Latest news with #desktop
Geeky Gadgets
2 days ago
- Business
- Geeky Gadgets
iMac Pro M4: The 2025 Rumors You Need to Know
Apple's iMac lineup has long been a cornerstone of its desktop offerings, renowned for its sleek design and seamless integration of hardware and software. However, since the discontinuation of the larger iMac in 2020, a noticeable void has emerged in Apple's desktop range. With growing speculation about the potential return of the iMac Pro in 2025, this development could signal a significant shift in Apple's desktop strategy. Let's explore the legacy of larger iMacs, the current alternatives, and what the future might hold for this highly anticipated device in a new video from Matt Talks Tech. Watch this video on YouTube. The Legacy of Larger iMacs The larger iMac, last seen in 2020 with its 27-inch display and Intel processors, was a favorite among professionals and creatives who valued its expansive screen and robust performance. Its discontinuation marked a turning point, as Apple shifted its focus to the 24-inch iMac, which debuted in 2021 with the M1 chip. Subsequent updates have introduced M3 and potentially M4 chip variants, enhancing performance and efficiency. However, the 24-inch model, while sleek and capable, lacks the screen real estate and high-end capabilities that professionals once relied on in the larger iMac. For users requiring more power, Apple introduced the Mac Studio in 2022, paired with the Studio Display. This modular setup offers flexibility and performance but lacks the simplicity and elegance of an all-in-one desktop like the iMac. The absence of a larger iMac has left many users searching for a solution that combines power, design, and convenience in a single device. Mac Studio and Studio Display: A Stopgap Solution The Mac Studio, equipped with M1 Max and M1 Ultra chips, has been positioned as a high-performance desktop solution. When paired with the Studio Display, which features the same 27-inch panel as the discontinued iMac, it provides a modular alternative for professionals. This combination delivers impressive performance and customization options, but it falls short of replicating the seamless integration and aesthetic appeal of an all-in-one iMac. For professionals and creatives, the Mac Studio and Studio Display have served as a temporary solution, filling the gap left by the larger iMac. However, the demand for an all-in-one desktop with a larger display remains strong, particularly among users who prioritize simplicity, space efficiency, and a cohesive design. The absence of such an option has left many eagerly awaiting the return of a larger iMac. What Could a New Larger iMac Look Like? Industry insiders suggest that Apple may reintroduce a larger iMac in 2025, potentially branded as the iMac Pro. This new model could feature screen sizes of 30 inches or even 32 inches, offering significantly more workspace than the current 24-inch iMac. Advanced display technologies, such as mini-LED for enhanced brightness and contrast and ProMotion for a 120Hz refresh rate, are likely to be included, delivering superior visual quality and responsiveness. Under the hood, the iMac Pro could be powered by Apple's M4 Pro or M4 Max chips, designed to handle demanding tasks such as video editing, 3D rendering, and software development. These processors would ensure that the iMac Pro meets the needs of professionals and power users who require both performance and reliability. If realized, this device would represent a high-end addition to Apple's desktop lineup, catering to those who demand innovative technology in an all-in-one form factor. Pricing and Market Position If Apple does release a new iMac Pro, it is expected to come with a premium price tag, reflecting its advanced features and target audience. Analysts estimate a starting price of around $3,500, aligning it with the cost of a Mac Studio and Studio Display setup. This pricing would position the iMac Pro as a niche product, appealing primarily to creative professionals, businesses, and other users who require top-tier performance and a larger display. The iMac Pro would likely occupy a unique position in Apple's desktop hierarchy, sitting above the 24-inch iMac and below the Mac Pro. Its all-in-one design, combined with a larger display and powerful hardware, could make it an attractive option for users who value both performance and simplicity. This strategic placement would allow Apple to cater to a broader range of consumer needs while reinforcing its reputation for innovation and design excellence. When Could It Launch? While Apple has not confirmed any plans for a new iMac Pro, speculation points to a potential launch in late 2025, possibly in October or November. By this time, the M4 Pro and M4 Max chips are expected to be well-established, with the M5 chip likely reserved for other devices, such as the iPad Pro, in 2026. This timeline would allow Apple to refine its technology and ensure that the iMac Pro delivers the performance and features that users expect. The reintroduction of a larger iMac would align with Apple's strategy of diversifying its desktop offerings to meet varying consumer demands. It would also address the growing need for an all-in-one desktop with a larger display, a feature that has been notably absent from Apple's lineup in recent years. For professionals and enthusiasts alike, the return of the iMac Pro could represent a long-awaited solution to this gap in the market. Why Consumer Demand Matters The potential return of the iMac Pro highlights a broader trend in consumer preferences. Many users, particularly professionals, have expressed a strong interest in a larger iMac that combines powerful hardware with a spacious display. Leaks and comments from industry insiders suggest that Apple is aware of this demand and may be working to address it. For you, the prospect of a new iMac Pro could mean access to a desktop that balances performance, design, and functionality. Whether you're a creative professional, a business user, or simply someone who values a larger screen, the iMac Pro could provide the ideal solution. Its potential features, including advanced display technology and powerful processors, would make it a compelling choice for those who need a high-performance all-in-one desktop. As Apple continues to innovate and expand its product lineup, the reintroduction of a larger iMac would not only meet consumer demand but also reinforce its commitment to delivering innovative technology. For now, all eyes are on 2025, as we await further details about what could be the next evolution of the iMac Pro. Dive deeper into iMac Pro 2025 with other articles and guides we have written below. Source & Image Credit: Matt Talks Tech Filed Under: Apple, Hardware, Top News Latest Geeky Gadgets Deals Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, Geeky Gadgets may earn an affiliate commission. Learn about our Disclosure Policy.
Android Authority
4 days ago
- Entertainment
- Android Authority
The Govee Gaming Pixel Light is a creative fix of 8-bit goodness for any RGB-heavy desktop
Govee Gaming Pixel Light The Govee Pixel Gaming Light is a quirky display piece that will add fun retro flair to any gamer's desktop. Having fully embraced that I'm in the middle of a mid-life crisis that manifests explicitly as a need to buy excessive amounts of glowy RGB products for my desktop gaming setup, I've been quite excited to try Govee's Gaming Pixel Light panels ever since they were revealed at CES 2025. I'm also a sucker for nostalgia, so the 8-bit-styled animations they can conjure up via an LED array also had an instant appeal. Having tested both the larger, rectangular version and the square model (each sent over by Govee for review), I can tell you that they're wildly impractical and could use some fine-tuning on the software side, but they are overall a pretty fun way to add some flair to your PC or console setup. Pixel-tastic desktop flair Oliver Cragg / Android Authority The Gaming Pixel Light comes in two distinct sizes with the same individual LED dimensions on each — a compact square 32 x 32 pixel model (1,024 LEDs) and a wider 52 x 32 pixel rectangular version (1,664 LEDs). I personally prefer the square one as it's easy to fit on my cramped desk, but the wider option does make it more compatible with landscape images/clips you want it to show (more on that later), and separates it from most of its competitors, which are predominantly square. Because the LEDs are the same size on each model, you're not losing out on image quality. Each one comes with a little plastic stand to hold the display in place, and you can also choose to wall mount it with an included attachment. It also comes with an AC/DC adaptor, which has a fixed barrel jack cable. I sorely wish this were USB-powered — power adaptor space around my desktop is already at a premium, so occupying another plug with the Gaming Pixel Light was a pain. Here's hoping future versions can be run through a PC port or a desktop charger. The Gaming Pixel Light is outfitted with the same gamer-tastic border frame no matter which size you opt for, and this is the most contentious part of the design for me. I quite like a minimalist aesthetic (outside of all the bright lights, obviously), and these borders look like they've been awkwardly grafted on from spare parts of a knock-off Evangelion mecha. The angular sections, matte gray with green accents, and a few words in white (like 'Loading' and 'Game') are all far from offensive, but the frame's overall aesthetic does detract slightly from the real attraction: that display. With animations at 30 frames per second and impressive color vibrancy, the Govee Gaming Pixel Light certainly stands out. It comes pre-loaded with a library of over 150 scenes, many of which evoke retro gaming classics or other nerdy references (such as an obvious Spider-Man template). My daughter is obsessed with the colorful fish scene, but if you want something more low-key, there are effects like dynamic color shifts and other screensaver-type animations that are a little less distracting and a lot more moody, in a good way. With a library of over 150 pre-loaded scenes, sketching tools, and community sharing, the Gaming Pixel Light will never become boring. It also has real-time displays, which update automatically when connected to Wi-Fi (2.4GHz only). This includes a clock, weather, NBA/NFL scores (soccer next, Govee!), and even stocks and Bitcoin price tracking. You can access these with a quick tap of a physical button. I found the clock and weather relatively useful, but you might get more mileage out of the rest than I did. These and other scenes can also be accompanied by audio clips via the built-in 3W speaker. It's clear enough for 8-bit beeps and boops, and timers, but not much more than that. You can also upload your own musical snippets in .wav, .mp3, and .ogg formats, which is a nice touch for customization. The display animations can also dynamically match the audio, which can make for some cool ambient effects. Get creative (or cheat with AI) Setting up the Pixel Gaming Light was fairly painless via the Govee Home app, though it did take a couple of tries for the device to register. After that, you're ready to dig into all of the many, many customization options on offer. Aside from the pre-loaded scenes, you can upload your own images and GIFs or sketch new pixel art creations using the in-app tools. There's also a Share Space where you can show off these DIY images and animations to other users and download other people's creations. Again, Govee's broader ecosystem is a boon here, as it's likely this will fill out pretty quickly as more people get their hands on the Gaming Light and start creating. The only downside right now is the lack of useful filters; there's a search feature, but no way to rate submissions or view by popularity. The whole artistic process is aided by the feature Govee really wants you to use: the AI Lighting Bot. This lets you enter prompts, and Govee's chatbot will create something that tries to match your description (and with very little care for IP infringement in my experience — check out the Chelsea Football 'Clug' logo). I personally found this to be quite hit and miss, and I couldn't get it to create animated images, only static ones. I'd stick to your own sketches, or the image/animation uploads. The latter can also occasionally translate poorly, but that's only when you try to feed it complex images — it's an 8-bit-style LED array after all, so if you pick simple pictures and GIFs with bold colors and lines with good spacing, you'll get great results. Just be aware that I had to reload the app a few times when the device idled for the AI creations, sketching, and DIY modes. Hopefully those bugs get squashed soon. Oliver Cragg / Android Authority One thing I didn't get to test is the connection to Govee's HDMI 2.1 Sync Box, as I don't have one. If you are in the Govee ecosystem, that'll let you create real-time DreamView experiences and pair the effects with other Govee lights. Smart home users without the Sync Box can still connect the device(s) to Amazon Alexa and Google Assistant for voice commands/automations. It also supports IFTTT and Matter. Govee Gaming Pixel Light review: The verdict Oliver Cragg / Android Authority At $99.99 for the square model or $129 for the rectangular version (or $79.99/$103.99, respectively, for a limited time launch sale), the Govee Pixel Gaming Light is a quirky display piece that can give any gamer's desktop some funky retro flair. Is it a novelty? Absolutely, but sometimes you don't need a reason to get something beyond pure aesthetics. If there's ever a second-gen model, I'd love to see the gamer-fied border eliminated (or at least made optional) for something a little more unassuming, and I'd really want to see a USB power and/or charging option to save my desk management headaches. Before then, I hope Govee can iron out some of the software quirks on the first-gen models. The Govee Pixel Gaming Light is a quirky display piece that can give any gamer's desktop some fun retro flair. The most popular competitors to the Pixel Gaming Light come from Divoom, such as the Pixoo-Max and the Pixoo64. The former is another 32 x 32 LED panel, while the latter cranks the number of LEDs up to a whopping 4096 total for even more impressive designs. The Pixoo64 also costs almost double, while the Pixoo-Max is $30 more expensive than the square Pixel Gaming Light. Govee has an ecosystem advantage in this emerging category, and considering the reasonable pricing, it is definitely worth a look if you want to pixel-up your gaming space. Govee Gaming Pixel Light Bright and rich LED display • Pre-loaded with 150+ scenes and animations • Versatile customization tools MSRP: $99.99 LED display for creative gamers. The Govee Gaming Pixel Light lets users easily create and display their favorite pixel art and GIFs. With over 150 preset scene modes, a diverse range of DIY tools, and an AI Lighting Bot, this LED display (available in 32 x 32 or 52 x 32 pixel models) is a perfect desktop addition for 8-bit obsessives. See price at Amazon Positives Bright and rich LED display Bright and rich LED display Pre-loaded with 150+ scenes and animations Pre-loaded with 150+ scenes and animations Versatile customization tools Versatile customization tools Easy-to-use Govee app Easy-to-use Govee app Reasonable price Cons AI creations are hit and miss AI creations are hit and miss Share Space needs filters Share Space needs filters Not USB powered Not USB powered Divisive frame design Divisive frame design Some connection bugs
Geeky Gadgets
27-05-2025
- Business
- Geeky Gadgets
From 2GB to 1TB: How to Maximize AI on Any Local Desktop Setup
What if your local desktop could rival the power of a supercomputer? As AI continues its meteoric rise, the ability to run complex models locally—on setups ranging from modest 2GB systems to innovative machines with a staggering 1TB of memory—is no longer a distant dream. But here's the catch: not all hardware is created equal, and choosing the wrong configuration could leave you stuck with sluggish performance or wasted potential. From lightweight models like Gemma3 to the resource-hungry Deepseek R1, the gap between what your hardware can handle and what your AI ambitions demand is wider than ever. So, how do you navigate this rapidly evolving landscape and make the most of your setup? This comprehensive comparison by Dave, unpacks the hidden trade-offs of running AI locally, from the surprising efficiency of entry-level systems to the jaw-dropping capabilities of high-end configurations. You'll discover how memory, GPUs, and CPUs shape the performance of AI workloads, and why token generation speed could be the metric that transforms your workflow. Whether you're a curious hobbyist or a professional looking to optimize large-scale deployments, this deep dive will help you decode the hardware puzzle and unlock the full potential of local desktop AI. After all, the future of AI isn't just in the cloud—it's sitting right on your desk. Optimizing AI on Desktops Why Run AI Models Locally? Running AI models on local hardware offers several distinct advantages over cloud-based solutions. It provides greater control over data, making sure privacy and security, while also reducing long-term costs associated with cloud subscriptions. Additionally, local deployment eliminates latency issues, allowing faster processing for time-sensitive tasks. However, the success of local AI deployment depends heavily on aligning your hardware's specifications with the demands of the AI models you intend to use. For instance, lightweight models like Gemma3 can operate effectively on systems with minimal resources, making them ideal for basic applications. In contrast, advanced models such as Deepseek R1 require robust setups equipped with substantial memory and processing power to function efficiently. Understanding these requirements is essential for achieving optimal performance. The Role of Memory in AI Performance Memory capacity plays a pivotal role in determining the performance of AI models. Tests conducted on systems ranging from 2GB to 1TB of memory reveal significant trade-offs between cost, speed, and scalability. Here's how different setups compare: 2GB systems: These are suitable for lightweight tasks such as license plate recognition or basic image classification. However, they struggle with larger, more complex models due to limited memory bandwidth. These are suitable for lightweight tasks such as license plate recognition or basic image classification. However, they struggle with larger, more complex models due to limited memory bandwidth. 8GB systems: Capable of handling mid-sized models, these setups offer moderate performance but experience slower token generation speeds, particularly with larger datasets. Capable of handling mid-sized models, these setups offer moderate performance but experience slower token generation speeds, particularly with larger datasets. 128GB and above: High-memory configurations excel at running advanced models, offering faster processing speeds and greater scalability for demanding workloads. One critical metric to consider is token generation speed, which improves significantly with higher memory configurations. Systems with more memory are better equipped to process large datasets and execute complex models, making them indispensable for tasks such as natural language processing, image generation, and predictive analytics. Local Desktop AI Compared : 2GB to 1024GB Watch this video on YouTube. Dive deeper into AI models with other articles and guides we have written below. Hardware Configurations: Matching Systems to Workloads Different hardware configurations cater to varying AI workloads, and selecting the right setup is crucial for achieving efficient performance. Below is a breakdown of how various configurations perform: Low-end systems: Devices like the Jetson Orin Nano (2GB RAM) are limited to lightweight models and basic applications, such as object detection or simple automation tasks. Devices like the Jetson Orin Nano (2GB RAM) are limited to lightweight models and basic applications, such as object detection or simple automation tasks. Mid-range GPUs: Options such as the Tesla P40 (8GB RAM) and RTX 6000 ADA (48GB RAM) strike a balance between cost and performance. These systems can handle larger models with moderate efficiency, making them suitable for small to medium-scale AI projects. Options such as the Tesla P40 (8GB RAM) and RTX 6000 ADA (48GB RAM) strike a balance between cost and performance. These systems can handle larger models with moderate efficiency, making them suitable for small to medium-scale AI projects. High-end systems: Machines like the Apple M2 Mac Pro (128GB RAM) and 512GB Mac M4 are designed for advanced models like Deepseek R1. These setups provide the memory and processing power needed for large-scale AI workloads, including deep learning and complex simulations. CPU-only setups, while less common, can also support massive models when paired with extensive memory. For example, systems equipped with 1TB of RAM can handle computationally intensive tasks, though they may lack the speed and efficiency of GPU-accelerated configurations. This highlights the importance of matching hardware capabilities to the specific computational demands of your AI tasks. AI Models: Size and Complexity Matter The size and complexity of AI models are key factors influencing their hardware requirements. Smaller models, such as Gemma3 with 1 billion parameters, are well-suited for low-memory setups and can perform tasks like text summarization or basic image recognition. These models are ideal for users with limited hardware resources or those seeking cost-effective solutions. In contrast, larger models like Deepseek R1, which scale up to 671 billion parameters, demand high-memory systems and advanced GPUs or CPUs to function efficiently. These models are designed for tasks requiring significant computational power, such as advanced natural language understanding, generative AI, and large-scale data analysis. The disparity in hardware requirements underscores the importance of tailoring your setup to the specific needs of your AI applications. Key Performance Insights Testing AI models across various hardware configurations has revealed several critical insights that can guide your decision-making: Memory capacity: Higher memory directly correlates with improved processing speed and scalability, making it a crucial factor for running complex models. Higher memory directly correlates with improved processing speed and scalability, making it a crucial factor for running complex models. Unified memory architecture: Found in Apple systems, this feature enhances AI workloads by allowing seamless access to shared memory resources, improving overall efficiency. Found in Apple systems, this feature enhances AI workloads by allowing seamless access to shared memory resources, improving overall efficiency. Consumer-grade hardware: While affordable, these systems often struggle with large-scale models due to limitations in memory and processing power, making them less suitable for demanding applications. These findings emphasize the need to carefully evaluate your hardware options based on the size, complexity, and computational demands of your AI tasks. Optimizing Local AI Deployment To achieve efficient and cost-effective AI performance on local desktop hardware, consider the following strategies: Ensure your hardware configuration matches the size and complexity of the AI models you plan to run. This alignment is critical for avoiding performance bottlenecks. Use tools like Olama to simplify the process of downloading, configuring, and running AI models locally. These tools can streamline deployment and reduce setup time. to simplify the process of downloading, configuring, and running AI models locally. These tools can streamline deployment and reduce setup time. Invest in high-memory systems if your workload involves large-scale models or extensive data processing. While the upfront cost may be higher, the long-term benefits in performance and scalability are significant. By following these recommendations, you can maximize the performance of your local AI deployments while staying within budget and making sure efficient resource utilization. Challenges and Future Developments Despite recent advancements, consumer hardware still faces limitations when supporting the largest AI models. Memory constraints, processing speed, and scalability remain significant challenges, particularly for users with budget-friendly setups. However, ongoing developments in GPUs, CPUs, and memory architectures are expected to address these issues, paving the way for more powerful and accessible AI systems. Emerging technologies, such as quantum computing and next-generation GPUs, hold the potential to transform local AI deployment. These advancements promise to deliver unprecedented processing power and efficiency, allowing broader adoption of AI across industries and applications. Media Credit: Dave's Garage Filed Under: AI, Guides Latest Geeky Gadgets Deals Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, Geeky Gadgets may earn an affiliate commission. Learn about our Disclosure Policy.
Android Authority
19-05-2025
- Android Authority
Here's a sneak peek at Google Discover on desktop
Andy Walker / Android Authority TL;DR Discover is starting to roll out on the Google homepage for desktop. The feature seems to only be available to users in Australia and New Zealand. This version of Discover is slightly different from the one that appears on mobile. With a simple swipe on your phone's home screen or a tap on the Chrome app, you have access to Google Discover. This news aggregator has long been exclusive to mobile users, but the company is working on bringing the experience to desktop. It appears Google may have finally started the rollout, but it's currently only available to select countries. If you live in Australia or New Zealand, you might notice something a little different about the Google homepage. First spotted by Damien Andell on X (formerly Twitter), some users are starting to see the Discover feed appear on the page, right below the search bar. You can see if Discover will show up for you by heading to Ryan McNeal / Android Authority I was able to get the feature working on my desktop, and it looks like the image above. If your window is in full screen, you'll also see 'At a glance,' which you can customize by clicking on the vertical three dots. Here, you'll have three options to choose from: Finance, Sports, and Weather. Meanwhile, LinkedIn user Nicola Agius points out a couple of differences between the desktop and mobile versions. On desktop, the image is less prominent than it is on mobile, contained in a square box off to the left. The other difference is that you can read the first sentence of every article in the desktop version. Google previously shared that Discover was expanding to more surfaces at Search Central Live, an SEO event, in Madrid last month. It's possible that the tech giant could announce the rollout of Discover for desktop at Google I/O. Got a tip? Talk to us! Email our staff at Email our staff at news@ . You can stay anonymous or get credit for the info, it's your choice.
CNET
12-05-2025
- CNET
Here's How to Supercharge Your Productivity With Dual Monitors
Have you ever sat down at your computer to get work done, only to realize that a single monitor just isn't cutting it? If you constantly find yourself getting lost on the screen, or tabbing between multiple apps, adding a second monitor to your setup might be the perfect solution. Upgrading to a dual monitor setup allows you keep an eye on everything you've got going on, while ensuring you can stay productive during busy days. Productivity isn't the only reason to set up a second monitor, either. Gamers also benefit from the options offered by a second screen. From pulling up tips for defeating that last boss to having a dedicated screen for Discord and OBS, there are plenty of ways a second monitor can help. We've put together this guide on how to set up dual monitors, to help you get the best out of your desk setup. Getting the right hardware for your dual-monitor setup Using monitor arms will let you adjust your dual-monitor setup with ease. Sarah Tew/CNET If you're looking to get dual monitors, it's likely that you already have a computer, whether it's a desktop PC, a mini PC like a Mac mini, or a laptop. Before you make any purchases, make sure your computer supports dual monitors. A quick way to check if your PC supports dual monitors is to check the ports on the I/O. If you can see two or more display output ports such as HDMI or DisplayPort, or one display output port and at least one USB-C/Thunderbolt port, then chances are that your computer supports dual displays but you'll need a supported cable, adapter or hub. To be sure, check your computer's specifications to verify dual-monitor support and the maximum resolutions supported. Although dual-monitor support is common now, there are some outliers. An example is the MacBook Air, which was limited to a single external display until the latest M3 iteration. The MacBook Pro models with base M1, M2 and M3 chips also support only one external display. The M2 Pro version on top has four Thunderbolt 4 ports, vs. the M2 version below it has only two. CNET/Dan Ackerman If the specifications say your computer can support two external displays, you can choose from the best monitors on the market. It's recommended to get two of the same monitors if you want consistency. On the other hand, if you have a smaller budget, you can get a budget monitor under $200. Make sure to get the right adapter, cable or hub that matches the ports on your computer and monitors. If you want more movement and adjustability, you can get monitor arms to attach to your desk instead of the bundled stands, provided your monitors support VESA mounts. Once you have your monitors and all the other necessary hardware set up, you can move on to configuring your dual monitors on your computer's operating system. How to set up dual monitors on Windows Windows is good at detecting dual monitors automatically and applying the best settings. Microsoft still recommends a few steps to apply specific settings to your dual-monitor setup to match your needs. 1. Connect the two monitors to the appropriate display output ports on your computer and make sure they are powered on. 2. Windows should detect your monitors automatically. Press the Windows logo key + P, and click the best display setup option for you. The Extend these displays option is ideal for a dual-monitor setup. You can also click More Display settings to open up the Settings app with display options listed. Screenshot by Palash Volvoikar/CNET 3. To fine-tune resolution, refresh rates and display scaling, head over to Settings > System > Display. Clicking on the displays visualized will let you change the settings for that particular monitor. Screenshot by Palash Volvoikar/CNET 4. Click each display, typically labeled with numbers 1 and 2, to change the settings for each display. Some settings may be listed under Advanced display. You can click the Identify button to display the corresponding number on each display, in case you're not sure which display's settings you're adjusting. How to set up dual monitors on MacOS Apple has a guide to check which Mac models support which types of external monitors via which available ports. Once you have the monitors connected to the right ports, follow the steps below. 1. Choose Apple menu > System Settings, then click Displays in the sidebar to see your displays' settings, including resolution, brightness and color profile. 2. From the list of displays, select the monitor you want, and click the dropdown next to Use as to set the display mode. You can decide whether to extend or mirror your Mac desktop across multiple monitors. You can either set monitors to mirror your desktop, or extend it. Screenshot by Palash Volvoikar/CNET 3. Change the resolution, refresh rate and other settings as per your preferences, for each monitor. 4. Click the Arrange... button adjacent to the display list to adjust your dual-monitor layout. Drag and move your displays to arrange. You can drag and move displays to change the alignment of your dual monitors. Screenshot by Palash Volvoikar/CNET Once done, you should be able to use your dual-monitor setup with your MacBook without any issues. If you want to improve your desk setup while getting your dual monitors ready, take a look at our roundup of the best home office essentials. We also have a roundup of the best desks you can get, as well as the top standing desks on the market.
