TechniSat DVB-T/IP IRD - Manual (Page 8)

8
EN
3
Bringing into service
ESD-safety
During operation of the device the ESD-safeguards in accordance with DIN EN 100
015-1 have to be observed. (Induced by a potential equalization between chassis
and equipment material as well as housing materials through high resistance
(approx. 1 MOhm), for example with a standard ESD-wristband).
3.1 Assembling
The operation of the module is solely carried out in one of the various slots of the TechniNet IP
base unit. Before bringing into service it should be noted that the device is within the range of
nominal temperature. After assembling the device is operable immediately.
The module is hot-plus capable. The integration and removal is thus possible during the
operation of the system.
The printed circuit has to be moved from the front of the device in between the appropriate
conductor till the terminal tag is connected with the printed circuit on the back. Afterwards
the front –and back plate have to be screwed to the chassis.
All possible and needed settings for the device can now be carried out with the TechniNet IP
Programmer (0000/5971) or the TechniNet Management Software.
3.2 Connection to the network
3.2.1 LAN
The module will be connected with the LAN RJ-45 socket via the Ethernet network. Through
this the control of the modules via the web-interface or via the TMS – TechniNet Management
Software (TMS) will be carried out. The factory site IP address is 10.10.70.48.
3.2.2 TS/IP
The TS/IP interface can be configured as in- or output (half-duplex) and enables the
transmission or reception of an IPTV-or TSoIP data stream.
Using for IPTV applications, the MPEG
transport stream received by the IRD-card
will play out into the network as so called
SPTS (Single program Transport Stream)
via a multicast-address into the network.
The needed information to recover
encoded TV programs is already integrated
into the SPTS. It only contains the video
and audio Information (PES).
In case of TSoIP application, the received
DVB-transport stream will be implemented
via Ethernet. The implemented transport
stream will be transmitted through a
Multicast Address.