A good speaker is a sure way of getting the best music experience. Knowing the properties of what makes a good speaker will help you make the best choice. The question is, is size one of these properties? Most people link loud sounds exclusively to large speakers, the size of a refrigerator or bigger. Well, it’s so realistic to think so since we mostly judge things by their size and appearance. The truth is, the quality of sound goes far beyond the size of the speaker.
Have you ever wondered why a small speaker may be more expensive than a big one? You could argue that it should be the other way round. Of course, size has a fraction of contribution to how loud the sound would be. However, the whole thing about volume and sound quality isn’t just about size. There is a lot more. Basically, this tells you that big speakers don’t necessarily produce ‘’big’’ sound or produce better quality. There are tiny speakers as small as the size of a baseball that will give you both great volume and sound quality.
It takes a critical look into the technical specifications of a speaker to determine the best one for your needs. Therefore, we should dispel the misconceptions that we have about loudspeakers and find out what actually makes a good speaker. In this article, we look at some of the qualities to enlighten you on what to consider the next time you visit an electronics shop to buy a speaker.
1. Materials Used
From wires to the glue used in making speakers, materials can impact the overall sound. Every component adds up to the ultimate sound output. For this reason, speaker designers will tell you how careful they are when choosing the materials for each component. For instance, a more rigid but light-weight cone will minimize flexing which is known to distort sound output. That means it’s essential that you look into the details about the materials used to make a speaker before putting your money in it.
2. Sound Designs
How the components of a speaker are assembled affects the sound produced. Well-designed speaker-drivers will produce high-quality sounds. Drivers need to be expertly placed for a clear and unobstructed sound. Well-placed drivers will reduce the number of reverberations within a speaker cabinet, minimizing the external noise that would interfere with the sound.
3. Balanced Components
A combination of crossover circuits and multiple drivers produce great sounds at all frequencies. Most of the high-performance speakers are designed in this way. There is each drive for every sound frequency and this ensures the proper functioning of the speakers. Therefore, the next time you’re purchasing one, consider a speaker that can accommodate all sound frequencies.
4. Frequency Response
Every speaker produces both loud and soft frequencies. A lower variation between the loudness of the sound frequencies produces better quality. You can check for this property from the frequency response chart. A flat line on this chart indicates less variation.
This evaluates whether a speaker pair can create the perfect sound. To achieve this, you place the speaker between other speakers to see whether the sounds are harmonized. The human ears respond to any cues in sound, making it easier to detect good or bad sound. Your ears, as you already know, play a better part in helping you to determine what would sound best for you. Therefore, before you take a speaker home, ensure sound-staging is achieved.
6. Listening Space
Where you place your speakers in the room profoundly affects the sound. Where you sit in relation to the speakers also matters. Sitting directly between two main speakers will improve the quality of sound you hear. If you want to experience a good sound-stage, try placing the smaller ones on stands that are at least six feet apart.
Consider the above qualities if you want to have your dream music experience at home. It’s time you go for quality and not the size. Still, you could go for a big size but ensure it’s of high quality. Remember you wouldn’t want to sit in a place with loud yet terrible sound in the name of music or teaching.