Back in December, Fubo launched a new plan called “Essential,” which didn’t carry regional sports channels and their associated hidden fees. Four months later, Fubo has removed Essential from its sign-up page for new subscribers, leaving its “Pro” plan as the cheapest option. While Fubo Pro carries the same $85-per-month list price as Fubo Essential, it also includes a regional sports fee, which adds at least $13 per month to the total. Fubo doesn’t disclose this until you reach the final checkout page. Essential—which actually does cost $85 per month—remains available for existing subscribers and those who are reactivating an expired subscription. Fubo spokeswoman Jennifer Press confirmed that it’s stopped offering the plan to new subscribers. “Since Fubo is a sports-first offering, consumers prefer the Pro base plan with regional sports networks, especially during baseball season,” she said via email. Fubo alternatives Most other live TV streaming services exclude regional sports from their lineups in many markets, including YouTube TV ($83 per month), Hulu + Live TV ($83 per month), and Sling TV (starting at $46 per month). That makes them quite a bit cheaper than the actual price of Fubo Pro, which starts at $98 per month after fees. And if you do want regional sports, there are other options. Most MLB, NBA, and NHL teams now offer direct-to-consumer services, with prices ranging anywhere from free in some markets to $30 per month in others. DirecTV, meanwhile, includes regional sports in its “Choice” and higher packages, and has started offering them as a $20-per-month add-on for its new $70 per month MySports plan. A cheaper option’s coming Although Fubo’s Essential plan isn’t available to new subscribers anymore, the company plans to launch a separate “Sports & Broadcast” package in the second half of this year. Fubo hasn’t announced a price, but sources have told Matthew Keys that it’ll likely cost between $50 and $60 per month. Further reading: Our top picks in live TV streaming services. The move is part of a broader recalibration for pay TV packages, which have become increasingly bloated and expensive over the years. TV providers are finally convincing programmers to allow for slimmed-down packages that focus on specific genres (though some resistance remains). As of now, it’s unclear whether regional sports channels will be available as part of Fubo’s forthcoming skinny bundle, but they probably won’t be mandatory. Sign up for Jared’s Cord Cutter Weekly newsletter for more streaming TV advice. Read...

It’s easy to look strictly at the type of CPU and GPU you have when evaluating the kind of performance you’re likely to get in PC games. But beyond that lies another important stat, the CPU cache. Here’s why it’s so important in gaming and why it pays to maximize it. What is the CPU cache? The CPU cache is a high-speed memory unit located around the CPU that is used to store frequently accessed data and instructions from the main memory. The proximity of the cache so close to the CPU means that data can be retrieved a lot quicker than from the RAM memory itself, so having more cache can greatly speed up and improve the CPU’s performance. What’s the cache’s role in PC gaming? The above process applies to when you’re gaming too. Your PC’s CPU cache stores frequently used game data and instructions from the game you’re playing. By doing so, it allows the CPU to retrieve and process this information more quickly than if the CPU has to continually access your PC’s RAM. The CPU cache is important for reducing latency, maintaining consistent frame rates, and preventing stuttering in games. This is especially the case when playing triple-A games that have high computational demands for things like complex physics. Without enough cache, your GPU is forced to wait on your CPU to process instructions, which can create a bottleneck that will slow down your game. The type of game information stored in CPU cache can vary and include anything from AI algorithms to textures, models, or the instructions for rendering graphics. The more data a game has to process, the more useful it is to have a higher amount of cache that will keep your game running smoothly. Further reading: The truth about PC gaming on SSDs vs. HDDs, tested with real data How much CPU cache do you need? How much CPU cache you need for optimal performance depends on the type of game you’re playing and other factors like the number of cores in your CPU. As mentioned, you’re going to want more cache to run triple-A titles with a lot of data. Adam Patrick Murray / Foundry In fact, having more cache is even more important than having more CPU cores when your CPU has a lot to process; this has been shown to be the case in testing. In one test the testers demonstrated how a 67 percent increase in L3 cache netted a corresponding 18 percent increase in a CPU’s performance, while a 67 percent increase in the same CPU’s core count only netted a 6 percent increase in performance. As a guide, the following cache sizes are suitable for most modern PC games: L1 cache: 64KB per core L2 cache 256KB per core L3 cache: 32MB to 96MB As you can see there are different levels of CPU cache denoted by the letter L and their corresponding number.L3 cache is generally the most important kind of cache for PC gaming, since it can store a larger pool of data that is often shared among the CPU cores, so you’ll want to pay most attention to how much L3 cache a CPU has. How do you get more CPU cache? As for obtaining more CPU cache, you can’t just go out and buy new cache and install it like you can RAM. Instead, the best way to get more cache is to upgrade your CPU, or if you’re building a new rig, to choose a CPU that has the most higher-level cache as possible. The amount of cache a CPU has can be the standout difference between two CPUs with very similar specs. For example, the AMD Ryzen 9 7900X and the AMD Ryzen 9 7900X3D are both high-end processors from AMD’s 7000 series with the same maximum boost clock speeds of 5.6GHz, but the Ryzen 9 7900X3D has 128MB L3 cache compared to the Ryzen 9 7900X’s 64MB L3 cache. The Ryzen 9 7900X3D’s additional cache and the fact that it sports AMD’s 3D V-cache technology means it performs better than the AMD Ryzen 9 7900X in cache-sensitive games. For that reason, you’re going to want to compare the cache from different CPUs before you buy, as well as read a few benchmarks to get an overview of performance. Further reading: Why I never buy the best gaming hardware for my PC Read...

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Brackets—not baseball—herald the arrival of spring for millions of sports fans. The NCAA Division I Men’s Basketball Championship’s big upsets, Cinderella stories, and weird mascots, has transcended sports to become a cultural event. You can count on some amazing upsets up to and including Final Four. For cord-cutters, however, it’s a bittersweet time. If the logistics of following more than 60 teams through a month-long tournament aren’t arduous enough, most of the games are televised on cable channels. The first round kicks off March 20, and games will be aired across four networks: CBS, TBS, TNT, and truTV. CBS and TBS broadcast the Championship Game on alternate years—this year CBS airs the final games. Based on the NCAA tournament schedule at press time, we’ve put together a strategy that will allow you to watch every minute of March Madness live without a cable subscription. Shopping for a new device? Check out our top picks in media streamers. Catch CBS games over the air or over the top TechHive has in-depth reviews of all the latest TV antennas. Rob Schultz / IDG CBS’s March Madness coverage starts on March 20 with the First Round. The easiest—and only free—way to watch all the CBS action is with a good antenna. If you’re purchasing one for the first time, remember to first check to see which stations you can receive in your area, and which antenna type you’ll need to pull in your CBS affiliate. Given the challenging logistics of catching so many games, you might also want to invest in an over-the-air DVR to time-shift some of your viewing. If you can’t access CBS over the air, consider subscribing to Paramount+, which bundles ViacomCBS brands including CBS, MTV, BET, Comedy Central, Nickelodeon, and Paramount Network into a single subscription. The app will give you live streaming access to every game broadcast on the network. To stream your local CBS station live, you’ll need the Paramount+ with Showtime plan, priced at $12.99 per month or $119.99 per year. This plan also provides ad-free viewing of on-demand content and access to Showtime’s original series and movies. Paramount+ offers a standard 7-day free trial for new subscribers; however, this trial is limited to first-time users and cannot be repeatedly claimed by canceling and re-subscribing. Find out how you can get Paramount+ for free. Sling is the thing for Turner telecasts As in previous years, the NCAA Men’s Basketball Tournament will be aired across CBS, TBS, TNT, and truTV. Sling TV’s Blue package includes TBS, TNT, and truTV, making it a viable option for accessing the majority of the tournament games. The Sling Blue package is currently priced at $46 per month, with a promotional offer of 50 percent off for the first month. Additionally, Sling TV often provides incentives for new subscribers, such as free streaming devices or discounts when prepaying for multiple months. For the most current promotions, visit Sling TV’s website. Sling TV continues to dangle attractive incentives in front of new subscribers. Sling TV Read our review Best Prices Today: $40 at Sling TV DirectTV Stream steps onto the court DirecTV’s streaming service, DirecTV Stream, offers several packages that include channels such as TBS, TNT, and truTV. The Entertainment package, which includes more than 65 channels, is currently priced at $86.99 per month. This package also includes ESPN and ESPN2, providing comprehensive sports coverage. To determine if a live CBS feed is available in your area, you can use DirecTV Stream’s channel lookup tool. New subscribers who sign up online receive unlimited cloud DVR storage, allowing you to record and watch shows at your convenience. ? Hulu with Live TV and YouTube TV Unlike their competitors, Hulu with Live TV and YouTube TV each offer a single, flat-fee package that includes the four channels you need to catch all of March Madness. They’re priced comparably—$82.99 per month for YouTube TV and $82.99 per month for Hulu + Live TV with ads, but YouTube TV is currently offering a 10-day free trial and a discounted price of $69.99 per month for the first six months before the standard rate kicks in. Hulu + Live TV also offers a no-ads plan for $95.99 per month. Pricing aside, you’ll need to check with each service to see which offers the required live channel streams in your area before making your decision. Hulu + Live TV Read our review Best Prices Today: $82.99 at Hulu.com The NCAA March Madness Live app The NCAA’s own March Madness app offers lots of specialized content that revolves around the championship series.NCAA The NCAA continues to offer all tournament games through the NCAA March Madness Live app, which provides features such as live scores, stats, an interactive bracket, classic March Madness videos, game notifications, and curated social content. ? The app offers a three-hour preview period; however, full access to all games requires authentication with a pay TV provider. Without such authentication, viewing time is limited. ?Nevertheless, it’s still a valuable tool for keeping up with other tournament-related content. Time for tip-off The options for streaming live sports have never been better, so don’t let cutting the cord make you miss the NCAA champs cutting the net. Grab a beer and your bracket and take advantage of these cable alternatives for courtside seats for one the greatest sporting events of the year. Read...

If you try out Intel’s AI Playground, which incorporates everything from AI art to an LLM chatbot to even text-to-video in a single app, you might think: Wow! OK! An all-in-one local AI app that does everything is worth trying out! And it is… except that it’s made for just a small slice of Intel’s own products. Quite simply, no single AI app has emerged as the “Amazon” of AI, doing everything you’d want in a single service or site. You can use a tool like Adobe Photoshop or Firefly to perform sophisticated image generations and editing, but chatting is out. ChatGPT or Google Gemini can converse with you, even generating images, but to a limited extent. Most of these services require you to hopscotch back and forth between sites, however, and can cost money for a subscription. Intel’s AI Playground merges all of these inside a single, well-organized app that runs locally (and entirely privately) on your PC and it’s all for free. Should I let you in on the catch? I suppose I have to. AI Playground is a showcase for Intel’s Core Ultra processors, including its CPUs and GPUs–the Core Ultra 100 (Meteor Lake) and Core Ultra 200 (Lunar Lake) chips, specifically. But it could be so, so much better if everyone could use it. Mark Hachman / Foundry Yes, I realize that some users are quite suspicious of AI. (There are even AI-generated news stories!) Others, however, have found that certain tasks in their daily life such as business email can be handed off to ChatGPT. AI is a tool, even if it can be used in ways we disagree with. What’s in AI Playground? AI Playground has three main areas, all designated by tabs on the top of the screen: Create: An AI image generator, which operates in either a default text-to-image mode, or in a “workflow” mode that uses a more sophisticated back end for higher-quality images Enhance: Here, you can edit your images, either upscaling them or altering them through generative AI Answer: A conventional AI chatbot, either as a standalone or with the ability to upload your own text documents Each of those sections is what you might call self-sufficient, usable by itself. But in the upper right-hand corner is a settings or “gear” icon, which contains a terrific number of additional options, which are absolutely worth examining. How to set up and install AI Playground AI Playground’s strength is in its thoughtfulness, ease of use, and simplicity. If you’ve ever used a local AI application, you know that it can be rough. Some functions are content with just a command-line interface, which may require you to have a working knowledge of Python or GitHub. AI Playground was designed around the premise that it will take care of everything with just a single click. Documentation and explanations might be a little lacking in places, but AI Playground’s ease of use is unparalleled. AI Playground can be downloaded from Intel’s AI Playground page. At press time, AI Playground was on version 2.2.1 beta. AI Playground’s Setup is pretty easy. Just download what you want. If you choose not to, and need access later, the app will just prompt you to download it at a future time,Mark Hachman / Foundry Note that the app and its back-end code require support for either a Core Ultra H (a “Meteor Lake” chip, the Core Ultra 200V) or either of the Intel Arc discrete GPUs, including the Alchemist and Battlemage parts. If you own a massive gaming laptop with a 14th-gen Intel Core chip or an Nvidia RTX 5090 GPU, you’re out of luck. Same with the Core Ultra 200H or “Arrow Lake.” Since this is an “AI Playground,” you might think that the chip’s NPU would be used? Nope. All of these applications tap just the chip’s integrated GPU and I didn’t see the NPU being accessed once via Windows Task Manager. Also, keep in mind that the GPU’s UMA frame buffer, the memory pool that’s shared between system memory and the integrated GPU, is what these AI models depend on. Intel’s integrated graphics shares half the available system memory with the system memory, as a unified memory architecture or UMA. Discrete GPUs have their own dedicated VRAM memory to pull from. The bottom line? You may not have enough video memory available to run every model. Downloading the initial AI Playground application took about 680 megabytes on my machine. But that’s only the shell application. The models require an additional download, which will either be handled by the AI Installer application itself or may require you to click the “download” button itself. The nice thing is that you don’t have to manage any of this. If AI Playground needs a model, it will tell you which one it requires and how much space on your hard drive it requires. None of the models I saw used more than 12GB of storage space and many much less. But if you want to try out a number of models, be prepared to download a couple dozen gigabytes or more. Playing with AI Playground I’ve called Fooocus the easiest way to generate AI art on your PC. For its time, it was! And it works with just about any GPU, too. But AI Playground may be even easier. The tab opens with just the space for a prompt and nothing else. Like most AI art, the prompt defines the image and you can get really detailed. Here’s an example: “Award winning photo of a high speed purple sports car, hyper-realism, racing fast over wet track at night. The license plate number is “B580?, motion blur, expansive glowing cityscape, neon lights…” The Settings gear in the upper right-hand corner opens up this options menu, with numerous tweaks. My advice is to experiment.Mark Hachman / Foundry Enter a prompt and AI Playground will draw four small images, which appear in a vertical column to the left. Each image progresses in a series of steps with 20 as the default. After the image is completed, some small icons will appear next to it with additional options, including importing it into the “Enhance” tab. The Settings gear is where you can begin tweaking your output. You can select from either “Standard” or “HD” resolution, which adjusts the “Image Size” field. You can adjust image size and resolution, and tweak the format. The “HD” option requires you to download a different model, as does the ‘Workflow” option to the upper right, which adds workflows based on ComfyUI. Essentially, they’re just better looking images with the option to guide the output with a reference image or other workflow. Some of the models are trained on public figures and celebrities. But the quality falls to the level of “AI slop” in places.Mark Hachman / Foundry For now, the default model can be adjusted via the “Manual” tab, which opens up two additional options. You’ll see a “negative prompt,” which excludes things that you put in, and a “Safe Check” to turn off gore and other disturbing images. By default, “NSFW” (Not Safe for Work) is added to the negative prompt. Both the Safe Check and NSFW negative prompt only appear as options in the Default image generator and seem to be on by default elsewhere. It’s up to you whether or not to remove them. The Default model (Lykon/dreamshaper-8) has apparently been trained on nudity and celebrities, though I stuck to public figures for testing purposes. Note that all of your AI-generated art stays local to your PC, though Intel (obviously) warns you not to use a person’s likeness without their permission. There’s also a jaw-droppingly obvious bug that I can’t believe Intel didn’t catch. Creating an HD image often begins its images with “UPLOAD” projected over the image, and sometimes renders the final image with it on, too. Why? Because there’s a field to add a reference image and UPLOAD is right in the middle of it. Somehow, AI Playground used the UPLOAD font as part of the image. Mark Hachman / Foundry Though my test machine was a Core Ultra 258V (Lunar Lake) with 32GB of RAM, an 896×576 image took 29 seconds to generate, with 25 rendering steps on the Default Mode. Using the Workflow (Line2-Image-HD-Quality) model at 1280×832 resolution and 20 steps, one image took two minutes 12 seconds to render. There’s also a Fast mode which should lower the rendering time, though I didn’t really like the output quality. If you find an image you like, you can use the Enhance tab to upscale it. (Upscaling is being added to the Windows Photos app, which will eventually be made available to Copilot+ PCs using Intel Core Ultra 200 chips, too.) You can also use “inpainting,” which allows you to re-generate a portion of the screen, and “outpainting,” the technique which was used to “expand” the boundaries of the Mona Lisa painting, for example. You can also ask AI to tweak the image itself, though I had problems trying to generate a satisfactory result. The Enhance tab of Intel’s AI Playground, where you can upscale images and make adjustments. I’ve had more luck with inpainting and outpainting then tweaking the entire image with an image prompt.Mark Hachman / Foundry The “Workflow” tab also hides some interesting utilities such as a “face swap” app and a way to “colorize” black-and-white photos. I was disappointed to see that a “text to video” model didn’t work, presumably because my PC was running on integrated graphics. The “Answer” or chatbot portion of the AI Playground seems to be the weakest option. The default model, by Microsoft (Phi-3-mini-4K-instruct) refused to answer the dumb comic-book-nerd question, “Who would win in a fight, Wonder Woman or Iron Man?” It’s not shown here, but you can turn on performance metrics to track how many tokens per second the model runs. There’s also a RAG option that can be used to upload documents, but it doesn’t work on the current release.Mark Hachman / Foundry It continued. “What is the best car for an old man? Sorry, I can’t help with that.” “What’s better, celery or potatoes? I’m sorry, I can’t assist with that. As an AI, I don’t have personal preferences.” And so on. Switching to a different model which used the OpenVINO programming language, though, helped. There, the OpenVINO/Phi-3.5-mini-instruct-int4 model took 1.21 seconds to generate a response token, producing tokens to the tune of about 20 tokens per second. (A token isn’t quite the length of a word, but it’s a good rule of thumb.) I was also able to do some “vibe coding” — generating code via AI without the faintest clue what you’re doing. By default, the output is just a few hundred tokens, but that can be adjusted via a slider. You can also just import your own model, too, by dropping a GGUF file (the file format for inference engines) into the appropriate folder. Adapt AI Playground to AMD and Nvidia, please! For all that, I really like AI Playground. Some people are notably (justifiably?) skeptical of AI, especially how AI can make mistakes and replace the authentic output of human artists. I’m not here to argue either side. What Intel has done, however, is create a surprisingly good general-purpose and enthusiast application for exploring AI, that receives frequent updates and seems to be consistently improving. The best thing about AI Playground? It’s open source, meaning that someone could probably come up with a fork that allows for more GPUs and CPUs to be implemented. From what I can see, it just hasn’t happened yet. If it did, it could be the single unified local AI app I’ve been waiting for. Read...