Yes, 128 AAC is generally considered good enough for casual listening on most devices and platforms, as it offers decent sound quality while maintaining a lower file size compared to higher bitrates. However, for audiophiles or individuals with high-end audio equipment, higher bitrates may be preferred for a more detailed audio experience.
For more information, see below
Yes, 128 AAC is generally considered good enough for casual listening on most devices and platforms, as it offers decent sound quality while maintaining a lower file size compared to higher bitrates. However, for audiophiles or individuals with high-end audio equipment, higher bitrates may be preferred for a more detailed audio experience.
According to audio experts, AAC (Advanced Audio Coding) is a widely used audio codec that offers a good balance of quality and file size compression. At a bitrate of 128 kbps (kilobits per second), AAC achieves a respectable audio quality that is typically perceived as transparent for most listeners. This means that the audio sounds very close to the original source and any differences are hard for the average listener to detect.
Notably, the perceived audio quality also depends on various factors such as the listener’s hearing ability, audio playback equipment, and listening environment. While 128 AAC is generally sufficient for everyday listening, some individuals may prefer higher bitrates for a more immersive experience.
Famous musician Neil Young once expressed his thoughts on digital audio quality saying, “The Internet degrades sound quality. Before, we used to have music in analog form. Great music has an incredible amount of detail. You need incredible sound quality to be able to perceive it.” This quote highlights how some artists and audiophiles prioritize higher audio quality and may prefer higher bitrates for the best possible experience.
Interesting facts about audio bitrates and codecs:
-
Bitrate: Bitrate refers to the amount of data processed per unit of time. Higher bitrates generally result in better audio quality, but with larger file sizes.
-
Lossy compression: AAC is a lossy audio codec, which means it achieves file size reduction by discarding some audio data that is considered less significant. However, the discarded data is often imperceptible to the average listener.
-
Other codecs: Apart from AAC, there are several other popular audio codecs such as MP3, OGG, and FLAC. Each codec has its own strengths and weaknesses in terms of audio quality, compatibility, and file size compression.
-
Listening tests: Various studies have been conducted to determine the perceptual quality of different audio codecs and bitrates. These tests involve blind listening sessions where participants rate the quality of audio samples. Results can vary based on individual preferences and equipment used.
Here’s a simplified table to better understand the relationship between audio bitrates and file sizes for AAC format:
| Audio Bitrate | File Size per 5-minute Song |
|---|---|
| 32 kbps | ~1.44 MB |
| 64 kbps | ~2.88 MB |
| 128 kbps | ~5.76 MB |
| 256 kbps | ~11.5 MB |
| 320 kbps | ~14.4 MB |
In conclusion, 128 AAC is generally considered good enough for casual listening, providing a balance between audio quality and file size. However, for those seeking a more detailed and immersive audio experience or for individuals with high-end audio equipment, higher bitrates may be preferred. Ultimately, the choice of bitrate depends on personal preferences and the intended listening environment.
See more answers from the Internet
700 KB). For MP3s, most people find that 128 Kbps is a good compromise of file size and sound quality. At that rate, MP3 files take up roughly one megabyte of space per minute of music. The 128 Kbps rate is considered high quality for the AAC format, which is why iTunes comes factory set to 128 Kbps.
This video has the solution to your question
The YouTube video titled “16 vs 32 vs 64 vs 128 vs 256 KBPS MUSIC COMPARISON / SOUND QUALITY DIFFERENCE BETWEEN [2023]” explores the sound quality differences between different bit rates ranging from 16 kbps to 256 kbps. However, without any useful information from the provided notes, it is difficult to determine the results of the comparison.
https://www.youtube.com/watch?v=3VkW0FY_emA
Moreover, people are interested
In this way, Is 128k AAC better than 256k MP3? Answer will be: 128 kbps AAC vs. 256 kbps MP3: Which is better? A 256 kbps MP3 will be better than a 128 kbps AAC in virtually every scenario. The higher encoding rate makes a big difference, and while a 128 kbps AAC may be better than the same encoding rate on an MP3.
What is 128 AAC equivalent to MP3?
The answer is: AAC provides more transparency and better quality at equal bitrates, so when people say AAC is smaller they mean you can gain the same quality from 128 as a 192 mp3. so AAC 192 will sound better than MP3 192, but at the same size. Or 128 AAC should sound roughly the same as 192 MP3, but at a smaller size.
Is AAC good audio quality? Response: The general consensus is that AAC files are, in fact, better than MP3s in terms of quality, even at the same bit rate (more on that in the conclusion). AAC’s advanced compression algorithm is thought of as more “efficient” than an MP3’s, and thus, of higher quality.
One may also ask, What is the best bitrate for AAC?
All else being equal, an AAC audio file that’s encoded at a bitrate of 192 Kbps will sound better than one encoded at 64 Kbps.
Should I use 128 Kbps or 256 kbps AAC? Response: Feel free to use higher data rates, like Apple’s current default of 256 kbps AAC VBR, but the music won’t sound any better and you’ll only be able to fit half as many songs on your device. Apple’s default used to be 128 kbps with no VBR. VBR (Variable Bit Rate) is a newer and smarter way of encoding music. Use it.
One may also ask, What is the quality of an AAC file? Answer to this: The quality of an AAC file is measured based on its bit rate and common AAC bitrates include 128 kbps, 192 kbps, and 256 kbps. Like most popular formats such as MP3, AAC is a lossy format. When converting to AAC file, audio information that will not impact the listening experience is removed. So AAC files will not preserve the original quality.
Similarly, What is the best AAC data rate? 128 or 160 kbps AAC sounds perfect. Feel free to use higher data rates, like Apple’s current default of 256 kbps AAC VBR, but the music won’t sound any better and you’ll only be able to fit half as many songs on your device. Apple’s default used to be 128 kbps with no VBR.
Considering this, Are you happy with aac/256?
Response: Most people are happy with AAC/256, but feel free to rip a few different ways and judge for your own circumstances. By the way it is not just your ears, but also your equipment and listening conditions. E.g., do you listen on high quality speakers in a nice quiet room, or using cheap earbuds while you ride the cross-town bus?
Should I use 128 Kbps or 256 kbps AAC?
The answer is: Feel free to use higher data rates, like Apple’s current default of 256 kbps AAC VBR, but the music won’t sound any better and you’ll only be able to fit half as many songs on your device. Apple’s default used to be 128 kbps with no VBR. VBR (Variable Bit Rate) is a newer and smarter way of encoding music. Use it.
Herein, What is the quality of an AAC file?
The quality of an AAC file is measured based on its bit rate and common AAC bitrates include 128 kbps, 192 kbps, and 256 kbps. Like most popular formats such as MP3, AAC is a lossy format. When converting to AAC file, audio information that will not impact the listening experience is removed. So AAC files will not preserve the original quality.
Also, What is the best AAC data rate? Response will be: 128 or 160 kbps AAC sounds perfect. Feel free to use higher data rates, like Apple’s current default of 256 kbps AAC VBR, but the music won’t sound any better and you’ll only be able to fit half as many songs on your device. Apple’s default used to be 128 kbps with no VBR.
Likewise, Are you happy with aac/256?
The answer is: Most people are happy with AAC/256, but feel free to rip a few different ways and judge for your own circumstances. By the way it is not just your ears, but also your equipment and listening conditions. E.g., do you listen on high quality speakers in a nice quiet room, or using cheap earbuds while you ride the cross-town bus?