The best TVs with ATSC 3.0 not only offer excellent picture performance, but they're fully ready to support NextGen TV when it comes to a city near you.
What is ATSC 3.0? ATSC 3.0, also known as NextGen TV, is a suite of standards that will support the world’s first IP-based TV system, which marries broadband and broadcast to deliver cord-free television. Once it goes live fully, it will offer 4K over-the-air broadcasts, better sound quality, multi-language closed captioning and a number of other outstanding features.
The technology is still in its infancy with broadcasters slowly ramping up to the full suite of features, but buying an ATSC 3.0-compatible TV means that you'll be ready to jump on-board the ATSC 3.0 train when it comes to your area.
The best TVs with ATSC 3.0 tuners
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When it comes to over-the-air content, the Sony Bravia XR A95L OLED is king. Not only does it come with the necessary ATSC 3.0 hardware, but Sony's top-end OLED also has the best processing and picture enhancements to make HD/SDR shows look nearly as good as 4K/HDR content.
So why doesn't it have a perfect five-star rating? In our lab tests, the A95L only put out around 112 nits in HD/SDR and had a relatively high Delta E score of 2.856. This can be fixed with calibration, but other OLEDs like the LG G3 OLED further down on our list, offered more accurate color without any tweaking.
That said, for motion processing and upscaling, Sony is in a league of its own. The A95L might be one of the most expensive TVs out there, but when it comes to watching ATSC 3.0 content, it's worth every penny.
Read our full Sony Bravia XR A95L review.
The Samsung S95C OLED TV is a strong performer when it comes to watching over-the-air TV. It comes with an ATSC 3.0 tuner in tow, and offers great upscaling thanks to its Neural Quantum Processor 4K.
When we tested the Samsung S95C OLED TV with our X-Rite i1 Pro spectrophotometer and SpectraCal CalMAN Ultimate calibration software, the display was able to reproduce about 141.5% of the Rec 709 color space in standard mode, which is great for OTA content.
For cinephiles, the Samsung S95C offers some of the highest color saturation (141.5% of the Rec 709 color space) and best color accuracy (it has a Delta-E accuracy score of 1.4) of any TV. In terms of brightness, it's 30% brighter than the Samsung S95B OLED and close to double the brightness of last year's LG OLED TVs.
If you want an OLED built for the next generation of television, the Samsung S95C OLED is the only viable option.
Read our full Samsung S95C OLED review.
When talking about ATSC 3.0 TVs, you can't forget about the LG G3 OLED. Not only does it offer the perfect blacks, infinite contrast, and intense colors that you'll see on the OLED TVs listed above, but thanks to its cutting-edge panel tech, it offers higher peak brightness in HD/SDR, squeezing every detail from over-the-air content.
For sports-lovers in particular, the LG G3 OLED is a great pick because of its TruMotion processing that focuses on fast-moving objects to reduce motion blur. It can be kind of a pain when you're watching movies, so be sure to turn it back onto Movie mode, but when you're watching an NFL game, it's a handy feature to have.
Read our full LG G3 OLED review
So far, all the ATSC 3.0 TVs we've listed offer exceptional performance but have come with an awfully high sticker price. That just isn't the case with the Hisense U8K that offers immaculate performance for around $1,000.
Key to the U8K’s success are the Mini-LED Pro with Full Array Local Dimming panel that helps the TV retain good black levels in scenes with higher levels of brightness and a quantum dot layer that allows the TV to cover nearly 100% of the Rec709 SDR color space. Its motion processing and upscaling aren't as good as the other screens, but if you’re looking for a high-end TV without the high-end sticker price, the U8K absolutely delivers the goods.
Read our full Hisense U8K Mini-LED TV review.
The Sony Bravia XR A80K OLED has the singular mission of delivering a scintillating entertainment experience in almost every way. Luckily, that’s a goal it has little trouble achieving — and considering just how good it looks and sounds, it’s something of a minor miracle this TV doesn’t cost more than it does.
Why is it expensive? This 4K OLED is absolutely packed with futuristic technologies: HDR, a 120 Hz refresh rate, ATSC 3.0 tuner, Google TV streaming and Sony's own Bravia Core service, Acoustic Surface Audio+ technology… the list goes on. Sure, not everyone will need everything here, but they're nice to have if you want to future-proof your home entertainment setup.
Read our full Sony Bravia XR A80K review.
What is NextGen TV?
NextGen TV is the marketing name for the new ATSC 3.0 broadcast standard, which combines traditional over-the-air broadcasting and improved digital signal encoding with internet connectivity, opening up all sorts of possibilities that were previously unimagined for free broadcast television. (Read our full article ATSC 3.0 explained: How NextGen TV delivers 4K HDR broadcasts for free to learn more.)
Highlights of the features promised by ATSC 3.0 include:
Better signal quality with less interference
Thanks to a move toward UHF signal, it's less prone to interference from obstructions, like buildings or trees, and adds orthogonal frequency-division multiplexing (OFDM), the same technology behind the latest Wi-Fi and mobile wireless technologies. It's a much more robust method for transmitting digital information, and the move will further bolster the signal quality with ATSC 3.0.
Higher resolution for over-the-air broadcast
With a bitrate of up to 57 Mbps – nearly three times as much as the older ATSC 1.0 standard – and support for H.265 and MPEG-H Part 2 codecs, the new standard can deliver much higher video quality, including HDR metadata. Broadcasts in 4K resolution are already possible, with potential for 8K broadcasts in the future.
Combines broadcast TV with broadband internet
This leverages the connected nature of smart TVs to have a dedicated return channel – an active stream of data back to the broadcaster – which makes the new broadcast system a two-way IP-based standard. That could allow broadcasters to pair their traditional content with streaming capabilities, allow for cloud DVR functions, video-on-demand and more targeted advertising.
Available on many more devices
Thanks to the more robust signal quality and the data-connected aspects of the new standard, it will offer better reception for portable and vehicle-bound TVs – two categories that have fallen off sharply since the more fragile digital TV of the ATSC 1.0 standard took effect. You could even get ATSC 3.0 on your phone, provided phone makers opt to add the necessary hardware.
The bottom line is that ATSC 3.0 is aptly named NextGen TV, because it brings several new capabilities and features to broadcast TV.
Do I need a NextGen TV tuner?
At the moment, probably not. NextGen TV is still early in its rollout, and any stations you might be able to get with the new tuner you can get on the older ATSC 1.0 standard anyway.
But, if you want the potential to receive 4K signals over the air, or to take advantage of any of the proposed features that are likely to be implemented as NextGen TV rolls out, you will need a new tuner.
While the TVs listed above have ATC 3.0 tuners built in, there are also separate tuner boxes selling now or coming to market in the near future.
How we test TVs
In our TV test space, we submit every TV to a number of lab tests, using industry-standard equipment, such as a calibrated spectrophotometer, calibration software and a dedicated test pattern generator. We measure for several indicators of picture quality, but these are the main metrics used in all of our reviews:
Color gamut, which measures how much color a given TV can produce. Expressed as a percentage rating, most OLED TVs meet or exceed 100% of the Rec709 color space.
Color accuracy, which measures the average deviation from perfect accuracy, expressed as a number (Delta-E), with higher numbers indicating less accurate color.
Contrast, measuring the difference between the darkest darks and brightest brights that a TV can produce, which is expressed as a ratio.
Brightness, measuring the peak luminance of a panel or display. This measure is reported in nits, an industry term for candela per square meter (cd/m2).
Lag time is the interval between a signal, such as button press on a game console, and the subsequent change registering on-screen. Measured with a Leo Bodnar Video Signal Input Lag Tester, this is measured in milliseconds, and provides a good indicator of how well-suited a TV is to modern gaming.
We pair this lab testing with hands-on time, viewing video samples and movies to see how these numbers translate into real-world performance. With that information, we can tell you which TVs look best, sound best and offer the best viewing experience.
Finally, we also evaluate the smart TV software and menus, getting a feel for the navigation and functions of each TV. We look at everything from the remote control design to the voice interaction to let us meaningfully talk about the smart features and overall ease-of-use for a smart TV.
If you've narrowed down your TV shopping by brand, price range or screen size, check out our picks for the best TVs in each.
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