CCcam lines: server setup and C-lines 2026

CCcam lines, or C-lines, play a key role in the operation of card sharing systems. If you are already at the stage of setting up your receiver or set-top box with Enigma2 firmware and have gained access to the card sharing server, you have probably encountered questions about how to correctly enter these lines in the CCcam.cfg or OScam config. Let's figure out what C-lines are, how to configure them, and how to diagnose connection issues.

What are CCcam lines and how is a C-line structured

CCcam lines are lines that provide your device with a connection to the card sharing server. Each element of a C-line is responsible for specific connection parameters. The syntax of a C-line looks as follows:C: hostname port username password no { params }.

C-line format: host, port, username, password

The fields of a C-line have the following meanings:

• hostname: server address (for example,example.com).
• port: the port on which the server listens for incoming connections, usually this is 12000 for CCcam.
• username: your username for connecting to the server.
• password: password for accessing the server.
• no: usually indicates the number of connections.
• params: additional parameters that can be specified in curly braces.

The difference between C-line, N-line, and F-line

There are several types of lines:

• C-line: client connection via the CCcam protocol.
• N-line: connection via the newcamd protocol, requires a DES key.
• F-line: used for sharing between two CCcam servers.

Note that the lines are case-sensitive and sensitive to spaces. For example, if you enter the username incorrectly, the connection will not be established.

Flags at the end of the line: { 0 1 2 } and their meaning

Flags in curly braces determine how connections are handled. Here is what they mean:

• 0: regular connection without additional parameters.
• 1: activate support for certain features.
• 2: indicates that the connection must be configured for specific conditions.

Where the strings are physically stored

C-strings are usually stored in the configuration file/etc/CCcam.cfg or/var/etc/CCcam.cfg on devices with Enigma2. They can be edited using a text editor.

Configuring CCcam.cfg: step-by-step configuration

Now let's move on to configuring the CCcam configuration file. It defines how your receiver will work with the server.

File location: /etc/CCcam.cfg and /var/etc/CCcam.cfg

As mentioned, the CCcam configuration file is located at/etc/CCcam.cfg or, in some cases,/var/etc/CCcam.cfg. Make sure you are editing the file that your receiver is using.

Key directives: SERVER LISTEN PORT, WEBINFO LISTEN PORT

Two important directives in the configuration file:

• SERVER LISTEN PORT: specifies the port on which CCcam will listen for incoming connections. By default, this is 12000.
• WEBINFO LISTEN PORT: used for accessing the web interface, usually this is port 16001.

Adding client C-strings

To add client C-strings, simply insert them into the file. Example:

C: example.com 12000 user pass no { 0 }

Don't forget to restart CCcam after making changes for them to take effect.

Access rights and restarting the daemon

Set the access rights for the configuration file to ensure its security. Use the command:

chmod 600 /etc/CCcam.cfg

To restart the daemon, execute the command:

killall -9 CCcam

or use the init script:

/etc/init.d/softcam restart

CCcam lines in OScam: equivalent configuration

If you are using OScam, the configuration of C-strings is slightly different, but the principle remains the same.

Section [cccam] in oscam.conf

In the fileoscam.conf create a section [cccam] to specify CCcam parameters:

[cccam]

CCcam client through oscam.server (protocol = cccam)

To add a client line inoscam.server, use the following syntax:

[reader]

The oscam.user file for local clients

If you have local clients, add them to theoscam.userfile to manage access:

[account]

CS378x and newcamd port as an alternative

If you are using the newcamd protocol, note that the port usually starts at 15000. CS378x also requires other ports starting from 15xxx. Many users switch to OScam due to its stability and advanced logging capabilities.

Diagnostics: why lines do not work

If your CCcam lines are not working, it is important to perform diagnostics to identify the issue.

Check status through the web interface (port 16001)

Access the web interface athttp://IP:16001 and check the Servers section. It will show the status of your lines — online or offline.

Decoding ECM time and connection statuses

ECM time is the time required for decryption. If it exceeds 1000 ms, it may cause freezes. The connection may be online, but channels do not open due to the absence of the required CAID on the card.

Typical errors: connection refused, wrong password, no card

If you receive the errorconnection refused, it may mean that the port is blocked by a firewall or an incorrect port is specified. The errorwrong passwordindicates that the wrong password was entered, whileno cardindicates that there is no card on the server.

Checking ports telnet and netstat

To check the port, use telnet:

telnet example.com 12000

If the connection cannot be established, check your router and provider settings.

How to choose a reliable server: criteria without names

Choosing a reliable server for card sharing is an important step that can significantly affect the quality of your viewing.

Stability of uptime and local cards

Local cards are preferable to re-export cards as they offer a more stable connection and lower ECM time.

Low ECM time and minimal number of hops

The ideal ECM time should be up to 300-400 ms. Hop 1 is the best option, as each additional hop increases latency.

Support for the necessary CAID and packages

Make sure that the server supports the necessary CAID for your satellite and packages.

Trial period and adequate technical support

Choose providers that offer a trial period before payment so you can assess the quality of their services. Adequate technical support is also important in case problems arise.