Exact Audio Copy EAC has been my program of choice for years because it offered the best extraction quality and the largest feature set. But now things have changed.

5 The audiophile computer

Spoon over at Illustrate has just released dBpoweramp Music Converter version It is now even more accurate than EAC here are the detailsit now properly supports Compilation CDs, and as always it is pretty darn simple to configure. Plus, it offers features that EAC does not, including the ability to automatically download album cover art.

Based on all of this dBpoweramp Music Converter version 12 Reference Edition is my new ripper of choice. There is one other small rub. Before you get too upset over this, consider that AMG charges all commercial software vendors per customer per year, so the costs are just being passed along from AMG.

It is blasphemy to ask EAC to step down from its throne. That said, I perused the article and from what I see, it is the error correction path that has improved, a clean CD will be identical using either EAC or dBpoweramp.

linux bit perfect audio

Why that difference? With processors as fast as they are today, I set compression at maximum. But storage is cheap and plentiful as well, so not sure it matters much either way. What is the best way to rip? My choice is between EAC or Dbpoweramp.

Please help me! What would you recommend? Last questin, Carlton. One eternal question I have never solved is about moving large collections of FLAC files in album folders. Henry, I suggest using TeraCopy for Windows. It handles errors and resume transfers much better than the built-in Windows copy function. It is not better quality to rip to wave vs flac. Lossless codecs mean that there is no loss or difference versus the original source. The output is bit-for-bit identical regardless which lossless codec is used.

For errors, they will occur on any device that reads the disc. A blu-ray player will not do a better job reading the disc than will a computer. If you like it, I encourage you to purchase a copy of dBpoweramp to support the developer. All opinions are my own. Skip to content. Thanks for the info. I recommend paying for dbpoweramp as it is easier to use. If you prefer free, use EAC. Hey Carlton.

What does c2 over USB mean? It should be used if the drive supports it. Good day; dbpoweramp is so simple and easy to use so i prefer it. If you have a comment or question, please post it here! Cancel reply.Bit-perfect is a phrase commonly used in the audio world. When used to describe a media player, it means the player can output an exact copy of a file without making any changes. Some players don't do bit-perfect output. This might be because they output through the system mixer which resamples to a common "mixing sample rate" iTunes, WMP, etc.

Or it might be because they don't support the output method necessary for certain hardware to work well Winamp, etc. A good starting point when picking an audio player is to make sure it's capable of bit-perfect output. Bit-perfect output is just one of many, many features of a media player. Also consider performance, stability, format support, user interface, remote support, device support, etc.

All of these things work together to help you enjoy your media. If you're A, all you want is bit-perfect output. Many players do this, JRiver included. They all sound the same. Pick the player that checks the other boxes listed above performance, user interface, etc. If you're B, JRiver has an unparalleled audio processing engine — simple things like bit volume, all the way to complicated things like unlimited parametric processing, Room Correction, Convolution, ISO corrected volume, etc.

A computer is an amazing tool for audio processing with nearly unlimited performance, flexibility, and audio quality. If you're C, you might consider moving towards B. Computers are awesome. They don't have the same pretty lights as your expensive hardware, but they can decode and process audio in a way that will deliver the highest possible quality.

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Number 2 doesn't affect sound quality unless there's a shortfall, but regardless, JRiver Media Center has the most efficient buffer fill that can be implemented on a computer a no-lock circle buffer with no additional processing. In other words, there's no room for improvement here. Number 3 is slippery and debatable.

It doesn't make sense and can't be detected or measured when using good audio hardware. And if there is a problem, it's obvious ticks, hiccups, hum, etc. It is elegantly multi-threaded. No player is more efficient.

Bit-perfect Audio

Jump to: navigationsearch. However, many good players can do bit-perfect output, JRiver Media Center included. Bit-perfect vs Bit-processed Roughly speaking, people think about digital audio in one of three ways: A The source is perfect, and all processing is bad processing B Good sound is the goal, and sometimes processing can help C Processing can be good, but I want to do it in my external hardware If you're A, all you want is bit-perfect output.

Sound of Bit-perfect Bit-perfect players, playing the same content, running in bit-perfect mode sound the same.Very important: Before you go ahead and set up bit perfect in foobar2k you need to know that when you run bit perfect, foobar will take exclusive control of your audio device, meaning your sound card or external DAC. Just install it like you would any old program, ask below if you hit the wall trying. The next step is to change the preferences in foobar so it will take exclusive control of your device and give you bit perfect playback.

You should now be able to play audio through foobar in bit perfect mode, so congratulations! You are extremely good at this, you should make it a career! When running bit perfect in foobar2k you will notice that no other applications can send sound to that particular audio device.

This is because foobar now has exclusive control over your soundcard. There are a couple of things you can do when you want to play audio outside of foobar. As always, the comment section below is you friend and if you found this tutorial on how to set up foobar with bit perfect any useful it would be spectacular if you went ahead and shared it.

Hi i had done everything but the last step nr 7 i dont understand so much i want to have bit perfect audio please how can i do it? Hi Hugo. If so, choose it and click apply and OK, and you should be good to go.

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I use an external DAC Schiit modi 2, non uber version and would like to whether the same procedure as above applies to my case? Yes, the same steps as explained in this tutorial applies to your application.

I've not used your DAC in particular, but it's the same for all devices. There are hundreds of people visiting this tutorial every month and due to the lack of activity in the comment section I can only assume that they are being successful in following the steps.

If you have any issues don't hesitate to ask and I will try to help you if I can. Good luck in getting that Schit of yours working! Haha, sorry, I had to, even though that pun is getting older every year. Yes, that should be possible if the Bluetooth device shows up as a separate audio device. I often use two audio devices on my own system, one for ASIO and bit perfect with foobar and another one for everything else. I've done this to run two separate systems from one computer many times.

This way one system will only play audio from foobar bit perfectwhile the other system plays all the system audio from the computer. I followed your advice and everything is working fine. But I doubt that it's really bit perfect PCM playback since foobar's equalizer and volume controls are still functioning.

linux bit perfect audio

I don't get the relationship between this bit perfect set-up and an external DAC. Both are supposed to take over the audio from your computer, eliminating the PC's sound card.Audiophile Linux is an open source and free operating system whose first priority is audio processing, allowing you to listen to your entire digital music using high-quality software and the latest Linux technologies.

While old versions are derived from Linux Mint, the latest release is based on the Arch Linux distribution. It is built around the Openbox window manager.

This custom Arch Linux operating system is distributed as a zip archive of approximately 1.

The New King of Bit-Perfect CD Audio Extraction?

The Openbox window manager is used in this distribution, providing users with a lightweight and extremely fast desktop experience. It comprises of a single taskbar panel located on the bottom edge of the screen, from where you can interact with opened programs and navigate between virtual workspaces. In conclusion, Audiophile Linux is a fast and free distribution of Linux for audiophiles. The audio signal travels from the playback software to the external sound card with much greater efficiency and speed, when using Audiophile Linux.

Audiophile Linux. Review Free Download report malware. Enjoy Bit-Perfect audio on your computer with this Arch Linux based operating system. Audiophile Linux was reviewed by Marius Nestor.

Audiophile Linux 3 add to watchlist send us an update. Load comments. All rights reserved.Jump to navigation. In this article, I am going to focus on the hardware, software, and configuration issues that we Linux laptop users must confront in order to really enjoy that wonderful digital music on our hard drives. Our latest Linux articles. In all likelihood, the distribution you installed includes a default application for playing music.

Or you might have a favorite player you install on your system that provides you with a set of features you find comfortable or maybe even indispensable. You probably have some music files organized in your Music folder in your home directory, perhaps by artist then album. You also probably have some headphones or earphones or desktop speakers you use to listen to your music, and to use those you likely plug them into the headphone jack on your laptop.

Assuming all of that is true—and that you aren't plagued by weird configuration issues or unsupported hardware in your laptop—you can enjoy to the music you have put on your computer. Well, it turns out that if you take your listening seriously and spend your cash on high-quality music or carefully rip your CDs or LPs! This is because your typical modern Linux distribution offers a really complex and general purpose audio processing chain with the goal of taking care of all the various sound-related processing chores that can happen on a modern computer: recording and playing back sounds, sound alerts, mixing, DJing, internet telephony, watching videos with the sound synchronized to the videoand so on.

You can learn more about this amazingly elaborate audio processing chain in these three articles. By focusing on the single task of playing music—and by spending a little bit of money on hardware—we can set up a dedicated music playback environment that ensures the bits in the music file are the bits that get to the digital-to-analog conversion process and thence to your ears, maximizing your opportunity to hear what was originally recorded.

The first thing we need to talk about is Pulse Audio. Chances are, your Linux laptop has this installed and uses it to manage various aspects of the sound recording and playback process.

When Pulse Audio first appeared lots of people had lots of problems with it, but these days it seems to work quite well and handles things like mixing the audio stream you've tuned in from your browser with audio alerts and any other important sound events.

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However, one thing Pulse Audio does that we don't want done is resampling your data to its preferred output resolution. Specifically, we will do this by connecting a second sound card that we will use for music-only purposes. This approach—two sound cards, one dedicated to music, the other left to general-purpose audio chores—has some great advantages. First, it meets our goal of having a streamlined and "bit perfect" audio pipeline dedicated to playing music.

Second, it means that other sounds still appear in your laptop speakers or on your headphone-out jack, rather than getting mixed into your music. Third, it lets us select hardware developed especially for high-quality music reproduction and that can be selected to complement the electrical characteristics of your headphones or earphones.

I'm going to dive right into a concrete example that will provide the basis for understanding all of this. My laptop is a vintage System76 Gazelle Pro.

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According to the du utility, I currently have Gb of data in the Music folder in my home directory. When I want to listen to this music, I use the Guayadeque music player and I plug a Schiit Fulla digital-to-analog converter and headphone amplifier into one of the USB ports on the laptop.

Time to explain some of these choices and mention some alternatives. Why the Guayadeque music player? The main reason is that it can be configured to pass output directly to the ALSA hardware device interface, thereby bypassing things like software mixers and resampling code that has the potential to modify our music in ways that aren't necessary, given that we are dedicating audio hardware to its reproduction.

Besides that important reason, Guayadeque is, in my opinion, a very nice Linux music player. It's fast, it handles my medium-sized music library well, and it has lots of great features.This site uses cookies to help personalise content, tailor your experience and to keep you logged in if you register.

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linux bit perfect audio

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Thread starter TheKisho Start date Jul 9, Post 1 of Joined Aug 24, Messages Reaction score Joined Aug 24, Posts Likes What settings do I need to play with to get it do what I want?

I don't think a computer forum would understand bit perfect output or the point in bothering to set it up and configure it. I think this is the best place for this question, I just hope there is some linux audiophiles in the house. Thanks in the advance. I've had that happened time to time on some slower linux machines when using audactiy. Share This Post.

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Jul 9, The Daphile is the heart of a digital music system. Its primary focus is in storage and playback of your digital music library. The software solutions of the Daphile are optimized for the best possible audiophile experience.

The Daphile supports the most common file formats including high resolution audio. It manages bit-perfect and gapless playback. The networking capabilities of the Daphile are flexible and easy to setup — both wired and wireless.

It can even operate in a standalone mode where it provides a wireless access point for the control device.

The Daphile can be controlled from any web-enabled device. There also exists the choice of compatible third party control applications for tablets and smart phones.

The Daphile operates as a network-attached storage enabling easy music transfer to its internal storage. It is also possible to store audio CDs directly to the internal storage by ripping them with a connected optical drive. The CD album metadata and cover are automatically fetched from the Internet during the ripping process.

In addition to internal storage the Daphile can play music from various Internet streaming services as well as from external USB-connected and network-attached storage devices.

The Daphile is in many ways an extensible, future proof solution. The core software provided by Daphile is user upgradeable via the Internet. The system functionality can be extended with third party plug-ins. The principal design philosophy for the Daphile has been simplicity and focused functionality to produce a flexible and future proof audiophile component for the era of high resolution digital music.

From the audiophile perspective the digital music listening is finally — first time after the birth of CD — taking a big leap forward. This owes primarily to Internet distribution of lossless and high resolution audio files superior to CD sound quality and High-end asynchronous USB digital-to-analog converters.

And they are worthy of a good partner to supply the music stream for them — not just a computer equipped with a standard operating system. The Daphile has audiophile optimized software solutions for digital music playback and storage. Its main priority is in providing the bit-perfect continuous audio stream for the connected audio devices.

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