Samsung MU6500
TV REVIEW

The central V shaped stand supports the TV well but will wobble a bit if knocked. It looks very similar to the KU6500 from 2016.

Footprint of the 55" TV stand: 12.2" x 32.9"

The rear of the TV is made of corrugated plastic, similar to the KU6500 from 2016. It looks fine, and the inputs are easy to access from the side. Note that if attaching a VESA mount, the included spacers may be necessary, which can cause the TV to stick out a bit from the wall.

The borders of the TV have an average thickness and are made of plastic.

The TV appears thicker when viewed from the side due to the curve.

The TV runs fairly cool, only getting a little warm to the touch in a few places on the back.

The build quality of the MU6500 is okay. All of the parts are plastic, but this is unlikely to present any issues during normal use.

Great native contrast ratio for the MU6500. With over 5000:1, this Samsung TV can do deep blacks, which in turn makes for great dark scene performance when set in a dark home theater room. This is a very similar result as the Samsung MU6300, which is the flat counterpart.

There is no local dimming on the MU6500. The video is for reference only.

Plot over time

Good SDR peak brightness. The TV's CE dimming dims very dark scenes, as shown by our 2% white window test, but otherwise the brightness remains very consistent. This brightness is nearly identical to the MU6300, but less than the rival TCL P607.

Plot over time

Mediocre HDR peak brightness. The brightness is fairly consistent, but the TV's lack of local dimming prevents it from making highlights very bright in dark scenes. Worse, its CE dimming actually dims highlights in very dark scenes, as shown by our 2% white window test. Overall the brightness is very similar to the MU6300, but less than the rival TCL P607.

The MU6500 has a decent overall gray uniformity. For a direct-lit TV, which are often more prone to have a worse gray uniformity, the MU6500 fair well. The center of the screen is fairly even and dirty screen effect is not really a problem. Most of the gray uniformity issues come from the sides and corners being a bit darker than the center.

Not much problem can be noticed when looking at the 5% gray uniformity test picture too, which is excellent news.

Bad viewing angle, but fairly typical for a VA TV. Blacks turn grey when the TV is viewed from even a small angle, while colors shift and brightness decreases at moderate angles. This TV isn't well suited for a room where people often view the TV from the side.

Great black uniformity on the MU6500. Looking at our test picture, some faint clouding can be noticed, but it is not enough to affect the whole evenness of the screen overall and this marginal clouding is not apparent when looking at some movie clips with dark scenes.

The MU6500 is decent at handling reflections. It has a similar semi-gloss finish to the MU6300 and KU6500 and diffuses reflections across the screen, which reduces their intensity but isn't the best at fighting glare. It is fine for an average room but may be an issue in a bright room.

Out of the box, the MU6500 is pretty accurate and for most people, it could be use 'as is' without any need for calibration.

The white balance is a bit on the warm side, but only toward high IRE. Looking at the gamma curve, we can see that it does not follow hoe 2.2 target closely, and this may be because Samsung TV follow a different target, but overall, the difference is not that of a problem here.

The Color dE is not too high overall, and most colors are tracking, from not too far there targets. The higher value in the red, blue and magenta are a bit more problematic than the rest though, but not enough to cause a problem while watching normal video content.

As with other Samsung TV, the calibration process was done very fast and without too many issues. Overall, the 2 and 10 points were pretty accurate and responsive for the most part, leaving only a small issues in the lower IRE, which could not be corrected completely. But when compared to the pre-calibration, this is still a very good result. As you can see, the gamma curve looks much flatter than before and is now tracking our 2.2 target very closely.

As for the color dE, it was brought down to 1.68, which is great, but the problem in the higher value in the red, blue and magenta were still present and could not be corrected completely without causing more issues than needed. In the end, even with those little problems in the higher red, blue and magenta value, it did not cause any problem while watching normal TV content.

You can see our recommended settings for this Samsung TV here.

Upscaling of DVDs and other low quality content is good. Some minor haloing artifacts can be seen along straight edges.

720p content such as cable looks good. The image is slightly softened, but details are preserved well.

Full HD content is upscaled well and the image remains clear.

No issues can be seen with native 4k content.

Standard color gamut, only good enough for SDR content. Green and red fall well short of their HDR targets, especially green. Though, on the bright side, the TV is fairly accurate at showing the colors it's able to, as with many Samsung TVs.

The TV's EOTF in the 'Movie' picture mode follows the HDR PQ curve fairly well until 40% stimulus grey, where it starts to roll off severely before arriving at its max brightness. When the TV's 'Gamma' setting is made +3 this roll off is far less severe, but the darker shades are made a bit too dark, shown here. The game mode EOTF is fairly similar to Movie mode, and 'Gamma' +3 has a similar effect, shown here. PC mode's EOTF most closely follows the PQ curve, especially with 'Gamma' +3, shown here. Users should adjust the 'Gamma' setting to suit the brightness of their room.

Disappointing color volume. The TV's color gamut narrows for very dark colors, and it can't make fully saturated colors very bright either.

The MU6500 does a great job displaying our gradient test image. No 8-bit banding can be seen and overall, besides some little issues in the dark green and blue, this TV does a similar job to the rest of the Samsung line of TVs.

Like the flat MU6300, the MU6500 does not suffer from any image retention.

We don't expect VA panels to experience permanent image retention, as the VA panel in our long-term test appears immune.

The response time of the MU6500 is good, resulting in a short trail following moving objects. This is good for most people when watching fast-moving content. This is not as good as some higher-end Samsung TVs like the MU8000, but it is very similar to the MU6300 from 2017 and the KU6300 from 2016.

The MU6500 uses PWM at 120Hz to dim the backlight, starting at 12/20 backlight setting. Lowering the setting from 12/20 shortens the duty cycle, while amplitude remains constant. Backlight that uses PWM results in duplications following moving objects while helping to clear up motion slightly.

It is possible to reduce the flicker frequency to 60 Hz by setting 'Auto Motion Plus' to 'Custom' and activating 'LED Clear Motion'. If you don't mind the visible flicker produced by this option, it helps to clear up fast moving content.

The MU6500 has a 60 Hz panel which can interpolate lower frame rate content. To add the soap opera effect, set 'Auto Motion Plus' to 'Custom' and increase the 'Judder Reduction' slider. Note that any motion interpolation will introduce artifacts, so use a small value unless you really like the soap opera effect.

This TV is great at showing content without stutter. Even for low frame rate content such as 24p movies with a long frame time there is only ~22ms of static image each frame, which makes the image appear smooth even for slow panning shots.