View source for Computers for Rivendell

== Computers Commonly Used to Run Rivendell ==

Rivendell is designed to run on standard 64‑bit Linux systems, and stations deploy it on a wide range of hardware depending on their size, budget, and audio requirements.

=== 1. Standard Desktop, Small‑Form‑Factor PCs, Mini PCs, and Raspberry Pis ===
Many community and small commercial stations use ordinary Linux PCs:
* Intel i5/i7 or AMD Ryzen processors  
* 4–16 GB RAM (well above the 1 GB minimum)  
* SSD storage for fast and reliable playout  
* ALSA‑compatible consumer sound cards (sufficient for non‑critical setups)

These systems exceed Rivendell’s published minimum requirements:
* 64‑bit Intel/AMD CPU  
* 1 GB RAM  
* 320 GB hard drive

Rivendell can even run on a [[Raspberry Pi]].

=== 2. Turnkey Broadcast Appliances ===
Some stations prefer pre‑configured systems such as the ''Rivendell Broadcast Appliance'' from Paravel Systems.  
These are standard PCs running Ubuntu LTS with Rivendell pre‑installed and validated for broadcast use.

Advantages include:
* Known‑good hardware combinations  
* Simplified installation  
* Vendor support  

=== 3. Rackmount Servers ===
Larger stations often deploy Rivendell on enterprise‑grade servers:
* 1U or 2U rackmount chassis  
* Redundant power supplies  
* Mirrored disks (RAID 1)  
* Professional audio interfaces (e.g., AudioScience ASI cards)

This approach provides maximum uptime and integrates well with studio‑grade audio routing.

=== 4. Virtual Machines and Containers ===
Some engineering teams run Rivendell in virtualized environments:
* Proxmox VE
* Oracle VirtualBox
* VMware ESXi  
* Microsoft Windows Hyper-V / Windows Hypervisor Platform
* KVM/QEMU 

These setups typically pass through:
* Dedicated audio hardware (for playout machines), or  
* Network‑based audio (Livewire/AES67) for fully virtualized plants, or
* Dummy audio for direct-to-stream

=== Summary ===
Rivendell runs reliably on everything from modest desktops to full broadcast servers.  
The key factors are:
* Stable Linux distribution  
* Reliable storage  
* Appropriate audio hardware for the station’s needs