CCcam 2026: setting up the server and client from scratch

The search results on the topic cccam2026 are filled with articles from 2019-2021 with broken paths, non-working configs, and advertisements from providers. Here — only techniques: real commands, current file paths, and clear diagnostics. If you have already set up the receiver and want to understand how it works now, — read on.

What is CCcam in 2026 and is it still relevant

CCcam is a card sharing protocol that allows one smart card with a subscription to serve multiple devices in a local network. The server decodes the control word (control word, CW) from the stream and sends it to clients over the network. The client receives the CW, decrypts the signal, and displays the picture.

The development of the original CCcam binary stopped several years ago. The last widely used version is 2.3.0. This fact must be accepted as a given: there are no security patches, and there will be no new features.

CCcam protocol: the principle of card sharing

The exchange is built like this: the client establishes a TCP connection with the server on port 12000 (by default), authenticates with a username/password, and requests CW for a specific CAID/ProviderID. The server polls the local card or another source and returns the CW within a few hundred milliseconds — this is the ECM time. All of this works over regular TCP/IP.

The newcamd protocol is a separate thing, do not confuse it. CCcam uses its own binary protocol with MD5-encrypted handshake. OScam can communicate in this language through emulation.

CCcam vs OScam: what to choose now

Honest answer: if you are starting from scratch in 2026 — choose OScam (or its forks like oscam-emu). It is actively maintained, has a web interface on port 8888, flexible logs, and decent documentation. CCcam as a compatibility protocol works perfectly through OScam — meaning you can connect C-lines in oscam.server and everything will work.

But if you already have CCcam set up and everything is working — there is no reason to migrate immediately. The binary is stable, the config is simple, and the overhead is minimal.

Supported receivers and images (Enigma2, Linux)

CCcam traditionally runs on receivers with Enigma2: VU+, Dreambox, Gigablue, Formuler, Edision. Images — OpenPLi, OpenATV, OpenSPA, DreamElite. On each of them, the paths to configs may differ — this is one of the main sources of confusion, which we will clarify below.

On pure Linux (Debian/Ubuntu), CCcam also runs, but it makes sense to install OScam right away — it has a proper package and systemd unit.

Installing CCcam on a receiver with Enigma2

Before installation — check the architecture. Most old Dreambox receivers are mipsel, new VU+ and Gigablue are arm (armv7l or aarch64). You won't be able to run the binary under a different architecture; it will simply fail silently.

uname -m

The output will tell everything. Download the binary strictly for your platform.

Installing IPK/DEB via PuTTY and SSH

Connect via SSH (PuTTY on Windows or any terminal). The root password by default on most Enigma2 images is empty ordreambox.

opkg install CCcam_2.3.0_mipsel.ipk

If the package is not from the repository — copy it to the receiver via SCP:

scp CCcam_2.3.0_mipsel.ipk [email protected]:/tmp/

After installation, set permissions on the binary:

chmod 755 /usr/bin/CCcam

Without this, the daemon will not start — a characteristic error that people search for hours.

Directory structure: /var/etc/ and /usr/keys/

This is where the real confusion begins. On OpenPLi and OpenATV, the config usually lies in/var/etc/CCcam.cfg. On DreamElite and some builds for Dreambox — in/etc/CCcam.cfg. On OpenSPA, it can be/usr/keys/CCcam.cfg.

The specific path is easiest to find like this:

find / -name "CCcam.cfg" 2>/dev/null

If the file does not exist, create it manually in the location expected by your init script. Check the startup script:

cat /etc/init.d/CCcam

There will be an explicit path to the config. Enigma2 images store SoftCAM keys (SoftCam.Key,constant.cw) in/usr/keys/.

Starting and auto-starting the CCcam daemon

Manual start:

/etc/init.d/CCcam start

Check that the process is alive:

ps aux | grep CCcam

Auto-start via update-rc.d (if available):

update-rc.d CCcam defaults

On most Enigma2 images, it is enough to have the binary and the correct config — the image will automatically start CCcam at boot through the built-in SoftCAM manager.

CCcam.cfg configuration: parameter breakdown

The file format is minimalist. Each line starts with a keyword. Case sensitivity is present, spaces are important. An extra space at the end of a line with a C-line can sometimes break authorization — this is a real problem that is rarely mentioned.

C: line for connecting a client to the server

This is the main connection line for your receiver as a client to the remote server:

C: hostname.example.com 12000 myusername mypassword

Format:C:<host> <port> <login> <password>. You can add multiple C-lines — CCcam will use them in order of priority.

If the server only supports certain CAIDs — you can restrict:

C: hostname.example.com 12000 myusername mypassword 01 { 0500:042800 }

But usually this is unnecessary — the server only provides what is available.

Parameters for F: line for sharing to your devices

F-line is for local clients to whom your receiver shares the card. Suppose you have a second TV box on the network:

F: localclient1 secretpass 1 0 0 0 { }

Format:F:<login> <password> <enable offline mode> <groups>. The numbers after the password control client rights — usually1 0 0 0 suitable for basic use.

Options SID assign, sleepsend, keepalive

Several settings that really affect stability:

KEEPALIVE: yes

KEEPALIVE: yes — keeps the TCP connection alive, reduces reconnections on unstable channels.SLEEPSEND: 1 — does not send ECM requests for channels that are not currently being watched. Reduces server load.

SID-assign allows you to rigidly bind certain channels (by SID) to a specific C-line or card. Useful if you have multiple lines with different packages.

Standard port 12000 and its change

Port 12000 is the default for CCcam, and that’s why it should be changed on the server. Scanners know this port by heart. Changing it is easy — in the server section we specify:

SERVER LISTEN PORT: 15500

After that, all clients must use the new port in their C-line. Don’t forget to open the new port in the firewall and close 12000.

Transition and compatibility with OScam

OScam can connect to CCcam servers through native protocol support. This means that all your C-line from CCcam.cfg simply moves to the block[reader] in oscam.server. No magic.

Connecting a CCcam line in oscam.server

The OScam config file is usually located in/etc/tuxbox/config/ or/usr/local/etc/oscam/ — depends on the build. On Enigma2 images with the oscam package — most often/etc/tuxbox/config/.

Block for connecting C-line inoscam.server:

[reader]

cccmaxhops = 1 limits the depth of the card sharing chain — a good practice for reducing delays.

The parameter protocol = cccam and cccversion

The parametercccversion tells OScam which version of the protocol to emulate during handshake. Most servers expect 2.3.0. If the server is old and does not accept the connection — try2.2.1 or2.1.4.

Some servers check the version string during authorization. A mismatch — and you will getcan't connect even with the correct login and password.

Configuration of oscam.user and groups (group)

If OScam is simultaneously sharing the card with local clients, a file is neededoscam.user:

[account]

The group inoscam.user must match the group of the reader inoscam.server — this links the client to the card source. The OScam web interface on port 8888 clearly shows which client is using which reader.

Inoscam.conf enable the web interface:

[webif]

Diagnosis of typical connection errors

Most problems with cccam2026 are either at the network level (port unreachable), or at the protocol level (incorrect credentials, incompatible version), or at the card level (missing required CAID). Let's break it down.

Line status: connected, no card, can't connect

can't connect — TCP connection is not established at all. Reasons: incorrect host/port, firewall, NAT issue, server not running.

connected, no card — connection exists, authorization passed, but the server did not find a card with the required CAID/ProviderID. This is already a configuration issue, not a network one. Check which CAIDs the line supports — they must match what your channels request.

connected without decoding — a rare case, usually indicates an ECM timeout issue or SID conflict.

Problems with port, NAT, and firewall

The first step in diagnosis is to check port availability directly:

telnet hostname.example.com 12000

If the connection cannot be established — the problem is network-related. Check port forwarding on the router, iptables rules on the server:

iptables -L -n | grep 12000

A separate story is CGNAT with mobile operators. If the internet is through mobile 4G/5G without a public IP, incoming connections are physically impossible. The line works locally, but is inaccessible from outside. The solution is a VPS with a tunnel or changing the provider.

Reading CCcam and OScam logs

The CCcam log is usually written to/tmp/CCcam.log or/var/log/CCcam.log. Enable extended level — through a parameter in the config:

DEBUG: yes

For OScam inoscam.conf:

[global]

After changing — restart. View the log in real time:

tail -f /var/log/oscam.log | grep -E "ERROR|WARN|ECM|reader"

In the OScam logs, look for lines likeno matching reader orCAID not found — they will immediately indicate where the issue is.

Freezes and long channel switching

Freezes only on HD channels while SD works normally — a classic case of high ECM time. HD packages update control words more frequently. If your ping to the server is 150+ ms, ECM may not keep up.

In the OScam web interface (port 8888), check the ECM time column for each reader. A normal value is up to 400 ms. More than 800 ms — there will be freezes on HD.

Another source of freezes — conflict between two demons. If you have both CCcam and OScam running simultaneously and both listening on port 12000 — one of them will not receive requests. Check:

ss -tlnp | grep 12000

Two processes on one port — immediately separate the ports or turn off one of the demons.

How to choose a source of lines: criteria without names

I'll say it straight: most articles on this topic are hidden advertisements for specific services. There will be no names here, only evaluation criteria.

Stability of uptime and ECM ping

ECM time — the main indicator of quality. Less than 300 ms — good. More than 600 ms — expect freezes on HD. The ping to the server should be minimal: a server in your region is always better than a server on another continent.

Uptime — check the reconnection statistics in the OScam logs over several days. A normal line should not reconnect more than 1–2 times a day without external reasons.

Support for necessary CAID and packages

Before connecting, clarify the specific CAID and Provider ID needed for your channels. This is not the place to guess. In the OScam logs, upon the first request for a channel, you will see a line like:

ECM request for CAID 0500 PROVID 042800 SID 0123

This exact combination must be supported by the source.

Local cards vs. reseller chains

The most reliable scenario is your own official subscription card, inserted into a receiver with a card reader and servicing only devices in your home network. This is a completely legal scheme in most jurisdictions.

Reseller chains add each hop to the delay. The scheme server→reseller→reseller→you gives ECM time of 400–700 ms instead of 50–100 ms from a direct source. The shorter the chain — the better it works.