Speakers Guide

Does a DAC Improve The Sound?

The headphones create the sound through DAC. It converts the digital signal into an analog one. The music you are listening to is created by the DAC chips. It is the basic component of any smartphone and electrical gadgets. DAC is similar to headphone amplifiers; standalone DACs are manufactured to reduce the poor audio quality.

For professional applications, you should use an audiophile DAC for under $1000. Because DAC is a large specification driven item, pick the best one by simple looking at the packages. DAC is implemented into every gadget from your smartphones to your laptop and applied everywhere sound needs to be produced. Here are some of the facts about how DAC really improve sound.


How does DAC work?

In compression waves, the audio is stored on vinyl or in an MP3 at the time of playing. When the desktop records the analog signal it will be displayed in waveform format. The wave of the signal will have a crest and valley know a period and how much duration it takes in a second are seen through the frequency. The main job of the DAC is to transmit the digitally stored recordings and turn it into an analog signal because of this reason DAC is worth it. It translates the bits of data from digital files into an analog electrical signal per second and it is known as samples.

Before listening to the music, you need to know about three terms bitrate, bit depth, and sample rate. Bitrate represents how much data is transmitted per second. Bit depth refers to how much information is recorded per sample and the number of samples of data taken in a second is referred to by the sample rate.


Bit depth and dynamic range

Dynamic range refers to the difference between the volume of sounds in an allocated file. Bit depth governs the limit of the dynamic range of an audio file. The sample contains data and the data are held by each sample and even it has unlimited potential output value. A low bit depth will automatically result in a low dynamic range at the recording time or in the file,it will produce a low dynamic range. The common bit depth is 16, it means every sample contains at least 16 bit of information or 65,234 integer values. Bit depth must not be a problem to your ear and if you want to hear quiet music. You can increase the dynamic range to hear properly the music produced from smartphones or laptops.

The bit rate for DAC

If you want clear sounds then the bit rate must be greater, data in DAC has to convert and produce the output at once. DAC makes a lot of difference when it gives a lower bitrate, it is very obvious only limited data will be converted to produce the analog waves. It means only lesser data is converted, and audio gets a little crappier. It is better to pass the 320 Kbps rate which is perfect for most applications. The above-given factors are important for improvising the sound in DAC.