Credit:
Reviewed / Jackson Ruckar
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Credit:
Reviewed / Jackson Ruckar
Reviewed's mission is to help you buy the best stuff and get the most out of what you already own. Our team of product experts thoroughly vet every product we recommend to help you cut through the clutter and find what you need.
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With its top-shelf performance and incredible array of future-facing features, the LG C1 is one of the best TVs of the year, period. Read More
The TCL 6-Series is one of the most value-packed TVs, offering a bright, colorful picture, a built-in smart platform, and a host of gaming-centric features. Read More
4.6
The Sony A90J OLED is one of the brightest, most accurate OLED TVs. If you can swallow the cost, it'll serve you well for years to come. Read More
This 77-inch screen offers incredible contrast, spectacular color, and a full suite of future-proof features. But the price point is considerable. Read More
The Samsung QN90A is an impressive blend of top-shelf performance and world-class features. Read More
Sony’s newest console—the PlayStation 5—is jam-packed with impressive hardware that is sure to keep it on the bleeding edge for years to come. So shouldn't you own a TV that helps you get the most out of your fancy console? We certainly think so.
If you just want to maximize your dollar by securing a handful of next-generation features along with a dependable picture, we recommend our pick for Best Value: the TCL 6-Series (available at Amazon). It supports a few of the PlayStation 5’s chief performance features, looks great across all content, and won’t break the bank.
If only the best will do, consider the LG C1 (available at Amazon) , our pick for the best TV money can buy. The C1 combines sensational performance with support for the hardware and software features that will come to define the PlayStation 5 era.
The LG C1 series combines the unbelievable performance of an OLED with an array of exciting features.
The 2020 TCL 6-Series offers a taste of quantum dot performance for a price most people can justify.
Our lab is outfitted with much of the same equipment you would find at a factory that manufactures and calibrates televisions.
Reviewed has been testing TVs since some of its current employees were in middle school. While many proud TV testers have come and gone through Reviewed's labs, the current Home Theater team consists of Michael Desjardin and Lee Neikirk. Michael is a senior staff writer and a six-year veteran of the Reviewed tech team. A film enthusiast and TV expert, he takes picture quality seriously but also understands that not every TV is a good fit for everyone.
As Reviewed's Home Theater Editor, Lee doesn't do as much testing these days. However, he designed the company's current TV testing methodology after receiving calibration certification from the Imaging Science Foundation.
We measure things like peak brightness, black level, hue, and so on.
It'd be an understatement to say that we're serious about TV testing. The lab in our Cambridge location is outfitted with much of the same equipment you'd find at a factory that manufactures and calibrates television.
On the hardware side, we've got things like a Konica Minolta CS-200 tristimulus color meter, an LS-100 luminance meter, a Leo Bodnar input lag tester, a Murideo Seven 8K signal generator, and more Blu-rays than we can keep track of. For software, we use Portrait Displays’ Calman Ultimate color calibration software, the industry-standard in taking display measurements and calibrating screens to specifications.
Our testing process is equally complicated and has been honed over many years to gather data that is marginal enough to satisfy curious video engineers, but also relevant to the average person's viewing experience. We measure things like peak brightness, black level, hue and saturation for primary and secondary digital colors, the accuracy of the TV's electro-optical transfer function—you get the idea, it's complicated.
Weighting for our performance tests is based on how the human eye prioritizes vision, which means we put "brightness" data (monochromatic eye based on light sensitivity) higher than colorimetry, which is also scaled by the eye's sensitivity, and so on.
Outside of the strictly technical tests, we also spend a lot of time just watching and using each TV, getting a feel for the at-home experience of doing things like dialing up streaming video service, connecting a Blu-ray player and watching movies, using the smart features, and checking out the TV's ports, remote, and on-set buttons—anything and everything that might be relevant.
While everyone has different eyes, generally, our vision all functions the same way: we prioritize dynamic information and bright, compelling colors over subtler hues and resolution (sharpness). Generally, a TV can be considered a good TV when we forget that we're watching a TV. We don't see pixels creating mixes of red, green, and blue to simulate colors; we see the real world, lit and colored as it is, in fluid motion.
In simpler terms, this means a TV that can get very bright and dark without obscuring details; produces accurate colors (compared to various color standards designated by the International Telecommunication Union); possesses proper bit-mapping and the right codecs and decoders for video processing; and can properly play the various types of content thrown at it without judder, blurring, and so on.
When it comes to shopping for a TV specifically for use with the PlayStation 5, there are a few things you'll definitely want to secure: 4K resolution (3,840 x 2,160 pixels) and HDR (High Dynamic Range) support. Fortunately, just about every new TV worth its salt these days is a 4K/HDR TV (though HDR performance varies depending on the TV's capabilities).
If you really want to set yourself up for all of the cutting-edge features that the PlayStation 5 offers, you'll probably have to spend a bit more to lock down features like HDMI 2.1, Variable Refresh Rate (VRR), and Auto Low Latency Mode (ALLM).
The main difference between the PlayStation 5 and the Digital Edition of the console is that the former is equipped with a 4K/UHD Blu-ray disc drive and the Digital Edition is not. This means that the Digital Edition will not support the physical version of PS5 games and it won’t play Blu-ray movies (or DVDs, for that matter).
Since the PlayStation 5 Digital Edition lacks a disc drive, it sports a slightly slimmer profile than its disc-reading counterpart. Additionally, at launch, the PS5 Digital Edition is about $100 less than the standard PlayStation 5.
HDMI 2.1 is the newest version of the HDMI interface, concerning both HDMI ports and the cables themselves. Although HDMI 2.1 is in the nascent stage of its lifespan, the format is a requirement for several next-generation gaming benchmarks like 4K gaming at 120fps and 8K gaming at 60fps.
While there’s still plenty of time for HDMI 2.0 to shine, video game developers are beginning to harness the power of HDMI 2.1. Additionally, some TVs—like the TCL 6-Series, our Best Value winner for this roundup—cover some of HDMI 2.1’s standard features while not offering HDMI 2.1-compliant ports. For instance, the TCL 6-Series supports Variable Refresh Rate (VRR), but not 4K gaming at 120fps.
Variable Refresh Rate, often abbreviated as “VRR,” is a gaming-related software enhancement that prevents screen tearing and artifacting as a result of changes in frame rate. Essentially, VRR ensures that what is being displayed is in sync with real-time changes in animation. Some forms of VRR carry names, like Nvidia’s G-Sync and AMD’s FreeSync.
Auto Low Latency Mode, otherwise known as “ALLM,” is a feature that allows a TV to automatically switch into its designated gaming mode when a qualifying input is chosen. In short, it removes the need for a user to manually activate their TV’s gaming mode so that they may enjoy the benefits of low input lag and low latency without fumbling for a remote control and visiting the TV’s settings menu.
ALLM does not require the HDMI 2.1 format, but it will be a standard feature of HDMI 2.1 going forward.
A TV’s refresh rate represents the amount of times it re-scans the picture for new information, with “Hz” representing the amount of times per second. This means 60Hz TVs refresh 60 times per second, while 120Hz TVs refresh twice as often. Naturally, the higher the refresh rate, the better the TV tends to be at conveying realistic, smooth motion.
Currently, TVs only come in 60Hz or 120Hz, though you might see claims of higher refresh rates—like 240, 480, or even 960Hz. Make no mistake, however: Every TV on the market in 2020 is either 60Hz or 120Hz natively, even though they might use motion enhancement settings to extrapolate higher numbers.
What does that mean for gamers? Well, TVs that feature a native refresh rate of 120Hz are better equipped at delivering a smooth video game experience, but that doesn’t mean 60Hz TVs aren’t worth a look, especially if you’re looking to save some money.
Input lag is what happens when the TV is doing so much image processing that a physical input from the player (pressing a button on the video game controller) takes too long to register on screen. This is a big problem in games that require split-second reaction time (and by the last levels, most games require split-second reaction time), and it's even worse if you're playing online.
Thankfully, there are very few TVs these days that outright fail to deliver respectable input lag figures. In fact, for most folks, the difference in input lag from one TV to the next is often imperceptible.
Depending on your TV’s capabilities, you may be able to take steps at home to reduce its input lag. Here are some things to consider.
1. Turn on Game Mode. Designed specifically for use with video games, "Game Mode" (or some variation) is offered on most TVs. Sometimes it's an option under "Video Mode," a preset picture setting, and sometimes it's a standalone setting that you can toggle on or off. It usually turns off motion-smoothing modes (see #3 below), and pumps up the brightness and color saturation. TVs that offer Auto Low Latency Mode will automatically enable Game Mode if they detect the presence of a gaming console.
2. Turn off reduction features. Most TVs on the market today come with at least a few reduction settings. They usually sit in their own sub-menu within a sub-menu, so it might be tricky to find them.
There are tons of names for these settings: Noise Reduction, Mosquito Reduction, NR Reduction, and MPEG Reduction are all likely candidates. Whatever they happen to be called, one thing is always consistent: They always increase input lag.
If you decide that you really need a certain feature, like flesh-tone enhancement, play the game without it at first, and then turn it on—you might notice that it affects response.
3. Turn off motion smoothing. Nearly every TV that we've tested for input lag goes from excellent (sub-30ms input lag) to horrible (over 80ms input lag) just by turning motion smoothing on. It may make the picture look a little better, but your control over the game will suffer as a result.
When it comes to knowing what you're paying for, almost no category is rifer with subterfuge and tomfoolery than TVs. While knowing the specs of the TV you're shopping for is only half the battle, it's the bigger half. Here are the key bits of jargon you'll want to know while browsing:
LED/LCD: This refers to Light Emitting Diode and Liquid Crystal Display. LEDs are the backlights used in LCD TVs, also sometimes called a LED TV for this reason. The LED backlight shines through a layer of a semi-solid substance called "liquid crystal," so named for its ability to morph in reaction to tiny electrical volts and allow light to pass through.
OLED: This means Organic Light Emitting Diode. This is an altogether different panel technology than LED/LCD. Rather than an LED backlight element shining through an LCD panel element, OLED TVs essentially combine the backlight and crystal array, using sub-pixel strata that produce light and color individually.
4K/UHD: Usually 4K refers to resolution—specifically, 3,840 x 2,160 pixels. This is the current standard/mainstream resolution for most TVs. UHD means Ultra High Definition, and actually refers to a suite of picture improvements like 4K resolution and Wide Color Gamut, which can display many more shades than HD TVs.
High Dynamic Range: Like "UHD," High Dynamic Range (or HDR) refers to both a type of TV and a type of content that expands on the typical range of brightness (luminance) and color that a TV will produce. HDR TVs are newer and usually a bit more expensive, but can have many times the brightness and 30% more color production than non-HDR TVs. Current top HDR formats include HDR10, HDR10+, and Dolby Vision.
60Hz/120Hz: These numbers refer to what is called a "refresh rate," with Hz (hertz) representing "times per second." So if a TV's refresh rate is 60Hz, this means it re-scans and updates for picture information 60 times per second; with 120Hz, it's 120 times per second. Currently, TVs only come in 60 or 120Hz. A higher refresh rate is always better, but not always necessary.
Smart TV: The term "smart TV" has evolved a lot over the years, but all it really means is that the TV connects to the internet. Most smart TVs these days are just a way to watch streaming services like Hulu, Netflix, Disney+, and Amazon Prime Video on your TV. Some smart TVs have browsers, calendars, or even Roku or Android functions. All smart TVs have ethernet or WiFi built-in.
Quantum Dots: Quantum dots are used in LED/LCD TVs only. These are microscopic nanocrystals that produce intensely colored light when illuminated. Quantum dots can be used to vastly improve the red and green saturation of a TV, and are one way that LED/LCD TVs can match the color spectrum of OLED.
Local Dimming: OLED panels look great because each pixel can operate independently. LED/LCD TVs can imitate this functioning via a process called local dimming, where localized clusters of LEDs dim or boost depending on whether the screen needs to be darker or brighter, sometimes vastly improving their performance and worth.
You may notice the TVs listed in this roundup don't follow the traditional naming convention you might see in a store or online. That's because rather than nominating a single size of TV, we nominate the entire range of sizes within a "series."
Typically these TVs are identical in performance but differ in price and size. We do this in order to offer you more flexibility in your decision, but also because it's the most accurate representation available.
Incredible contrast and color
HDMI 2.1-specified features
Zippy, flexible smart platform
Dim compared to LCD/LED TVs
Top-tier picture quality
Speedy processing
Beautiful design
Overkill for many shoppers
Searing brightness
Rich color saturation
Beautiful design
Occasional LED bloom in high contrast scenes
Incredibly bright
Excellent color
Future-facing features
Light bloom during off-angle viewing
So-so smart platform
Sensational contrast and color
HDMI 2.1 support
Great value
Doesn't get as bright as the competition
Smart platform lacks flexibility
Sleek design
Terrific extras
Bright, colorful picture
Disappointing black levels
Michael Desjardin graduated from Emerson College after having studied media production and screenwriting. He specializes in tech for Reviewed, but also loves film criticism, weird ambient music, cooking, and food in general.
Lee was Reviewed's point person for most television and home theater products from 2012 until early 2022. Lee received Level II certification in TV calibration from the Imaging Science Foundation in 2013. As Editor of the Home Theater vertical, Lee oversaw reviews of TVs, monitors, soundbars, and Bluetooth speakers. He also reviewed headphones, and has a background in music performance.
Our team is here for one purpose: to help you buy the best stuff and love what you own. Our writers, editors, and lab technicians obsess over the products we cover to make sure you're confident and satisfied. Have a different opinion about something we recommend? Email us and we'll compare notes.
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