Use different group numbers to manage which users can access which cards.
The configuration of an OSCam server involves editing its configuration files, usually found in /etc/tuxbox/config/ or a similar path depending on your installation. The main files are:
The oscam.conf file establishes the main system behavior, including logging, security protocols, and web interface access.
So, why bother with OSCAM server config? Here are just a few benefits:
Properly configure emmcache in oscam.server to prevent overloading your smartcard with updates. oscam+server+config
: Defines the "Readers" (sources). This is where you configure local smartcard readers or connect to external peer servers.
| Parameter | What to check | |----------------|-----------------------------------------------------| | | Must match server type (CCCam, Newcamd, etc.) | | device | Correct host/port + reader path (no typos) | | user / pass | Must match server’s user database | | group | At least one common group with [account] section | | caid | Optional but helpful to filter wrong cards | | cccversion | CCCam protocol version (e.g., 2.0.11, 2.3.0) | | inactivitytimeout | Prevents dead connections | | keepalive | Keats connection alive (useful for flaky links) |
The oscam.server file is arguably the most critical part of your configuration. It defines how OSCam accesses the decryption keys that reside on a smartcard. Each [reader] section tells OSCam where the card is located (locally via a USB reader or remotely over the network) and how to talk to it.
CacheEX allows OSCam to reuse ECMs (control words) from its cache, drastically reducing the number of requests sent to the card. To enable CacheEX: Use different group numbers to manage which users
: Specific cardmhz and mhz settings are used to prevent hardware overclocking and card burnouts.
OSCam’s configuration is distributed across multiple files, each controlling a specific aspect of the server. The three essential files are oscam.conf , oscam.server , and oscam.user . They are typically found in /etc/oscam/ or /var/tuxbox/config/ , depending on your distribution.
This proxy setup allows you to effectively “translate” the CCcam C‑Line into a newcamd N‑Line that any client supporting newcamd can consume.
After editing oscam.server , always verify syntax and connectivity. So, why bother with OSCAM server config
cccreshare = 2 cccmaxhops = 3 ccckeepalive = 1
For OSCam to receive connection requests from clients, you must activate one or more . The most common ones are:
| Software | Type | Best for | |----------|------|----------| | | DVB backend + descrambling | Integrated TV server | | DVB‑Link | Commercial | Windows + MediaPortal | | Minuet | Lightweight card server | Low‑power devices | | RasPlex + OSCam | Combined | Raspberry Pi |
Among these, is the most complex. It defines two distinct things:
Here are some tips and tricks to help you get the most out of your OSCAM server config:
The core of an OSCam installation lies in its modular configuration files, which work in tandem to manage smartcard readers, user permissions, and global server parameters . Understanding the specific roles of oscam.conf oscam.server oscam.user