Well-designed speakers have clear advantages over headphones in terms of depth and richness of sound, but there are plenty of low quality speakers available on the market today. What makes a speaker system high quality, and how can you tell a high quality speaker system apart from its less immersive counterparts?

The Qualities of a Great Speaker System

The short answer to “what makes a quality speaker” is accurate sound reproduction. A quality speaker system will reproduce sound as it was intended to be heard, whereupon the user can apply settings (such as enhanced bass) to modify it as they see fit. Despite the existence of such modifications, however, the ability to reproduce the sound as it was meant to be heard should be a possibility.

There are several factors which directly affect what a particular sound system might sound like. Some of these are better at reproducing certain ranges of sound than others; it’s up to the individual buyer to select the speaker which best suits their personal tastes. Ultimately, the speaker system that perfectly reproduces the full range of sound which the human ear is capable of hearing simply does not exist.

What Is It Made Of? Speaker Material

There are a wide range of materials which are used in speaker design, and this impacts the quality of the sound that they produce. Speakers produce sounds by virtue of their cones moving in and out, but—depending upon the material, and the frequency of a given sound—the cone may flex and distort instead of moving. This impacts sound quality, distorting the final sound from how it was intended to be heard.

Some cones are made out of lightweight and relatively pliable materials like aluminum, or even paper. These are cheap and affordable, and some of them may provide a certain level of sound quality. They may be suited to certain users’ purposes, but they are more prone to flexing and sound distortion. However, when the frequency of sound allows them to move properly, they’re fast. Faster-moving cones produce better low-level resonance. These type of speakers can be found at speakerxpert.com

More rigid materials may not move as quickly, but they are less prone to flexing. One popular alternative is ceramic. Cones which include some amount of ceramic material tend to be highly resistant to flexing. Another common material is heavy-duty plastic, which is something of a compromise between the two extremes. For what rigidity they offer, plastic cones offer a lot of speed.

How Is It Assembled? Speaker Design

Along with cone material, the design of a speaker’s housing is a critical aspect of how it will ultimately sound. A cone needs to be housed securely, or it will shake while moving, producing additional sound distortion regardless of flexing. Distortion can also be produced through cross noise pollution—when a wide speaker cabinet allows the sound the cone produces to reverberate around inside before it escapes.

In addition to the speaker’s housing, its crossover circuit is another critical part of its design. A speaker may have more than one driver moving its cone, as different drivers are better at reproducing different frequencies of sound. The crossover circuit determines which driver is active at any given time, affecting the overall sound quality of the speaker considerably.

More Information

Additional information on speaker types, sound quality, and design may be found at speakerxpert.com/.

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