![]() It lets you connect any number of devices and software, with an important limitation: it only works with a single sound card at a time. JACK2, the JACK audio connection kit, is a professional low-latency audio server and audio router, and it is required by a lot of higher-end Linux audio applications. There is a vast array of audio applications of all kinds available for Linux: recording, editing, and mixing, synthesizers, special effects, score-writing and printing. This is just a wee taste of the dozens of great multimedia-creation programs in Linux, a starting point for using Linux as a creative platform. ![]() You’ll need to do some system tweaks as well, so refer to the Realtime Kernel for details on kernel configuration, environment variables, and assorted tips and tricks. Just keep in mind that all the elements in your audio chain affect latency: hardware, software, instruments, and more complexity means more potential trouble spots. ![]() You can download and try a linux-rt kernel from AUR easily enough to see for yourself, or to try for über-low latency, which is under 10ms. Problems with high latency are most likely from a buggy device driver or audio application. Now it’s not necessary because the newer kernels include realtime schedulers, and Linux audio applications are getting better at auto-configuration for best performance. Realtime Kernelsīack in the olden days we had to install special kernels with low-latency patches for best audio recording. The Pentium Pro was first released in 1995, and the K7 family in 1999, so if you still have any of those hanging around they’re pretty old machines. Both images also function as system rescues.Īrch only supports i686 and x86-64 CPUs, so you need a Pentium Pro, Pentium II or AMD Athlon (K7) processor or higher. ![]() There is a smaller netinstall image, which is nice for customizing your installation exactly the way you want and for getting the freshest package versions at installation instead of having to run a big update afterwards. You can also purchase an installation CD or USB stick for a small price. iso image, copy it to a CD or USB stick, boot and install it. Getting and installing Arch is like any Linux distro: download an. Rather, you download and compile sources using makepkg, Arch’s excellent package-builder, and then install them with pacman. AUR does not contain binary packages that you install with pacman, Arch’s package manager. AUR packages that are popular enough and well-packaged often get moved into the official Arch repository. There is also the Arch User Repository (AUR), which contains thousands of user-supported packages. With Arch we get a stable, lean, clean operating system, an active developer and user community and good, up-to-date packages. Audio, video, and graphics are all CPU-intensive, so I want my processor cycles doing actual work rather than shoving a lardy operating system around. But some are better than others, and my favorite is Arch Linux. Pipewire offers a JACK API, but applications installed via nix are not able to connect to it out of the box.Pretty much any Linux distribution makes a satisfactory multimedia production PC. extraConfig = '' moritz ALL=(ALL) NOPASSWD: $ Connecting nix JACK clients to Pipewire installed via other package managers
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