What Does 24bit, 96khz Mean? (The Truth)

Norvan Martin
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We are living in a world of high definition. But what is the point of having a higher resolution if you cannot hear it?

That is why it is essential to understand Hi-Res 24bit 96khz.

So, why should you be concerned about high-resolution audio?

If you want the best digital music experience possible, or at the very least, better sound quality than you’re currently used to, then hi-res audio is worth considering.

To explain simply, 96kHz means 96,000 samples per second and so refers to the sampling rate of the audio. 24bit depth refers to the size of the samples which means how many bits are used to describe the tone of the sample. You can look at it like steps. As an example, if you have only two steps, you can have silent or full volume, but the audio will be terrible. However, 24-bit means there are a lot more volume steps, which improve dynamics. The smaller the bit depth, the fewer numbers you can use to describe the audio and so the less defined it will be.

Let’s learn more.

What Is 24bit 96khz (What Does 24bit 96khz Mean)

24bit 96khz is a term used to describe digital audio resolution and sample rate.

The “24” in 24bit refers to the number of bits used to store each sample of audio. While the “96” in 96khz refers to the number of samples taken per second.

24 bit at 96 khz

This combination results in a resolution of 192kHz (or 192000 samples per second). Check out our article on 96kHz vs 192kHz to learn more.

This high resolution allows for greater detail and clarity when reproducing sound, making it ideal for professional applications such as music recording and mastering.

24 bit at 96 khz chart

However, note that not all devices can playback files with a 24-bit/96kHz resolution.

In some cases, the benefits of a high-resolution format may be negligible.

Why Use 24bit 96khz?

24bit 96khz offers significantly better sound quality. It’s excellent for creating mixes, music, and other high-fidelity projects.

Many people use this bit rate because it is the best way to transfer audio files between devices without any quality loss or degradation due to storage space constraints.

This means 24bit 96khz should be what you aim for when sending multi-channel tracks across platforms such as Pro Tools to Nuendo or Logic Pro X on Mac OSX.

24bit 96khz Vs. 24 Bit 192khz

When it comes to high-resolution audio, there are two main formats: 24bit 96khz and 24-bit 192khz. The main difference between these two formats is the number of bits used to store the audio data.

You get a higher-quality audio signal with more detail and less distortion with a higher bit rate. This means that if you have a good enough audio system, you can hear things that you couldn’t with a lower bit-rate signal.

So which format is better? Well, that depends on your needs and preferences. If you want the best possible quality and don’t mind sacrificing some file size, 24-bit 192khz is the way to go.

If you’re looking for a more affordable option with similar quality, but don’t need it in such high resolution, then 24bit 96khz might be good enough for you.

24bit 96khz Vs. 24 Bit 48khz

When comparing 24-bit 96khz and 24-bit 48khz, you need to consider a few different factors.

1.      Equipment

The kind of equipment you’re using will make a big difference.

If you have a high-end audio interface with support for 24bit 96khz resolution, then you’ll want to use that setting whenever possible.

However, if your equipment can only handle 24-bit 48khz resolution, then you’ll need to stick with that setting.

2.      Storage

Another thing to consider is how much storage space you have available. 24bit 96khz resolution takes up more space than 24-bit 48khz resolution.

So, if you’re running out of storage space, you may need to go with the lower resolution.

3.      Your Preference

Ultimately, the best way to decide which resolution suits you is to listen to both and see which one sounds better.

Try exporting your audio files in both resolutions and listening to them on different devices (headsets, speakers, etc.). You may be surprised at how much difference the higher resolution makes.

If you have a high-end audio interface with support for 24bit 96khz resolution, then go with that.

If not, then stick with 24-bit 48khz resolution. And most importantly, always listen to the difference between the two resolutions before making a decision.

Check out our article on 48kHz vs 96kHz to learn more.

Syba Sonic 24bit 96khz

Syba Sonic 24bit 96khz is a digital-to-analog converter that enables you to bypass the sound card of your computer or headphone output.

Therefore, you can send a digital audio signal through the USB interface.

This means that it pushes your sound quality to the highest level in the entire music environment.

24-bit 96khz Headphones

These types of headphones are relatively new to the scene. They are still more expensive than your average headphones but will give you a better listening experience.

At 24-bit 96khz, these types of headphones have an extremely high-frequency range. This means that they can pick up on even the most subtle noises in music and provide accurate sound reproduction.

It also means that there is no loss in quality when recording or mixing down audio files at this resolution. Because it hasn’t been compressed into 16 bits 44khz before being played back on your device.

These headphones have become popular with audiophiles due to their fantastic clarity and detail.

96khz Audio Sample

96khz Audio Sample means that the signal has been sampled at a rate of 96,000 times per second.

This is significantly higher than the 44.100 sample rate used in CD-quality audio. The benefits of using a higher sample rate are twofold.

First, it allows for a more accurate representation of the original waveform; and second, it reduces aliasing distortion.

When dealing with high-frequency sounds (above 20kHz), it is vital to use a sample rate that is high enough to capture all of the nuances of the sound accurately.

Using a lower sample rate will result in some information being lost, leading to audible artifacts such as ringing or other unwanted distortions.

Using a higher sampling rate can reduce or eliminate these artifacts.

96khz Vs. 192khz

The comparison between 96khz and 192khz is often a source of confusion for people new to high-resolution audio.

The main difference between these two sampling rates is that 192khz can capture more data and produce a higher-quality sound.

However, this increased quality does come at a price – precisely, increased file size.

As such, the decision as to whether or not to use 192khz ultimately comes down to personal preference and how much storage space you have available on your device.

If you’re looking for the best possible audio quality, then go with 192khz. But if you don’t mind sacrificing a little bit of sound quality to save some disk space, then 96khz will do just fine. Check out our article on 96kHz vs 192kHz to learn more.

Is 24 Bit Audio Worth It?

Yes, 24-bit audio is worth it. If you’re looking for improved dynamic range and accurate reproduction of your recordings’ original sound quality, then 24-bit files may be suitable for you. It offers more audio clarity and a great experience, which makes it an ideal option to consider.


Understanding Hi-Res 24bit 96khz is essential for anyone who wants to get the most out of their music listening experience.

It enables you to hear all the details and nuances in your favorite songs, making them sound better than ever before.

If you’re not already taking advantage of Hi-Res audio, be sure to give it a try – you won’t regret it.

Before you go, also check out our guide on:

96kHz vs 192kHz

What Does 24bit, 96khz Mean

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Norvan Martin is the founder of BoomSpeaker.com. He is a professional Electronics Engineer and is passionate about home theater systems and AV electronics. BoomSpeaker was created as an online hub to share his knowledge and experiences as it relates to home theaters and home audio electronics. My email: [email protected]  Connect on Pinterest and Linkedin