CCcam Premium: server and config setup

If you were looking for information on the query cccampremium, you have probably already seen dozens of pages with beautiful tariff tables and promises of "stable HD without freezes." But behind the word "premium," in most cases, there is nothing technical. Let's break down what really affects the quality of the line, how to correctly write the config, and why your channels freeze even on a "premium" subscription.

What "premium" really means in CCcam

Marketing term versus technical reality

The CCcam protocol does not contain the concept of "premium." There is no such flag in the config, no parameter in the C-line, no field in the packet header. The word "premium" was invented by resellers to differentiate tariff plans and justify a higher price.

From a technical point of view, the line is simply a connection client→server via the CCcam protocol on a specific port. The quality of this connection is determined by three things: ECM response time (in milliseconds), the number of hops, and the stability of the server's uptime. Nothing more. The word "premium" in the tariff name has no relation to these parameters.

Local cards, peering, and reselling lines

To understand what you are paying for, you need to understand the architecture. There are three levels:

• Local cards — a smart card is physically inserted into the server. ECM is decrypted locally. This is 1 hop, minimal delay, usually 80–150 ms.
• Peering — two servers exchange lines directly with each other. The hop becomes 2, the delay increases, but not significantly — 150–300 ms depending on the ping between the servers.
• Reselling — resale of the line through a chain of intermediaries. Each reseller adds 1 hop. With 4–5 hops, ECM time easily goes beyond 500–700 ms, and HD starts to freeze.

A "premium" line from a reseller is almost always the reselling of someone else's peering network. You are buying access from an intermediary who bought from another intermediary who is connected to a real server with cards. 3–4 hops are guaranteed.

Why "premium" does not guarantee stability

The reseller sold 500 clients on one channel of a server that has 10 slots. During prime time (20:00–23:00), all 500 request ECM simultaneously. The server is overloaded, ECM time goes beyond 1000 ms, and the picture breaks up. The name of the tariff can be "ultra premium gold."

The measurable quality indicator is always ECM time. Everything else is marketing.

Configuring CCcam.cfg for a stable line

Structure of the C: line (hostname port username password)

The basic syntax of the C-line in CCcam.cfg looks like this:

C: server.example.com 12000 myusername mypassword yes

Fields in order: hostname or IP of the server, port (standard 12000, but the provider can assign any), username, password, and DES encryption flag (yes/no). If the provider did not specify otherwise — set it to yes. Spaces between fields are mandatory, and a colon and space after C are also required.

You can add several C-lines for different servers — CCcam will automatically choose the one that responds faster to the ECM request. This is useful if you have two providers for different packages.

CCcam parameters WantEmus, ECM Keep Alive, DES Key

Key directives that affect client operation:

• WANT EMUS : no — disables receiving emulators from the server. Almost always needs to be set to no if you are not using softcam emulation.
• ALLOW EMM : yes — allows EMM key updates. Necessary for proper operation with some providers.
• ECM KEEP ALIVE : yes — keeps the connection active between ECM requests. Helps with unstable connections.
• GLOBAL LIST : yes — allows seeing all available cards on the server.
• METHOD : 1 — algorithm for selecting the CW source. Value 1 (by response time) is usually better than the default.

File locations: /var/etc/CCcam.cfg and /etc/CCcam.cfg

The path depends on the firmware. In most Enigma2 images (OpenPLi, OpenATV, VTi), the config is located in/var/etc/CCcam.cfg. In some images based on Gemini and older builds — in/etc/CCcam.cfg.

After editing the config, the daemon needs to be restarted:

/etc/init.d/CCcam restart

Or through the CCcam Info plugin in the receiver interface. Simply rebooting the receiver works, but takes longer. During diagnostics — always restart the daemon, not the entire box.

Setting up F: line for sharing lines with clients

If you are sharing the line further (for example, to several receivers in the house), the F-line is used:

F: clientusername clientpassword 1 0 0 0 { 0:0:2 }

Fields: client username, password, encryption flag, maximum simple keepalive time, hop count for this client, and filter by CAID/provider. The curly braces with0:0:2 mean access to all cards. The F-line works only if CCcam is running in server mode (SERVER : yes in the config).

Alternative on OScam: dvbapi, reader, and ports

oscam.server: section [reader] and protocol=cccam

OScam can connect to CCcam servers as a reader. The config file is —/etc/oscam/oscam.server (or/etc/tuxbox/config/oscam/oscam.server depending on the distribution). Example section:

[reader]

Parametercccversion — the version of the CCcam protocol presented to the client. Most servers accept 2.3.0. If the server refuses the connection — try 2.1.4 or 2.2.1.ccckeepalive = 1 enables keepalive pings, which reduces the number of disconnects on unstable lines.

oscam.conf and dvbapi port for Enigma2

To work with the Enigma2 tuner, the dvbapi module is needed. In/etc/oscam/oscam.conf:

[dvbapi]

OScam communicates with Enigma2 via a socket or local port. In case of a conflict with CCcam running simultaneously, dvbapi will not be able to gain control over the tuner — both daemons compete. Either one or the other. You cannot run CCcam and OScam simultaneously as softcam on one receiver — this is a common mistake.

oscam.user and access groups

The file/etc/oscam/oscam.user defines who can connect to your OScam server:

[account]

The group (group) in oscam.user must match the group in oscam.server — this way OScam knows which reader to use for a specific client. If the groups do not match, the client will connect, but the channels will not be decrypted.

Webif on port 8888 for monitoring

The web interface of OScam is one of its main advantages. After launching, open a browser at the receiver's address:http://192.168.1.xxx:8888. There you can see the status of all readers, the current ECM time for each channel, decode count, errors, and uptime.

In the "Services" section, you can see in real-time which CAID is used for the current channel and how many milliseconds the last ECM took. This is much more convenient than parsing the log manually.

Diagnosing problems: freezes, ECM timeout, no picture

Reading the CCcam log and ECM time values

The CCcam log on Enigma2 is read with the command:

cat /tmp/CCcam.log | grep ECM

Or in real-time:

tail -f /tmp/CCcam.log

What to look for: lines likeECM time: 245ms. Up to 300 ms is excellent. 300–600 ms is normal; there may be micro-freezes on HD. 600–1000 ms is bad; freezes are guaranteed on HD channels. Above 1000 ms means the line is practically non-functional for watching HD.

The freeze problem on HD channels and CAID priority

HD channels require an ECM request every few seconds, and response time is critical. SD channels are less sensitive to delays — you can often watch even at 800 ms, while HD starts to break down at 500 ms.

Another reason is incorrect CAID priority. For example, you have a line with CAID 0500 (Viaccess) and 0604 (IRD), and the channel is better decrypted through 0500. If CCcam tries 0604 first and gets a slow response, freezes will occur even with a fast card. In CCcam.cfg, you can set the priority using the directivePRIORITY CAID.

Hops, downtime, and line substitution by the reseller

The number of hops can be seen in the CCcam log or through the CCcam Info plugin — the "Hop" field. Hop 1 means the card is physically on the next server. Hop 3–4 means you are fourth in the chain.

A classic fraud scheme: the reseller sells you a "premium" line with hop 1 for a trial period, and after payment quietly switches to a cheaper line with hop 3–4. It’s easy to detect — read the log and compare hops before and after payment. If the hop increased from 1 to 3 after activating the full subscription — you have been deceived.

Another sign: downtime. A good line has an uptime of 99%+. If the server goes down every few hours for 5–10 minutes — this is an overloaded shared server or an unstable peering chain.

Checking via telnet and the command cat /tmp/ecm.info

Telnet access to CCcam on port 23 (locally on the receiver):

telnet 127.0.0.1 23

Commands within the session:log will show the current log,info — general information about connections and cards. For quick diagnostics of the current channel:

cat /tmp/ecm.info

The ecm.info file is updated with each ECM request and contains CAID, provider ID, channel SID, and the last response time. If the file is empty or not updating — the daemon is not receiving ECM, meaning the problem is at the dvbapi or tuner level, not the line.

Firewall and NAT are a separate story. If the line's port is non-standard (for example, 18000 instead of 12000), make sure that the outgoing connection is not blocked by the router. It’s easy to check:

nc -zv server.example.com 18000

If the connection cannot be established — the problem is in the network, not in the config.

Technical criteria for choosing line providers

Stable ECM time and low hops as metrics

When looking at cccampremium offers from different providers, ask for a test line and measure ECM time under real conditions. A normal provider will not refuse a 24–48 hour test. Those who refuse are already suspicious.

During the test, start monitoring and watch ECM time over at least two prime-time periods (evening hours). If at 21:00 the ECM time jumps from 200 ms to 800 ms — the server is overloaded and only good during quiet hours. This is not "premium," no matter what it is called.

Server uptime and peering network

A good provider should be able to show uptime statistics — at least for the last month. The minimally acceptable uptime for a line you trust is 99%. Below 98% is already unstable for regular use.

Ask directly: do they have their own local cards, or do they operate on peering with other servers. An honest answer says a lot about the provider. If they evade the question — you are likely the third or fourth in the reselling chain.

Support for the necessary CAID and packages

Before purchasing, clearly define which CAID you need. For example, for Viaccess-based packages, CAID 0500 is needed, for Irdeto — 0604, for Nagravision — 1801 or 1830. The provider must explicitly confirm support for a specific CAID, not just say "everything works."

You can check this in a test: look at ecm.info or the OScam webif log and make sure that the required CAID is actively used, not just listed among the available ones.

Trial period and transparency of statistics

A good provider offers a trial before payment. A bad one sells immediately for a month in advance and does not refund money. The test should be under real conditions — on your hardware, with your internet, during evening hours.

After connecting the test cccampremium line, check the hop immediately upon connection and record the value. If the hop changes after payment — that’s a signal. Take screenshots of CCcam Info or logs — this is your only way to prove line substitution.