Deeper Dive: Our Top Tested Picks
EDITORS’ NOTE
March 2, 2026: With this update, we added the Dell 16 Premium (DA16250) as our latest Best 4K Productivity Laptop, replacing the MSI Prestige 16 AI Evo. We also added the Acer Swift Go 16 as our Best Budget (Almost) 4K Laptop, replacing the Lenovo Yoga Slim 7i Aura Edition. Since our last update, we reviewed and evaluated more than a dozen new laptops for potential inclusion in this roundup and our other laptop roundups. We currently have laptops in PC Labs for evaluation from makers including Acer, Asus, HP, and Lenovo.
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Powerful performance and graphics
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Gorgeous OLED display
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Elegant design
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Decent webcam
- Long battery life for a 4K laptop
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Pricey in basic and upticked configurations
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Keyboard looks better than it feels
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Short on ports
- Loud but middling speakers
Whether as a general-use laptop, productivity PC, or desktop replacement, the Dell 16 Premium can do the job. While it’s expensive, that’s par for the course with quality 4K laptops. For your money, you get a beautifully built system with a gorgeous OLED screen, an effective webcam, and long battery life. The Core Ultra 7 255H CPU and RTX 5070 GPU in our review model deliver real power for demanding professional tasks, gaming, and everything in between.
Professional power users: This laptop fits best for people who need both processor and graphics muscle for work. The Dell 16 Premium’s 4K panel is excellent for big spreadsheets and multi-tasking. Most casual users don’t need to pay up for a GPU, but you’ll find a lot of overlap with those looking for 4K displays. (Dell also offers options with integrated graphics.)
Content creators: This is an excellent 4K laptop for people who edit photos or video content. It’s not always easy to find graphics muscle in a sleek, stylish laptop, but this machine delivers. The Dell 16 Premium provides a MacBook Pro-like experience for creative pros who are loyal or otherwise bound to Windows.
Class
Desktop Replacement
Processor
Intel Core Ultra 7 255H
RAM (as Tested)
32 GB
Boot Drive Type
SSD
Boot Drive Capacity (as Tested)
1 TB
Screen Size
16.3 inches
Native Display Resolution
3840 x 2400
Panel Technology
OLED
Variable Refresh Support
G-Sync
Screen Refresh Rate
120 Hz
Graphics Processor
Nvidia GeForce RTX 5070 Laptop GPU
Graphics Memory
8 GB
Wireless Networking
Wi-Fi 7, Bluetooth 5.4
Dimensions (HWD)
0.75 by 14.10 by 9.40 inches
Weight
4.65 pounds
Operating System
Windows 11 Home
Tested Battery Life (Hours:Minutes)
13:31
Learn More
Dell 16 Premium (DA16250) Review
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Exceptional performance
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Dazzling mini-LED screen
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Potent audio
- Decent battery life
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Mostly plastic chassis
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Loud fans
- So-so keyboard
Video editing requires a lot of raw muscle, and most gaming laptops come more than ready for the task. The MSI Raider 18 HX AI takes that to the extreme: our test configuration is an all-powerful laptop with a top-end Intel Core Ultra processor, 64GB of memory, and Nvidia GeForce RTX 5080 graphics. The CPU and GPU are ready to make quick work out of video-editing jobs, while the brilliant 120Hz, 18-inch, 3,840-by-2,400-resolution mini-LED screen is a pleasure to use. It’s hardly the most portable option, but this tops the list if you want a 4K desktop replacement that puts performance first.
Gamers replacing a desktop: This gaming laptop is a nearly perfect desktop replacement for PC gamers. Whether you are replacing an old tower, or deciding between a new desktop or a laptop, the Raider will please. Its roomy 4K display makes for better viewing than a larger, lower-res desktop display, and its power level is about as potent as it gets in gaming laptops.
Power seekers: This laptop is designed for gamers with deep pockets who demand maximum performance. The Raider is one of the most potent gaming laptops available, especially if frame rates and detail in the latest games are your primary concerns. Even without an RTX 5090, the MSI Raider packs enough graphics muscle for virtually any current-day gaming scenario.
Class
Gaming, Desktop Replacement
Processor
Intel Core Ultra 9 285HX
RAM (as Tested)
64 GB
Boot Drive Type
SSD
Boot Drive Capacity (as Tested)
2 TB
Secondary Drive Type
SSD
Secondary Drive Capacity (as Tested)
2 TB
Screen Size
18 inches
Native Display Resolution
3840 by 2400
Panel Technology
IPS
Variable Refresh Support
None
Screen Refresh Rate
120 Hz
Graphics Processor
Nvidia GeForce RTX 5080 Laptop GPU
Graphics Memory
16 GB
Wireless Networking
Bluetooth 5.4, Wi-Fi 7
Dimensions (HWD)
1.26 by 15.9 by 12.1 inches
Weight
7.94 lbs
Operating System
Windows 11 Home
Tested Battery Life (Hours:Minutes)
5:37
Learn More
MSI Raider 18 HX AI Review
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Lightweight, durable chassis
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Speedy CPU and GPU
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Beautiful OLED display
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Useful AI-assisted features
- High-end audio quality
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Runs hot with big workloads
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Fans get loud under load
- Basic refresh rate
Asus’ top-end ProArt laptop is our winner for general content creation and the most demanding media-editing tasks. Our pricey (but not unreasonable) test model houses an AMD Ryzen AI 9 HX 370 processor, 32GB of memory, a 2TB SSD, an Nvidia GeForce RTX 4070 GPU, and an OLED screen. That’s a super-effective package for pro users. Along with all this power, the laptop includes a digital scroll dial on the touchpad for manually selecting and using creation tools within apps.
Media professionals: This is the leading 4K laptop for people working in media production and content creation. Editors, content creators, and any professional who needs graphics acceleration should consider the ProArt. It’s not cheap, but no laptop can power these workflows for much less, and it still costs less than a premium mobile workstation.
Shortcut hounds: This laptop works particularly well for people who want lots of shorthand tools on deck. The ProArt also has a hardware/software feature that may thrill content creators: the Asus DialPad. It’s a circular depression in the top-left corner of the touchpad that you can use with various apps as a shortcut tool (for instance, in Premiere it assists with editing tasks). The feature works with office suites, as well as creator and entertainment staples such as CapCut, Spotify, and DaVinci Resolve.
Class
Workstation
Processor
AMD Ryzen AI 9 HX 370
RAM (as Tested)
32 GB
Boot Drive Type
SSD
Boot Drive Capacity (as Tested)
2 TB
Screen Size
16 inches
Native Display Resolution
3840 by 2400
Panel Technology
OLED
Variable Refresh Support
None
Screen Refresh Rate
60 Hz
Graphics Processor
Nvidia GeForce RTX 4070 Laptop GPU
Graphics Memory
8 GB
Wireless Networking
802.11be, Bluetooth 5.4
Dimensions (HWD)
0.68 by 13.9 by 9.7 inches
Weight
4.08 lbs
Operating System
Windows 11 Home
Tested Battery Life (Hours:Minutes)
12:59
Learn More
Asus ProArt P16 (H7606) Review
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Monumental power and expandability
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Gorgeous DreamColor display
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Top-notch connectivity
- HP Wolf Security sets the standard
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Heavy in a briefcase
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Even heavier on your budget
- Awkward cursor control keys
The HP ZBook Fury 16 G11 stands above the rest in a crowded field of high performers. Its Intel Core i9-14900HX processor, 64GB of RAM, and Nvidia RTX 3500 Ada enterprise-class GPU deliver incredible performance. Combine that with a 120Hz 4K display, and you’ve got a dream for content creators and other demanding professionals. All in all, this is an extremely well-made laptop that can handle anything you throw its way, and it’s got lots of connectivity besides. The price is obviously a hurdle, but that’s a given when looking for the fastest laptop around.
Performance-first professionals: This is the laptop to buy for pros who need the utmost in speed and reliability for highly demanding workflows, like content creators, media editors, and engineers. Most people need not consider a laptop this fast (and expensive), but workstation-grade shoppers know who they are.
Power users with potential huge RAM and SSD needs: This Fury model can support up to 128GB of memory and up to a staggering 16TB of SSD storage via four M.2 slots.
Class
Workstation, Desktop Replacement
Processor
Intel Core i9-14900HX
RAM (as Tested)
64 GB
Boot Drive Type
SSD
Boot Drive Capacity (as Tested)
1 TB
Screen Size
16 inches
Native Display Resolution
3840 by 2400
Panel Technology
IPS
Variable Refresh Support
Dynamic
Screen Refresh Rate
120 Hz
Graphics Processor
Nvidia RTX 3500 Ada
Graphics Memory
12 GB
Wireless Networking
Wi-Fi 7, Bluetooth 5.3
Dimensions (HWD)
1.13 by 14.3 by 9.8 inches
Weight
5.3 lbs
Operating System
Windows 11 Pro
Tested Battery Life (Hours:Minutes)
8:22
Learn More
HP ZBook Fury 16 G11 Review
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Stunning DreamColor screen
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Handsome chassis
- RGB-backlit keyboard
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Ultra-expensive
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Middling performance
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Short battery life
- Lowball 720p webcam
Among mobile workstations, the ZBook Fury is HP’s formidable flagship, while the ZBook Studio 16 is a lighter (3.81-pound) grab-and-go option. It also includes HP’s DreamColor 4K display, which we’ve ooh-ed and ahh-ed over for years as simply the most brilliant and beautiful IPS panel on the planet. The configuration we reviewed was an absolute monster, but you’ll find many options for midrange or high-end performance.
Content creators: This laptop workstation favors content creators rather than users who need colossal CGI rendering or crunching massive datasets. It doesn’t have HDMI and Ethernet ports or the longest battery life, and it can cost a small fortune, like our test model. But if you need to highly tune a capable workstation to your specific needs and budget, this is the way to go.
Class
Workstation
Processor
Intel Core Ultra 9 185H
Processor Speed
2.5 GHz
RAM (as Tested)
64 GB
Boot Drive Type
SSD
Boot Drive Capacity (as Tested)
1 TB
Screen Size
16 inches
Native Display Resolution
3840 x 2400
Panel Technology
IPS
Variable Refresh Support
None
Screen Refresh Rate
120 Hz
Graphics Processor
Nvidia RTX 3000 Ada
Graphics Memory
8 GB
Wireless Networking
802.11be, Bluetooth 5.4
Dimensions (HWD)
0.76 by 14.02 by 9.54 inches
Weight
3.81 lbs
Operating System
Windows 11 Pro
Tested Battery Life (Hours:Minutes)
6:56
Learn More
HP ZBook Studio 16 G11 Review
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Dominant content creation performance
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More than 24 hours of battery life
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Game-changing nano-texture display option
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Thunderbolt 5 support
- Helpful Center Stage webcam upgrade
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Only a minor performance boost over M3 MacBooks
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Strangely priced configuration
- Nano-texture display is an optional extra
Unsurprisingly, a heavily upgraded MacBook Pro is expensive: our 16-inch 2024 M4 Pro-bearing model costs more than $3,500 as tested. But its potent M4 Pro chip makes it worthwhile, delivering excellent performance alongside the famous MacBook Pro build and high-res, nano-texture screen. The battery lasted for more than 25 hours on our rundown test, and the system has all of the advanced features and connectivity that pro users are looking for, including Thunderbolt 5 for the first time.
Mac users: This is the ultimate Mac laptop, hands down. And, since Apple hasn’t reached 4K resolution in its laptops yet, the upgraded Pro is the best high-resolution pick. If you edit photos, videos, and other media, this is a sweet machine and screen on which to work.
Creators and demanding pros: This is also the best Mac laptop for data scientists, engineers, and animators who appreciate the macOS ecosystem. Anyone in those fields will find the flagship MacBook Pro a dream come true. Apple doesn’t do touch screens, but it most certainly does super-sharp, world-class workstations.
Class
Workstation, Desktop Replacement
Processor
Apple M4 Pro (14-core)
RAM (as Tested)
48 GB
Boot Drive Type
SSD
Boot Drive Capacity (as Tested)
2 TB
Screen Size
16.2 inches
Native Display Resolution
3456 by 2234
Panel Technology
Mini LED
Variable Refresh Support
ProMotion
Screen Refresh Rate
120 Hz
Graphics Processor
Apple M4 Pro (20-core)
Wireless Networking
Wi-Fi 6E, Bluetooth 5.3
Dimensions (HWD)
0.66 by 14 by 9.8 inches
Weight
4.7 lbs
Operating System
Apple macOS Sequoia
Tested Battery Life (Hours:Minutes)
25:52
Learn More
Apple MacBook Pro 16-Inch (2024, M4 Pro) Review
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Well-priced for the feature set
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Attractive, thin-and-light design
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Spectacular OLED display
- Strong productivity performance
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Subpar battery life
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Cramped keyboard
- Small touchpad
No, this pick’s screen does not reach 4K resolution, but we thought this laptop might tempt some shoppers with a still-sharp display that costs much less. The Acer Swift Go 16 (2025)’s 2.8K (2,880-by-1,800-resolution) OLED screen still looks fantastic and costs far less than most of our other selections here. What’s more, this thin laptop is portable despite the 16-inch panel, and it delivers strong performance thanks to its Core Ultra 9 285H processor.
Budget-conscious shoppers: This is the best ultra-sharp laptop for shoppers on a tight budget. If a nearly 3K resolution will suffice and you want to save some cash, this Swift machine is the pick for you. It’s a sharp and speedy all-rounder with sweet upsides and acceptable concessions at a nice price. If 4K is an absolute must for work and entertainment, consider one of the alternatives.
Class
Desktop Replacement
Processor
Intel Core Ultra 9 285H
RAM (as Tested)
32 GB
Boot Drive Type
SSD
Boot Drive Capacity (as Tested)
1 TB
Screen Size
16 inches
Native Display Resolution
2880 by 1800
Panel Technology
OLED
Screen Refresh Rate
120 Hz
Graphics Processor
Intel Arc 140T
Wireless Networking
Wi-Fi 7, Bluetooth 5.4
Dimensions (HWD)
0.65 by 14 by 8.8 inches
Weight
3.31 lbs
Operating System
Windows 11 Home
Tested Battery Life (Hours:Minutes)
9:22
Learn More
Acer Swift Go 16 (2025) Review
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The Best 4K Laptops for 2026
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Buying Guide: The Best 4K Laptops for 2026
Before we go on, a clarification: While we use the terms “4K” and “UHD” interchangeably, they’re technically not the same. The latter is the consumer-display, broadcast, and computing standard of 3,840 by 2,160 pixels. What film purists call 4K displays are used in professional production and digital cinemas, and they measure 4,096 by 2,160 pixels. Having learned that, you can forget it; laptop manufacturers, like Blu-ray boxes, mix up UHD and 4K every day.
(Credit: Joseph Maldonado)
Some more background: Let’s discuss some terminology around resolutions, refresh rates, and aspect ratios. Today’s minimum acceptable laptop-screen standard is a layout of 1,920 by 1,080 pixels, abbreviated as FHD or 1080p resolution. The p in “1080p” stands for progressive, meaning the computer’s graphics processing unit (GPU) draws the horizontal lines in succession. Some early HDTVs used 1080i (“i” for interlaced) technology that drew every other line, then went back to fill in the lines in between. Either way, drawing the entire screen—1,080 horizontal lines of 1,920 pixels each—typically happens 60 times a second, for a refresh rate of 60 hertz (60Hz).
Your eyes can’t keep up with such rapid redrawing, so your brain processes the display as steady or smooth. Indeed, movie screens are far larger than laptops or TV sets, yet you see their images as smooth despite being displayed at only 24 frames per second (fps). Most people perceive TV and notebook screens as showing flicker at frame rates below 30fps, and hard-core gamers prefer to view animated action or fast-twitch fragging at 60fps or more—the reason many gaming laptops feature screen refresh rates of 120Hz, 144Hz, or even 240Hz.
(Credit: Joseph Maldonado)
If you divide 1,920 by 16 and multiply by nine, you get 1,080. Now, most HDTVs and many laptops have a screen aspect ratio of 16:9, the horizontal-to-vertical proportion that applies to both 1080p and 4K. It also applies to 720p—aka 1,280 by 720 pixels—the lower resolution of the first HDTV sets (and too many laptop webcams, though 1080p resolution is a minimum for them, too).
Aspect ratio isn’t inflexible—before 16:9 rectangles ruled the industry, laptop screens had squarer 4:3 layouts (1,024 by 768 pixels, for example), and the last couple of years have brought a surge in slightly less rectangular 16:10 displays (turning 4K from 3,840 by 2,160 to 3,840 by 2,400). We broadly consider both of those latter resolutions to be “4K.”
What Resolutions Do Laptops Have Between Full HD and 4K?
Do resolutions between 1080p and UHD exist? Indeed, and in some categories, they’ve become more popular than 4K. Many gaming monitors and laptops display at 1440p—2,560 by 1,440 pixels, dubbed QHD because it’s quad HD (720p), the way 4K is a two-by-two grid of 1080p. It provides sharper views of the gaming arena than 1080p but requires a relatively small increase in GPU horsepower compared with 4K. Lately, 1600p and 1800p screens, too, have grown increasingly common in gaming laptops, content-creator laptops, and even workstations.
Entry-level or affordable laptops that adopt today’s popular 16:10 screen aspect ratio display 1,920 by 1,200 instead of 1,920 by 1,080 pixels. You can find 16:10 gaming rigs with 2,560-by-1,600-pixel panels and chic ultraportable compacts with 2,880 by 1,800 (or QHD+) resolution, the last often with vivid OLED screens.
(Credit: Joseph Maldonado)
A few Windows laptops, tablets, and Chromebooks have squarer 3:2 aspect-ratio displays, so you’ll see resolutions such as 1,920 by 1,280 and 3,000 by 2,000. They’re better for productivity than multimedia (unless you like black bars above and below your videos), but they’re great for seeing more of a document or webpage without scrolling.
Apple marches to the beat of its own drum when it comes to screen resolutions. Today’s 13- and 15-inch MacBook Air laptops pack 2,560 by 1,664 and 2,880 by 1,864 pixels, respectively. The 14-inch MacBook Pro’s Liquid Retina XDR display has a 3,024-by-1,964 resolution, while the 16-inch Pro’s screen has a 3,456-by-2,234 resolution.
And, yes, the latest and most expensive HDTV sets have 8K resolution—7,680 by 4,320 pixels in a 16:9 aspect ratio. However, you’ll find very little legitimate 8K content, so owners of these beauties mostly watch lower-resolution movies and shows upscaled to 8K. No one’s bothered to build an 8K laptop yet.
IPS, OLED, Mini LED: What Are the Different Kinds of 4K Panels?
You can read more in our guide to laptop screen types, but to summarize, today’s high-res notebooks use three different technologies. All can look fantastic, but each has advantages and disadvantages.
Today’s classic notebook design is a liquid crystal display with in-plane switching (IPS) architecture, so named because its molecules remain parallel rather than perpendicular to the front and back polarizers when voltage is applied. IPS screens provide more uniform color and wider viewing angles than the now-legacy twisted nematic (TN) LCDs they replaced.
IPS laptop screens would be too dim to make out without built-in light-emitting diode (LED) backlights. The lowest-cost panels are edge-lit, with light shining from the borders of the display; higher-quality ones are full-array-lit, with light sources arranged or spread behind the whole panel. Backlighting or brightness is measured in nits, which is slang for candelas per square meter. Bargain laptops have 250- or 300-nit screens, but we like to see at least 400 nits from an IPS panel, and some mobile workstations boast 500 or 600 nits. (Many rugged laptops deliver 1,000 nits or more, making them bright enough to read in outdoor sunlight.)
(Credit: Joseph Maldonado)
Mini-LED panels are a recent—and still relatively scarce and expensive—type of full-array-lit IPS screen with a greater number of smaller LEDs distributed across the backlight area. This permits a denser array of backlighting or what are called “dimming zones,” with each zone covering fewer pixels.
Such screens tend to be slower or fall short of the high refresh rates of gaming laptops’ IPS panels, but mini LED delivers richer color by reducing a problem that plagues IPS tech: the backlight glowing through what are supposed to be black or dark areas of the screen image, which yields lower contrast (a spectrum of white to dark gray instead of white to truly black).
Organic light-emitting diode (OLED) screens don’t just reduce the problem of backlight seepage—they cure it. That’s because every pixel on an OLED panel is its own dimming zone, which can be turned on or off individually. This yields a sumptuous color with unbeatable contrast—blacks are genuinely black because the pixel is completely dark.
Of course, OLED displays are more costly than IPS panels but have come down sharply in the last couple of years, even reaching sub-$1,000 laptops (though you’ll get 1080p, not 4K, at that price). They’re not as bright as IPS, but thanks to their sky-high contrast, they don’t have to be; a 350-to-400-nit OLED panel is just as pleasing to the eye as a 500-nit IPS screen.
What Are the Downsides of 4K Laptops?
Aside from the fact that icons and other screen elements are arguably too small on compact ultraportables, why isn’t 4K resolution standard on every laptop? Frankly, it’s more expensive. A 1080p liquid crystal display has almost 2.1 million pixels, but a 4K panel has about 8.3 million (with a 16:9 aspect ratio; 9.2 million if it’s 16:10). More precise manufacturing takes more money, and—brace yourself—laptop makers pass those costs on to you.
What would happen to your electric bill if you replaced each light bulb in your home with four? A 4K laptop screen draws more power than a 1080p display, which (all else being equal) means shorter battery life. This isn’t a big issue in terms of real-world buying decisions—today’s IPS, OLED, and mini-LED screens are much more power-efficient than their predecessors, and Apple’s 2023 16-inch MacBook Pro lasted almost 28 hours in our unplugged rundown despite its 7.7 million pixels—but it’s a factor.
(Credit: Joseph Maldonado)
Also, if you quadrupled the number of light bulbs in your house, you’d have to work a lot faster if you wanted to change them all in the same amount of time. As we said, it’s a minor technological miracle that your PC redraws its display 60 or more times every second. Laptop processors’ integrated graphics can handle it quickly enough for office apps and streaming video. But a smooth, stutter-free display when creating VR worlds, performing CGI rendering, or playing a fast-paced game demands a dedicated GPU like those of gaming laptops or mobile workstations.
And maintaining a rapid pixel flow with 8 million pixels on the screen is quite the lift. The days when speedy visuals required a high-end desktop with multiple graphics cards in motherboard slots are long gone; even under-$1,000 gaming laptops with fairly modest mobile GPUs can play demanding titles at 60 frames per second at 1080p resolution. A midrange GPU can provide satisfying gameplay at 1440p.
But choose to play at 4K—and demand, as serious gamers do, more than 60fps? You’re pushing the limits of even the highest-priced, hottest-running silicon in Nvidia’s GeForce and AMD’s Radeon GPU families. Forget about gaming on battery power rather than plugging into an AC outlet. Get used to a relatively heavy, bulky chassis and noisy cooling fans. And expect to empty your wallet.
What Is 4K Good for in a Laptop?
So, gaming at 4K remains a bridge too far for most laptops and budgets, though it’s coming closer every year. Regardless, you’ll find other reasons to be tempted by a higher-than-high-resolution display.
True, if you spend most of your time in a web browser or word processor zoomed to full screen, a 4K display will be wasted on you. If you’re a spreadsheet jockey or junkie, you’ll see more rows and columns without scrolling, which may or may not be worth the expense. But if you like to arrange your applications in adjacent windows instead of switching from one full screen to another, 4K may not replace a desktop multi-monitor setup, but does give you more room to work, boosting productivity by showing more data with less reaching for the touchpad or Alt-Tab keys.
If your workday involves digital content creation—editing or assembling images or videos as a streamer, photographer, artist, illustrator, animator, videographer, or designer—you probably learned the value of high resolution long ago. Whether editing 4K videos, touching up wedding photos, or exploring AI or VR images, a big, sharp screen is essential.
(Credit: Joseph Maldonado)
And that goes double for architects, engineers, and others who work with computer-aided design (CAD), 2D or 3D modeling, CGI rendering, and data mapping and analysis projects that call for more than ordinary PCs—powerful professional workstations like HP’s ZBook, Dell’s Precision, and Lenovo’s ThinkPad P series, with independent software vendor (ISV) certifications that guarantee compatibility with demanding specialized apps.
Mobile workstations, even more than gaming rigs, are the supercomputers of the laptop world, built to work long hours crunching through giant datasets and visually presenting their results with the sharpest detail and most accurate color available. A workstation without a high-res screen and a dedicated GPU hardly qualifies for the name.
It comes down to this: Elite professional tasks demand elite professional displays. The days when laptops couldn’t join desktops in this arena are long gone, and an ever-increasing array of OLED, IPS, and mini-LED 4K screen choices proves it. Whichever you choose from our picks, you’ll get an ideal portable platform available for serious productivity and creativity. And OK, yes, gaming—we won’t tell if you won’t.
Ready to Buy the Right 4K Laptop for You?
Our specific recommendations, spec table, and buying advice in this article should help you find the 4K laptop that’s right for you. We expect to see more 4K-equipped models going forward, so stay tuned for more choices as we update this guide when new models cross PC Labs’ test bench.
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