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This is a basic, functional example of a oscam.conf file, commonly used for card sharing on Linux-based satellite receivers (Enigma2) or servers.
# /etc/tuxbox/config/oscam.conf # OSCam configuration file [global] logfile = /var/log/oscam.log clientmaxidle = 60 netprio = 1 nice = -1 maxlogsize = 1000 waitforcards = 1 preferlocalcards = 1 dropdups = 1 [dvbapi] enabled = 1 au = 1 pmt_mode = 0 user = localuser boxtype = dreambox [webif] httpport = 8888 httpuser = admin httppwd = password httpallowed = 127.0.0.1,192.168.0.0-192.168.255.255 httphideidleclients = 0 httpreadonly = 0 httpsavefullcfg = 0 Use code with caution. Copied to clipboard Key Sections Explained
[global]: Sets global parameters such as logging, network priority, and how OSCam handles cards.
waitforcards = 1: Ensures OSCam waits for local cards to initialize before starting.
preferlocalcards = 1: Prioritizes local cards over remote network cards.
[dvbapi]: Configures the internal DVB-API (Direct Video Broadcasting API) to allow the receiver to decode channels directly. [webif]: Sets up the web interface for remote management. httpport = 8888: Access via http://. httpallowed: Restricts access to your local network.
To make this oscam.conf work,server (for cccam/newcamd reader setup) oscam.user (to allow dvbapi or external clients to connect) oscam.dvbapi (to configure channel priorities) oscam.conf - ndmsystems/packages - GitHub
Master Guide to oscam.conf: The Heart of Your OSCam Configuration
If you are diving into the world of satellite television, softcams, and card sharing, you’ve likely encountered OSCam (Open Source Conditional Access Module). At the center of this powerful software lies a single, vital file: oscam.conf.
This article provides a comprehensive breakdown of oscam.conf, explaining its structure, essential sections, and how to optimize it for a stable viewing experience. What is oscam.conf?
The oscam.conf file is the primary configuration file for OSCam. While other files like oscam.server (for readers) and oscam.user (for accounts) handle specific tasks, oscam.conf dictates the global behavior of the software. It controls how OSCam starts, where it logs data, how the web interface behaves, and which protocols (like CCcam or Newcamd) it uses to communicate.
Typically, you can find this file in the /etc/tuxbox/config/ directory on Enigma2 receivers or /usr/local/etc/ on Linux servers. Core Sections of oscam.conf
A well-structured oscam.conf is divided into functional headers enclosed in brackets. Here are the most critical sections you need to know: 1. [global]
This section defines the basic operation of the OSCam process. oscam.conf
Nice: Sets the system priority. A value of -1 is common to ensure OSCam gets enough CPU cycles to prevent glitches.
LogFile: Specifies the path for system logs. For example, logfile = /var/log/oscam.log.
ClientTimeout: Determines how many milliseconds to wait for a reader to respond before timing out. 2. [webif]
The Web Interface (WebIF) is the most user-friendly way to manage OSCam.
HttpPort: The port you’ll use to access OSCam via your browser (e.g., 8888). HttpUser / HttpPwd: The login credentials for security.
HttpAllowed: Defines which IP addresses can access the interface (e.g., 127.0.0.1, 192.168.1.0-192.168.1.255). 3. [dvbapi]
If you are running OSCam on a receiver (like a Dreambox or VU+), the DVBAPI section is mandatory. It allows the hardware to communicate directly with the software to "clear" channels. Enabled: Set to 1 to activate.
User: Must match a username defined in your oscam.user file (usually dvbapi_user). Au: Enables Auto-Updating of cards. 4. [cccam] or [newcamd]
These sections turn your OSCam instance into a server, allowing other receivers to connect to it using specific protocols. Port: The listening port for incoming connections.
Version: Specifies the protocol version (e.g., 2.3.0 for CCcam). Practical Example: A Basic oscam.conf Template
Here is a standard configuration used by many hobbyists for a stable local setup:
[global] logfile = /tmp/oscam.log nice = -1 maxlogsize = 1000 waitforcards = 1 [dvbapi] enabled = 1 au = 1 pmt_mode = 0 user = local_user boxtype = dreambox [webif] httpport = 8888 httpuser = admin httppwd = password httpallowed = 127.0.0.1,192.168.0.0-192.168.255.255 Use code with caution. Common Pitfalls and Tips
Syntax Sensitivity: OSCam is strict about syntax. Ensure there are no trailing spaces after values, as this can cause the setting to be ignored. This is a basic, functional example of a oscam
File Permissions: On Linux-based systems, ensure the file has the correct permissions (usually 644) so the OSCam process can read it.
Logging: While logging is great for debugging, keeping it enabled on "high" levels can fill up the storage on small flash-memory receivers. Set a maxlogsize to prevent this.
Security: Never leave your webif without a password if your receiver is accessible from the internet. Use the httpallowed parameter to restrict access to your local network only. Conclusion
Mastering oscam.conf is the first step toward a customized and stable satellite setup. By understanding these core sections, you can move beyond "one-click" scripts and gain full control over your local network's decoding capabilities.
Do you need a specific oscam.server configuration for a particular card provider or reader?
Note: This guide is for educational purposes only. Ensure you comply with local laws and your provider's terms of service regarding the use of softcams. How to install oscam on Raspberry PI
Since oscam.conf is the main configuration file for OSCam (Open Source Conditional Access Module), finding a single "best" blog post can be tricky because it often depends on your specific hardware (e.g., Linux PC, Enigma2 box, or Raspberry Pi).
However, for a comprehensive starting point that covers the essential sections like [global], [dvbapi], and [webif], the following resources are highly recommended: Top Recommended Resources
Best Practical Guide: How to Install & Configure OSCam Server on Linux – While a video, this tutorial by Cloud Host provides a high-speed overview of setting up a stable environment and configuring the essential server parameters.
Best Technical Reference: Official Streamboard Documentation (GitHub Mirror) – This provides a clean, annotated example of a standard oscam.conf file, which is crucial for understanding what each parameter does.
Best Troubleshooting Discussion: Digitalworldz OSCam Setup Guide – A long-standing community thread that explains how to access the Web Interface (WebIf) using ports like 7777 or 8181 to edit your config files directly from a browser. Key oscam.conf Sections at a Glance
A standard oscam.conf is typically broken down into these core parts:
[global]: Sets basic operational parameters like the log file path, debug levels (disablelog), and process priority (nice). Cache mode : Server, client, or both
[webif]: This is vital for managing OSCam via a web browser. You must set an httpport, httpuser, and httppwd here to secure the interface.
[dvbapi]: Necessary for local descrambling on devices like Enigma2 boxes. Key parameters include enabled = 1 and boxtype (e.g., dreambox, pc-nodvb).
[monitor]: Allows external monitoring tools to connect and view the status of your readers and clients. Quick Tips for Success
Start Simple: Don't over-configure. Use a basic working template from GitHub and only add advanced features (like load balancing or cache-ex) once your basic setup is stable.
Use the Web Interface: Instead of manually editing files via FTP or SSH, use the OSCam Web Interface. It validates your syntax and prevents many common configuration errors.
Check Your Logs: If channels aren't clearing, look at the oscam.log. Common issues include "no suitable readers found" or "timeout," which usually point to errors in your oscam.server or oscam.user files rather than the main oscam.conf. oscam.conf - ndmsystems/packages - GitHub
* # oscam.conf generated automatically by Streamboard OSCAM 1.00-unstable_svn build #r4503. * # Read more: http://streamboard.gmc.
[cacheex])Manages CW sharing between multiple OSCam instances.
/etc/tuxbox/config/ or /usr/local/etc/. The path may vary by distribution or compile-time settings.[section name]key = value# or ;Example skeleton:
[global] logfile = /var/log/oscam.log nice = -1[webif] httpport = 8888 httpuser = admin httppwd = admin
[monitor] port = 988
preferlocalcards = 1
savenano = 1
double_check = 0
lb_mode = 1
lb_save = 600
lb_nbest_readers = 2
lb_nfb_readers = 1
lb_min_ecmcount = 5
lb_reopen_seconds = 120
preferlocalcards (0/1): Always prioritize ECM requests to locally inserted cards over network readers. Essential for stability.lb_mode: Load balancing mode. 1 = all readers used, 2 = only fastest, 3 = weighted round-robin.lb_nbest_readers: How many of the best readers to use (e.g., 2 means round-robin between top 2 fastest).lb_reopen_seconds: If a reader fails, wait this many seconds before retrying.Caching Control Words (CW) radically reduces card load and ECM response time.
[cache]
delay = 50
max_time = 4000
cache_cw_max_age = 12
cwcycle_check_ecmcount = 5
cwcycle_check_caid = 0963,0B00
cwcycle_maxlist = 500
max_time: Maximum age (ms) of a cached CW before it is discarded.cache_cw_max_age: Alternate age limit in seconds (ECM cycles). For 0963 Sky UK, a CW changes every ~10 seconds, so set to 10.cwcycle_check_caid: Enable CW cycle detection (prevents bad caches) for specific CAIDs.cwcycle_maxlist: How many unique CWs to store in cache per channel.The [log] section allows you to control how OSCam logs events. This can be crucial for diagnosing issues.
Example:
[log]
file = /var/log/oscam.log
level = 2