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Comparison Hisense HS2000 vs Samsung HW-Q990D

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Hisense HS2000
Samsung HW-Q990D
Hisense HS2000Samsung HW-Q990D
from $166.26 
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Q-Symphony technology allows your TV and soundbar speakers to work together for maximum audio synergy, with AI-optimized audio flowing across all channels.
Audio format2.111.1.4
Mount typeshelf / wallshelf / wall
Rear acoustics
Ultra HD (4K)
Tech specs
Rated power240 W656 W
Soundbar speaker power210 W
Rear speaker power246 W
Impedance8 Ohm
Subwoofer
Built-in subwoofer
Wireless subwoofer
Acoustic designbass-reflex type
Subwoofer power200 W
Subwoofer speaker size203 mm
Subwoofer dimensions (WxHxD)220x413x410 mm
Subwoofer weight11.7 kg
Interfaces
Interfaces
Bluetooth
AirPlay 2
Google Cast (Chromecast)
Wi-Fi
Bluetooth
wireless TV connection
Streaming services
 
Spotify
Audio decoders
DTS Virtual:X
Dolby Digital
Dolby Digital Plus
DTS
DTS HD
DTS X
Dolby Digital Plus
Dolby TrueHD
Dolby Atmos
Connectors
Inputs
USB-A
mini-Jack (3.5 mm)
optical
coaxial S/PDIF
optical
HDMI input1 pc2 pcs
HDMI output1 pc
HDMI versionv 2.1
Speakers
Number of speakers15 шт
General
Display
Control
remote control
remote control
TV remote control
from smartphone
Google Assistant / Amazon Alexa
Power consumption105 W
Dimensions (WxHxD)800x105x60 mm1232x69x138 mm
Projector weight3.3 kg7.7 kg
Color
Added to E-Catalognovember 2024april 2024
Compare Hisense HS2000 and Samsung HW-Q990D
Hisense HS2000 often compared
Samsung HW-Q990D often compared
Glossary

Audio format

The audio format produced by a sound projector is actually the largest number of individual audio channels supported by the device. Note that in this case we are talking about the number of real channels, that is, channels for each of which at least one speaker is allocated; Models that support virtual surround sound can give the listener the impression of more channels than there actually are (see below for more details).

The sound format is indicated by two or three numbers separated by a dot. The first indicates the number of main channels, the second - the number of subwoofers, the third - the number of additional vertical radiators. For example, 2.1 format corresponds to stereo sound (2.0) supplemented by a subwoofer. And the conditional 3.1.2 format includes left, right and center channels, a subwoofer, left and right vertical speakers.

Sound projectors that support a more advanced sound format than 3.1 are designated in our catalog as multi-channel. The classic multichannel audio format is 5.1, but there are other options. In any case, a large number of real channels contributes to the fidelity of the reproduced sound and simplifies setup compared to virtual surround sound systems, but is also more expensive.

The most common sound formats are: 2.0, 2.1..., 3.0, 3.1, 4.1, 5.1, 5.1.2, 7.1.

Rear acoustics

The rear speakers provide a more realistic and spacious soundbar sound, allowing you to immerse yourself in the atmosphere of what is happening. Such sound system, often consisting of a pair of speakers, are installed behind the intended seating area of the listeners, complementing the sound of the main source.

Ultra HD (4K)

The ability of the projector to output a video signal in Ultra HD (4K) resolution — 3840x2160. This is the highest resolution used in modern consumer video equipment — 4 times higher than Full HD. However, note that this feature significantly affects the price of the projector, and to view such a video signal, you will need an appropriate screen. Therefore, it makes sense to specifically look for an UltraHD device only if you initially plan to connect it to a screen of the appropriate resolution.

This feature requires the projector to have at least one HDMI output (see below). In this case, the video signal source can be either an external device or the projector itself, operating in the format of a media centre (for example, a model with direct playback from USB media).

Rated power

The total power rating of the sound projector speakers (including subwoofer, if present).

This parameter is often used to estimate the overall sound volume of the device, but this is not entirely true. The fact is that the actual sound volume is determined mainly by the power of the main speakers of the sound projector, and the total power is the sum of this power and the power of the subwoofer. Therefore, models with the same power rating can vary markedly in actual volume: for example, a 150-watt soundbar with a 50-watt subwoofer will be louder than a 100-watt projector with a subwoofer of the same power, although in both cases the rated power will be equal to 200 watts.

Summing up, we can say that it is possible to evaluate the volume by rated power only if the sound projector is not equipped with a subwoofer — in such models, the rated power is equal to the power of the main speakers. In other cases, it is worth focus on the power of the soundbar and the power of the subwoofer directly stated in the characteristics (see below for both).

Soundbar speaker power

The nominal power of the speakers installed directly in the soundbar, excluding the subwoofer (in models with a built-in subwoofer, respectively, only the power of the main speakers is taken into account).

This indicator directly determines the overall volume of the sound projector; It is worth choosing according to this parameter taking into account the specifics of the room in which the projector is planned to be installed: the larger the room and the greater the distance to the viewer, the higher the power should be, otherwise the soundbar will not be able to effectively sound the scene. Detailed recommendations on the optimal power for different situations can be found in special sources.

Rear speaker power

The power rating of the rear speakers, which are usually responsible for surround sound effects. The higher the watt rating, the louder and richer the sound can be. Models with high power rear speakers are ideal for large rooms.

Impedance

Impedance is the projector's resistance to alternating current, or more precisely, to the analog audio signal input from an external power amplifier. Actually, this parameter is of practical importance precisely if the device is planned to be used with an external amplifier. Ideally, the projector's impedance should match the impedance for which the amplifier is designed - otherwise, the volume may either decrease (if the impedance is too high), or distortion, overload, and even damage to the acoustics (if the impedance is too low) may occur.

Higher impedance is also thought to reduce the likelihood of interference. However, modern speakers (including sound projectors) have standard impedance values of 4, 6 or 8 ohms - the difference is not so great that the differences in sound quality are noticeable.

Built-in subwoofer

The presence of a built-in subwoofer in the design of the sound projector.

Any subwoofer enhances the bass response, delivering rich bass. Models with a built-in subwoofer are more convenient to install and take up less space, because. no need to look for a separate place for the woofer. On the other hand, the dimensions of this speaker are usually smaller than those of a separate subwoofer (this is due to the limited space in the projector cabinet) — accordingly, the bass is less powerful and richer.

Wireless subwoofer

The presence of a wireless subwoofer in the design of the sound projector.

Any subwoofer enhances the bass response, delivering rich bass. The advantage of a wireless subwoofer is the ability to install it almost anywhere in the room without the hassle of laying wires — this makes it easier to adjust the sound to specific conditions. In addition, such subwoofers can have a fairly solid speaker size — 200 mm or more (see below for more details). However note that wireless acoustics require their own power source and significantly affect the cost of the projector.