SPTS streaming solution for conversion of satellite, cable or terrestrial channels to IP streaming
The ideal solution for hotels, bars, offices and everywhere LiveTV streaming to be distributed to many clients.
The Octopus NET MC is a pure Multicast Edition of the Digital Devices Octopus NET. The conversion of DVB-S/S2, DVB-C/C2 or DVB-T/T2 modulated transponders is carried to IP-based in RTP and/or UDP format. Up to 12 TV channels from max. 4 transponders can be implemented per server and it's also possible to mix the types of reception, e.g. satellite and cable.
For a higher conversion of channels, several Octopus NET MC models can be cascaded. The streaming of individual TV channels is done here in the SPTS (Single Program Transport Stream) method, which provides a wide compatibility with hardware and software clients. By the integrated CI interfaces, a direct decryption from TV channels is possible. Several channels of a transponder can be decrypted* per CI slot.
The configuration is carried out exclusively by a password protected web interface, which prevents the unauthorized access to the configuration. The multicast IP address as well port and protocol (RTP / UDP) are freely definable. The integrated 5-port Gigabit Switch provides a stable transmission in the network and enough capacity for streaming. In addition, the IGMPv3 protocol is supported.
The signal input to the Octopus NET MC M4 from the satellite can be done by:
The signal input to the Octopus NET MC M4 from cable or terrestrial can be done by:
Tested clients in combination with the Octopus NET MC M4 are currently:
*Please note here the license terms of providers and content providers.
*Number of simultaneous decryptions is CAM module depends
Please note that the Octopus NET MC M4 no distribution via unicast (RTSP) provides, such as those is defined by the SAT>IP protocol. For this purpose distribution, please use the Octopus NET v2 versions. It can not be used with clients, like set-top boxes for SAT>IP unless they support the multicast method.
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