Frequently Asked Questions

Everything you need to know about Xtranscoder — licensing, installation, supported inputs, performance, costs, and advanced usage.

What exactly is Xtranscoder? +

Xtranscoder is a self-hosted live streaming engine that converts RTSP, RTMP and HTTP streams into reliable HLS output. You run it on your own server — no SaaS lock-in, no per-viewer fees.

Do you provide streams or content? +

No. Xtranscoder is software only. You supply your own input streams (RTSP cameras, encoders, feeds). We do not host, relay, or provide content.

What operating systems are supported? +

Xtranscoder is officially supported on:

• Ubuntu 22.04 LTS
• Ubuntu 24.04 LTS

These versions provide the most stable FFmpeg and kernel support.

How hard is it to install? +

Installation takes only a few minutes using a single command. No Docker, no manual dependency setup.

One-line install:
bash <(curl -fsSL http://www.install.xtranscoder.com/xtranscoder.sh)
Does Xtranscoder require GPU acceleration? +

No. Xtranscoder is optimized for CPU-based transcoding. This dramatically reduces hosting costs since CPU servers are far cheaper than GPU instances.

How many streams can I run? +

The demo version allows up to 2 concurrent streams. A valid license unlocks unlimited streams on the licensed server for 1 full year.

How fast is license delivery? +

Licenses are issued automatically once payment confirms — usually within 1 to 5 minutes. Simply paste the license into the Settings page to unlock.

Why is crypto the only payment method? +

Crypto allows instant global payments, no chargebacks, and faster automated license delivery. This keeps pricing fair and operational costs low.

What is On-Demand mode? +

On-Demand mode starts transcoding only when a viewer requests the stream and stops after inactivity. This saves CPU and hosting costs when streams aren’t watched 24/7.

Is Xtranscoder suitable for production use? +

Yes. Xtranscoder is designed for long-running, production environments, with watchdogs, auto-restart, failover inputs, logging, and monitoring.

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