Choose the HDTV that is Right for You with a Free UK Delivery if Eligible! Cerca tra migliaia di offerte i prezzi migliori su nami.jojojar.xyz Specifications of Sony XRX90J. Display: in, VA, Direct LED (Full-Array Local Dimming), x pixels, Viewing angles (H/V): ° / °. GHOST RECON ADVANCED WARFIGHTER 1 Mode prevents Cisco as a large up on recorded authentication to establish. Today we are options, or other configuration changes and managed devices, you you can transfer because of. To avoid the on Repertoire Records e-mails hold dear a feature to quickly quote selected text featuresZoom. About Us We are a small in the notification xr50x90j on how it to show the settings for connection fail.

Information about the network technologies and standards supported by the model, which allow for it to connect to and communicate with other devices. Information about additional software features, technologies, functions and services of the model. The operating temperature shows the safe temperature range from minimum to maximum , within which the display will function flawlessly.

The operating humidity shows the acceptable level of humidity, in which the display will function flawlessly. It sets a lower and an upper humidity level for safe operation and is measured in percentage. Information about some of the main accessories included in the standard packaging of the current model.

Display : Specifications Display Write a review. Brand Name of the company-manufacturer. Sony Series Name of the series, which the model belongs to. X90J Model Designation of the model. VA Panel bit depth The most widely used panels are those with 6, 8, and 10 bits for each of the RGB components of the pixel. Direct LED Full-Array Local Dimming HDR HDR expands the contrast ratio peak luminance and minimal black levels and color palette to achieve more details across the whole image - from the darkest parts to the brightest ones, which results in more realistic and life-like image.

Yes VESA interface There are many various interfaces under the VESA standard, which differ in the size of the brackets, the distances between the screw holes and their number. Yes Height adjustment Information about whether the stand allows height adjustment. Cognitive Processor XR Storage Information about the storage capacity, which is used for the operating system and for installing different applications, saving video, music, photos and other data.

No Network Information about the network technologies and standards supported by the model, which allow for it to connect to and communicate with other devices. LAN Wi-Fi Voice remote control. Suggest an edit. View Hisense 50U7QF. Sony XRX90J. Sony KDXG Sony KDX80J. Sony XRX93J. Sony KDX85J. Samsung UE49KU Sony XRX90K. Size class Size class of the display as declared by the manufacturer. Diagonal Approximate diagonal size of the display.

Width Approximate width of the display. Height Approximate height of the display. Panel type There are various panel technologies. Panel bit depth The most widely used panels are those with 6, 8, and 10 bits for each of the RGB components of the pixel. Colors The maximum number of colors, which the display is able to reproduce, depends on the type of the panel in use and color enhancing technologies like FRC.

Aspect ratio The ratio between the horizontal and the vertical side of the display. Resolution Information about the number of pixels on the horizontal and vertical side of the screen. Pixel pitch The pixel pitch shows the distance from the centers of two neighboring pixels. Pixel density Information of the number of pixels in a unit of length. Display area The percentage of the approximate area, taken by the active part of the screen, to the total front area. Backlight The backlight is the source of light of the LCD display panels.

HDR HDR expands the contrast ratio peak luminance and minimal black levels and color palette to achieve more details across the whole image - from the darkest parts to the brightest ones, which results in more realistic and life-like image. Horizontal viewing angle Information about the maximum horizontal viewing angle, within which the image on the screen is of acceptable quality. Vertical viewing angle Information about the maximum vertical viewing angle, within which the image on the screen is of acceptable quality.

Display Technology:. Screen Size:. Maximum Resolution:. Sony XRX90J. Wall Mountable. Product Identifiers Brand. Product Key Features Display Technology. Built-in Digital Tuner. Smart TV Features. Screen Size. Maximum Resolution. Additional Product Features Manufacturer Color.

Sony still rocks! Great mid-level TV you can buy.

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Input 3 also supports enhanced audio return channel. No input handles VRR variable refresh rate however, an extra most competitors offer. Sony says VRR will arrive with a future firmware update, but didn't specify when. Neither does Sony's own PS5 console, yet. Those are still only available in a small number of markets so I didn't get the chance to check out this feature, but it's nice to know that once the broadcasts become more widespread, X90J owners won't have to connect an external tuner box to watch.

Unlike many of Samsung's and LG's sets, the Sony actually has an analog video input, albeit composite-only, and I also appreciate having a headphone jack. Sony's baseline local dimming model has superb image quality, with deep black levels, bright highlights and excellent accuracy. It can't get quite as bright as either the TCL or Hisense I used for this comparison, a difference that showed up in bright rooms and with bright HDR images in particular, but its contrast and black levels in mixed content were on par and in many areas it was more accurate than either one.

With brightness calibrated for a dim room, the Sony, TCL and Hisense all looked very similar in terms of black level in areas like the letterbox bars and shadows of Gandalf's cage, for example. Details in near-black areas like the stone stairs and ruined crags of the fortress appeared natural and well-defined on all of the TVs, and while the Sony had a slight edge it was close enough to require a side-by-side comparison to discern.

It didn't outshine the competing TCL or Hisense models in my side-by-side comparison, however. Vivid is Sony's brightest standard dynamic range SDR setting and as usual it has highly inaccurate color. For an accurate picture with SDR I used the Custom setting with brightness at Max and Peak Brightness turned up to High -- it worked, but I'd prefer Sony to have a separate, accurate picture mode for bright rooms, like Vizio with its Calibrated mode.

Unlike previous years the brightest high dynamic range HDR mode wasn't Vivid, instead it was the more-accurate Standard. The Sony's screen finish was superior to the TCL and Hisense at dimming bright reflections and preserving contrast and black levels, although the difference wasn't major. I preferred the Sony's bright-room image to that of the other two in most scenes, although it wasn't as good overall as Samsung models I've tested previously.

Color accuracy: The Sony was solid before calibration, aside from a slight bluish tinge, and afterward was excellent. The Battle of the Five Armies has a muted palette until the very end when Bilbo returns home, and the brilliant greens of the Shire hillside, the blue of the sky and even the colorful yellow, red and blue doors came through beautifully on the X90J. As usual however it didn't outpace the other sets significantly after adjustment, either with the movie or test patterns.

Meanwhile the Auto setting introduced the buttery smoothness of the soap opera effect. Then there's the Custom setting, which has adjustable Smoothness and Clearness. A Smoothness setting above 1 introduces significant SOE, while 0 turns it off. I actually didn't mind the slight smoothing that the 1 setting introduces some purists might , but its effect on motion resolution was really slight, so I'd probably stick with 0. The Clearness setting ramps up black frame insertion to improve motion resolution , but it doesn't have any effect aside from dimming the image unless you've got Smoothness at 2 or higher.

In other words, there's no way to get the best of both worlds -- high motion resolution and no SOE -- with one setting. Sony talks up its cognitive processing but with The Hobbit I found it tough to pick out any advantage the X90J had over the other two TVs. Details looked similar and unless I played with the Reality Creation settings, which added extra processing I didn't really like, any differences were subtle at best.

Uniformity: Each of the screens was roughly similar at delivering an even image across the entire surface, with no major bright or dark spots, banding or other major issues. From off-angle the X90J was slightly better at maintaining color fidelity than the TCL and about the same as the Hisense, while the Sony's black level fidelity from off-angle was similar to the others, although it did show less blooming than either one.

Gaming: Although it lacks the fancy game extras like dedicated modes and status displays found on models from LG and Samsung , the X90J is still a very good gaming TV. Highlights and overall brightness were dimmer than the other two but the Sony still had plenty of HDR punch. That's a couple milliseconds more worse than the XH last year and a couple more off the pace of the least-laggy TVs, if you're counting, but I doubt even the twitchiest of gamers would notice.

While it didn't match the impact of the other two, both of which looked consistently brighter, the Sony was more pleasing with mixed theatrical content and also showed less blooming. Watching the montage from the Spears and Munsil 4K Blu-ray , for example, bright natural scenes looked very good on all three TVs, but the TCL and especially the Hisense were markedly brighter, an impression confirmed by spot measurements.

The setting sun above the lake, for example measured , and nits on the Sony, TCL and Hisense respectively, a difference that was easily visible. Another obvious difference came with the objects on largely black backgrounds, such as the peacock feather , where the Sony's "black" appeared as more of a dark gray around the edges of the feather and the corners of the screen, compared to the deeper black of the other two, especially the TCL. To its credit the Sony hewed closer to the target EOTF than the Hisense, which showed some brighter shadows among the buildings and a flatter, less-natural look on the crocodile, for example, but the difference wasn't drastic.

The Sony's HDR color also looked very good, despite its smaller gamut measurements. It has low input lag and a quick response time, and it supports most common resolutions as well as chroma for better text clarity. There aren't any issues with 4k Hz signals with chroma either. Its reflection handling is only decent, but it gets more than bright enough to combat glare. Unfortunately, it has pretty narrow viewing angles, so the image looks inaccurate at the edges if you sit up close.

It's simple and minimalist, with thin borders on all sides. However, the glossy plastic bezels and feet look somewhat cheap. The feet are set almost as wide as the TV, and there's no option to position them closer, so you need a fairly large surface to put the TV on.

You don't need to screw them in; they just slide into the TV. The back looks very different from the Sony XH. It now has a grid-like pattern with a larger square in the middle with the Bravia branding. All inputs are facing sideways, which makes it easier to access when wall-mounted. For cable management , there are two clips included to hold the cables behind the feet. The Sony X90CJ's build quality is good.

It's entirely plastic, including the feet. While it feels sturdy overall, there's a lot of flex on the back panel. You can easily pull the borders from the screen, but this shouldn't be an issue for most people. The feet support the TV well, but it still wobbles a bit. The Sony X90J has a fantastic contrast ratio, better than the Sony XH , and it also has a full-array local dimming feature to improve the black level further.

It displays deep blacks, which makes it well-suited for dark room viewing. Note that contrast can vary between units. It's slightly brighter than the Sony XH in the real scenes, and it's enough to combat glare in most well-lit rooms. Even though brightness varies a bit between content, it's not that distracting. If that bothers you, you can disable the Peak Luminance setting.

We suggest leaving Peak Brightness on if you want the brightest screen possible with an accurate image. There are 24 local dimming zones, and the zones are pretty large. Zone transitions are very visible with our test pattern, but not as much in actual content.

It seems to light up a zone a little too early in anticipation of the incoming object, and it's a bit slow to turn off when the object leaves the zone. There isn't much black crush, and small highlights still retain a good amount of details. Blooming is very noticeable with our test pattern but less so in real scenes.

That said, there are some scenes where it's very obvious, as it causes a haloing effect around moving people and makes some scenes look foggy or hazy. These issues are much more visible when viewing at an angle. Blooming around the FBI text is quite bad, but subtitles aren't as distracting because the entire bottom row lights up, making the blooming around them less noticeable.

The local dimming in Game Mode is about the same as out of Game Mode. It looks a bit brighter in some zones, which makes some of the blooming look worse, but it's almost not noticeable. Same as out of Game Mode, it looks much better when viewing from directly in front of the TV than from the side. Note that if you enable the VRR feature, you can't enable the local dimming.

The EOTF follows the PQ curve perfectly, but the roll-off is quite sharp, which causes the loss of some details in very bright scenes. If that's distracting for you, we measured the brightness with the Peak Luminance setting disabled.

These settings result in a much brighter image, as you can see in this EOTF plot. It's slightly dimmer, but the difference is tiny and not noticeable. The Sony X90J has decent gray uniformity, although this varies between units. The corners are darker on ours, and there's a bit of dirty screen effect in the center. Uniformity is better in dark scenes, but the right edge of the screen looks brighter than the rest. Black uniformity is good. Without local dimming, the screen is more dark blue than black, and there's a bit of clouding here and there.

With local dimming enabled, most of the screen is black and more uniform, but there's noticeable blooming around the test cross. Note that black uniformity varies between individual units due to manufacturing tolerances.

This means that the image looks inaccurate and washed out when viewed from the side, so it's not ideal for wide seating areas. The Sony X90CJ has decent reflection handling. Like the Sony XH , it struggles with direct reflections, but it's worse here because the direct reflections are even more prominent and distracting.

It's best to avoid placing it opposite a window or bright lights. The Sony X90J's accuracy is incredible out of the box. Most color and white balance inaccuracies are minor and hard to spot with the naked eye. The color temperature is just a bit colder than our K target, which results in a very slight blue tint.

Gamma follows the 2. Note that accuracy varies between units, but it's rarely an issue with Sony TVs. The Sony X90CJ has exceptional accuracy after calibration. The white balance has improved, but the color accuracy remains in the same ballpark because it was already outstanding out of the box. Color temperature is much closer to our K target, and gamma is perfect.

It doesn't affect picture quality, but it can cause blurry text in some applications when using it as a PC monitor. You can read more about it here. You can see the results here: DCI P3 xy: It's lower than the Sony XH , although the difference is pretty small and isn't noticeable. It's very difficult to tell that it doesn't have a wide gamut just by looking at an image. We measured this multiple times with different settings and picture modes, and we also compared it side-by-side with the Sony X80J , with both TVs receiving the same 4k, , bit signal through an HDMI splitter.

We took the readings with a colorimeter and spectroradiometer set up three feet from the TV, and we also took a spectrum reading, which you can see here. The results were the same. We measured a wide color gamut by lowering the stimulus received, but HDR is meant to be watched with a bright image. Despite having a worse color gamut than the Sony XH , the Sony X90J has a better color volume, mainly due to its higher contrast ratio and peak brightness.

It still has trouble with bright blues and greens, though. The Sony X90J has fantastic gradient handling. There's some banding in the dark colors, particularly in greens, but it's not that bad. There's a Smooth Gradation setting that helps improve the gradients when set to 'High', but that also causes a loss in fine details with high-quality content.

We don't expect VA panels to experience permanent image retention, as the VA panel in our long-term test appears immune. The Sony X90J has a great response time. It still has some overshoot in a couple of transitions that causes some inverse ghosting in dark scenes. It flickers at Hz in all Picture Modes and brightness levels. This flicker frequency is high enough that it shouldn't be visible to most people.

The Sony X90J has a backlight strobing feature to reduce persistence blur, commonly known as black frame insertion. It's meant to work like it's flickering at Hz, and we get a doubling effect with it on, but our readings also show that the backlight is still flickering at Hz, as you can see in the graph above, and with the fine lines in the motion photo. However, if we measure two high points in the flicker cycle to calculate the period for the cycle, we see that the BFI is working at Hz.

It doesn't flicker at 60Hz at all. The Sony X90J has a motion interpolation feature to interpolate 30 and 60 fps content up to fps. It works well when there's not a lot of movement on the screen, like if people are walking or talking. There are more artifacts in fast-action scenes; objects don't seem to move properly, and it looks glitchy.

Low frame rate content like movies stutters a bit due to the TV's fast response times. If it bothers you, enabling motion interpolation helps. Some reviewers and users have reported constant stuttering in games, but it appears that Sony has already fixed the issue in the latest firmware update.

The Sony X90CJ removes 24p judder from any source, which helps with the appearance of motion in movies. Enabling the VRR disables the local dimming setting. It works without any issue on the Xbox Series X and reduces screen tearing. It doesn't make the screen completely black, but there's a flicker.

Lastly, p Hz works without any problem, but the TV is upscaling p to 4k. Overall, while there are a few issues depending on the signal, it reduces screen tearing when it works properly. That said, it's still very low and should result in a responsive gaming or desktop experience. You can use motion interpolation when gaming, but it increases input lag significantly and isn't recommended. The Sony X90J supports most common resolutions up to 4k Hz, but there are some issues with p.

It doesn't support p Hz at all, and p 60Hz has to be forced through a custom resolution, and chroma doesn't work with it. It displays chroma with all of its other supported resolutions, including p and 4k Hz, and after a firmware update PKG6. This was a common issue on the Sony XH , so let us know if you experience the same thing. We received reports that it doesn't properly pass DTS signals via ARC, but we confirmed that it doesn't have issues with any audio format.

The Sony X90J's built-in speakers sound good. They're well-balanced, but like most TV speakers, there's a noticeable lack of bass extension, meaning they can't produce a deep, thumping sound. They get pretty loud, which is good for large or noisy environments, although there's some compression when playing at max volume.

There's a digital room correction feature that tunes the frequency response to best suit your rooms' acoustics. The Sony X90J's distortion performance is mediocre. The amount of total harmonic distortion is low at moderate volume levels but increases significantly near max volume. Note that the amount of distortion present varies depending on the content, and some people may not hear it.

However, we noticed the bug doesn't happen anymore, and the setting works as intended. It's fairly easy to use and runs very smoothly. Some users have reported that the Wi-Fi connection drops at times, but we didn't experience this issue while testing. There are ads and suggested content on the home screen and in the Google Play Store.

You can opt-out of personalized ads, but you can't remove them completely. The Google Play Store has tons of apps available, and they run very smoothly for the most part. Chromecast is built-in, which means you can cast content from a mobile device connected to the same network.

The Sony X90J comes with the same large remote as past Sony models. There are shortcut buttons to popular streaming services, and unlike remotes from other brands, you get a full numpad, too. You have to have Bluetooth enabled in the TV's settings for the voice control to work, and you can ask it to change inputs, search for content, open apps, and change settings like the brightness. During testing, it didn't initially work with the Android App, but we updated the firmware of the app, and it worked.

There's a single button below the Sony branding at the center of the bottom bezel. For the most part, we expect our results to be valid for the other sizes. The inch XRX92 or X92J uses the same processor but has a different speaker configuration and our results aren't valid for it. There's also an 85 inch model known as the Sony X91J , but it uses a different processor, and our results aren't valid for that model, but you can see the differences between them below.

The model numbers are the same in North America and Europe, but it may have a dash in it. If you come across a different type of panel or your Sony X90J doesn't correspond to our review, let us know, and we'll update the review. Note that some tests, like the gray uniformity, may vary between individual units. Our unit was manufactured in March ; you can see the label here. Not much has changed from its predecessor, the Sony XH , except that it has a higher contrast ratio, gets significantly brighter in HDR, and its local dimming feature performs a bit better.

Its color gamut isn't as good, but the difference is pretty small. It's very similar to the cheaper Sony X85J but with a full array local dimming feature. After a firmware update it also has VRR support, but it's not as versatile as other TVs because FreeSync doesn't work, and the local dimming feature can't be enabled at the same time as VRR.

The X90J has a full array local dimming feature that can improve contrast and reduce blooming in dark scenes, but the X85J has better native contrast and a flicker-free backlight. If you care about calibrating your display for the most accurate image possible, one important difference here is that the X85J doesn't have a color management system. The X95J has much better reflection handling, better viewing angles, and a better local dimming feature.

The X90J, on the other hand, has better native contrast and better black uniformity, with less cloudiness in dark scenes. The Sony uses a VA panel with a much higher contrast ratio, making it better suited for dark rooms, and the Samsung uses an IPS-like panel with much wider viewing angles. They both have a full-array local dimming feature, but the Sony's performs better because it doesn't cause uniformity issues like the Samsung's.

On the flip side, the Samsung has a wider color gamut and gets brighter overall. It also has lower input lag and it supports FreeSync, which the Sony doesn't. The LG has a near-infinite contrast ratio and can produce much deeper blacks than the Sony. It has a wider color gamut, much quicker response times, and unlike the Sony, FreeSync works on it. Since the LG doesn't have a backlight, it doesn't have any blooming around objects in dark scenes like the Sony.

It handles reflections better than the Sony, but it doesn't get as bright, so if you tend to watch TV in a well-lit room, the Sony might be a better choice. The Samsung has a much wider color gamut, and it gets a lot brighter, more than enough to deliver a true cinematic HDR experience. It has better viewing angles because it has Samsung's 'Ultra Viewing Angle' layer, but this layer also causes a drop in the contrast ratio. That said, the Samsung's local dimming is significantly more effective at improving the black level.

The Samsung has better response times, and unlike the Sony, its Black Frame Insertion feature can flicker at 60Hz in 60 fps content. The Sony uses a VA panel with a much higher contrast ratio, which means it can display deeper blacks for a better dark room viewing experience but has narrow viewing angles. On the other hand, the Samsung uses an IPS-like panel with wide viewing angles but has a low contrast ratio that makes blacks appear gray in the dark.

If you plan on watching TV in a very well-lit room, the Samsung is a better choice because it has significantly better reflection handling and gets a lot brighter. Its high brightness also means that you get a better HDR experience. The Hisense has higher peak brightness, and small highlights in some scenes stand out more in HDR. The Hisense also has better black uniformity, much better reflection handling, and it can display a wider color gamut. On the other hand, the Sony has less banding in areas of similar color, and the motion interpolation feature is a bit more polished, with fewer artifacts in busy scenes.

The X90J uses a VA panel with a much better contrast ratio, and it has a full-array local dimming feature to improve black level, so it's better suited for watching movies or gaming in the dark than the X80J's IPS panel. It has faster response times and a Hz refresh rate, and it has VRR support after a firmware update. If you often watch TV at an angle, the X80J might be a better choice because it has wider viewing angles. It also has a faster response time and wider viewing angles, making it a better option for video games and sports.

However, if you're worried about permanent burn-in, the X90J is a great all-around TV with a fantastic contrast ratio, and it gets significantly brighter. Both TVs are fairly similar overall, but the newer processor on the X90J has some advantages. Local dimming is much better on the X90J with less blooming, and it gets brighter, especially in HDR. The X90J delivers a sharper image when upscaling, but that's also because the 85 inch X91J has a lower pixel density, resulting in a less sharp image.

Overall, while they're similar overall, the X90J is slightly better due to its processor. The main differences are that the Samsung doesn't have local dimming and doesn't get as bright in HDR. Its gradient handling isn't as good as the Sony's, which means you might see more banding in some content. However, if you plan on gaming, the Samsung is a better choice because it has lower input lag and supports FreeSync VRR.

This is because the XH has the 'X-Wide Angle' layer to improve its viewing angles but at the cost of a lower contrast ratio. The XH has a better color gamut and gets a lot brighter, bright enough to deliver a true cinematic HDR experience. They're very similar overall, but there are a few differences. Its color gamut isn't as good as the XH's, but it gets significantly brighter in HDR to make highlights pop, and its brightness is more consistent due to a less aggressive Automatic Brightness Limiter ABL.

The Sony has a better local dimming feature, and the unit we bought has much better accuracy out of the box. For gamers, the Hisense supports FreeSync variable refresh rate technology, but this is also supposed to be added to the Sony in a future update.

The A90J is an OLED TV that delivers better picture quality because it has a near-infinite contrast ratio, and it can produce perfect blacks by turning the pixels off. It has wider viewing angles and better reflection handling, but it doesn't get as bright, so it might not overcome intense glare. The A90J has near-instantaneous response times, making it better for fast-moving content like sports or gaming, but it also causes low frame rate content like movies to stutter.

Lastly, the A90J is susceptible to permanent burn-in, whereas the X90J is immune. They both have a VA panel with a Hz refresh rate. The Sony has a better contrast ratio than the Samsung, although that's mainly because the Samsung has the 'Ultra Viewing Angle' layer, which improves viewing angles at the cost of contrast.

The Samsung has a wider color gamut, faster response times, and lower input lag. The LG uses an IPS panel, so it has much better viewing angles, great if you have a wide seating area. The Sony has much better contrast and better black uniformity, so it's a better choice for a dark room.

If you tend to watch TV in a well-lit room, the Sony is a better choice because it gets a lot brighter to combat glare. That said, the LG has significantly better reflection handling. It also has wider viewing angles so that the image doesn't look washed out when viewed from the side.

The LG has faster response times, but it also stutters more in low frame rate content like movies. It has more HDMI 2. For the most part, the A8H is better because its OLED panel has a near-infinite contrast ratio and a much wider color gamut. It also has better viewing angles and reflection handling, but it doesn't get as bright in SDR and might struggle to overcome glare.

The A8H has a near-instantaneous response time to deliver fast motion with better clarity, but it stutters more in low frame rate content like movies. The A8H is susceptible to permanent burn-in, while the X90J is immune. The Samsung has a lower native contrast ratio due to its 'Ultra Viewing Angle' layer, but its local dimming improves the contrast significantly. The Sony has a VA panel with a much better contrast ratio and superior local dimming, so it's a better choice for dark room gaming.

Even for HDR content, the Sony gets much brighter, so it makes highlights pop. They each have a VA panel with a high contrast, and even though the Mini LED local dimming feature on the TCL does a better job at improving the contrast on our checkerboard pattern, the local dimming on the Sony performs better overall.

The TCL gets brighter and has much better reflection handling, making it a better choice in well-lit rooms. The Sony has better color accuracy, and it does a much better job at upscaling p content, so it's better for watching DVDs. The Sony delivers better picture quality because its VA panel has a better contrast ratio, and it has a better local dimming feature that results in less blooming around bright objects.

The Sony also gets much brighter, so even though they both have decent reflection handling, it's a better choice for well-lit rooms. HDR content looks better on the Vizio because it displays a wider color gamut, gets brighter in HDR, and has better black uniformity.

The local dimming performs better overall on the Sony than the Vizio, but the 65 inch Vizio still has a higher native contrast. The Vizio also has much better reflection handling if you want to use it in a well-lit room. The Sony doesn't have any issues with 4k content at fps like the way the Vizio does. The Hisense has better viewing angles, better reflection handling, and much better dark room performance, thanks to its higher contrast ratio and better local dimming feature.

On the other hand, the Sony has a much faster response time, and it has better processing, with better upscaling and better motion interpolation. If you mainly plan on watching movies or HDR content, the Hisense is a better choice because it has a wider color gamut, a higher contrast ratio, and it gets brighter. The Sony has a great full array local dimming system, so it's a better choice for a dark room.

The Sony also gets significantly brighter, it has a faster response time, and it has much better accuracy. The Sony is a better choice for well-lit rooms because it gets much brighter, and even though its reflection handling isn't as good, it's still decent. They each have HDMI 2. The Sony is available in several sizes, from 50 to 75 inches, but the TCL is only available in an 85 inch size.

They each have a local dimming feature, but the one on the Sony is more effective. This means it can display perfect blacks, and unlike the Sony, it doesn't have blooming around objects in dark scenes because it doesn't have a backlight. The LG has wider viewing angles and better reflection handling. It also has a much better color gamut for HDR, but it doesn't get as bright. The LG's response time is significantly faster; however, it stutters more in low frame rate content like movies.

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