'With its ability to extract the best from high resolution music files, Pure Music - especially paired with a decent digital audio convertor and decent speakers - can make your Mac sound as good or better than a high-end CD player costing hundreds or thousands of dollars. If you're looking for a minimalist media player for macOS, then look no further than Vox Player. It's simple to use with a rather attractive, clean UI and comes with everything you'd expect for a. A Mac Mini is less expensive initially, but it does require an external monitor and keyboard for full functionality. An iMac is also a good option and the monitor is built-in. Some folks (like me) even use a MacPro desktop machine for audio duties. Nowadays, the Macs I see most often used for audio are the Mac Mini or a Mac portable.
If you own a Mac, you already have a high-resolution media file server at your disposal, with very little tweaking required to pass high-quality audio to your audio gear. I recently decided to set up my Mac in this way, to deliver hi-res throughout the signal chain--from my music library, to the player, to the DAC, to my preamp, amp, and loudspeakers (or preamp to headphones). Here is how I did it.
Building Your Hi-Res Music Library
The process starts with ripping or downloading music files directly to either your Mac's internal hard drive or an external drive, or designating a cloud site for your file storage (more on this in a minute). I store my music library on a 3TB Seagate external drive. Many people prefer to use an external drive because loading up your main hard drive with music files can potentially slow your computer's overall performance, especially when you get to the end of your drive's storage limits.
Opinions will vary on what constitutes hi-res audio, but I set my sights on resolutions equal to or better than 24-bit/96-kHz. We all know that your system is only as good as its weakest link, so I started with either 24/192 or 24/96 FLAC files. Hi-res files may be offered in the FLAC (Free Lossless Audio Codec) or AIFF (Audio Interchange File Format) format, as well as DSD (Direct Stream Digital) and MQA (Master Quality Authenticated). DSD is the Philips/Sony system used to create the SACD (Super Audio Compact Disk) format, while MQA is a very clever codec that compresses the relatively little energy in the higher frequency bands to make the files smaller while retaining a hi-res result (it's also a good format for streaming services). To get the highest quality, you will want to avoid lossy formats like MP3 (Moving Picture Experts Group Layer-3), AAC (Advanced Audio Coding), and OGG (Ogg Vorbis, the name Ogg derives from the jargon word ogging) that sacrifice audio quality for file size. This was important when storage was expensive, but now storage is plentiful and cheap.
Music Player For Mac Mini Windows 10
Hi-res music files are available for download from a number of websites, including: HDTracks.com,
primephonic, HiRes Download, iTrax.com, B&W's Society of Sound, Acoustic Sounds, Chandos, and�Blue Coast Records. If you're looking for suggestions on high-quality audio recordings, check out the reviews on our sister site, AudiophileReview.com. Here are a few great-sounding albums (all available as hi-res downloads) that I'd put on my list of desert island discs:
Santana: Abraxas
Mozart: Great Mass in C minor
Thelonious Monk Orchestra: At Town Hall
The Rolling Stones: Sticky Fingers
Bob Marley: Legend (you are on a desert island, after all)
Steely Dan: Aja
Jethro Tull: Aqualung
Cloud Backup
About a year ago, I grew concerned that my entire life's savings of music--some of which is irreplaceable original music from the various bands I've been in--was all in one place, so I looked to the cloud for a backup/disaster recovery solution. My current total storage need is approximately 2.4 TB. Apple's iCloud offers five gigabytes of free storage, which isn't nearly enough for my music files, so I opted for the 2TB plan that costs $20 per month. I had to leave some of my more esoteric albums off the iCloud drive to fit under the 2TB size limit.
Another cloud option is Google Drive, which offers 15 GB for free or one terabyte for $9.99/month; then it jumps to 10 TB for $99.99 monthly. Microsoft looks at storage a bit differently, tying its One Drive storage to the MS Office suite. When you purchase MS Office 365, you get 1 TB of storage. All your Excel spreadsheets, Word docs, and PowerPoint presentations are automatically stored there and are available for collaboration between users. There isn't anything preventing you from storing your music library there, but access is via Microsoft's Groove Music Pass, which is $9.99 per month in addition to the $99 annual cost of MS Office 365.
Amazon's Drive allows you to upload up to 250 songs for free. Subscribe to Amazon Prime ($99 annually) and get 5 GB of storage; for another $59.99 per year, you get unlimited storage. I currently use Apple's iCloud because I've been deeply invested in the Apple ecosystem from the first-generation iPod, but Amazon's value proposition is compelling. I am strongly considering making the switch. (If anyone out there has made the switch, I'd love to hear about your experience in the Comments section.)
Playback Software
Once you have begun to build your hi-res audio library, how do you play the files in a way that maintains their high bit and sample rate? I chose to download the VLC media player to my Mac (it's free) because it's capable of 24/96 and 24/192 native hi-res output. The VLC player can be downloaded here.
As an alternative to VLC, you might consider the VOX Music player, which is also free and can be downloaded here.
Why not just use iTunes? The iTunes Store only sells music in the compressed AAC format, and the iTunes player doesn't support the most widely sold lossless format: FLAC. Some hi-res file formats like AIFF may be played by iTunes but will not be at their native hi-res rates. Beware: If you convert a 24/96 FLAC file to ALAC, for example, you will not get the original file's full resolution.
Connections
There are three ways to get hi-res audio out of your Mac: 1) through an optical Toslink cable connected to the headphone output; 2) through a USB cable; and 3) through a standard stereo eighth-inch mini-jack connected to the headphone out--which will use the Mac's excellent internal DAC that supports up to 24-bit/192-kHz.
I suppose you could also count Bluetooth as the fourth way, but I'm not convinced that, even with A2DP negotiating between the transmitter and receiver the best CODEC available, you aren't losing audible quality in the wireless transmission.
Any of the above three connections ensures output of your audio files at the full resolution. Options one and two are still in the digital domain, so you will need to convert the signal to analog before sending it along its path that ultimately leads to your analog ears. The HTR archive is full of reviews that will steer you to a great digital-to-analog converter (DAC) at any price point. Just remember to make certain that the DAC supports the highest quality files in your catalog.
The next component in line is either your preamp or integrated amp. My setup includes a tube preamp that has both a headphone output and individual right and left line-level RCA outputs, which then feed either my tube or solid-state amplifier (I have one of each). Either amp then leads to my loudspeakers. If I'm listening through headphones, they are fed directly from my preamp.
My Results
I am enjoying incredible results using my Mac as a hi-res server. When comparing hi-res FLAC files via VLC to music coming from my iTunes library at 16/44.1, the difference is truly amazing in terms of imaging, dynamic range, extended high and low frequencies, clear and detailed mids, and the all-important warmth, air, and intimacy. When listening to the same song, switching only the file resolution, the iTunes files sounded flat and one-dimensional. Don't believe me? I recently read an excellent open-access paper on our ability to hear differences with high-resolution audio that can be found here.
You Can Take It With You
Want to enjoy your higher-quality audio on the go? That's become a lot easier, too--thank to players like Astell & Kern's AK240, Sony's NW-ZX2, Onkyo's DP-X1, Questyle's QP1R, and HiFiMAN's HM802s and HM901s. Do these players offer an improvement over a basic standard-res player? Yes, but remember that your environment and choice of headphones will impact your ability to hear all the differences.
Final Thoughts
Of course, there are a lot of excellent hi-res digital audio players on the market that would make a great addition to your gear rack, if you prefer a dedicated component. But if you're looking for high quality on a budget and you already own a Mac, then why not work with what you already have right in front of you? My results were outstanding.
I would be remiss if I didn't mention the importance of how the music came to exist in the first place. The composition, the quality of the musicianship, the groove (or the tempo in classical pieces), the production, the mix, and the mastering process ... all of these have great impact and ultimately contribute to what resonates with you. I've heard amazing music that was recorded in the 50s and really poor-sounding music that was recorded mere months ago ... so technology is one thing, passion another.
Additional Resources
� Chasing the Holy Grail of Audio at HomeTheaterReview.com.
� Examining My Love/Hate Relationship with Video Discs at HomeTheaterReview.com.
� What's the Ideal Speaker Driver Configuration? at HometheaterReview.com.
Setting up an Apple computer for audio is simpler than a Windows pc because Apple offers fewer options. but it’s still possible to end up with a system that doesn’t perform optimally. often it’s a case of not getting the machine configured correctly. the following guide will hopefully get you to a reasonable starting point for your Mac computer audio odyssey.
For me, the three most important aspects of a computer audio system are stability, reliability, and simplicity of operation. Sound quality comes after these three primary goals are met: ultimately it doesn’t matter how good your computer audio system can sound if you can’t get it to work.
Given my priorities, the principal goal of this guide won’t be the best performance. (John Quick talks about this in the following feature.) No, the goal here is to achieve a system that is going to deliver sound 99.9% of the time without having to screw around. Even a naïve user should be able to use a computer audio system almost as easily as a CD player.
Hardware
Which Apple computer you choose for computer audio will depend on several factors, but principally budget and portability. Portable Macs, whether MacBook Pro or Air, make great audio computers, especially if you want one system that you can take with you. A Mac Mini is less expensive initially, but it does require an external monitor and keyboard for full functionality. An iMac is also a good option and the monitor is built-in. Some folks (like me) even use a MacPro desktop machine for audio duties.
Nowadays, the Macs I see most often used for audio are the Mac Mini or a Mac portable. Mac Minis are the most popular “desktop” machine due to their size and price. Also a Mac Mini can be run “headless” after initial setup, without a monitor or keyboard via the “Remote” Smartphone app (a Mac portable can be used this way also, but the screen will remain active). Any Mac that supports the current or near-current operating system can be used for audio playback duties. Considerations such as whether you want portability are more easily quantifiable than whether one Mac model sounds better than another.
Apple offers all its computers with different memory and hard-drive configurations. You can order a Mac directly from Apple exactly the way you want it or you can purchase a barebones configuration and add your own memory and storage later. OtherWorld Computing sells all the necessary parts as well as step-by-step instructional videos on its site for installing memory, solid-state drives, and auxiliary hard drives for nearly every model Mac.
If you want to do an audio-only computer system, be aware that there are different levels of audio-only exclusivity. And there’s always a trade-off of ergonomics lost versus sonic benefits gained. Access to the Internet is not necessary to play back a music file, but it does allow for greater levels of operability, including access to Internet radio (which can be very good), streaming services, and GraceNote for identifying ripped CDs. But a system with Internet access means that more operations will be ongoing and some could have an effect on overall audio quality. The tweakiest and most obsessive sound-quality-first Mac setups tend to be isolated stand-alone systems without Internet access. PreSonus, in its guide to Mac OS use, recommends turning off the airport wireless service while using a Mac for audio. Obviously this drastically reduces functionality, sort of like supergluing your mouth closed to keep from occasionally drooling. Some Mac audio set-up guides also recommend turning off “Spotlight,” which is the file-searching utility. This is great until you need to find a file.
Best Music Player Mac Os
There is no reason that a current-generation Mac needs to be gelded into a barebones operating system to perform optimally for audio. The Mac operating system and hardware were made for multitasking, and the Mac will be performing background processes while playing music even if it has been stripped-down. While I don’t recommend regularly running a bunch of high-demand processing and disc-access programs such as Photoshop while listening intently to music, the reasons for creating a stripped-down music-only Mac were far more relevant back in the days of the G5 desktop than they are today.
How much memory is optimal for audio? Most users find that the right amount of memory is the same amount as for a full-service Mac. Nowadays, that’s 8 Gigabytes. You can “get by” with 4 Gigs, but given the cost of memory, there’s no reason not to have 8GB. Adding more than 8 Gigs of memory won’t buy you any advantages, and the extra memory will generate more heat and use more power. Music playback doesn’t require very much in the way of processor and memory usage compared to apps such as Photoshop. I use a 2006 MacPro desktop with 16GB of memory. Playing a 29-minute 96kHz/24 music file with Pure Music software used only 1025.4MB of real memory, 3.31 of virtual memory, 996.5 of private memory, and 1.09 of virtual private memory. The total amount of CPU usage was only 5.37%. With a newer, faster processor the CPU usage would be even lower. If I had only half the memory there would still be plenty left over.
Best Music Player For Mac Mini
Many storage options are available, but the most common way to go is with a solid-state drive for the OS and user files, then a second conventional larger hard drive for music files and/or Time Machine backup files (I’ll tell you about Time Machine later). The reasons for using a solid-state drive are increased read and write speeds and lower power usage for less stress on the power supply. The second drive can be internal or external, but external is more common. Nowadays portable 1, 2, and even 3TB portable hard drives are inexpensive and plentiful. I use a redundant system where I have two of each external drive, one in service and one as back up. Once a week I copy new files from the one in use to the backup drive, then put the drive away again. Some users opt for a RAID array for their music files, but I’d rather have identical libraries on two separate drives than two libraries on the same drive in a RAID array. Even with a RAID drive, if it fails catastrophically (which is usually how they go), you lose all your data, which is not an experience I recommend.