Sharing TV: setting up CCcam and OScam server in 2026

Sharing TV is an interesting topic for those who want to access a large number of channels without spending a fortune. In this guide, I will explain how to set upCCcam and OScam server so that your channels are decoded reliably. We will discuss how sharing TV works, what configuration files are needed, and how to choose the right provider. We will also look at solutions to common problems that may arise along the way.

What is sharing TV and how does it work technically

Sharing TV is the exchange of control words (Control Word, CW) between a server with a smart card and client receivers over an IP network. The chain looks like this: smart card → CAM/reader → server → protocol (CCcam/newcamd) → client → descrambler. Usually, the interval for changing CW is 10 seconds, and there is also the concept of ECM (Entitlement Control Message) and EMM (Entitlement Management Message).

The principle of exchanging control words (CW)

Control words are keys needed to decrypt the satellite signal. Every time you switch channels, the receiver sends a request to the server, which returns a new control word. This is the basis of sharing TV.

The role of the server and client in the sharing scheme

The server stores the smart card and is responsible for issuing control words to clients. Clients, in turn, request these words through the established protocol. It is important for the server to be stable and respond quickly to requests; otherwise, you will encounter freezes.

The difference between CCcam and OScam

CCcam is a proprietary protocol with a default port of 12000. It is quite simple to set up but less flexible. OScam is an open emulator that supports multiple protocols (cccam, newcamd, camd35, mgcamd). It allows for more settings and adaptations to different requirements.

Setting up OScam server: configuration files and parameters

To set up OScam, you will need several configuration files, which are usually located in the /etc/tuxbox/config/oscam/ or /var/keys/ folders. I recommend starting with the oscam.conf file.

Directory structure /etc/tuxbox/config or /usr/keys

In these directories, you will find all the necessary configuration files for OScam. Make sure you have the permissions to edit these files.

File oscam.conf: sections [global], [cs357x], [cccam]

In the oscam.conf file, you configure the main parameters. In the [global] section, you can set parameters such as nice and WaitForCards. In the [webif] section, you usually specify httpport = 8888 for access to the web interface.

File oscam.server and card reader configuration

In the oscam.server file, you need to specify the reader parameters. For example, for the built-in reader, you can use device = /dev/sci0. Also, specify caid and protocol. Here is an example line:

File oscam.user and client permissions

In oscam.user, you set up accounts for clients. Specify user/pass, group, and AU (auprovid). Example entry:

Web interface httpport and monitoring

The OScam web interface allows you to monitor active clients and the status of the server. Make sure that port 8888 is open on your router to access the interface.

Setting up CCcam client: file CCcam.cfg

The CCcam client is set up through the CCcam.cfg file, which is usually located in /var/etc/CCcam.cfg or /etc/CCcam.cfg on Enigma2. The client line looks like this:

Syntax of the C: line

Each parameter in the line has its own meaning. hostname is the server's IP address, port is by default 12000, username and password are taken from oscam.user.

Parameters hostname, port, username, password

In addition to the main parameters, you can specify flags such as warning, emm, and no cache. These flags will help manage the client's behavior.

Options no/yes/no/no for flags

Flags can be configured as follows: no — disables the option, yes — enables it. For example, 'no cache' disables caching, which can be useful in some cases.

Connection check via web status

After configuring the client, check the connection status through the OScam web interface. The Status / Clients section will show active clients and their status.

How to choose a sharing provider: technical criteria

When choosing a sharing provider, pay attention to several key aspects. I have encountered various providers, and here is what to consider.

Server uptime and CW stability

Check what uptime the provider claims. The higher the percentage, the better. The stability of control words is also critically important for quality viewing.

Local cards vs hops

The number of hops is the number of intermediate servers between the client and the card. A local card (1 hop) is preferable as it reduces latency and the likelihood of freezes.

Ping to the server and ECM response time

Ping to the server is also important. If it is too high, it can lead to freezes. The ECM response time can be seen in the OScam webif, which helps assess the server's performance.

Support for required CAID and packages

Make sure to check if the provider supports the CAID and packages you are interested in. If they are not supported, it may lead to decoding issues.

Solutions to common problems: freezes, decoding errors

In practice, I have encountered various problems, and here are the most common ones.

Freeze every 10 seconds — CW change issue

If a freeze occurs every 10 seconds, it usually means that the server is unable to provide a new control word in time. Check the ping and server load.

Error 'card not found' / unloaded reader

The 'card not found' error may occur if the device is incorrectly specified in oscam.server. Ensure you have access to /dev/sci0 and that the reader is indeed loaded.

Invalid CAID or missing key

If you see an error with an invalid CAID, check if the caid/ident of the channel matches what is specified in oscam.log. Make sure you have the current keys.

Firewall issues and port forwarding

Ensure that ports 12000 (or newcamd 15000) are open, forwarded through NAT, and not blocked by the firewall. This can cause many problems.