The two-way arrangement mentioned above is a popular choice for many sound engineers. It is known for its ability to fill a large room with sound, making it ideal for events, parties, and other gatherings. Moreover, it is a great option for outdoor spaces as it can throw high-frequency content quite far, ensuring that everyone can hear the music or speech clearly.
Even without a subwoofer, the two-way arrangement can produce a pretty good bass response, especially if the box is equipped with either a 12-inch or 15-inch driver. This makes it a versatile option for those who do not want to invest in a subwoofer. However, if you want to enhance the low-end and low-frequency content, you can expand the point source system to a three-way system by adding a subwoofer. This will result in a more balanced and powerful sound, making it a great choice for music concerts, DJ gigs, and other professional events.
When setting up an audio system, it is crucial to take certain factors into consideration to ensure that the listening experience is of high quality. One of the most important factors to keep in mind is the mid-range, which can suffer in certain situations, particularly in the absence of a subwoofer. This is because the one speaker in the two-way box has to work incredibly hard to reproduce frequency content across a wide spectrum. As a result, the mid-range can become muddled, distorted, or even completely lost, leading to an unsatisfactory listening experience.
Another factor that can impact the listening experience is point source speakers. These speakers, as their name implies, are directional, which means that they may not have a wide dispersion. Even if they do have a wide dispersion, that dispersion may not be even across the frequency spectrum, which can lead to an uneven listening experience. Some frequencies may be more prominent than others, leading to an unbalanced sound. Therefore, it is essential to consider the dispersion pattern of the speakers when setting up an audio system to ensure that the sound is evenly distributed across the frequency spectrum.