2025-04-15 17:01:27
Chromebooks have become a go-to choice for students, casual users and anyone who wants a simple, fast and affordable laptop. Powered by Google’s lightweight ChromeOS, these devices are great for web browsing, streaming, word processing and using popular apps like Google Docs or Zoom. Whether you need something for school, work or everyday use, the best Chromebook can offer solid performance, long battery life and a surprisingly premium experience — all without breaking the bank.
With so many models to choose from, finding the best Chromebook depends on what you need most: a bright display, solid build quality, tablet-style 2-in-1 features or just the lowest price possible. Here, we’ve collected our top picks for the best Chromebooks you can get right now, all of which have a combination of the most important features anyone would be looking for.
This is probably the number one question about Chromebooks. There are plenty of inexpensive Windows laptops on the market, so why bother with Chrome's operating system? Glad you asked. For me, the simple and clean nature of Chrome OS is a big selling point. Chrome OS is based on Google’s Chrome browser, which means most of the programs you can run are web based. There’s no bloatware or unwanted apps to uninstall like you often get on Windows laptops, it boots up in seconds, and you can completely reset to factory settings almost as quickly.
Of course, simplicity will also be a major drawback for some users. Not being able to install native software can be a dealbreaker if you’re a video editor or software developer. But there are also plenty of people who do the majority of their work in a web browser, using tools like Google Docs and spreadsheets for productivity without needing a full Windows setup.
Google and its software partners are getting better every year at supporting more advanced features. For example, Google added video editing tools to the Google Photos app on Chromebooks – it won’t replace Adobe Premiere, but it should be handy for a lot of people. Similarly, Google and Adobe announced Photoshop on the web last year, something that brings much of the power of Adobe’s desktop apps to Chromebooks.
Chromebooks can also run Android apps, which greatly expands the amount of software available. The quality varies widely, but it means you can do more with a Chromebook beyond just web-based apps. For example, you can install the Netflix app and save videos for offline watching. Other Android apps like Microsoft Office and Adobe Lightroom are surprisingly capable as well. Between Android apps and a general improvement in web apps, Chromebooks are more than just portals to a browser.
Put simply, web browsing and really anything web based. Online shopping, streaming music and video and using various social media sites are among the most common daily tasks people do on Chromebooks. As you might expect, they also work well with Google services like Photos, Docs, Gmail, Drive, Keep and so on. Yes, any computer that can run Chrome can do that too, but the lightweight nature of Google Chrome OS makes it a responsive and stable platform.
As I mentioned before, Chrome OS can run Android apps, so if you’re an Android user you’ll find some nice ties between the platforms. You can get most of the same apps that are on your phone on a Chromebook and keep info in sync between them. You can also use some Android phones as a security key for your Chromebook or instantly tether your 2-in-1 laptop to use mobile data.
Google continues to tout security as a major differentiator for Chromebooks, and it’s definitely a factor worth considering. Auto-updates are the first lines of defense: Chrome OS updates download quickly in the background and a fast reboot is all it takes to install the latest version. Google says that each webpage and app on a Chromebook runs in its own sandbox as well, so any security threats are contained to that individual app. Finally, Chrome OS has a self-check called Verified Boot that runs every time a device starts up. Beyond all this, the simple fact that you generally can’t install traditional apps on a Chromebook means there are fewer ways for bad actors to access the system.
If you’re interested in Google’s Gemini AI tools, a Chromebook is a good option as well. Every Chromebook in our top picks comes with a full year of the Google One AI Premium plan — this combines the usual Google One perks like 2TB of storage and 10 percent back in purchases from the Google Store with a bunch of AI tools. You’ll get access to Gemini in Gmail, Google Docs and other apps, Gemini Advanced (which runs on the 1.5 Pro model) and more. Given that this plan is $20/month, it’s a pretty solid perk. Chromebook Plus models also include tools like the AI-powered “help me write,” the Google Photos Magic Editor and generative AI backgrounds you can create by filling in a few prompts.
As for when to avoid Chromebooks, the answer is simple: If you rely heavily on a specific native application for Windows or a Mac, chances are you won’t find the exact same option on a ChromeOS device. That’s most true in fields like photo and video editing, but it can also be the case in law or finance. Plenty of businesses run on Google’s G suite software, but more still have specific requirements that a Chromebook might not match. If you’re an iPhone user, you’ll also miss out on the way the iPhone easily integrates with an iPad or Mac. For me, the big downside is not being able to access iMessage on a Chromebook.
Finally, gaming Chromebooks are not ubiquitous, although they’re becoming a slightly more reasonable option with the rise of cloud gaming. In late 2022, Google and some hardware partners announced a push to make Chromebooks with cloud gaming in mind. From a hardware perspective, that means laptops with bigger screens that have higher refresh rates as well as optimizing those laptops to work with services like NVIDIA GeForce Now, Xbox Game Pass and Amazon Luna. You’ll obviously need an internet connection to use these services, but the good news is that playing modern games on a Chromebook isn’t impossible. You can also install Android games from the Google Play Store, but that’s not what most people are thinking of when they want to game on a laptop.
Chrome OS is lightweight and runs well on fairly modest hardware, so the most important thing to look for might not be processor power or storage space. But Google made it easier to get consistent specs and performance late last year when it introduced the Chromebook Plus initiative. Any device with a Chromebook Plus designation meets some minimum requirements, which happen to be very similar to what I’d recommend most people get if they’re looking for the best laptop they can use every day.
Chromebook Plus models have at least a 12th-gen Intel Core i3 processor, or an AMD Ryzen 3 7000 series processor, both of which should be more than enough for most people. These laptops also have a minimum of 8GB of RAM and 128GB of SSD storage, which should do the trick unless you’re really pushing your Chromebook. All Chromebook Plus models have to have a 1080p webcam, which is nice in these days of constant video calling, and they also all have to have at least a 1080p FHD IPS screen.
Of course, you can get higher specs or better screens if you desire, but I’ve found that basically everything included in the Chromebook Plus target specs makes for a very good experience.
Google has an Auto Update policy for Chromebooks as well, and while that’s not exactly a spec, it’s worth checking before you buy. Last year, Google announced that Chromebooks would get software updates and support for an impressive 10 years after their release date. This support page lists the Auto Update expiration date for virtually every Chromebook ever, but a good rule of thumb is to buy the newest machine you can to maximize your support.
Chromebooks started out notoriously cheap, with list prices often coming in under $300. But as they’ve gone more mainstream, they’ve transitioned from being essentially modern netbooks to some of the best laptops you’ll want to use all day. As such, prices have increased: At this point, you should expect to spend at least $400 if you want a solid daily driver. There are still many Chromebooks out there available at a low price that may be suitable as secondary devices, but a good Chromebook that can be an all-day, every-day laptop will cost more. But, notably, even the best Chromebooks usually cost less than the best Windows laptops, or even the best “regular” laptops out there.
There are plenty of premium Chromebooks that approach or even exceed $1,000 that claim to offer better performance and more processing power, but I don’t recommend spending that much. Generally, that’ll get you a better design with more premium materials, as well as more powerful internals and extra storage space, like a higher-capacity SSD. Of course, you also sometimes pay for the brand name. But, the specs I outlined earlier are usually enough.
See Also:
Samsung’s new Galaxy Chromebook Plus is one of the more unique Chromebooks out there. It’s extremely thin and light, at 0.46 inches and 2.6 pounds, but it manages to include a 15.6-inch display in that frame. That screen is a 1080p panel that’s sharp and bright, but its 16:9 aspect ratio made things feel a bit cramped when scrolling vertically. Performance is very good, and the keyboard is solid, though I’m not a fan of the number pad as it shifts everything to the left. At $700 it’s not cheap, but that feels fair considering its size and capabilities. If you’re looking for a big screen laptop that is also super light, this Chromebook merits consideration, even if it’s not the best option for everyone.
This article originally appeared on Engadget at https://www.engadget.com/computing/laptops/best-chromebooks-160054646.html?src=rss2025-04-15 15:01:26
I recently moved and, before I had a chance to set up my smart plugs again, I found myself turning on my living room lamps manually — I sort of hated it. Reaching, twisting and visiting each one like some Victorian gaslighter felt almost silly to me after having experienced the ease of asking Alexa to “turn on all the lights.” True, there are worse problems, but like all smart home stuff, smart plugs simply make life a bit more convenient and, honestly, a little more fun.
In the two years or so that I’ve been testing smart plugs, I’ve come across models that were just plain bad and others that were pretty good. I like TP-Link’s EP25 best of all, but a few others have their advantages — outdoor use, energy monitoring, dual outlets, Matter compatibility — that might make those options better for you. Here are our top picks for the best smart plugs you can buy, along with how to get the most out of your plug once you buy it.
Most people will likely use outdoor plugs for two things: patio lighting and holiday string lights. The devices are designed for the outdoors with a weatherproof protection rating of IP64 or higher, which means they’re impervious to dust and can handle splashing water from rain and sprinklers. They have a longer Wi-Fi range than indoor plugs, for obvious reasons, and many have dual outlets, with individual control over each one.
Setup is the same as for indoor plugs: you’ll use your phone to help the plug find your Wi-Fi using its companion app. The only tricky part is getting your phone within Bluetooth range of the plug (which it uses to initialize setup) and in Wi-Fi range at the same time. I had to awkwardly stand at a triangulated point in the middle of my driveway to get things communicating properly. Once set up, the plugs will communicate using your router for voice and app control and your phone needn’t be anywhere near the plug.
Before you buy one, it helps to know how a smart plug works best. They are designed for things that have an on/off switch, making them great for turning lamps into smart lights. If you want a plug-in fan to move some air around before you get home, a smart plug can help. You can load a basic coffee maker with grounds and water the night before and wake up to a fresh pot in the morning. And instead of an air purifier running all day, you could set it to just run when you’re away. But gadgets that needs to be programmed further, or requires a stand-by mode, isn’t ideal. If you want to control built-in lights, you’ll need a smart light switch, which are more involved than smart plugs as they can involve in-wall installation. Smart bulbs are also an option for automation, and we have an entire guide devoted to those.
Some smart plugs can even monitor how much energy they use and display those figures within their companion app. That might not be much use on its own, as lamps with LED light bulbs consume very little energy, but it could help you keep tabs on your overall energy consumption.
Adding a smart plug to your home is relatively simple. You’ll use the manufacturer’s app to initially connect, after which you can add the plug to a compatible smart home ecosystem so you can use voice control and other features. Both the brand’s app and your smart home app will let you name the plug, set schedules and program “routines” which provide automation for multiple smart devices at once. But as you can guess, a manufacturer’s app only lets you control products from that brand. If you want whole-home automation, operating, say, a plug from TP-Link’s Kasa, a smart bulb from Philips Hue, a smart thermostat from Honeywell and a camera from Arlo without switching apps, you’ll need to use a smart home platform, which means you’ll need to consider compatibility.
Smart home devices connect through wireless protocols, often using more than one to communicate with your phone, smart speaker, router and in some cases, one another. The majority of smart plugs use Wi-Fi, but some have recently incorporated Matter, a relatively new wireless standard intended to solve integration issues between different brands and manufacturers, while also improving security and reliability.
More of these smart plugs are coming to market and, for now, most Matter devices work via Wi-Fi, Bluetooth and a low-power mesh network called Thread. Matter requires a controller that stays at home, like a hub or smart speaker, to manage things when you’re out and about.
As for Bluetooth, most plugs, including all Matter plugs, use the short-range protocol to get the device set up for the first time. Some can continue to run on Bluetooth in the absence of another option, but the connection isn’t as reliable and you won’t be able to control the plug when you’re away from home, or perhaps even just on the other side of the apartment.
Because Matter is relatively new, it may be easier to consider the manufacturer’s system you’d use the most. There are four major “branded” smart home platforms: Amazon’s Alexa, Google Home, Apple’s HomeKit and Samsung’s SmartThings. The first two work with the widest range of brands and are compatible with both iOS and Android devices. HomeKit not only limits app access to Apple devices, but it’s also compatible with fewer plugs. You can also turn to open-source software like Home Assistant or go with the larger functionality of IFTTT if you want to, say, have your lights turn off when your Uber arrives. For the purposes of our testing, we stuck with the four big players. Nearly every plug we looked at clearly stated which platforms it works with, both on the packaging and retail product pages.
Of course, there’s no rule that says you have to stick with one home assistant. You might have an Echo Dot in the basement, a HomePod in the living room and a Google Nest Mini in the kitchen, each controlling any compatible devices. My kid has a great time telling Alexa to turn on a light then asking the Google Assistant to turn it back off.
All of our top picks recommended here don’t require a hub and connect directly to your home’s Wi-Fi router. That means if you already have wireless internet and a smartphone or tablet, you can quite literally plug and play. The exception is Apple’s HomeKit. If you want to pair up a compatible plug with that platform, you’ll need a HomePod speaker, Apple TV or an iPad that stays in your home to enable remote control when you’re away.
Some smart plugs require a hub regardless of which platform you use. For our guide, we focused on the simplicity (and lower cost) of options that work on their own, but hub-dependent devices may make sense in certain situations. Some companies, like Aqara for example, make a vast range of smart home products, adding automatic shades, window sensors, smart locks and air quality monitors to the more traditional cameras and plugs. If you’re going all-in on one brand and plan to get a plethora of connected devices, a hub can keep your Wi-Fi network from getting too crowded and provide a more seamless setup with reliable connectivity.
Once a plug is set up with your platform and voice assistant of choice, anyone can control the plug just by talking. If someone else wants to control things with their phone, things get more complicated. Google makes it easiest, allowing you to invite another person just by tapping the + button within the Home app. Whomever you invite will have full access to your connected devices – including cameras – so this is only for people you trust the most.
HomeKit makes it similarly easy to grant app access to someone else, but as with most things Apple, it only works for other iOS users. Amazon only allows you to share access to your Echo, not your connected home devices.
Many smart plug manufacturers allow you to share control through their app by inviting another person via email. But this only grants access to devices of that brand. Hopefully as Matter expands, multi-admin features will become more widespread.
Most people will wirelessly connect their smart plugs to their home’s Wi-Fi router. Matter, Z-Wave, Thread and other smart home protocols can work over local networks, but for most setups, the signals telling your plugs what to do will be dispatched through your router. If you happen to get a new one (like I did when it became clear my very basic gateway could not handle the number of smart home devices being tested) you’ll need to take a few steps to get everything reconnected.
Depending on the brand, the steps may simply involve using the plug’s companion app to update your credentials (network name and password). Or it will require deleting the device in the companion app, doing a factory reset (typically by pressing the onboard button for 10 seconds) and setting up the plug like it's brand new. GE Sync and Emporia plugs allow for a credentials update via their apps, others, like TP-Link Kasa and Meross plugs require deletion and a factory reset to get along with your new network. Amazon’s smart plug updates automatically after updating the associated Echo device.
Before we decided which smart plugs to test, we considered brands Engadget staffers have had the best experiences with, both in review capacity and personally. We also checked out other online reviews. We then looked at factors like price, compatibility and relative popularity. I got ahold of ten indoor smart plugs and four outdoor versions from eight manufacturers.
I set up each one using its companion app, then added it to all compatible smart home platforms. Plugging in a cadre of lamps and string lights, I tested the plugs using an iPhone 11, Galaxy S10e, Echo Dot, HomePod mini and Nest Mini. I accessed the plugs via the apps and through voice commands and controlled them in my home and away from it. I programmed schedules and routines and moved the plugs to different outlets, including ones in the basement to gauge range. For the outdoor devices, I plugged them into an outlet in the garage (approximately 85 feet from my Wi-Fi router) and an outlet attached to the back of the house.
Here’s every smart plug tested before settling on our top picks:
TP-Link Kasa KP125M (Matter)
Eve Energy (Matter)
Aqara Smart Plug (hub required)
AmazonBasics Outdoor Smart Plug (outdoor)
Wyze Plug Outdoor (outdoor)
TP-Link Kasa Outdoor EP40A (outdoor)
TP-LINK Outdoor Dimmer KP405 (outdoor)
*Emporia issued a recall on its smart plugs purchased before August 1, 2023 due to a potential fire risk, though no incidents were reported. The plugs have since been updated to resolve the issue and are back on sale. We tested the revised version and recommend it as the energy-monitoring pick.
As new smart plugs are released, we'll continue to try them and update this guide accordingly. We plan to add smart power strips to this guide as well.
I wasn’t able to test the Meross Matter plug fully. It requires Wi-Fi splitting, a process that’s certainly possible for the average consumer, but more involved than it should be, considering the more than dozen other plugs I’ve tested don’t require such a step. The plug itself also blocked the other outlet. Meross has an updated version of the Matter device on the way, one that looks to solve both issues and we’ll update this guide accordingly once we’ve had a chance to test it.
Roku’s smart home gear is basically Wyze equipment with an app and packaging that are more purple. The Roku smart plug performed just fine with both compatible voice assistants (Alexa and Google Assistant). The companion app doesn’t offer scheduling that revolves around the timing of the sunset in your area, but the plugs go for less than $10 each and if you’ve got a Roku TV or streaming device set up and want to keep everything on-brand, it could be a fit.
The Aqara plug requires an Aqara hub. In tests, the connectivity was solid and the companion app allowed for useful if/then automations that can rope in other Aqara devices like locks, window shades, cameras and more. The plug also worked well with voice assistants from Amazon, Google and Apple. As a stand-alone plug, however, it’s tough to recommend the nearly $100 combo to anyone who isn’t planning to get a complete Aqara smart home setup.
Anything with controls that are more complicated than on/off won’t work well with a smart plug. For example, a dimmable lamp with touch controls won’t turn on when the smart plug does. A programmable coffee maker, smart TV, microwave, Instant Pot, robot vacuum — none of these make sense to use with a smart plug as they all require further input from you to start working. Appliances like a lamp with a twist knob, a basic humidifier, a coffee maker with a red-rocker switch are all good options for using with smart plugs.
You’ll also want to pay attention to the wattage and amperage rating of your smart plug. All smart plugs work with 120V outlets, and most are rated to 15A, which should handle even power-hungry appliances like a 1500 watt space heater. But be sure to check that the plug can handle whatever you’re plugging in. It’s also not wise to use a smart plug to automatically turn on appliances that require supervision, like things with heating elements (heaters, curling irons, etc).
While they’re great when everything is working properly, smart plugs can be frustrating, adding a layer of complication to the simple act of turning on a light, if something goes wrong. For example: If your Wi-Fi goes out, your smart plug won’t work. If the smart plug loses its connection to your router, it won’t work. If you change your Wi-Fi password or provider, you’ll have to re-program your smart plugs. If you forget what you named a particular plug during setup, you may be faced with an irritating conversation with your voice assistant. The best way to avoid some of those problems is to get a plug that works reliably, which is one of the features we considered for this guide.
Smart plugs don’t draw much more power than whatever you’re plugging into them. True, they remain on standby to await instructions from your smart assistant or other controller, so they’re always using a small amount of power. But if, for example, you set a light to automatically turn off at night, and that light would otherwise stay on unnecessarily, the smart plug will save far more energy than the watt or two extra that it draws.
Some smart plugs use Bluetooth to connect to your phone during setup. After that, most connect to your home’s Wi-Fi network.
This article originally appeared on Engadget at https://www.engadget.com/home/smart-home/best-smart-plug-131542429.html?src=rss2025-04-15 07:00:46
Espresso Displays makes some of our favorite portable monitors, but up until now, it felt like there was a hole in its portfolio. That's because aside from its flagship model — the $800 Espresso 17 Pro — the other members of the family are slightly more affordable fare like the $469 Espresso Touch 13 and $499 Touch 15. Today, the company is plugging that gap with the Espresso 15 Pro, which packs everything I like about its bigger sibling in a more portable package for $699 (with a stand included).
One of the things I appreciate about Espresso is that it doesn't try to do too much. The 15 Pro features an ultra minimalist design made from simple sheets of matte black aluminum along with glossy glass in front (if you prefer matte displays, you can always add one of the company's textured screen protectors). Granted, the monitor does have a bit of a chin, but aside from two USB-C ports stashed in the corner, that's really the 15 Pro's only defining exterior feature, so I'm not that bothered. All told, the display weighs 1 pound and 11 ounces, which sounds a lot heavier than it feels.
As for its specs, the Espresso 15 Pro's 4K LCD panel delivers nearly everything you want and then some. Brightness tops out at 550 nits (it was actually 556 nits according to my light meter), which is higher than the 450 nits on the 17-inch model. It also covers 100 percent of the Adobe RGB spectrum with 10-bit color (8-bit + 2-bit frame rate control). The one thing I wish Espresso included was a 120Hz refresh rate instead of being capped at 60Hz. That said, unless you're gaming or editing videos, that limitation may not be a huge factor.
Getting the 15 Pro up and running couldn't be easier. Each USB-C port has enough bandwidth to carry power and data over a single cable, so you just need to plug in the included cord, and off you go. The one exception is for laptops that can't send out much power via USB-C, but I tested the monitor with 4 different laptops (both Mac and PC) and none of them had issues. The display even automatically downloaded the EspressoFlow software, which adds touch support to your Apple notebooks. You also get the new Glide feature that automatically positions the monitor in the right place depending on how you have it arranged next to your laptop. And by some black magic, the 15 Pro nailed it when it correctly laid out the monitor to the left of my notebook's built-in screen.
As someone who has recently been forced to use a Mac for work, the ability to quickly and easily add touch support to Apple's laptop is super nice. And while I'm far from a digital Degas, you can even use the display for drawing and sketching as the monitor also works with the company's optional stylus. This makes the 15 Pro an ideal travel companion for both people who want more screen real estate or a portable way of creating art on the go.
In addition to screen protectors and pens, there are also a couple of important stand accessories for the 15 Pro. The first is the $49 Espresso Case, which is more of a magnetic folding cover that protects the screen while in transit that can also flip around back to become a kickstand when you're working. Like the display itself, it's a fairly simple affair that does exactly what you expect it to.
However, for those who want something more substantial, the 15 Pro also works with Espresso's $69 Stand+. It's more like what you'd see on a traditional desktop monitor, except that it can fold up for improved portability while also packing a really strong magnet that allows you to mount the monitor in a variety of positions. This thing might be too pricey for some, but I've quickly grown to appreciate how easy it makes putting the 15 Pro in the perfect position. It's more well-built than a lot of the desktop monitor stands I have. The obvious drawback is that at 1 pound and 4 ounces, the Stand+ weighs almost as much as the display itself, which is rather hefty.
The Espresso 15 Pro has nearly everything I look for in a premium portable monitor. It features well above average brightness, a sleek but sturdy design and super simple setup. It also comes with a few special features like Glide and added touch support for Macs that help you get more out of the devices you already own. And thanks to a wealth of accessories, it can adapt to almost any use case.
While I'd like a higher refresh rate, not having it is far from a deal-breaker. That would almost certainly increase its price, and considering that the 15 Pro is already somewhat costly, starting at $699 for the monitor and the Stand+, I'm not sure the added expense would be worth it. Regardless, if you want a really portable monitor that's also more than good enough to use at home, there aren't many other displays that can match the Espresso 15 Pro.
This article originally appeared on Engadget at https://www.engadget.com/computing/accessories/espresso-15-pro-review-just-a-really-nice-though-pricey-portable-monitor-230046315.html?src=rss2025-04-15 05:35:34
In a decision almost certainly informed by the recent tariff chaos, NVIDIA is going to start making some of its AI chips and supercomputers in the US. The company announced that it's building and testing its Blackwell chips in Arizona and it plans to manufacture its AI supercomputers — presumably the recently announced DGX Spark and DGX Station — in Texas.
NVIDIA says TSMC is already making Blackwell chips in Phoenix, Arizona and the company is partnering with Amkor and SPIL for testing and packaging. In Texas, the company's supercomputers will be made by Foxconn in Houston and Wistron in Dallas. "Mass production at both plants is expected to ramp up in the next 12-15 months," NVIDIA says.
It's not entirely clear which version of NVIDIA's Blackwell chips TSMC will actually be building, but the chip maker plans to be equipped to handle a wide variety of manufacturing for US tech companies, including Apple and Qualcomm. TSMC received $6.6 billion in funding from the CHIPS Act under the Biden administration and committed to spending an additional $100 billion to expand its US operations in March.
NVIDIA has benefitted most directly from the current AI boom, and stood to be harshly impacted by the latest round of tariffs announced by President Donald Trump. As of April 11, some of those tariffs have been "paused" for computers and chips, saving companies like NVIDIA from some financial strife, but moving some manufacturing to the US is a much more permanent way to avoid the ongoing trade war.
This article originally appeared on Engadget at https://www.engadget.com/computing/nvidia-is-going-to-make-ai-chips-and-supercomputers-in-the-us-213534618.html?src=rss2025-04-15 04:50:15
Intel is selling off its majority share in chip-maker Altera as part of its new CEO's first steps toward stabilizing the company. The 51 percent stake sold today for $4.46 billion in a deal that is expected to close in the second half of this year. "Today's announcement reflects our commitment to sharpening our focus, lowering our expense structure and strengthening our balance sheet," CEO Lip-Bu Tan said of the sale.
Altera makes field programmable gate array chips, which are often used to power retro gaming hardware such as the Analogue consoles. The company's other products have applications ranging from military to telecom sectors. Intel acquired Altera in 2015 for a hefty $16.7 billion, which means its current valuation has taken quite a dive since that purchase. However the sale should still provide some cash flow to Intel at a critical juncture.
Tan was appointed Intel's CEO in March, following the departure of Pat Gelsinger as the company's top exec. He is expected to help change course for the company following a long string of poor decisions, and from the start of his appointment, it seemed likely that Intel would see some streamlining of its business.
This article originally appeared on Engadget at https://www.engadget.com/big-tech/intel-is-selling-off-a-majority-stake-in-chip-maker-altera-for-446-billion-205015269.html?src=rss2025-04-15 02:55:54
OpenAI has announced its phasing out GPT-4.5 from its developer API in favor of its new GPT-4.1 model. When it launched, OpenAI described GPT-4.5 as its best and most capable model so far, in part because it was a more natural conversationalist and could capably mimic some notion of emotional intelligence. Despite what its name suggests, GPT-4.1 is supposed to be better and more efficient.
OpenAI says GPT-4.1 is available exclusively to developer's using OpenAI's API, and comes in three sizes, GPT-4.1, GPT-4.1 mini and GPT-4.1 nano. That means that if you won't find it as in option in the public-facing ChatGPT interface, but you could someday interact with an agent that leverages the model's improvements. GPT-4.1 is supposed to be better at coding and "long context understanding," according to OpenAI, with support for "up to one million tokens of context" and knowledge of the world up to June 2024.
Important to the decision to phase out the GPT-4.5 Preview, GPT-4.1 is also cheaper to run. OpenAI says the model is "26 percent cheaper than GPT-4o for median queries." The company imagines developers using GPT-4.1 to build agents that can work in software engineering environments, one of the more popular uses for generative AI. Even though GPT-4.5 will be eventually removed from OpenAI's API, the model preview will still be available in ChatGPT if you wan't to play with it.
OpenAI says the GPT-4.1 family is available to use today via the company's API. GPT-4.5 will be fully-phased out in three months on July 14, 2025.
This article originally appeared on Engadget at https://www.engadget.com/ai/openai-is-phasing-out-gpt-45-for-developers-185554841.html?src=rss
