To recap:
. Setting it up correctly involves three core configuration files located in the /etc/tuxbox/config/oscam
[account] user = livingroom_box pwd = roompass123 group = 1,2 au = local_smartcard [account] user = bedroom_box pwd = bedpass456 group = 1 cccmaxhops = 1 Use code with caution. Key Parameter Breakdown
Your OSCam server acts as a hub, and your clients (satellite receivers, set-top boxes) will connect to it. This often requires converting the OSCam server information into a format your client understands. For example, an OSCam server with the CCcam protocol enabled can be accessed by a client using a CCcam . oscam+server+config
: Specifies the physical path /dev/sci0 or the network domain and port.
To configure your OSCam server settings:
Advanced traffic features are built-in to prevent lag and optimize server load: To recap:
Many television providers consider card sharing a violation of their terms of service. In some jurisdictions, it may also be illegal. Always ensure you have the legal right to share the content you are accessing.
: The central configuration file defining global settings, logging, and network protocols.
| | Ports | Use Case | | :--- | :--- | :--- | | CCcam | TCP 12000 | Widely used; easy to set up client lines in the format C: server port user pass . | | Newcamd | TCP 10000 | Often used with Tvheadend; requires a shared key. | | Camd35 / Camd35 | UDP | Lightweight; good for cache exchange. | | Radegast | TCP | Simpler alternative for basic setups. | This often requires converting the OSCam server information
This file defines where OSCam gets its decryption keys, whether from a physical card reader or a remote server. Formacionpoliticaisc Local Reader : Requires parameters like protocol = internal path (e.g., ), and frequencies ( ) that match your smart card. Remote Proxy : If connecting to another server, you use protocols like
The file explicitly handles local hardware card readers and remote proxy servers. 🔑 Core Features of oscam.server 1. Multi-Protocol Support