Configuring sharing configs for 2026: detailed guide for CCcam and Oscam

Satellite TV sharing remains one of the most popular topics among satellite receiver owners. Properly configured configs are the foundation of a stable signal, minimal freezes, and reliable server connection. In this article, we will cover how to correctly set up configuration files for CCcam and Oscam in 2026, which parameters are critically important, and where mistakes are most commonly made.

What is sharing and why is proper config setup necessary

Sharing (card sharing) is a technology for sharing a conditional access card over a network. One physical CAM module or smart card serves multiple client receivers simultaneously. A server with a real card decrypts the control word (CW) and sends it to clients via the CCcam, Newcamd, or CS378X protocol.

The quality of sharing directly depends on three things: server stability, internet connection speed, and the correctness of configuration files. Even with a good server and fast internet, an incorrect config causes freezes every 10 seconds, duplicate requests, and periodic disconnections.

CCcam config: structure and key parameters

CCcam.cfg is the main configuration file for clients operating on the CCcam protocol. It is located in the directory/etc/CCcam.cfg or/var/etc/CCcam.cfg depending on the receiver firmware.

Basic structure of the CCcam.cfg file

The minimum required config for connecting to a sharing server looks as follows:

Let's break down each line in detail:

C: (Client) — server connection line. Format:C: host port login password. Multiple servers can be specified — the receiver will try them in turn if the primary one is unavailable.

RESHARE — permission to reshare cards. A value of 0 means you are not resharing cards further. If you yourself are a server for other clients, set it to 1 or 2 (reshare depth).

RECV TIMEOUT — time to wait for a server response in milliseconds. The optimal value for most servers: 1500–2500 ms. At values below 1000 ms, freezes will occur on channels with fast CW switching.

CCCAM VERSION — protocol version. In 2026, most servers operate with versions 2.2.1, 2.3.0, or 2.3.2. If the server does not accept the connection, try changing the version to 2.1.4.

Additional CCcam.cfg parameters for stable operation

In addition to the basic lines, experienced users add the following parameters:

KEEPALIVE: 1 — sends keepalive packets. Critical when connecting through routers with aggressive NAT (e.g., Mikrotik with connection tracking timeout of less than 60 seconds).

RECONNECT TIMEOUT: 5 — time in seconds before a reconnection attempt on disconnect. A value of 5 is suitable for most situations; setting it below 3 is not recommended to avoid flooding the server.

SUPPRESS WRONG CODED WORDS: 1 — suppresses incorrect control words that cause a "green screen" for 1–2 seconds. Always recommended to enable.

Oscam config for sharing: files and their purpose

Oscam is a more flexible and feature-rich conditional access emulator. Its configuration is split into several files, each responsible for its own part of the operation.

File oscam.conf — main settings

Location:/etc/tuxbox/config/oscam.conf or/usr/keys/oscam.conf

Section[webif] opens the Oscam web interface on port 8888 — it is convenient for monitoring active connections, viewing statistics, and managing clients in real time. Make sure to change the default password.

File oscam.server — connecting to the sharing server

This is the key file for configuring a client connection via the CCcam or Newcamd protocol.

caid — identifiers of the conditional access systems you want to receive from this server. Examples: 0500 — Viaccess, 1830 — Videoguard (Sky), 0604 — Irdeto, 0B00 — Conax, 1702 — Seca/Mediaguard. If left empty, Oscam will request all available CAIDs.

ics — "ignore cached signal". When set to 1, the receiver always requests a fresh control word, which reduces the risk of freezes on channels with short crypto periods.

File oscam.user — user configuration

If you are using Oscam simultaneously as a client and as a server for other devices on the local network (e.g., for a second TV):

maxchannels — the maximum number of simultaneous requests from this user. Set the value to match the actual number of your receivers.

uniq: 4 — connection uniqueness mode. A value of 4 allows one account to connect from different IPs, but prohibits two simultaneous requests on the same SID — an optimal balance between convenience and protection against abuse.

Common mistakes when configuring sharing configs

Error 1: incorrect CCCAM VERSION

The server rejects the connection or immediately drops it. In CCcam logs this looks like an endless loopconnecting... connected... disconnected. Solution: try versions 2.1.4, 2.2.1, 2.3.0 one by one. Most modern servers in 2026 accept 2.3.0, but older or custom servers may require 2.1.4.

Error 2: RECV TIMEOUT set too low

Freezes lasting exactly 10 seconds are a characteristic symptom of an expired timeout. The channel freezes, then the picture recovers and freezes again. Increase RECV TIMEOUT to 2500–3000 ms. If the server is in another country (for example, you are in Russia, the server is in Germany), the ping can be 60–120 ms, and a low timeout will trigger constantly.

Error 3: NODEID conflict

When using multiple receivers with the same config copied directly, both devices may have the same NODEID. The server treats them as one device and drops one of the connections. Each receiver must have a unique NODEID — 16 hexadecimal characters. Generate randomly, for example: A1B2C3D4E5F60001, A1B2C3D4E5F60002, etc.

Error 4: incorrect file permissions on the config file

On some firmware versions (for example, OpenATV 7.x, OpenPLi 9.x) CCcam or Oscam does not read the config if the file has incorrect permissions. Set them with the command:chmod 644 /etc/CCcam.cfg orchmod 644 /etc/tuxbox/config/oscam.*

Verifying sharing operation after configuring the config

How to check CCcam

After saving CCcam.cfg and restarting the service, open the CCcam web interface athttp://IP-ресивера:16001. On the Info page you will see a list of connected servers and the number of available cards. If «0 cards» is displayed next to a server — the connection exists, but cards are not being passed. Check the login, password, and CAID.

How to check Oscam

The Oscam web interface is available athttp://IP-ресивера:8888. On the Readers tab you will see the status of each reader: Connected/Disconnected, the number of requests (Decode OK / Decode Fail), and the average response time (ECM Time). The optimal ECM Time is up to 500 ms. Values of 1000–2000 ms indicate an overloaded server or high network latency.

Specifics of configuring configs in 2026

In 2026, many sharing servers have switched to encrypted connections and enhanced authentication. A number of sharing providers require connecting via VPN or using CS378X instead of classic CCcam. If the server has given you connection details for the CS378X protocol, in Oscam this is configured via the[cs378x] section in oscam.conf and a separate lineprotocol = cs378x in oscam.server.

It is also worth considering that some servers block connections from Russian IPs without a VPN. In this case, setting up a tunnel via VPN directly on the receiver helps (supported in OpenATV, OpenPLi starting from version 9.2) or using an intermediate router with an OpenVPN client running.

Summary: checklist before launching sharing

Before checking channel operation, make sure all of the following points are completed:

• The correct host, port, login, and password for the sharing server are specified
• RECV TIMEOUT is set in the range of 1500–3000 ms depending on the server's geography
• CCCAM VERSION matches what your server accepts
• NODEID is unique for each receiver in your network
• Permissions on configuration files are set correctly (644)
• The CCcam or Oscam service has been restarted after making changes
• The web interface shows the status Connected and a non-zero number of cards

A correctly configured config is not a one-time task, but the foundation of stable sharing operation over the long term. When changing servers or updating the receiver firmware, always verify the relevance of the parameters and compare them with the data provided by the sharing provider.