Setting up card sharing Telekarta: softcam and frequencies 2026

Card sharing remains one of the most discussed ways to organize access to satellite television over the network, and Telekarta is one of the operators around which questions about configuring softcam emulators, CCcam/Newcamd servers, and current broadcasting frequencies regularly arise. In this material, we will analyze the technical aspects of the setup, point out common mistakes, and explain how to read transponder parameters for the year 2026.

What is card sharing and how does it work technically

Card sharing (from English card sharing) is a technology for distributing access to an encrypted satellite signal over a local network or the internet. Instead of each receiver directly accessing the operator's physical smart card, the decoding of keys occurs centrally on the server, and client devices receive already decrypted codes (ECM/EMM packets) via the protocol.

Technically, the chain looks like this: the receiver receives an encrypted stream from the satellite, extracts control messages ECM (Entitlement Control Message), sends them to the card sharing server, and the server returns the control word — the key for decrypting the current channel. The entire process takes fractions of a second, so with a stable connection, channel switching appears almost instantaneous.

Main protocols: CCcam, Newcamd, MGcamd

Three main key transmission protocols are used to work with Telekarta cards:

• CCcam — the most widely used protocol, supports both peer-to-peer and client-server schemes. In the CCcam.cfg configuration file, lines of the form are specifiedC: server_ip port username password.
• Newcamd — an old but stable protocol, requires specifying a DES key (usually 14 bytes in hexadecimal format) in the newcamd.conf file.
• MGcamd — a hybrid emulator, often used on receivers with STi7111/STi7105 chipsets and supports multiple protocols simultaneously through a single configuration file oscam.server or newcamd.conf.

Setting up softcam for receiving Telekarta channels

Softcam (softcam) is a software emulator of a decoder, installed on a receiver with firmware based on Enigma2, OpenPLi, OpenATV, or on Android set-top boxes with OSCam support. We will go through the basic setup step by step using OSCam as an example, as this emulator is most often recommended for Telekarta cards due to its flexible reader module system.

Step 1. Installing OSCam through the receiver's control panel

On most modern receivers (Openbox, GI, Uclan, Amiko), softcam is installed through the built-in plugin manager: section "Plugins" → "Download and install plugins" → "Emulators" → OSCam. After installation, the system creates a configuration directory, usually at the path/etc/tuxbox/config/oscam or/usr/keys depending on the firmware.

Step 2. Configuring the oscam.server file

The oscam.server file describes the connection parameters to the card sharing server. The minimum working block looks like this:

[reader]
label = telekarta_server
protocol = cccam
device = 195.xxx.xxx.xxx,17000
user = login123
password = pass456
inactivitytimeout = 30
group = 1
cccversion = 2.3.4

It is important to specify the real, current IP address and port of the server — outdated data is the reason for most technical support inquiries complaining about "no CAM signal." The cccversion value must correspond to the version supported by the specific server; otherwise, the handshake will end with an authorization error.

Step 3. Configuring oscam.conf and logging

In the section[global] of the oscam.conf file, logging should be enabled for initial diagnostics:

[global]
logfile = /tmp/oscam.log
usrfile = /tmp/oscam.user
disableuserfile = 0
preferlocalcards = 1

After saving the configuration and restarting the emulator, lines with channel codes (CAID) and ECM authorization status appear in the log. A successful connection is displayed asfound (fake) orfound (cache) — normally it should befoundwithout error notes.

Frequencies and transponders of Telekarta for 2026

Telekarta broadcasts mainly from the ABS-2 satellite (position 75° east longitude), and the parameters of the transponders are periodically updated by the operator as part of network maintenance. As of early 2026, the following approximate parameters are relevant (it is recommended to check the official list of the operator before tuning, as frequencies may change):

Main package (ABS-2, 75° E)

• Frequency: 11,044 MHz, polarization: horizontal (H), symbol rate: 45,000 Ksym/s, FEC: 3/4
• Frequency: 11,555 MHz, polarization: vertical (V), symbol rate: 30,000 Ksym/s, FEC: 5/6
• Frequency: 11,727 MHz, polarization: horizontal (H), symbol rate: 45,000 Ksym/s, FEC: 3/4

All transponders use the DVB-S2 standard with 8PSK modulation, which requires a receiver with a corresponding tuner — older models that support only DVB-S will not be able to receive Telekarta channels even with correctly configured software.

How to check the relevance of frequencies before tuning

Before entering frequencies into the receiver's satellite list, it is advisable to perform a scan in "blind scan" mode on the range of 10,700–12,750 MHz for position 75° E. If the receiver finds transponders with a signal level above 60% and quality above 80%, and the channel list differs from the reference, it means the operator has made technical changes and the configuration needs to be updated manually by editing the list in the "Satellites" → "Transponders" section.

Typical problems and their resolution

Error "no CAM signal" with correct frequencies

If the signal from the satellite is received (level and quality are normal), but the channel is not decrypted, the reason almost always lies with the card sharing server: the account has expired, the server's IP address has changed, or there has been a CAID block by the operator. Diagnostics should start with checking the OSCam log — the linenot foundnext to a specific CAID indicates a lack of access to this particular set of channels.

ECM desynchronization and image freezing

Periodic image freezes for 2–3 seconds when switching channels are usually related to high ping to the card sharing server (over 150–200 ms) or network congestion. In this case, it is useful to increase the parameter in oscam.confecmcachedelayfakeand reducemaxecmcacheto lessen the load on the receiver's processor when processing the key queue.

Conflict of multiple reader modules

When simultaneously connecting to multiple card sharing servers in oscam.server, priority conflicts may occur when the emulator tries to obtain a key from two sources at once and wastes time on arbitration. The solution is to set clear groups (group) for each reader and enable the parameterpreferlocalcards = 1so that the system prioritizes the faster and more stable source.

Recommendations for stable operation

To minimize failures, it is advisable to adhere to several practical rules. First, update the receiver's firmware and the OSCam version at least once a quarter, as satellite TV operators periodically change encryption algorithms, and an outdated emulator fails to cope with new ECM packets. Second, use a wired internet connection instead of Wi-Fi where possible — delays and packet losses in wireless networks directly affect the speed of obtaining the control word and the frequency of image freezes.

Third, do not add a large number of "spare" servers to the configuration at once — each additional reader increases the processing time of the ECM request and raises the load on the receiver's processor, especially on budget models with limited computing resources. The optimal configuration is one or two stable sources with correctly set priorities.

Checking stability through OSCam web interface monitoring

Most OSCam builds include a built-in web interface available at an address likehttp://IP_receiver:8888. Through the "Readers" section, you can monitor the connection status in real time, the number of received and rejected ECM requests, as well as the average server response time. A response time value above 400–500 ms usually indicates problems on the side of the card sharing service provider, not the receiver itself.

Legal aspect of using card sharing

It should be understood that using third-party access to the encrypted signal of a satellite TV operator without a legal contract violates content distribution terms and copyright laws in most jurisdictions. The legal way to watch Telekarta channels remains an official subscription through an authorized smart card from the operator, and the technical information in this article primarily applies to configuring legally acquired cards on multiple receivers within one network — a scenario that is originally provided for by card sharing technology.