CCcam Premium: setup, config, and server selection 2026

If you have already figured out what card sharing is and now want a properly working access —cccam premium is where you should start. Not because it's a marketing term, but because there is a real technical difference between free servers and paid ones, which can be measured in milliseconds and uptime percentages.

In this article, I analyze the configuration file line by line, show how to read logs, explain CAID codes, and why some channels are decoded while others are not. No fluff.

What is CCcam Premium and how does it differ from free access

CCcam is a protocol for exchanging conditional access data between a server (which holds the physical smart card) and a client (your receiver). The protocol exists in versions from 2.0 to 2.3, and the handshake between the client and server uses SHA1 for authentication and DES for key exchange.

The difference between free and paid access is not in the protocol. The protocol is the same. The difference is in the infrastructure behind it.

CCcam architecture: how the protocol works

When your receiver encounters an encrypted channel, it sends an ECM request to the CCcam server. The server forwards the request to the smart card, receives the CW (Control Word), and returns it to the client. This entire cycle must fit within ~300ms — otherwise, the picture will freeze or break up.

The delay at each link adds up: network to the server + card processing time + network back. On a good server, all together — 30–80ms. On an overloaded free one — 300–800ms, and that's already the limit of normal viewing.

Free vs Premium: technical differences in latency and stability

Free servers usually rely on home connections or cheap VPS with asymmetric bandwidth. One server can serve 50–200 clients with one card. Latency varies from 80 to 500ms depending on the time of day.

Paid cccam premium works differently. A normal provider maintains dedicated server resources, direct cards (without resale), a limited number of clients per card, and SLA for uptime. ECM time is consistently up to 50–80ms.

Another point — keepalive. Free servers often do not respond to CCcam pings, and the client hangs with a frozen connection instead of reconnecting. Paid servers usually handle this correctly.

Types of servers: shared card, dedicated line, reshare

Reshare is a key concept. It is the resale of access to a card through a chain of servers. The reshare depth parameter shows how many intermediate nodes are between you and the original card.

Reshare 0 (direct card) — your client is connected directly to the server with the physical card. Minimal latency, maximum reliability.

Reshare 1 — the card came through one intermediate server. Adds 20–50ms and another point of failure.

Reshare 2 and above — is found on cheap servers. Latency is unpredictable, and if an intermediate node fails, you lose access without explanation. This should be avoided.

Configuring CCcam.cfg: complete breakdown of the configuration file

Most problems with CCcam are due to a faulty config. Not server problems, not receiver problems. Just a poorly written file.

Location of the CCcam.cfg file on Enigma2

On all major firmware — OpenPLi, OpenATV, OpenViX, VTi — the file is located in/etc/CCcam.cfg. On some distributions, it is additionally used in/var/etc/CCcam.cfg, but/etc/ — is standard.

After any changes to the file, you need to restart CCcam. Via SSH:/etc/init.d/softcam restart. Or through the plugins menu → Softcam Manager → Restart. Without a restart, changes do not take effect.

And be sure: before updating the Enigma2 firmware, save/etc/CCcam.cfg manually. Some updates reset the file to default.

Mandatory directives: C: line, USERNAME, PASSWORD, PORT

The main connection line to the server isC: directive. Syntax:

C: hostname port username password

The standard CCcam port is12000. The port may be changed by the provider — check the connection details. Some providers use ports 443 or 80 specifically to bypass ISP blocks.

Multiple servers — multipleC: lines. CCcam connects to all of them in parallel and takes the response from the one that replies first.

Optional parameters: RESHARE, STEALTH MODE, CAID filters

RESHARE — whether to allow your client to share the card further. For a regular user, set to 0. Reshare is allowed only if you want to become an intermediate node yourself.

STEALTH MODE — a mode in which the server does not see that you have a CCcam client (masquerades as a standard client). Some servers require it to be enabled:STEALTH MODE: yes.

CAID filters — you can limit which conditional access systems your CCcam processes. This reduces load and speeds up response. Directive:CAID FILTER: 0500,1801 — CCcam will only send requests for these CAIDs.

RECV TIMEOUT — the timeout for waiting for a response from the server in seconds. By default, it is usually 5. If the server is slow — increase to 8–10.

RECONNECT TIMEOUT — the pause before reconnecting after a disconnection. By default, 30–60 seconds. With an unstable connection, it can be reduced to 15.

Example of a working config with explanations

# Основной сервер (primary)
C: server1.example.com 12000 myuser mypassword

# Резервный сервер (failover)
C: server2.example.com 12000 myuser2 mypassword2

# Не отдаём карту другим клиентам
RESHARE: 0

# Максимальный log-уровень для диагностики
LOG FILE: /tmp/CCcam.log

# Ждать ответа от сервера до 8 секунд
RECV TIMEOUT: 8

# Переподключаться через 20 секунд после разрыва
RECONNECT TIMEOUT: 20

# Обрабатывать только нужные системы
CAID FILTER: 0500,0604,0622,1801,1833,0B00

# Стелс режим (если требует сервер)
STEALTH MODE: yes

OrderC: lines are important: with the same latency, CCcam prioritizes the first server. The backup server is always connected but is only used if the primary does not respond first.

Diagnostics and troubleshooting common connection issues

Most problems can be resolved before calling support. You just need to know where to look.

CCcam does not connect: check the network and ports

First — make sure the port is actually accessible:

telnet hostname 12000

If the connection hangs or fails — the problem is in the network between you and the server. Either the ISP is blocking port 12000, or your router is closing it.

Check active connections on the receiver itself:

netstat -an | grep 12000

There should be a line with the statusESTABLISHED. If onlySYN_SENT — the server is not responding.

If you are behind double NAT (provider's router + your home router) — make sure that traffic on port 12000 is not filtered at both levels. ISP routers sometimes block non-standard ports without warning. In this case, ask the CCcam provider to grant access on port 443 or 80.

For iptables — open outgoing traffic on the required port:

iptables -A OUTPUT -p tcp --dport 12000 -j ACCEPT

Error 'CARD NOT FOUND' and 'ECM TIMEOUT'

CARD NOT FOUND for CAID XXXX — the server received the request, but it does not have a card for this CAID. There are three reasons: this CAID is not included in your tariff, the provider does not have this system at all, or your config has a CAID FILTER that blocks this request.

ECM TIMEOUT — the request was sent, but the response did not arrive in the allotted time. Either the latency is too high, or the server is overloaded. Try increasing the RECV TIMEOUT.

It can also happen: the CAID is supported, but the specific transponder is not in the coverage list. The server physically has a card, but it was purchased in another country and does not decrypt the regional package. This needs to be clarified with the provider.

Freezes and reconnects: timeout settings

MTU mismatch — one of the most obscure reasons for disconnections. If the packet does not fit into the MTU of the tunnel, part of the data is lost and the connection hangs. Check:

ping -s 1472 -M do hostname

If you receiveFrag needed or packet loss — the problem is with MTU. Try a value of 1400 or clarify the MTU with your internet provider.

For connections that drop after a few hours without an obvious reason — the firewall on the router may be closing "long" TCP connections. Configure keepalive at the OS level of the receiver or reduce the RECONNECT TIMEOUT so that CCcam can restore the connection faster.

How to read the log /tmp/CCcam.log for diagnostics

This is the main tool. Open via SSH:tail -f /tmp/CCcam.log

Important lines:

• connected to server — successful connection
• server closed connection — the server terminated the connection from its side (overload, authorization problem, end of the trial period)
• card not found for CAID XXXX SID YYYY — the specific channel (SID) is not being decoded
• ECM time: 45ms — normal
• ECM time: 380ms — already bad, there will be freezes
• login failed — incorrect login/password or the tariff has expired

High latency only for certain CAID with normal speed for others — a sign that the provider uses different physical cards for different systems, and one of them is overloaded or on a slower channel.

Criteria for choosing a reliable CCcam Premium server

Choosing a cccam premium server should be based on specific technical parameters, not on advertising promises. Here’s what really matters.

Technical parameters: latency, uptime, reshare depth

Latency is measured through the CCcam info page — this is the built-in web interface of CCcam, available athttp://receiver-address:16001. In the Servers section, the ECM time for each connected server is displayed in real-time.

Guidelines:

• Up to 80ms — excellent, no problems
• 80–150ms — good, suitable for most channels
• 150–300ms — satisfactory, possible freezes on quickly switched channels
• Over 300ms — problematic, decoding will be unstable

A simple ping to the host gives a guideline, but does not reflect the real ECM latency — card processing adds its own time on top of network delay.

Uptime: a normal provider can show statistics for the last 30 days. Without this data — just words.

Which CAIDs are covered: Viacess, Irdeto, Nagravision, Conax

CAID is the identifier of the conditional access system. Before purchasing, make sure the systems you need are on the coverage list:

• Viacess — CAID 0500 (Canal+, many European operators)
• Irdeto — CAID 0604, 0622 (DStv,BeIn Sports, a number of European ones)
• Nagravision — CAID 1801, 1833 (Sky, Orbit, some Ukrainian ones)
• Conax — CAID 0B00 (Scandinavian operators, a number of Eastern European ones)

The problem with CAID often looks like this: decoding works on some channels and does not work on others. Check the CAID of the required channel in the receiver menu (usually in channel information) and compare it with what the server supports.

Trial period and ways to check before payment

Normal providers give trial access before payment. During this time, you can check the ECM time through the info page, ensure that the necessary CAIDs are decoded, and assess stability during peak hours (usually 18:00–22:00 local time).

After 2–3 hours of operation, CCcam.log will show the real picture: whether there are connection losses, how latency behaves, and whether there are any card not found errors for the required channels.

Red flags: signs of an unreliable provider

You should leave if:

• There is no trial period — the provider is not confident in their product
• There is no technical support or support responds after days
• Reshare depth is not specified or the provider does not know what it is
• Latency is consistently above 200ms even during off-peak hours
• Uptime is "guaranteed" but without numbers and statistics
• The list of CAIDs is vague: "all major packages" without specifics

OScam as an alternative to CCcam: compatibility and migration

OScam is a more flexible client that can work with CCcam servers through a built-in reader type cccam. If you are already paying for cccam premium access, you can connect to it through OScam without any changes on the server side.

CCcam vs OScam: when to switch

CCcam is simpler in initial setup. OScam provides much more control: detailed statistics for each reader, prioritization of sources, separate rules for different CAIDs, a convenient web interface with real metrics.

If you have several servers with different strengths (one faster for Viacess, another for Nagravision) — OScam allows you to set priorities at the CAID level. CCcam cannot do this.

An important point: CCcam and OScam cannot run simultaneously if both listen on the same port. One must be stopped before starting the other. Through Softcam Manager — select one emulator and ensure that the second is turned off.

Configuring OScam to work with a CCcam Premium server

OScam configs are located in/etc/tuxbox/config/ or/usr/keys/ depending on the distribution. Main files:oscam.conf,oscam.server,oscam.user.

Config oscam.server and oscam.user for CCcam protocol

The minimum block inoscam.server for connecting to a CCcam server:

[reader]
label                         = premium_cccam
enable                        = 1
protocol                      = cccam
device                        = hostname:12000
user                          = myusername
password                      = mypassword
caid                          = 0500,0604,0622,1801,1833,0B00
group                         = 1
reconnecttimeout              = 20

The parametercaid here works as a whitelist — OScam will send requests to this reader only for the specified systems. This is important when you have multiple readers: you need to clearly delineate who is responsible for what.

Inoscam.user you need to create an entry for the local client (Enigma2 connects to OScam as a newcamd or camd35 server):

[account]
user                          = localclient
pwd                           = localpassword
group                         = 1
au                            = 1

The advantage of OScam — the fileoscam.stats which accumulates statistics for each reader: the number of requests, successful decodings, average ECM time, hit percentage. This can all be seen in real-time through the OScam web interface (usually port 8888).

The parameterpriority in oscam.server allows you to specify the order of polling readers with the same CAID. This is something that is not present in pure CCcam — there, the order is determined only by the queueC: lines and response speed.