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Comparison Trust Tytan 5.1 vs BBK MA-970S

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Trust Tytan 5.1
BBK MA-970S
Trust Tytan 5.1BBK MA-970S
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Main
LED backlight. 2 way satellites. EcoMode.
Speakerskit 5.1kit 5.1
Lines22
Specs
Sensitivity85 dB
Frequency range20 – 20000 Hz20 – 20000 Hz
Impedance4 Ohm6 Ohm
Speaker output90 W280 W
Front40 W/channel
Rear40 W/channel
Centre40 W/channel
Subwoofer80 W
Speaker port tube
Features
Connections
RCA
RCA /couple + 5.1/
General
LCD screen
Lighting effects
Remote controlwirelesswireless
Volume controlside and remoteon the remote control
Inclined design
Speaker materialplasticMDF
Subwoofer materialMDFMDF
Front speaker size (WxHxD)100x206x100 mm194x273x154 mm
Centre channel size260x105x98 mm153x147x129 mm
Rear speaker size100x206x100 mm153х147х129 mm
Subwoofer size252x268x252 mm286х391х175 mm
Weight6 kg18 kg
Color
Added to E-Catalogjuly 2017july 2007

Sensitivity

Sensitivity characterizes the loudness of the speakers when a signal of a certain power is applied to them. The higher this indicator, the higher the volume will be with the same characteristics of the signal source; simply put, on the same computer and the same volume settings, more sensitive speakers will play louder.

In general, an indicator of 85 dB is considered good, 90 dB and above is excellent. On the other hand, computer speakers rarely need a very high volume — they are usually located close to the user and are designed only for him. So in general, this parameter can be ignored.

Impedance

The electrical resistance of the speakers to alternating current. This parameter is important primarily for normal compatibility with the amplifier: too low speaker impedance can lead to distortion, overload, and even damage to the speakers, and too high impedance can reduce the sound volume. At the same time, the vast majority of modern computer acoustics have their own amplifiers and are connected via a line input. Therefore, the impedance data is more of a reference value; in fact, this indicator may be needed only when connecting speakers to a “non-native” power amplifier, bypassing the standard one.

Speaker output

Total speaker power rating — the sum of the power ratings of all components (front, rear, centre, etc.)

Rated usually means the highest average sound power that the speakers can produce without overloading and damage. Individual peaks of sound can significantly exceed this figure, but it is the average value that is key — in particular, it is it that determines the overall loudness of the acoustics. However it should be borne in mind here that in sets with a subwoofer, the latter can account for about half of the total power of the entire system, while the actual volume is determined mainly by the main speakers. In fact, this means that with equal total power, acoustics with a subwoofer can sound noticeably quieter than a model without a subwoofer: for example, a 2.0 system at 20 W will have 10 W per main channel, while in a 2.1 model at 20 W with 10- watt subwoofer on the main speakers will have only 5 watts.

As for specific values, in the quietest modern PC speakers, the power does not exceed 10 watts. An indicator of 10 – 25 W can be called relatively modest, 25 – 50 W — average, and values of 50 – 100 W and above are found mainly in sets with subwoofers, where a significant part of the power falls on the bass speaker (although there are also ordinary stereo speakers with similar features)....

Theoretically, the power of acoustics also affects its compatibility with a specific amplifier: speakers should not be inferior to it in terms of rated power, otherwise sound distortion and even equipment damage are possible. However, computer acoustics in the vast majority of cases are used with their own amplifiers, optimally matched to the speakers installed in the speakers. So this moment becomes relevant only in some very specific cases — for example, when replacing a complete external amplifier (see below) with another one.

Front

The power rating of each individual front speaker provided in the speaker system. This parameter can be specified for a system with any number of speakers (see above) — all sound formats used in computer acoustics provide a pair of front speakers.

In the most general terms, the higher the power, the louder the speaker is capable of sounding. For more information about this parameter, see "Total power" above. Also note here that for stereo systems without a subwoofer, the power of one front channel is half of the total power; in more advanced acoustics, the power ratio between the channels may be different.

Rear

The power rating of each individual rear speaker provided in the speaker system. Usually there are two such columns.

This parameter is relevant only for multi-channel systems like 5.1 (see "Number of speakers") — in simpler acoustics, rear channels are not used. On the nominal power as a whole, see "Total power", here we note that in the case of rear channels, this indicator is of secondary importance: the power of the rear speakers is selected by the manufacturer in accordance with the power of the remaining acoustic components, so that all speakers work normally "in conjunction".

Centre

Rated power of the centre speaker provided in the speaker system. Usually there is only one such speaker, and its power corresponds to the total power for the centre channel.

In general, this parameter is relevant for systems with an extended sound format — 5.1 (see "Number of speakers") and relatively rare 3.1; conventional 2.0 stereo systems do not have a separate centre channel. On the nominal power as a whole, see "Total power", here we note that in the case of the centre channel this indicator is of secondary importance: the power of the centre speaker is selected by the manufacturer in accordance with the power of the other components of the acoustics, so that all speakers work normally "in conjunction".

Subwoofer

Rated power of the complete subwoofer of the acoustic system.

Recall that a subwoofer is a specialized speaker for low and ultra-low frequencies; such a speaker is especially useful for games and movies, it is for such content that well-defined bass is most important. Accordingly, the saturation and (to a certain extent) the overall sound quality of low frequencies depends on the power of such a speaker. "Subs" are usually matched to the power of the rest of the system components, however, sets with a similar total power of the main channels may still differ in the characteristics of the subwoofers.

It is also worth noting that the power of this component can be a very significant part of the total power of all acoustics: in some models, about half of the “total watts” (or even more) falls on the subwoofer. This should be taken into account when comparing; see "Total power" for more details.

LCD screen

The presence of its own display in the design of acoustics. Such a display is usually located on the front panel of one of the speakers, subwoofer (if any) or amplifier (if it is made separately). Usually, it is a simple black-and-white screen with segment indicators, however, even such equipment allows you to display a very diverse information and greatly simplifies the work with speakers. Note that the display is most often a sign of a model with extensive additional functionality — usually, it does not make sense to install the screen in speakers with basic capabilities.

Lighting effects

The presence of lighting effects in the design of the columns. Usually, this is a backlight that can work as colour music — that is, blink and change colour to the beat of the music being played. The main and in fact the only purpose of lighting effects is decorative: colour music gives the speakers a bright and attractive appearance. On the other hand, it does not improve the sound, but it affects the cost.
Trust Tytan 5.1 often compared
BBK MA-970S often compared