CCcam TV Setup: server, config, and ports 2026

If you want to understand how CCcam TV works and set up your own server for card sharing, you are in the right place. In this article, we will take a detailed look at how to install a CCcam server on Linux, examine the configuration file, and learn how to link CCcam with OScam. I have gone through this process myself, and now I will share my experience.

What is CCcam TV and how does the card sharing protocol work

CCcam TV is a system that allows sharing access to satellite channels over the internet. The logic of its operation is that the receiver sends an ECM (Entitlement Control Message) to the emulator, which then requests the Control Word from the server via the TCP protocol. The standard port for the CCcam protocol is 12000, while for newcamd it is 15000. CCcam is distributed as a closed binary, while OScam is an open solution that is actively supported by the community.

Key exchange principle (Control Word)

The Control Word is a key necessary for decrypting encoded content. When the receiver receives an ECM, it sends it to the server, which responds with a control word that allows the channel to be played. This process occurs in real-time and requires a stable connection.

Roles of the server and client in the sharing scheme

In the card sharing system, the server is responsible for storing and distributing control words, while the client is responsible for receiving and using them to decode streams. Clients can be either software or hardware receivers.

Differences between CCcam, newcamd, and CS378x protocols

The CCcam protocol is the most widely used, but there are other options as well. Newcamd, for example, supports more functionalities and has a more flexible architecture. CS378x is a protocol used for data exchange between different servers. The choice of protocol depends on your needs and capabilities.

Where CCcam falls short compared to OScam and why

CCcam has its advantages, but OScam offers more customization and flexibility. OScam supports multiple protocols, including CCcam and newcamd, and is actively updated. If you need a reliable and multifunctional system for card sharing, OScam will be better.

Installing CCcam server on Linux and Enigma2

Installing CCcam on Linux is a fairly simple process if you follow the instructions. The CCcam binary is placed in the directory/usr/bin/CCcam, and the configuration file is placed in/etc/CCcam.cfg or/var/etc/CCcam.cfg. To start the server, use the commandCCcam -c /etc/CCcam.cfg.

Hardware and firmware requirements (Enigma2/OpenATV)

Before installation, make sure you have a compatible receiver with Enigma2 or OpenATV firmware. For stable operation, it is advisable to use devices based on ARM or MIPS architecture.

Uploading the binary to /usr/bin and chmod 755 permissions

After uploading the binary, do not forget to set the correct access permissions. Use the commandchmod 755 /usr/bin/CCcam to make the file executable.

Autostart via init script /etc/init.d/

To ensure CCcam starts automatically when the system boots, create an init script in/etc/init.d/ and add the necessary commands to start it.

Checking the process and logs via telnet/SSH

To ensure the server is running, execute the commandps aux | grep CCcam. To view the status via the web interface, use the port specified inWEBINFO LISTEN PORT.

Parsing the configuration file CCcam.cfg

The CCcam.cfg configuration file is the heart of your setup. It contains lines that define how your server will interact with clients. For example, the line for connecting to the server looks like this:C: server.host 12000 username password. For newcamd connections, the line used isN: host 15000 user pass 01 02 03 04 05 06 07 08 09 10 11 12 13 14.

Line C: — connection to the server (host port user pass)

This line is responsible for connecting the client to the server. It is important to specify the host, port, and credentials correctly. Pay attention to case sensitivity and the absence of extra spaces.

Line N: — newcamd connections and DES key

Line N: is used for connecting via newcamd and requires specifying the DES key. The correct key is critically important for successful operation.

Lines F:/G: — sharing with clients and hop control

These lines are responsible for distributing control words to clients. The hop parameters allow controlling the number of hops, which affects the stability of the connection.

SERVER LISTEN PORT and WEBINFO parameters

The directiveSERVER LISTEN PORT:12000 specifies the port on which the server will listen for requests. The parametersWEBINFO LISTEN PORT:16001 are necessary for accessing the web interface.

Managing reshare and uphops for stability

Configuring reshare and uphops is critical for ensuring the stable operation of your system. The fewer uphops, the less likely freezes will occur.

Configuring OScam as an alternative and linking with CCcam

OScam can serve as an excellent alternative to CCcam. The fileoscam.conf contains global settings, includinghttpport=8888, andoscam.server describes the readers that will be used to obtain control words.

Files oscam.conf, oscam.server, oscam.user

Each of these files serves its purpose.oscam.conf is responsible for general settings,oscam.server — for connections to servers, andoscam.user — for client management.

Protocol cccam in the section [cccam]

In the [cccam] section, you can specify connection parameters such asdevice = host,12000 andcccversion = 2.3.0. This allows OScam to connect to CCcam ports.

reader with protocol=cccam for receiving C: lines

Example configuration of reader for connecting to CCcam:reader = { protocol = cccam, device = host,12000 }. This allows OScam to receive C: lines directly.

Monitoring via oscam webif on port 8888

To monitor the status of OScam, use the web interface on port8888. This will allow you to see active connections and the status of lines.

Diagnostics and troubleshooting common errors

When something goes wrong, it's important to know how to diagnose issues. Reading the web status will help you determine what exactly is wrong. A green status indicates everything is working, while the status 'card not found' points to connection or configuration issues.

Line status: connected, no card, CW not found

Statuses may vary:connected indicates a successful connection,no card indicates no cards present, whileCW not found indicates issues with obtaining the control word.

Freeze/stuttering of the picture and high ECM time

If you are experiencing freezes, it may be related to high ECM time (over 1000 ms). Check the connection and the number of uphops, as too many can reduce reliability.

Port and NAT/firewall issues

Port issues may arise due to NAT or firewall settings. Use the commandnetstat -tlnp | grep 12000 to check if the port is open, and configure iptables if necessary.

Access errors and corrupted CCcam.cfg

An error in the configuration file can lead to failures. Ensure that the fileCCcam.cfg does not contain extra spaces and that the permissions are set correctly.