CCcam Free: setting up a free server in 2026

If you are reading this, it means you are already fed up with ads for paid subscriptions and want to understand how cccam free really works and what needs to be done for it to work without freezes every three seconds. The good news: CCcam as software is free and has always been free. The bad news: the term "free line" is very conditional, and below I will explain why.

There will be no ads for someone else's servers here. Only configs, paths to files, commands, and diagnostics. Let's go.

What is CCcam and how does the sharing protocol work

The principle of card sharing: ECM, CW, and dcw channels

The encrypted channel on the satellite encrypts the video stream. To decode it, the receiver sends an ECM (Entitlement Control Message) packet to the server — essentially a question: "give me the key for this package." The server, which has a physical smart card, responds with a CW (Control Word) — this is the control word of 16 bytes, which changes every ~10 seconds.

All this happens over the dcw channel. DCW time is the time between sending ECM and receiving CW. If it is above 800 ms, problems start. Above 1200 ms, a freeze is guaranteed because the key arrived later than needed for the next one.

Roles of the server and client in one line

The server is a machine with a physical card (or emulator) and a running CCcam daemon that listens for incoming connections. The client is your receiver that connects to the server, requests CW, and decodes the channel locally.

In the config, this separation is reflected literally: linesC: make you a client, linesF: — a server. You can be both at the same time — for example, receive a line from above and distribute it downwards.

How CCcam differs from OScam and mgcamd

CCcam is a proprietary protocol and the namesake daemon. Development has long been frozen, the last actively used version is 2.3.0. OScam is an open-source alternative that can work with the CCcam protocol, plus supports Newcamd, Camd33, CS357x, and about ten other protocols. Mgcamd is a separate client that works on top of Newcamd, lighter but functionally poorer.

In practice: if you have an Enigma2 receiver and want stability, OScam with a reader via the cccam protocol will provide better logging and more control. But on older hardware, CCcam is easier to launch and works without unnecessary dependencies.

What "CCcam free" really means and what the risks are

When people search for cccam free, they usually mean one of two things: either their own server with a legally purchased card (expenses only for the card and equipment), or public free lines from unknown people. The second option is a lottery. Such lines are overloaded, the hop level is usually 3–5 (instead of the desired 1), and dcw time jumps from 400 to 2000 ms depending on the time of day.

An own server with a card is the real cccam free in the sense of "free software." Everything else is a compromise between price and stability.

Installing CCcam on Enigma2 and Linux

Uploading the CCcam binary to /usr/bin

The CCcam binary is built for a specific architecture: mipsel for older Dreambox/Vu+ receivers, arm for newer ones. Make sure you download the correct build. The file is placed in/usr/bin/CCcam, the default config is searched in/etc/CCcam.cfg. On some Enigma2 firmware, the path may be/var/etc/CCcam.cfg — it depends on the distribution.

cp CCcam /usr/bin/CCcam

Permissions: chmod 755 CCcam

After copying, the file needs to be made executable. Without this, the daemon simply won't start, and you will be looking at a blank screen without understanding why.

chmod 755 /usr/bin/CCcam

If you are not running as root, make sure that the user is in the group with read permissions for/etc/CCcam.cfg. Although on Enigma2 boxes, everything usually runs under root, so this point is rarely critical.

Autostart via init.d and systemd

On Enigma2 with OpenPLi/OpenATV, autostart is configured through init.d. Create a script/etc/init.d/CCcam:

#!/bin/sh&&

Give it permissions:chmod 755 /etc/init.d/CCcam and create a symlink:update-rc.d CCcam defaults. On a clean Debian/Ubuntu with systemd — write a unit in/etc/systemd/system/cccam.service, after whichsystemctl enable cccam.

Check operation via telnet and port 16001

After starting, CCcam raises a web interface on port16001. Open a browser and go tohttp://<ip-receiver>:16001 — you will see a list of connected clients, card status, and dcw time for each channel. This is the fastest way to ensure that the daemon is alive.

Through telnet, you can get a text output:telnet<ip> 16001. Connection errors are also visible in real time.

Configuring the CCcam.cfg file line by line

Line C: line — connection to the server

This is the basis of the client connection. Syntax:

C: hostname 12000 username password

Wherehostname — IP or domain of the server,12000 — port (each provider has its own, commonly 12000, 15000, 11000),username andpassword — credentials. You can add multiple linesC: — CCcam will switch between them when the main one is unavailable.

No extra spaces or symbols at the end of the line — the CCcam parser reacts unpredictably to this. The config is sensitive to encoding: only ASCII, no UTF-8.

Line F: line — sharing to the client

If you want to share access with others — add linesF::

F: clientuser clientpassword 1 0 0 0 { 001800 }

The first digits — are allow ecm, allow pm, allow ident, allow sa. The last in curly braces — CAID that is allowed to be shared.001800 — this is the CAID for Viaccess. Leave the braces empty if you want to share everything available.

Parameters hops, distance and SHARE LIMITS

Hop — is the number of intermediate servers between the physical card and your receiver. Hop 1 — the card is directly at your server or at the server you are connected to directly. Hop 2 and above — is already a chain of servers, and each adds latency.

In the config, you can limit the maximum hop:

SHARE LIMIT: 3

This means — do not accept and do not share cards with hop greater than 3. On HD channels, where CW changes every 10 seconds, hop 3+ almost guarantees freezes under any load on intermediate servers.

Local reader: SERIAL READER and DVBAPI

If you have a physical card in the receiver — specify it through SERIAL READER:

SERIAL READER: /dev/ttyUSB0 internal

The default port speed is 9600 baud, but some cards require 115200. If the card does not initialize — first check the speed:SERIAL READER: /dev/ttyUSB0 internal 115200. This is a common reason why the local card is "not seen."

For decoding via DVBAPI (without a built-in decoder) add:

DVBAPI DEVICE: /dev/dvb/adapter0/demux0

Linking CCcam with OScam via CCcam protocol

Reader in oscam.server with protocol = cccam

Instead of the native CCcam daemon, many switch to OScam, leaving the cccam protocol only for connecting to an external server. This provides better logging and support for multiple protocols simultaneously.

In the file/etc/oscam/oscam.server add the block:

[reader]

Parametercccversion = 2.3.0 — this is the protocol version that OScam declares when connecting. If the server runs on an old version of CCcam and does not accept 2.3.0 — try2.1.4 or2.0.11. Version mismatch of the protocol — is one of the reasons why the connection is established, but CW does not arrive.

Setting cccam version and cccmaxhops

cccmaxhops = 2 limits which cards OScam will use from the incoming pool. Cards with hop higher than 2 are ignored. This is a strict filter — sometimes useful, sometimes not. If the line only provides hop-3 cards, and you havecccmaxhops = 2, there will be no decoding at all.

Camd socket and dvbapi for decoding

OScam decodes channels via dvbapi. In/etc/oscam/oscam.conf you need a section:

[dvbapi]

The parameterboxtype depends on the hardware — for Vu+ setneumo, for generic Linux receivers —pc. An incorrect boxtype gives the symptom "FTA works, encrypted does not," even though CW is actually coming in.

Why switch from CCcam to OScam

CCcam is a black box. Logs are minimal, diagnostics are almost zero. OScam, on the other hand, logs literally everything: which CAID was requested, from which reader the response came, how long the ECM cycle took. If something breaks — you find the cause in minutes, not by trial and error.

And also: OScam is actively supported, CCcam is not. On modern hardware, sometimes patches are needed to run the old CCcam binary, while OScam is built from source for any architecture.

How to choose a stable line: criteria without advertising

Quality indicators: uptime, ping, and dcw time

A normal ping to the server is up to 50 ms if you are in the same country. DCW time with such latency should be 200–500 ms. If with a ping of 20 ms the dcw time jumps to 900 ms — the server is overloaded. This is not your problem and not your internet's problem — it is the server's problem.

Uptime of 99%+ over a month is a realistic benchmark for a normal line. Anything below 95% indicates regular outages at night or during key changes.

Local cards vs. resell lines

A local card is when a smart card with a subscription is physically present on the server. Hop 1, low latency, predictability. Resell is when someone connects to another server and resells these CW further. Each such "intermediary" adds hop and latency.

How to distinguish? Ask to show the hop level of the card in the CCcam web interface (port 16001). Hop 1 — local card. Hop 2–3 — most likely resell. Hop 4+ — this is already a chain of several resellers, and normal operation will not be there.

Support for necessary packages and frequencies

Before connecting, clarify the CAID of the package you want to watch. For example, Viaccess — 0x0500, Irdeto — 0x0604, Nagravision — 0x1801. If the server does not have a card with the required CAID, it simply will not help you, even if the line technically works.

Frequency is also important: the card may be from one regional package, while you are receiving another transponder. Clarify the specific satellite and transponder ID — this will save a lot of time on debugging.

Signs of a non-working or resold line

Freezes strictly at the same time of day (evening prime) — a sign of overload. The line works for 10 users, but 50 are connected. Another sign: random "No CW" in OScam logs while the connection to the server is established. And the most obvious: dcw time consistently above 1000 ms — it is easier to disconnect such a line immediately than to try to fix it on your side.

Solutions to typical CCcam problems and errors

Freezes and outages: rising dcw time

Look at the dcw time in the web interface of port 16001 or in OScam logs. If it gradually increases throughout the day — the server is degrading under load. If it jumps — unstable internet channel between you and the server or between the server and its card source.

Quick test:ping -c 100<ip-server> — look at jitter. If the average ping is 30 ms, but the spread is 5–200 ms — you have a routing problem, and no good line will fix this.

Connection refused error and closed port

Connection refused means either that the CCcam daemon is not running on the server, or the port is closed by the firewall. Check from your side:

nc -zv hostname 12000

If there is a timeout — the port does not reach the server (firewall or incorrect IP). If connection refused — the server is reachable, but nothing is listening on that port. Another simple reason: you specified port 12000, but the actual server port is 15000. Recheck the data from the provider byte by byte.

FTA channels work, encrypted ones do not

FTA (Free-to-Air) do not require CW at all — they are decoded without a card. If FTA works but encrypted does not — the problem is definitely with sharing, not the receiver or firmware. First, check the OScam logs to see if the ECM request is coming at all and what the response is. Typical scenarios: CAID does not match, the card on the server is not active for this package, or dvbapi is configured incorrectly and ECM is simply not sent.

On older Enigma2 firmwares, there is a separate bug: if CCcam is running but the dvbapi socket is not up, the receiver silently passes ECM without errors. The solution is to rebuild the firmware or update CCcam to a compatible version.

Analyzing CCcam logs via ttyS and telnet

CCcam writes logs to/tmp/CCcam.log or outputs via telnet on port 16001. To monitor in real time:

tail -f /tmp/CCcam.log

Look for lines withCAID,no decode,ECM,connection lost. “No card for CAID” means that the requested CAID is not available on any connected server. “Connection lost to C-line” — loss of connection to a specificC:-line.

In OScam, logging is richer. Enableloglevel = 255 in/etc/oscam/oscam.conf during debugging — this will show every ECM cycle with timestamps and readers. Then revert to normal level, otherwise the log will grow to gigabytes in a day.