Oscam+server+config < Bonus Inside >

: Activates the widely compatible CCcam network protocol. The port parameter specifies which port the server listens on for incoming client connections.

[reader] label = remote_proxy_server protocol = cccam device = ://server.com,12000 user = server_node_01 password = proxy_pass_xyz group = 2 cccversion = 2.3.2 ccckeepalive = 1 Use code with caution. 3. Client and User Provisioning ( oscam.user )

: Define how clients connect. Popular options include [cccam] and [newcamd] . Example CCCam: port = 40000 , version = 2.3.2 , reshare = 1 . 2. Reader Configuration ( oscam.server )

Ensure the ports (e.g., 12000) are forwarded only to necessary IPs, not wide open, to prevent unauthorized access and potential security exploits. oscam+server+config

: The global director. It defines core system settings, network protocols, API access, and the Web Interface (WebIF).

: Points to the USB port. (Tip: Use libusb or udev rules to map by ID instead of ttyUSB0 to avoid port swapping on reboots).

: Limit file growth by setting a strict maxlogsize in kilobytes to avoid exhausting storage on embedded Linux systems. : Activates the widely compatible CCcam network protocol

When reading a local physical smartcard, timings and clock frequencies must match the specific encryption provider (e.g., Viaccess, Nagravision, VideoGuard).

: Enables Auto-Updating, allowing this specific client to pass EMM data back to the reader to keep the smartcard subscription active. Advanced Optimization and Security Best Practices

: Enables caching of Entitlement Management Messages (EMMs). It writes EMMs to the log, saves them 3 times, and permits local updates to keep the card active. Example CCCam: port = 40000 , version = 2

: For smooth viewing, freezing usually occurs if ECM times exceed 400ms on NDS cards or 1000ms on Nagravision cards. Fine-tune your mhz and ins7e11 settings to optimize this performance.

are configured here to prevent channel freezing and manage card updates effectively. Formacionpoliticaisc User Access: oscam.user oscam.user

If enabled, this allows the client to send "Entitlement Management Messages" (EMMs) back to the server to keep the smartcard's subscription active. Security and Optimization

: Specific cardmhz and mhz settings are used to prevent hardware overclocking and card burnouts.

This file tells your local receiver which CAIDs (Conditional Access Identifiers) to prioritize, preventing slow channel changes.