OSCam (Open Source Conditional Access Module) uses the oscam.server file to define external readers, such as physical smartcard readers or remote proxy servers. 🛠️ Core Purpose
The oscam.server configuration allows your system to connect to sources of decryption keys. It acts as the "client" part of OSCam when connecting to other servers, or the "driver" when accessing local hardware. 📁 Key Parameters
When setting up a reader, you will typically configure these blocks in the text file: [reader]: Starts a new device definition.
label: A unique name for the reader (e.g., my_proxy or local_card).
protocol: The communication method, such as newcamd, cccam, or mouse for local serial readers.
device: The location of the source (e.g., IP_ADDRESS,PORT for remote servers or /dev/ttyUSB0 for local hardware).
user/password: Credentials required to authenticate with a remote server.
group: A numeric ID (e.g., 1) used to link readers to specific users in oscam.user.
caid: The Conditional Access ID for the specific provider you are decrypting. 📍 File Location
The configuration file is usually found in the /etc/tuxbox/config/ directory on Linux-based satellite receivers. On Windows or other systems, it resides in the folder where the OSCam binary is executed. 💡 Basic Example A standard remote proxy configuration looks like this:
[reader] label = remote_server protocol = cccam device = 192.168.1.50,12000 user = my_username password = my_password group = 1 Use code with caution. Copied to clipboard
📌 Pro Tip: Always restart the OSCam service or use the Web Interface to reload the configuration after making manual changes to the file. If you want to dive deeper, let me know: Are you setting up a local card reader or a remote proxy?
What operating system are you using (Linux/Enigma2, Windows, or Raspberry Pi)?
Here’s a positive, professional review you could leave for an OSCam server config (assuming it's well-optimized, stable, and secure): oscam server config
Title: Rock-solid stability and excellent performance
Review:
I’ve been using this OSCam server configuration for several weeks now, and I’m thoroughly impressed. The setup is clean, well-organized, and optimized for both performance and security.
The config works perfectly with common readers (internal, smartreader, and even some network-based setups). Instructions were clear, and the included reader/dvbapi/user examples saved me hours of trial and error.
Highly recommended for anyone needing a reliable, high-performance OSCam setup.
Would you like a shorter version, or one tailored for a specific use case (e.g., home user, server reseller, card-sharing, etc.)?
OSCam (Open Source Conditional Access Module) is a powerful, open-source software used for card serving and channel decryption. To set up an OSCam server, you must configure several key files that govern how the server interacts with hardware, external networks, and clients. 📄 Core Configuration Files
An OSCam server relies on three primary files located in the configuration directory (e.g., /etc/tuxbox/config/oscam/ Key Parameters oscam.conf Main global settings oscam.server Reader settings (Card/External) oscam.user User/Client accounts ⚙️ 1. Global Config ( oscam.conf
This file controls how the server behaves and which protocols it uses to communicate. Web Interface ( Essential for managing the server via a browser (e.g.,
The OSCam (Open Source Conditional Access Module) is the most versatile softcam for satellite and cable receivers. Configuring an OSCam server allows you to manage local smartcards and share subscriptions across multiple devices in your home network.
This guide provides a comprehensive breakdown of the core configuration files needed to get your server running smoothly. 🛠️ Prerequisites Before editing files, ensure you have:
An Enigma2 receiver (like Dreambox, VU+, or Zgemma) or a Linux server.
OSCam binary installed via your OpenPLi Plugin Manager or a similar panel [3].
An FTP/SFTP client (like WinSCP or FileZilla) or access to the Web Interface (usually port 8888). 📂 Key Configuration Files OSCam (Open Source Conditional Access Module) uses the
OSCam relies on three primary files located in /etc/tuxbox/config/oscam/ (the path may vary by image) [3]. 1. oscam.conf
This is the "brain" of the server. It handles the Web Interface (WebIf) and the protocols used to talk to clients.
[global] logfile = /var/log/oscam.log nice = -1 maxlogsize = 1000 [webif] httpport = 8888 httpuser = admin httppwd = admin httpallowed = 127.0.0.1,192.168.0.0-192.168.255.255 [dvbapi] enabled = 1 au = 1 user = local_user boxtype = dreambox Use code with caution. Copied to clipboard [webif]: Crucial for managing settings via your browser.
[dvbapi]: Necessary if the server is also a receiver (this allows the box to clear channels locally). 2. oscam.server
This file defines your Readers. A reader can be a physical local smartcard or a remote proxy (CCcam/Newcamd line). Example: Local Card Reader
[reader] label = my_local_card protocol = internal device = /dev/sci0 caid = 0500 detect = cd mhz = 450 cardmhz = 2700 group = 1 emmcache = 1,3,2,0 Use code with caution. Copied to clipboard Example: Remote CCcam Proxy [2]
[reader] label = remote_server protocol = cccam device = ://example.com,12000 user = username password = password group = 2 cccversion = 2.3.0 Use code with caution. Copied to clipboard 3. oscam.user
This defines who can access your server. You must create an account for the local receiver and any secondary boxes.
[account] user = local_user pwd = group = 1,2 au = my_local_card [account] user = bedroom_box pwd = pass group = 1 Use code with caution. Copied to clipboard
Group: Links users to specific readers. In this example, the bedroom_box only has access to group 1 (the local card). ⚡ Optimization Tips
Keep Groups Organized: Use different group numbers for local cards and proxies to troubleshoot faster.
EMM Cache: Set emmcache = 1,3,2,0 to ensure your local card receives updates (AU) without overloading the CPU.
Security: Always change the default admin/admin password in oscam.conf [3]. Stability: No unexpected crashes or memory leaks —
Box Keys: Certain cards (like Ziggo or Sky) require a boxkey or rsakey in the oscam.server file to function [3]. 🔍 Troubleshooting If your channels aren't clearing: Check the Live Log in the Web Interface.
Ensure the CAID in your reader matches your card's provider.
Restart the OSCam service after any manual file edits via the Softcam Panel [3]. To help you refine this further, could you tell me: What satellite/provider are you trying to configure? Are you using a physical local card or a remote line?
What receiver model and firmware image (OpenATV, VTi, BlackHole) are you using?
I can provide the specific CAID and MHz settings for your exact provider.
After starting OSCam:
http://server-ip:8888 (default)oscam -b to start in backgroundoscam -c /config/path[reader]
label = newcamd_source
protocol = newcamd
device = server.example.com,34000
key = 0102030405060708091011121314
user = my_username
password = my_password
group = 3
newcamd_reconnect_delay = 30
newcamd_retry_limit = 5
Newcamd specifics:
key : A 14-byte DES key (28 hex characters). This encrypts the communication. Without a matching key, the connection fails.newcamd protocol is lighter than CCCam but less feature-rich for cache exchanges.If you are not using a local card but instead connecting to a remote OSCam or CCCam server, you need a proxy reader in your oscam.server.
git clone https://git.streamboard.tv/common/oscam.git cd oscam
[global]This section handles general server parameters.
-1 is recommended to give OSCam slightly higher priority over other processes./var/log/oscam.log.2000 for ~2MB) to prevent filling up disk space.1 (yes) to ensure the server waits for the card to initialize before accepting connections.OScam is a professional tool for managing smartcard decryption. With the configuration files above, you can build a stable server. Always respect card licensing agreements and local laws.
Next steps: