CCcam generator: how the C-line generator works and setup

If you searched for "cccam generator" hoping to get a working connection string — you have come to the right place, but not for what you came for. No online generator creates real access to channels. Below we will explain why this is the case, what a C-line actually consists of, and how to get a working connection without magic.

What is "CCcam generator" and why is it a myth

I want to clarify things right away. The query "cccam generator" is one of the most popular in the niche, and a whole ecosystem of useless websites has been built around it. They produce strings likeC: somehost.net 12000 user123 pass456 and call it "generation." In reality, it's just a template with random characters.

The CCcam protocol operates on a client-server principle with authentication. The client connects to the server, the server checks the username and password, and if everything matches — it starts sending ECM responses (decrypted keys for decoding channels). Without a live server on the other side, the string is just text.

What a C-line actually consists of

A C-line contains four mandatory fields: server address, port, username, and password. All of this must match what is specified in the server configuration. The server, in turn, must be running, accessible over the network, and have a smart card with an active subscription in the card reader or a valid EMM/ECM source.

No algorithm can generate a working password for a third-party server. It's like generating random logins for someone else's SSH — theoretically, it could be guessed in a billion years.

Why a randomly generated string does not provide access

CCcam performs a SHA-1 handshake when establishing a connection. The client and server exchange a random seed, after which the username:password pair is checked. If the password does not match — the server immediately drops the connection. There is no such thing as "partial access."

Moreover, most servers maintain a whitelist by IP. Even if by some miracle you guess the password, a connection from an unknown address will be rejected before the credentials are checked. So any cccam generator on the internet is either a scam or just a form for generating syntactically correct templates.

How a "generator" differs from a real exchange server

A real exchange server is a physical or virtual machine running the CCcam or OScam daemon, connected to a card reader with a card. Or it is a receiver like Dreambox, VU+, Formuler, which has a built-in CI/card reader slot and installed softcam.

The server creates an account for each client, issues a unique username/password, and specifies allowed CAIDs (conditional access system identifiers). This is what "generation" of a C-line is — but only done manually by the server administrator or through a control panel.

Structure of a C-line string: breakdown of each field

Let's break down the format in detail, because even among people who have already set up CCcam, there is confusion with optional parameters.

Format: C: hostname port username password

The basic structure looks like this:

C: my.server.net 12000 myuser mypassword

HereC: — type of string (Client, incoming connection to a remote server). Then, separated by spaces: hostname (domain or IP), TCP port (default 12000), username, password. Everything is case-sensitive —MyUser andmyuser are different accounts.

Hostname can be a DDNS address likemybox.ddns.net or a static IP. If the source has a dynamic IP and DDNS stops resolving (the service did not update the record) — the exchange fails silently, without a clear error in the logs. This is one of the most common scenarios for sudden disconnections.

Optional parameters (no/yes for encryption, flags)

After the password, you can add a fifth parameter — an encryption flag:no oryes. By default, encryption is enabled. If the server is configured without encryption (which is common in older builds), it needs to be explicitly specified.no:

C: my.server.net 12000 myuser mypassword no

A mismatch in the encryption flag is another reason why a syntactically correct line does not work. CCcam 2.3.x and older versions of 2.x are sometimes incompatible in their handshake implementation — if the server is on 2.1.4 and the client is on 2.3.0, there may be issues with non-standard encryption settings.

Where the line is specified — the CCcam.cfg file

On receivers under Enigma2 (OpenATV, OpenPLi, OpenVix), the config is located at/var/etc/CCcam.cfg. On some images and on Linux boxes —/etc/CCcam.cfg. You can clarify with the command:

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

The file is text-based and can be edited with any editor. After editing, a restart of the daemon is needed — otherwise, the changes will not take effect. On Enigma2:

/etc/init.d/softcam restart

Or through Softcam Manager in the receiver's menu. On Linux without init.d, you can find the PID and send HUP:

kill -HUP $(pidof CCcam)

The difference between N-line, F-line, and C-line

These are three different types of lines with different protocols:

• C-line — an outgoing connection from the client to the CCcam server. CCcam protocol, port is usually 12000.
• F-line — an incoming peer on the server side. This is the account that the server creates for its clients. Format:F: username password in CCcam.cfg on the server.
• N-line — Newcamd protocol, used in OScam and mgcamd. The format is different:N: hostname port username password deskey. You cannot substitute an N-line where a C-line is expected — these are different protocols with different handshakes.

Confusion between these types is a classic mistake of beginners. If the provider gave an N-line and you are trying to write it in CCcam.cfg as a C-line — nothing will work.

How to obtain a working C-line legally

It sounds trivial, but the only way to get a working line is to have access to a real server with a real card or an official subscription. No cccam generator can replace this.

Own card + receiver with a card reader as a source

The cleanest scenario: you have an official subscription from a satellite operator, a physical smart card, and a receiver with a card reader (or an external USB card reader like Smargo Smartreader+). You set up CCcam or OScam on this receiver as a server and connect other devices in the house to it.

This is an absolutely legal scenario for sharing one subscription among your devices within one household. No law prohibits this.

Local sharing between your receivers

On the server receiver in/var/etc/CCcam.cfg you specify F-line for each client device:

F: client1 secretpass1

On client receivers, you specify C-line with the server's IP (better to fix it statically in the router by MAC):

C: 192.168.1.10 12000 client1 secretpass1

Inside the local network, NAT and firewall do not interfere — port 12000 is open by default for local traffic.

Criteria for choosing a reliable exchange source

If you do not have your own card and are considering an external source — here’s what to look for, regardless of specific providers:

• Server uptime: a stable source shows 99%+ over 30 days. You can check this through monitoring in OScam webif after a few days of operation.
• ECM time: a good server responds within 300-600 ms. If it consistently exceeds 1500 ms — there will be freezes when switching channels.
• Availability of the necessary CAID and ProvID for your operator. This is not optional information — without a specific CAID, your channels simply will not decrypt.
• Limitation on the number of simultaneous connections from one IP: a normal source clearly states this. If you exceed the limit — the server will start to periodically drop the connection.
• Support for the current version of the CCcam protocol (2.3.x) or OScam-compatible mode.

Setting up exchange on the server: CCcam and OScam

Now to practice. Suppose you have a working C-line and need to enter it correctly.

Enter the C-line and restart the daemon

Open/var/etc/CCcam.cfg on the client receiver and add the line:

C: server.example.net 12000 mylogin mypassword

Save the file. Restart:

/etc/init.d/softcam restart

After restarting, CCcam writes a log to/tmp/CCcam.log (on Enigma2). Check it immediately:

tail -f /tmp/CCcam.log

The lineconnected to server.example.net:12000 indicates a successful connection.can not connect to server — either the address is unavailable, or the port is closed.

Equivalent in OScam: blocks [reader] and [account]

OScam works with the same CCcam servers, but the config is different. To connect to a CCcam server, create a reader in/etc/oscam/oscam.server:

[reader]

To share your card with clients through OScam — add accounts in/etc/oscam/oscam.user:

[account]

OScam does not require a restart when changing the config — it automatically re-reads the files. But you can force it through the web interface or with the commandkill -HUP $(pidof oscam).

Opening port 12000 on the router and firewall

If clients from outside the local network need to connect to your server — port 12000 TCP must be forwarded in the router settings (Port Forwarding / NAT). Specify the internal IP of the receiver-server and port 12000.

Double NAT problem: some internet providers themselves are behind NAT (especially mobile operators and small ISPs). In this case, even a properly configured port forwarding won't help — incoming connections physically do not reach your router. The solution is a VPN (WireGuard, OpenVPN) or a request to the provider for a dedicated IP.

On the Linux server, check the firewall:

# iptables

Check via ECM logs and oscam webif

OScam raises the web interface on port 8888 (by default) or 16002 depending on the build. Open in the browserhttp://192.168.1.10:8888 and see the status of all readers, current ECM requests, and response time.

In the Readers section, a green status and ECM time around 300-800 ms — everything is fine. If the reader is red or ECM time is constantly above 2000 ms — the problem is on the server side or in the network between you.

For CCcam without OScam — only tail the log and telnet for manual TCP checking:

telnet server.example.net 12000

If the connection is established (you see garbage from the handshake) — the port is open. IfConnection refused — the server is not listening on the port. If it just hangs without a response — most likely, it's the firewall.

Diagnostics: why the exchange is not working

Here is a table of typical problems:

Symptom	Likely cause	What to check
Connection refused	Server is off or port is closed	telnet host 12000, ping host
Connected, but channels are not decrypted	No required CAID/ProvID in share	Check CAID in OScam webif
Constant freezes	High ECM time or hops> 3	ECM log, reduce maxhops
Periodic drops	Connection limit with IP or DDNS	Error log, check DNS
No card for channel	CAID is present, but ProvID does not match	Compare ProvID in the config

Connection refused / no card

Two completely different cases that are often confused.Connection refused in the CCcam log means that the TCP connection was not established at all — the server is unavailable or the port is closed on the firewall.no card orno entitlement — the connection exists, but the server did not find the required CAID for your request.

The second case — look in CCcam.log for lines likeCAID: 0x0500 not found. This means that the server simply does not distribute this package of channels. No client reconfiguration will fix this.

Freezes and long ECM time

A freeze on the channel during a switch — classic. The receiver requested a new ECM key, but the response came too late (usually a timeout of 3-5 seconds). Reasons:

• The server is overloaded — too many clients, request queue
• High ping between the client and the server (more than 100-150 ms starts to affect)
• A large number of hops — each additional hop adds delay
• Unstable internet on the client or server side

In OScam webif, check the ECM time column for each reader. If it consistently stays above 1500 ms — the source is overloaded or geographically far away.

Hops / depth error and share groups

Hops (forwarding depth) — how many times the ECM request is transmitted between servers before reaching the actual card. Hop 1 — direct connection to the server with the card. Hop 2 — the server itself is a client of another server. And so on.

Each hop adds delay and reduces stability. At 3+ hops, freezes become the norm. In CCcam.cfg you can limit:

SHARE MAXHOPS: 3

If the server is configured not to allow clients with hop> N, you will get something like in the logshare denied: hop limit exceeded. This is not a bug — this is the server's policy.

Share groups (SHARE) in CCcam.cfg control which CAID and from which peers to pass on. Incorrect group settings can lead to a situation where the card exists, but the share is not distributed to the necessary clients.

Invalid CAID or provider ID

CAID (Conditional Access ID) identifies the encryption system: for example, 0x0500 — Viaccess, 0x0604 — Irdeto, 0x1800 — Nagravision. ProvID specifies the specific operator within this system.

Sometimes the server honestly provides the required CAID, but it does not have the ProvID for your operator. This means that the card belongs to another package of the same encryption provider. In OScam the log will show:

ECM error: no matching reader found for CAID 0500 ProvID 040810

The specific ProvID for your operator can be found in the CAID database or in the OScam logs when directly connecting your card — it will be in the linecard detected.

A conflict of several softcams on one Enigma2 image also occurs. If both CCcam and OScam are installed on the receiver at the same time — they may conflict over ports or access to the card reader. Run only one. Through Softcam Manager, make sure that the one you need is active.