Sony KD-49XH9505 review: the small Sony Full Led 100 Hz TV remains a benchmark in its segment

Since 2018 and the release of the Bravia KD-49XF9005, Sony has found a recipe that works well. For 2020, the Japanese manufacturer uses the same bases of the excellent 49XF9005 and 49XG9005 by adding a few features and especially power. The Sony KD-49XG9505 thus integrates a 10-bit panel (versus 8 bits + FRC for previous models) 100 Hz 49 inch (124 cm) with an Ultra HD definition of 3840 x 2160 px, while the Sony X1 Extreme processor has been replaced by the more powerful Sony X1 Ultimate.

This processor has already proven itself in several areas, including digital noise reduction, texture scaling, and color gradation smoothing. The Full Led backlight system remains identical to that of the two previous models. Sony has not increased the number of zones, which remains quite small for a Full Led model, but the MotionFlow Clarity feature is still relevant. This system compensates for the decrease in brightness caused by insertion of black images by increasing the brightness of moving areas. The insertion of black images makes it possible to deceive the retinal persistence and thus improve the sharpness of moving objects.

For the rest, the Sony KD-49XH9505 television has a 20 W audio system, a double tuner DVB-T / T2 (TNT), DVB-S / S2 (satellite) and DVB-C (cable) and a fairly complete connection. . If Android TV is still on the go with its batch of apps (Netflix 4K, YouTube, VLC, etc), as well as the very practical Google Cast and AirPlay 2 features, it’s now powered by a slightly more efficient processor to improve fluidity.

The Sony KD-49XH9505 television sells for around $ 1,300, the price of the rarity and exclusivity of a high-end television with a panel less than 50 inches. For a long time only in the segment of high-end TVs below 50 inches, the Sony 49XH9505 now competes with the few 48-inch Oled televisions: the LG 48CX and the Sony Bravia KD-48A9, sold for € 1,600 and € 1,800 respectively.

Note: All brightness and colorimetry measurements mentioned in this article were performed with a SpectraCal C6-HDR probe and the CalMAN Ultimate software.

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