noticeable, but it should place it safely within their orbit.
The Razr Fold will also pack a triple 50-megapixel camera system, along with a 32-megapixel selfie camera on the cover and a 20-megapixel selfie inside.
The Razr Fold has a triple 50-megapixel camera system.
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Celso Bulgatti/CNET
Despite its sleeker frame, the Razr Fold will have an impressively large 6,000-mAh battery. It’ll also support 80-watt wired charging and 50-watt wireless charging. That should help it stand out, especially from the 4,400-mAh battery on the Galaxy Z Fold 7. It’s powered by the Snapdragon 8 Gen 5 processor to boost performance and efficiency and to power AI features.
Motorola also shared more details about the Razr Fold’s durability. It’ll have an IP48 and IP49 rating, meaning it can withstand a meter of water for 30 minutes and handle high water pressure. But, unlike the Pixel 10 Pro Fold, it’s not dust-resistant. The Razr Fold will be the first smartphone to feature Corning’s Gorilla Glass Ceramic 3 on the cover.
Like most premium Android phones, the Razr Fold will come with seven years of software and security updates. There are two color options: Pantone blackened blue, which has a more textured back, and Pantone lily white, which is smoother and matte. Both backs are made of vegan leather and offer a more luxurious feel than the glass on most premium phones (not to mention the relative lack of fingerprints).
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The two biggest questions still loom: price and availability. Motorola says it’ll share information on that as the summer release window approaches.
