CCcam Premium: server setup and cline in 2026

If you searched for "cccam premium" and are waiting for a magic button — let me be honest: there is no special "premium CCcam." This is a marketing label that hides either a quality line with local cards or a regular resale with a fifth reshare. Let's break down how this works at the protocol level, where the configs are located, and how to avoid freezing every ten minutes.

What "CCcam premium" really means

Premium as line quality, not separate software

CCcam is a card sharing daemon, and it is the only one. Version 2.3.0 was the last stable release, and no "premium version" has been released. When a provider writes cccam premium in the tariff description, they are referring to the quality of their lines, not some special binary.

Quality is determined by three things: the number of hops to the card, ECM response time, and server uptime stability. Everything else is just words.

How a premium server differs from a free one

On free servers, you usually see hop 3-5, ECM time 800–2000 ms, and periodic disconnections. On a normal paid server — hop 1, ECM consistently up to 300 ms, uptime 99%+. The difference is felt instantly: channel switching takes less than a second compared to two or three on overloaded chains.

The CCcam protocol operates over TCP. There is no standard hard port — most often 12000 is used, but this is entirely at the discretion of the server administrator. WebInfo listens on 16001 by default.

Local cards, reshare, and depth (hops)

Hop 1 means the server holds the physical card in the reader. Hop 2 — the card is already with a neighboring server that resells access. Each additional hop adds latency and a point of failure.

Reshare chains break during peak load hours — approximately from 20:00 to 23:00 local time. During this period, ECM time can jump from 200 to 1500 ms even with the same connection because the intermediate server starts to choke on requests.

C-line structure and configuration format

C-line syntax: host port username password

A C-line looks like this:

C: hostname.example.com 12000 myuser mypassword

Four fields separated by spaces: host (IP or domain), port, login, password. No extra characters. If the server provides multiple caid — still one C-line; filtering is done on the server side through card settings.

On some CCcam firmware, it is sensitive to spaces and encoding. Edit the config in UTF-8 without BOM, otherwise the daemon will silently ignore the line.

The CCcam.cfg file and its location (/var/etc/CCcam.cfg)

On Enigma2 firmware (OpenPLi, OpenATV, OpenVIX), the configuration file is located at/var/etc/CCcam.cfg. Sometimes it can be found at/etc/CCcam.cfg — it depends on the build. If you are not sure, check like this:

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

After changes, the daemon needs to be restarted manually:

/etc/init.d/CCcam restart

Or via Telnet/SSH with the commandkillall -9 CCcam&& CCcam&, if the initscript does not work correctly.

File permissions should be 600 or 644. If CCcam runs under another user — check the owner. The firmware sometimes uses a non-standard path, and the daemon simply does not pick up changes without a full restart.

F-line parameters and reshare values

F-line is a line for distributing cards to clients:

F: clientuser clientpassword 1 0 0

The third parameter is the maximum reshare (1 means the client can share the card one level deep, 0 means reshare is prohibited). The fourth and fifth are restriction flags. If you want to completely prohibit further sharing:

F: clientuser clientpassword 0 0 0

In the global settings section, it is useful to add:

WEBINFO LISTEN PORT : 16001

Setting up premium lines in OScam as an alternative

OScam is a more flexible option for multi-protocol builds. It can connect to a CCcam server through a built-in reader and simultaneously provide cards to clients via multiple protocols. The configs are located in/etc/tuxbox/config/ or/var/keys/ — it depends on the firmware again.

The [reader] section with the cccam protocol in oscam.server

Open/etc/tuxbox/config/oscam.server and add:

[reader]

The parameterdevice accepts host and port separated by a comma without spaces. This is important — a space will break the parsing.

The parameters cccversion, cccmaxhops, cccwantemu

cccversion = 2.3.0 — tells the server that you identify as CCcam 2.3.0. Most servers expect this version. Use 2.3.0, do not experiment without reason.

cccmaxhops = 1 — OScam will not request cards deeper than one hop. This is your main tool for controlling latency. With a value of 2, you risk getting slow cards from reshare chains.

cccwantemu = 0 — disables the request for emulator cards. If you only need real cards — always 0.

The oscam.user and group binding for routing

In/etc/tuxbox/config/oscam.user each user receives the parametergroup. The reader is also tied to the group. OScam routes requests only through readers whose group matches the user's group.

[account]

If you have two readers with the same caid and they are in the same group — OScam will automatically choose the fastest one. A conflict arises when groups overlap incorrectly and requests go to the slow reader instead of the fast one. Solution: separate readers into different groups and explicitly assign groups to users.

Troubleshooting: freezes, line loss, and high ECM time

Diagnostics through WebIf and oscam logs

The first place to look when experiencing freezes — WebInfo CCcam on port 16001 (opens in the browser:http://<receiver-ip>:16001) or OScam WebIf on 8888. There you can see active readers, current ECM time, and card status.

In the OScam log, look for lines like:

ECM cccam (1) 300ms, found

If instead of "found" it says "not found" — the card is not responding. If the time is more than 1000 ms — the hop is far or the server is overloaded.

High ECM time and its causes

ECM time above 800–1000 ms almost certainly causes freezes when zipping channels. Reasons:

• Hop 3+ — the reshare chain is too long
• The server is overloaded during prime time
• Poor network route between you and the server (check ping)
• NAT or firewall blocks outgoing TCP on the required port

The last point is a classic trap. The connection in the log shows as "connect," but the cards do not come. Reason: the firewall allows SYN but cuts further traffic. Check iptables rules or ask your internet provider — some block non-standard TCP ports.

FreezeProtect, unstable hop, and caid blocking

In CCcam.cfg there is a parameterFREEZEPROTECT. It switches the receiver to another line when decoding hangs. It is enabled like this:

FREEZE PROTECTION : 1

It only works if you have multiple C-lines. With one line, there is nowhere to switch, and the parameter is useless.

A separate story is when the line is working, but the specific caid of your satellite does not open. This is not a connection bug, but the absence of the required provid on the server. Check via WebIf which caid/provid the reader actually distributes. If the required one is missing — the line simply does not support your package, no configuration will fix this.

How to choose a stable source of lines (criteria)

There will be no names of services here. Only technical criteria by which you can independently evaluate any source of cccam premium lines.

Server uptime and declared uptime

A normal indicator is 99% uptime per month. This is about 7 hours of total downtime over 30 days. If the provider does not publish statistics or refuses to provide test access for verification — this is a red flag.

Request a test period of at least 24 hours. During this time, run ECM time monitoring through OScam WebIf and see how the server behaves during evening hours.

Local cards vs long reshare chains

Ask directly: are the cards local or reshare? An honest answer "reshare hop 2" is better than an evasive "premium quality." A local card is hop 1 in WebIf, reshare is hop 2 and higher.

Through OScam WebIf, this is visible in the reader details: the "hops" field shows the actual depth. If there are 3-4 — the source is not what it claims to be.

Test period and protocol support

Check that the server supports the specific caid you need. For Hotbird and Astra, there are different sets of providers. A good source of cccam premium lines clearly indicates the list of supported caid and satellites — without this information, you are taking a cat in a bag.

Support for newcamd alongside CCcam is a plus: it means that the infrastructure is set up for multiple protocols and the administrator knows what they are doing.