What is a satellite TV subscription via CCcam/OScam

A satellite TV subscription is a relevant topic for many who are interested in the possibilities of watching television. In the context of cardsharing, a subscription represents access to a server that distributes decryption keys. In this article, we will take a detailed look at what a satellite TV subscription is, how the servers CCcam and OScam work, and what exactly you are paying for when you choose this method of access to channels.CCcam and OScam, and what exactly you are paying for when you choose this method of access to channels.

What is a satellite TV subscription and what does cardsharing have to do with it

An official satellite TV subscription is the activation of a smart card from the operator with a legal broadcaster. In this case, you gain access to the content offered by your provider. At the same time, a "subscription" in the context of CCcam and OScam means access to a server that distributes control words necessary for decoding signals.

Official subscription and operator's smart card

An official subscription requires you to activate a smart card that is linked to your account with the operator. This smart card contains all the necessary keys for encrypting and decrypting the television signal. Usually, a conditional access system (CAS) is used for this, such as Conax, Irdeto, Viaccess, or Nagravision.

What does "subscription" mean in the context of CCcam/OScam

When it comes to CCcam or OScam, a subscription means that you gain access to a server that provides decryption over the network. The server receives control words from a real smart card and sends them to your receiver. These control words are necessary for decrypting the stream that your receiver captures.

How cardsharing access differs from a direct card

The main differencecardsharing access from a direct card is that you do not use your own smart card. Instead, you rely on a server that has access to multiple cards, allowing you to receive control words over the internet. This can be convenient, but also risky if the server is not reliable.

How the CCcam and OScam server technically works

Understanding how the CCcam or OScam server works will help you better understand the process of receiving the signal. First, the receiver captures the encrypted stream and sends a request to the server, asking for a control word (ECM). The server, having access to the real card, returns this control word, and the receiver decrypts the stream.

ECM stream, control word, and the principle of key distribution

Every 10 seconds, the receiver must receive a new control word to continue watching. The server sends this word in response to the ECM request. If the server is functioning correctly, this process happens quickly and unnoticed by the user.

CCcam protocol (port 12000) and newcamd

CCcam usually uses port 12000/TCP. The connection string format to the server looks like this:C: host port username password. If you are using the newcamd protocol, the port may be, for example, 15000. This protocol also supports the exchange of control words between the client and the server.

OScam as a modern alternative: readers, accounts, services

OScam is a fork of CCcam that offers more flexible configurations. In OScam, you can configure the filesoscam.server,oscam.user andoscam.conf to work with different protocols. For example, in the fileoscam.server you can specify the device, port, and protocol, such asprotocol=cccam anddevice=host,port.

What makes up the cost and quality of a subscription

When you choose a subscription for satellite TV throughcardsharing, it is important to understand what you are actually paying for. The main factors affecting the cost are access to a server with real cards, low freeze-time, and service stability.

Server stability and uptime

The server you choose should have high uptime. This means that the server should be available almost all the time; otherwise, you risk losing signal at the most inconvenient moment. Good services usually maintain several servers for redundancy.

Freeze-time and control word response speed

Freeze-time is the delay between the ECM request and receiving the control word. If this value is too high, channel switching will be slow, and you may experience freezes. A normal freeze-time value should be in the hundreds of milliseconds.

Number of local cards and redundancy

A good server usually keeps several local cards from the same operator for redundancy. This helps avoid situations where one card fails, and you lose access to channels. The more cards there are, the higher the likelihood of stable operation.

How to choose a cardsharing provider: criteria without names

Choosing a cardsharing provider is a responsible step. Here are some criteria to pay attention to:

What to look for when choosing a server

Pay attention to the availability of a test line. This allows you to test the service before purchasing. It is also worth noting the transparency of the offers—what channels you get for your money.

Test period and freeze-time check

The test period will help you check how well the server works. You can measure freeze-time using the ping command to check the ping to the server and analyzing the OScam logs.

Red flags of an unreliable service

If the provider does not offer test lines or does not respond to requests, this should raise concerns. It is also advisable to avoid those who offer prices that are too low, as this may indicate an unreliable service.

Basic C-line setup on the receiver and connection check

To connect to the server, you will need to set up a C-line. The format of the line will look like this:C: server.example 12000 user pass. This file is usually located at/var/etc/CCcam.cfg on Enigma2 receivers.

C-line format and where to enter it

Write the C-line in your receiver's configuration file. This is necessary for the receiver to know which server to connect to and how to authenticate.

CCcam.cfg file and its location

The fileCCcam.cfg is located in the directory/var/etc/ on most Enigma2 receivers. Make sure you have specified the correct path to the file.

Diagnostics via logs and telnet command

For connection diagnostics, you can use the OScam web interface, which is usually available on port 8888. You will be able to see the ECM status: OK or NOK. It is also useful to check the logs to identify possible connection issues.