NTV card sharing: setting up CCcam and OScam (2026)

Setting up NTV card sharing may seem like a complex task, especially if you want to achieve stable reception of channels. In this guide, I will share my experience and explain how to properly configure CCcam and OScam to work with NTV. We will discuss all key parameters, configurations, and potential issues that may arise.

What you need to know about NTV card sharing before setup

The NTV package broadcasts in the DRE Crypt system, which means that the CAID will be in the format 4AExx. The satellite where you can catch the signal is Eutelsat 36°E. For stable card sharing, a low ping to the server is important — ideally no more than 100–150 ms. It is also necessary to correctly specify the CAID and provider ID. It is important to understand that CCcam is easier for beginners, while OScam offers more precise configuration and detailed ECM logic.

What encoding system is used in the NTV package

As mentioned earlier, NTV uses the DRE Crypt system. This is important to consider, as different encoding systems require different approaches to configuration and filtering.

Key parameters: CAID, provider ID, transponder frequencies

For successful connection, you will need the following key parameters: CAID, provider ID, and transponder frequencies. For example, CAID can be 4AE0 or 4AE1, and these values can be found through the receiver's menu.

What is the difference between reception via CCcam and via OScam

CCcam is better suited for beginners due to its simplicity. OScam, on the other hand, allows for more detailed parameter configuration and provides advanced logging capabilities, which helps in diagnosing problems. If you want more control and flexibility, OScam will be preferable.

Requirements for the receiver and internet connection stability

The receiver must be based on Enigma2 or another Linux set-top box with the cam plugin installed. Additionally, a stable internet connection with low ping is a prerequisite for the normal functioning of NTV card sharing.

Setting up NTV card sharing on CCcam

To set up NTV card sharing on CCcam, you need to correctly write the C-line. The format of the line looks like this:C: host port username password. The CCcam configuration file is usually located at/var/etc/CCcam.cfg, although in some images it may be located at/etc/CCcam.cfg.

Format and breakdown of the C-line

The C-line contains the following elements: host (server address), port, username, and password. Make sure all parameters are specified correctly; otherwise, you will not be able to connect to the server.

Where to write the config: /var/etc/CCcam.cfg

As mentioned earlier, the CCcam configuration file can be located in different places. Usually, it is/var/etc/CCcam.cfg. After making changes to the file, do not forget to restart CCcam using the command:killall -9 CCcam.

Checking the connection and opening channels

To check the connection, you can use the CCcam web interface, which is available by default on port 16001. In the Servers/ECM Info section, you will be able to see the status 'card' and the ECM response time. If the status is not 'card', then something went wrong.

Cache and CAID priority parameters

You can also configure cache parameters in the config using the directiveCACHE EX and restrict access by CAID through the lineC: host port user pass no { 0:0:2 }.

Setting up NTV card sharing on OScam

Configuring OScam for NTV card sharing takes a bit more time, but it has more capabilities. An example of a reader configuration in the fileoscam.server may look like this:

[reader]

Reader for CCcam protocol in oscam.server

It is important to specify the parameters for the reader correctly to avoid connection issues. Specify the required protocol and connection data.

The account section in oscam.user and group rights

In the fileoscam.user create an account with the same group as in the reader. This is necessary to ensure access to the required channels.

Binding CAID and provider through caid/ident

In OScam, you can filter requests by CAID and provider identifier. This will help avoid unnecessary load on the server and speed up the key retrieval process. For example, specifycaid = 4AE0,4AE1.

Monitoring through the OScam web interface

The OScam web interface is available by default on port 8888. In the Readers tab, you can see the ECM response time and connection status. Be sure to monitor the logs usingoscam.log for diagnosing potential issues.

Diagnosis: why NTV channels do not open

If NTV channels do not open, it may be due to several issues. Let's consider the most common errors that can be found in the OScam logs.

Log errors: no matching reader, ECM timeout, rejected

The error 'no matching reader' means that the CAID/ident do not match. 'ECM timeout' indicates that the server is not responding or the ping is too high. 'Rejected (E)' indicates lack of access to the provider on the card.

Problem with frequency and channel provider

Sometimes the problem may be related to certain channels having different provider IDs. Make sure the correct values are specified.

Stuttering and freezing of the picture (high ECM time)

Picture stuttering often occurs due to high ECM time (over 1000 ms). Check the ping and load on the server. If the server is overloaded, it may cause signal quality issues.

Blockages and key changes on the broadcaster's side

Sometimes the broadcaster may conduct a scheduled key change, and at that moment card sharing may temporarily stop working. This is not a configuration error, but a normal procedure.

How to choose a card sharing server: what to look for

Choosing the right card sharing server is a critically important step. Do not rely on chance. Here are some criteria to pay attention to.

Stability of uptime and ECM response time

Look for a server with real uptime of at least 99%. The ECM response time should consistently be below 500 ms to avoid stuttering.

Ping to the server and geographical location

The closer the server, the lower the ping will be. Pay attention to the geographical location of the server. This is especially important for connection stability.

Availability of full test access

The trial period is an opportunity to check the quality of the server's performance before purchasing a subscription. Make sure it is available.

Support for required CAID and local cards

Check which CAID the server supports and ensure that it works with local cards, not cloned ones.