CCcam TV: server and cfg-file setup in 2026

What is CCcam and how does the card sharing protocol work

CCcam is a card sharing protocol that allows client receivers to access paid TV channels through shared access to cards. In this case, the client sends a decryption request (ECM) to the server, which in turn decrypts the control word (CW) using a physical card and returns the decoded word (DCW) back to the client.

The principle of ECM and DCW exchange between the server and the client

The process begins with the client sending an ECM request to the server. The server analyzes the request, retrieves the necessary information from the card, and returns the DCW to the client. This occurs over TCP, ensuring reliable data transmission.

The role of CCcam in the receiver - emulator - CAM chain

In this chain, CCcam acts as the protocol that connects the receiver to the emulator and then to the CAM (Conditional Access Module). The receiver requests access to a specific channel, and CCcam coordinates the data exchange between all participants in the process.

How CCcam differs from OScam, MgCamd, and NewCamd

CCcam uses its own proprietary protocol and operates by default on port 12000, while OScam typically uses a new protocol on port 34000. Unlike CCcam, OScam provides more flexible settings and support for multiple protocols, making it a more versatile solution for card sharing.

The structure of the CCcam.cfg file and key directives

The CCcam.cfg configuration file is the heart of your server. It defines how the server will operate and what parameters will be used to connect clients. It is important to follow the correct syntax and pay attention to case sensitivity.

Configuration file location: /var/etc/CCcam.cfg and /etc/CCcam.cfg

Depending on your Enigma2 image, the CCcam.cfg file may be located in different places. Most often, it can be found at /etc/CCcam.cfg or /var/etc/CCcam.cfg. Make sure you are editing the correct file.

C-line: connecting to the server as a client

The C-line syntax looks as follows:C: hostname port username password. This line allows the client to connect to your server. Be sure to check the accuracy of the entered data — an error in the password can lead to connection issues.

N-line and F-line: sharing and receiving NewCamd/CCcam

The N-line is used for connecting via the NewCamd protocol. The syntax looks like this:N: hostname port username password. The F-line is intended for sharing:F: user pass 1 0 0. These lines allow you to manage access to your server.

DIRECTIVES SERVER LISTEN PORT and WEBINFO

Don't forget to specify the directives:SERVER LISTEN PORT : 12000 andWEBINFO LISTEN PORT : 16001. It is also useful to enableALLOW TELNET : yes, to be able to connect to the server via Telnet. Watch for spaces and case sensitivity — this is critical for the configuration to work.

Step-by-step CCcam server setup on Enigma2

Now let's move on to the practical part — setting up the CCcam server on your Enigma2 receiver. Follow these steps to set everything up correctly.

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

First, upload the CCcam executable file to the directory/usr/bin/. After that, you can set the execution permissions using the command:chmod 755 /usr/bin/CCcam. This is necessary for the server to be able to start.

Autostart via init.d and symlink

To have CCcam start automatically at system boot, create a symbolic link in the directory/etc/init.d/. Use the commandln -s /usr/bin/CCcam /etc/init.d/CCcam. After that, add the autostart to the system using the commandupdate-rc.d CCcam defaults.

Check via telnet and web interface on port 16001

After configuration, you can check the status of the lines by accessing the web interface athttp://ip:16001. Here you will see information about the status, ECM time, and open channels. For diagnostics, you can also use Telnet: connect to the server and check the logs.

Configuring the reader card and proto priorities

If you have a reader card, make sure you have configured the protocol priorities correctly in the configuration. This can greatly affect the performance and stability of connections. Protocols should be arranged correctly according to your needs.

Diagnostics: FREEZE, black screen, and ECM errors

Many users face issues with freezes and black screens. Let's look at the main causes and ways to resolve them.

Long ECM time and high ping to the server

If your ECM time exceeds 500-800 ms, it can lead to freezes. Check the stability of the connection and the ping to the server. An unstable internet connection can cause delays and failures in operation.

Error 'Card not found' and mismatch CAID/Provider ID

If you see the error 'Card not found', it may mean that your server does not support the required CAID. Make sure that the CAID of your card matches what your receiver requests. Also, check the match of the Provider ID.

Problems with hops and looped shares

The number of hops (intermediaries) can affect the stability of the connection. If hops are more than 2, it usually leads to an unstable connection and freezes. Make sure your server is configured correctly and does not loop requests.

Freezes due to overload and connection limits

If there are too many connections on the server, it can cause overload and, consequently, freezes. Check the connection limits and make sure the server can handle the load.

How to choose a reliable share source: technical criteria

When choosing a provider for card sharing, it is important to consider several technical factors.

Server uptime and stability of ECM time

A server with high uptime and stable ECM time is the key to quality card sharing. Look for providers that provide statistics on uptime and delays.

Local cards vs reseller chains

Local cards provide a more stable connection than long chains of resellers. The fewer hops, the better the signal quality and fewer freezes.

Matching CAID with your satellite and package

Make sure that the provider you choose supports the CAID corresponding to your satellite. This is critical for opening all necessary channels.

Trial period and freeze monitoring

Having trial access is a big plus. This way, you can test the quality of the share and ensure there are no freezes on problematic channels before making a final decision.