Atlanta Audio & Automation and Sonos are official partners who provide you with the high fidelity audio and video systems in Atlanta. Sonos brings you a line of wireless speakers that are perfect for any room in your home. Wireless hardware has a reputation of not performing to par with its wired counterparts. Tracking in wireless mouse isn’t as good, wireless keyboard strokes aren’t as responsive and internet speeds aren’t as fast over Wi-Fi. Does this line of thinking apply to wireless audio?
Dispelling The Myth
While people’s fear of poorer audio quality in wireless audio systems are understandable, it is not justified by facts. A wireless audio system can indeed bring high quality audio as well as a wired counterpart. Hi-Fi audio is possible because of lossless coding.
Digital audio signals must be coded, or placed in a format that can be transmitted and received, when it travels from one point to another. The better the coding, the higher the fidelity of the audio. Many wireless systems use lossless coding to output a signal, which means the signal the system is receiving is the same as it is leaving the transmitter. Together with a strong Wi-Fi signal, wireless Hi-Fi audio is achievable.
What Do You Need For Hi-Fi Wireless Audio?
Besides having a strong Wi-Fi connection, your playback hardware needs to be high fidelity. It doesn’t matter that your audio files are lossless coded if it’s being transmitted through poor speakers. Amplifiers and speakers make up the quality of your wireless system so here is what you need to look out for.
If you are using your speakers for parties, they need to provide enough power to achieve high volume levels without compromising sound quality. An underpowered speaker will clip or distort sound, damaging them if it outputs sound at a high volume. Check the frequency response which tells you the range in which a speaker can reproduce musical tones. This is important for finding a speaker that can give you true, realistic bass. Lastly, examine the sound quality of the speakers themselves; does it produce clean, transparent sound that is tonally accurate?