EL940 IP Satellite Reciever 
EL940 IP Satellite Reciever

The EL940 is a high performance proffesional satellite IP receiver designed for the reception of IP traffic transmitted over satellite in compliance with the DVB-S, DVB-DSNG or DVB-S2 stabdards
 
Details
Product Code NEW0381
 
 

        
Key features
• DVB-S2 and DVB-DSNG/S compliant
• QPSK, 8PSK, 16APSK and 32APSK
• Multistream and VCM support
• Compatible with MPE and XPE encapsulation
• IP reception up to 154 Mbit/s
• Auto-switching GbE interface
• Linux-based PC architecture
• LNB control

Main advantages
• Cost-eff ective design for a low initial investment
• Full compatibility with the DVB-S/S2 standard for a guaranteed interoperability
• Highest service availability due to stable operation and robust build
• Advanced features for a maximum data throughput and operational fl exibility
• Ideally suited for star topology
• Possible integration with data processing software

Applications
The IP receiver can be used in both bidirectional applications and in unidirectional applications.
• Content distribution: digital cinema, digital signage
• Primary distribution of IPTV
• IP trunking
• Corporate networking
• DSNG IP Applications

The EL940 is a high performance professional satellite IP receiver designed for the reception of IP traffic transmitted over satellite in compliance with the DVB-S, DVB-DSNG or DVB-S2 standards. The EL940 connects directly to terrestrial IP network infrastructures via a single auto-switching Gigabit Ethernet interface. The receiver demodulates, restores and filters the data received from the satellite at rates of up to 154Mbit/s.

The EL940 comes with a single, fixed hardware configuration optimised for applications that requires a low initial investment without compromising on performance. It is ideally suited for point-to-multipoint applications, such as content distribution.

The PC architecture and the Linux operating system of the EL940 allows to integrate data processing software, such as Newtec’s Tellitec IP software, directly on the unit (this integration may modify the performance of the device).