[cccam] port = 12000 version = 2.3.2 nodeid = A1B2C3D4E5F60789
[reader] label = remote_server protocol = cccam device = 192.168.1.50,12000 user = my_username password = my_password group = 1 Use code with caution. Copied to clipboard
With this modular structure accurately tailored to your specific card CAIDs, your OScam server will run smoothly, delivering rapid decryption times and stable home network distribution. If you need to tailor this setup further, let me know:
[dvbapi] enabled = 1 au = 1 pmt_mode = 0 request_mode = 1 user = local_dvbapi_client read_sdt = 2 write_sdt_prov = 1 Use code with caution. oscam server config
Create a new configuration file for Oscam, typically named oscam.conf . This file will contain the settings for your Oscam server setup.
oscam.user:
OSCam typically uses three main files:
: Enables logging and caching of Entitlement Management Messages (EMMs), which keep your smartcard updated with subscription renewals without overloading the card chip.
The oscam.conf file is the backbone of your server. It controls the global behavior of the application, logging, web interface access, and the protocols used to share keys.
: For network readers, this includes the IP address or hostname followed by a port (e.g., device = 192.168.1.50,12000 ). For physical readers, it points to a hardware path like /dev/sci0 [4, 10]. [cccam] port = 12000 version = 2
Notes:
The oscam.server file tells OSCam where to look for the decryption keys. You can configure a local USB reader or connect to an external proxy server. Example A: Local Physical Reader (e.g., Easymouse 2 USB)
: The communication method, such as newcamd , cccam , or mouse for local serial readers. Create a new configuration file for Oscam, typically