How much data does Apple Music use for lossless audio quality?
· diy
The Dark Side of Hi-Res: Why Apple Music’s Lossless Audio Comes with a Steep Price
Apple Music’s release of Hi-Res Lossless audio quality promised music lovers a sonic treat that would elevate their listening experience. However, behind the scenes, a more mundane reality is unfolding – one that has left many users wondering if the extra quality is worth the hit to their wallets.
Just a few hours of continuous playback on Apple Music’s Lossless setting can easily exceed even the most generous monthly data caps. According to Apple, a single hour of Hi-Res Lossless streaming consumes up to 2.9GB of data, while an entire month of daily listening would devour over 87GB. These estimates are based on real-world usage patterns that have left some users scrambling to adjust their plans.
The culprit behind this data guzzling is Apple’s proprietary lossless compression algorithm, ALAC (Apple Lossless Audio Codec). While ALAC reduces file sizes without sacrificing audio quality, the trade-off comes at a steep price: more data consumption. This means that even if you’re listening to high-quality music, your device and network will still be working overtime to process and stream these files.
For those with limited data plans or mobile devices, this development raises questions about the value of Hi-Res Lossless audio in real-world scenarios. If the audible difference between lossy AAC (256kbps) and lossless ALAC is “virtually indistinguishable,” as Apple claims, then why bother with the added expense? The answer lies in the nuances of music reproduction – but for most users, it’s not worth the gamble.
By setting separate audio quality settings for cellular and Wi-Fi streaming, we can enjoy Lossless playback when it truly matters. For example, on a wired connection or through an external DAC, the difference is noticeable. Those with limited data plans may also consider downloading albums or playlists while connected to Wi-Fi – albeit at the cost of storage space.
Apple’s push for Hi-Res Lossless audio quality highlights the ongoing tension between sound and substance. While audiophiles debate the merits of lossy vs. lossless compression, users with practical concerns (like keeping their phone bills in check) might wonder if this is just a case of too much tech for its own good.
The music industry’s emphasis on hi-fidelity playback has long been tied to the pursuit of perfect sound reproduction – but what about the imperfections in our listening experience? As streaming services continue to push the boundaries of audio quality, perhaps it’s time to rethink what “perfect” really means.
Reader Views
- DHDale H. · weekend handyperson
What's striking is that Apple Music's Hi-Res Lossless audio comes with no real-world gain for most listeners. The article mentions how the audible difference between lossy and lossless formats can be "virtually indistinguishable," but it doesn't touch on the fact that even if you do notice a difference, it's not necessarily an improvement. For those with older ears or more casual listening habits, lossy audio is plenty good enough – and saving 87GB of data per month makes sense.
- TWThe Workshop Desk · editorial
The elephant in the room is that Apple Music's Lossless audio comes with a price tag not just for music lovers but also for network providers and users on limited data plans. The article does a great job highlighting the data consumption issue, but let's not forget that the actual benefit of Lossless audio lies in its ability to accurately capture dynamic range and nuanced frequency responses – subtleties that may elude listeners with lower-end equipment or playback methods.
- BWBo W. · carpenter
It's about time someone pointed out the elephant in the room - Apple Music's Lossless audio quality comes with a hefty price tag that most users can't afford to pay. What really gets my goat is that they're trying to sell this as some kind of sonic upgrade, but the difference between lossy and lossless is often negligible for all but audiophiles. The real issue here is data consumption - we need to see hard numbers on what exactly constitutes a "separate audio quality setting" for cellular streaming.