Polytron PXU 848 IP User manual

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PXU 848 IP
IP-Streamer with multiplexing
User manual
MADE IN GERMANY
0902481 V1

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Contents
1. Mounting and safety instructions 3
2. General information 5
3. Description 5
4. Scope of delivery 5
5. Input circuit 6
6. Mounting6
6.1 Grounding 7
7. Installation 7
7.1 Pre-programming 8
7.2 Input level 9
7.3 LAN connectors and status LED 9
8. General programming 10
8.1 Initial setup 10
8.1.1 Establishing a connection via the browser 10
8.2 Programming of the device parameters 11
8.2.1 Input parameters for SAT reception 12
8.2.2 Input parameters for terrestrial range 13
8.2.3 Output parameters MPTS (Multiple Program Transport Streams) 14
8.2.4 Multiplexing function 15
8.2.5 Output parameters SPTS (Single Program Transport Streams) ___________________ 16
8.2.6 CI menu_______________________________________________________________ 19
8.2.7 Device NIT ____________________________________________________________ 20
8.3 Storage of programming / Restart IP Streamer 21
8.4 Network settings 23
8.5 Diagnostic 24
8.6 LED analysis ______________________________________________________________ 26
8.7 Software update ___________________________________________________________ 27
8.8 Extras / additional adjustments 28
8.8.1 Function „Password“28
8.8.2 Function „Teletext Settings“ _______________________________________________ 29
8.8.3 Function „MUX Bitrate Settings“ ____________________________________________ 29
9. Application example_____________________________________________________________ 30
10. Technical data 31

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1. Mounting- and safety instructions
Please observe the following safety instructions in order to prevent any risks for persons and/or damage to the device, as well as to
contribute to environmental protection.
Important instructions
Please read the operating instructions for the device(s) carefully before putting into operation! The instructions contain important information on
installation, environmental conditions, service and maintenance. Save the operating instructions for later use. All operating instructions can be
found on our website at: https://polytron.de/index.php/en/services/operating-manuals
Approved use
Use the device only at the permissible operating locations, under the permissible environmental conditions and for the purpose
described in the operating instructions. If there is no information about the intended use (e.g. operating location, environmental
conditions) or if the operating instructions do not contain any relevant information, you must contact the manufacturer of this
device to ensure that the device can be installed. If you do not receive any information from the manufacturer, the device must
not be put into operation.
Transport
Please check the packaging and the device for damages in shipment immediately upon receipt. Do not put a damaged device
into operation.
Transporting the device by the power cord is not permitted as this can damage the power cord or the strain relief. Insulation
that serves to protect against mains voltages can be damaged by excessive loads (e.g. fall, shock, vibration).
Attention
The rated voltage on the device must correspond with the mains voltage to be used. When operating devices with protection
class I, connection to power sockets with a protective conductor connection is mandatory. The instructions for operating the
device must be observed.
Grounding and potential equalisation
Please establish grounding and perform potential equalisation before initial startup. According to the currently valid version of
EN 60728-11, coaxial receiving and distribution systems must meet the safety requirements with regard to earthing,
equipotential bonding etc, even if the device is removed. Otherwise, damage to the product, fire, or other dangers can occur.
In addition, the earth connection on the device can be used. Other devices within touching distance are to be integrated in the
equipotential bonding. Operation without a protective conductor connection, device grounding or equipotential bonding is not
permitted. If damaged, the device must be taken out of operation.
The electrical system for powering the device, e.g. house installations must contain protective devices against excessive
currents, earth faults and short circuits. Follow all applicable national safety regulations and standards.
Connection cables
Always install the connection cables with a loop so that condensed and/or splashing water cannot run into the device.
Select installations site
Plan the installation location so that children cannot play with the device and its connections. The device should only be
installed on a solid, flat and most of all fire-resistant surface. Observe the operation position of the devices specified in the
operating instructions. Avoid strong magnetic fields in the surroundings. Too strong a heat effect or accumulation of heat will
have an adverse effect on the durability. Don't mount directly over or near heating systems, open fire sources or the like,
where the device is exposed to heat radiation or oil vapours. Mount fan-cooled and passively cooled devices so that the air
can be sucked in unhindered through the lower ventilation slots and heat can escape through the upper ventilations slots.
Ensure free air circulation, ventilation slots must not be covered. Do not place any objects on the devices. Installation in
recesses, alcoves etc and covering the installation site, e.g. through curtains is not allowed. To avoid heat build-up, the correct
installation position must be observed and all-round, free ventilation must be ensured in accordance with the information in the
operating instructions! When installing the cabinet, sufficient air convection must be possible to ensure that the maximum
permissible ambient temperature of the device is maintained.
Moisture
The devices have no protection against water and may therefore only be operated and connected in dry rooms.
Dripping/splashing water and high humidity damage the device. If there is condensation, wait until the device is completely dry.
Select the operating environment according to the specified IP protection class.
Heat
Housing parts near cooling fins and cooling fins themselves can get very hot. Therefore, you should not touch these parts.

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Mounting and service work
The device may only be installed and operated by qualified persons (in accordance with EN 62368-1) or by persons who have
been instructed by experts in accordance with the rules of technology. Maintenance work may only be carried out by qualified
service personnel. Before starting the service work, switch off the operating voltage and secure it against being switched on
again. In the event of service or danger, the mains plug serves as a disconnect device from the mains voltage and must
therefore be accessible and usable at all times. In order to guarantee interference immunity, all device covers must be
screwed tight again after opening.
Fuses are only to be changed by authorised specialists. Only fuses of the same type may be used.
Repairs
Repairs may only be carried out by the manufacturer. Improper repairs can pose significant risks to the user. In the event of
malfunctions, the device must be disconnected from the mains and authorised specialist personnel must be consulted. If
necessary, the device must be sent to the manufacturer.
Thunderstorm
According to EN 60728 part 1 safety requirements, due to increased risk of lightning, maintenance and / or installation work
should not be carried out during thunderstorms on the device or the system.
High overvoltages (lightning strikes, overvoltages in the power grid) can damage insulation that serves to protect against
mains voltage.
Ambient temperature
The permissible ambient temperatures specified in the technical data must be observed for operation and storage, even if the
climatic conditions change due to external influences (solar radiation etc.). Overheating the device can damage the insulation
that serves to isolate the mains voltage.
Termination
Unused coaxial connections should be terminated with 75 Ohm terminating resistors. For DC-supplied connections, DC
voltage decoupling must be used or use 75 Ohm terminating resistors with integrated DC decoupling.
Attention
This module contains ESD components! (ESD = Electrostatic Sensitive Device).
An electrostatic discharge is an electrical current pulse, which can flow through an electrically insulated material, when
triggered by a large voltage difference. To ensure the reliability of ESD components, it is necessary to consider their most
important handling rules:
» Pay attention permanently to potential equalisation (equipotential bonding)!
» Use wrist straps and approved footwear for personnel grounding!
» Avoid electrostatically chargeable materials such as normal PE, PVC, polystyrene!
» Avoid electrostatic fields >100 V/cm!
» Use only labeled and defined packing and transportation materials!
Damage caused by faulty connections and/or improper handling are excluded from any liability.
Recycling
All of our packaging materials (packaging, identification sheets, plastic foil and bags) are fully recyclable. The devices are to
be disposed of properly according to the current disposal regulations of your district/country/state as electronic scrap.
WEEE-Reg.-Nr. DE 51035844
Guarantee conditions
The general terms and conditions of Polytron-Vertrieb GmbH apply. The general terms and conditions can be found on our
website at: https://polytron.de/index.php/en/company/general-terms-and-conditions
GENERAL INFORMATION ON THE OPERATING INSTRUCTIONS
All parameter data are examples only.
User adjustable parameters are freely selectable.
Menu views can vary slightly depending on the software version; the operability does not change as a result.
The images in this manual are for illustrative purposes only.
§

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2. General information
The transmission of television programs via digital data networks (IPTV) is becoming increasingly important. Using
of the so-called Internet protocol, it is also possible to transmit DVB signals via a network infrastructure. The ability to
use IP networks as transmission paths for television programs, the DVB signals received in the PXU 848 IP are
converted into IP streams and thus made available throughout the network. The PXU 848 IP enables the combined
processing of encrypted and open channels. The integrated multiplexing function allows the generation of new
output channels with contents of the 8 different input transponders and thus the capacities of the smart cards can be
optimally utilized. Particularly in office buildings and hospitals, the supply of terminal equipment via IP networks,
some of which already exist, represents an elegant solution for the transmission of television programs. For new
buildings and special applications, such as cruise ships, the advantage is that only an IP network has to be set up
and additional coaxial cabling is not required.
3. Description
The IP streamer PXU 848 IP converts the content of eight SAT transponders, terrestrial or cable channels into IP-
streams. The reception mode can be selected individually at each of the eight inputs: DVB-S/S2, DVB-T/T2 or DVB-
C. Four of the eight channel strips are each provided with a CI interface for decoding encrypted signals. The
integrated multiplexing function allows the generation of new output channels with content of the different input
transponders. For this, the contents of various transponders can be decrypted via one smartcard and thus the
capacities of the smartcards can be optimally utilized. The input signal is made available throughout the IP network
and can be directly received by PCs / notebooks with appropriate software, IP-compatible TV sets or set-top boxes
(STBs) that support the "DVB-IPTV" standard. The IP Streamer can be quickly and easily programmed via the web
browser user interface. The selected settings can be printed out, saved and transferred to other devices, e.g. via
USB stick. The integrated LAN connection allows remote control of all parameters. The supply voltages can be
activated separately for the SAT and terrestrial inputs with jumpers.
4. Scope of delivery
1 x PXU 848 IP
1 x Power cable
1 x LAN patch cable
1 x User manual
1 x Mounting accessories
………
TS-
Processor/
CI-
Manager
IP-
Streaming
Tuner 2
Tuner 1
Tuner 3
Tuner 4
Tuner 5
Tuner 7
Tuner 6
Tuner 8
8x DVB-S/-S2
DVB-T/-T2
DVB-C
128x SPTS /
8x MPTS
CI
CI
CI
CI
8x8 Multiplexer

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5. Input circuit
In the PXU 848 IP, signals are directly fed to the input tuners. Due to the triple tuners, there are eight inputs each for
SAT and eight for terrestrial signals (DVB-T/T2 or DVB-C). In the ‘factory settings’ condition, there is a 12 VDC
voltage for LNB supply on SAT input tuners 1, 2, 5 and 6. This can be switched by corresponding jumpers J1, J2, J4
and J5. On tuners 4 and 8, a 12 V supply voltage for the terrestrial range can be activated by inserting the
corresponding jumpers J3 and J6. The operating states are indicated by external LEDs.
6. Mounting
The IP Streamer must be installed in a well-ventilated room. The ambient temperature must not exceed 45 °C. It
must be ensured that air can circulate freely through the ventilation holes, this applies especially with horizontal 19"
mounting. In order to free air circulation, a minimum distance of at least 15 cm from the ventilation holes is required.
The mains plug must be pulled out for installation or when working on the wiring.
J3 > 12V on/off tuner 4 Terr.
J5 > 12V on/off SAT tuner 6
J2 > 12V on/off SAT tuner 2
J1 > 12V on/off SAT tuner 1
J4 > 12V on/off SAT tuner 5
J6 > 12V on/off tuner 8 Terr.
15 cm
15 cm
= Heat accumulation!!!

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6.1 Grounding
The device must be grounded according to EN 60728-11.
- Strip approximately 15 mm of the cable insulation of the grounding cable (4mm2).
- Slide the stripped end under the earth screw and tighten the screw.
7. Installation
Connection of the input signals
Connect the SAT signals directly or via splitter(s) to the SAT tuner inputs. At SAT input tuners 1, 2, 5 and 6, a 12 V
DC voltage is applied for LNB supply. DVB-T and DVB-C are connected via the terrestrial input. A 12 V supply is
optionally available at the terrestrial input tuners 4 and 8.
Please note the current consumption of each input may not exceed 250 mA. A total of
500 mA is available.
Input 4
SAT
Input 3
SAT
Input 7
SAT
Input 8
SAT
Input 2
SAT
LNB-DC
Input 1
SAT
LNB-DC
Input 6
SAT
LNB-DC
Input 5
SAT
LNB-DC
Input 1
Terr.
Input 2
Terr.
Input 3
Terr.
Input 4
Terr.
DC
Input 5
Terr.
Input 6
Terr.
Input 7
Terr.
Input 8
Terr.
DC

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Insertion of the CI modules
To insert the CI modules, the covers must be removed. The picture shows the assignment of the CI slots to the
inputs. For wall mounting as shown in the picture, the double ridge guide of the CAMs must always be on the left
side. On the right side, the CAM has only a single ridge guide.
7.1 Pre-programming
The inputs and outputs of the device have factory presets with a standard frequency assignment. To receive the
pre-programmed ASTRA transponders, the SAT inputs must be connected to the "Horizontal High" level.
Slot 1-4:
Slot 5-8:
SAT Input
1
2
3
4
Transponder
Frequency
Symbol rate
71
ARD Digital
HH 11836
27500 kSym
77
ZDF Vision
HH 11954
27500 kSym
107
SAT.1/Pro Sieben
HH 12545
22000 kSym
89
RTL World
HH 12188
27500 kSym
ASTRA
Das Erste
ZDF
SAT.1
RTL Television
BR FS Süd
3sat
ProSieben
RTL2
hr-fernsehen
KiKA
kabel eins
VOX
IP Output MPTS
deaktiviert
IP address
Port
Protocol
239.1.1.1
10001
RTP
239.1.1.2
10002
RTP
239.1.1.3
10003
RTP
239.1.1.4
10004
RTP
SAT Input
5
6
7
8
Transponder
Frequency
Symbol rate
85
ARD Digital Dritte
HH 12110
27500 kSym
91
Diverse
HH 12226
27500 kSym
103
Diverse
HH 12460
27500 kSym
93
ARD digital Radio
HH 12266
27500 kSym
ASTRA
RBB Berlin
Eurosport
Disney Channel
SR Fernsehen
NDR NDS
HSE 24
N24 Doku
ARD Alpha
MDR TH
EuroNews D
Sixx
N-Joy
IP Output MPTS
deaktiviert
IP address
Port
Protocol
239.1.1.5
10005
RTP
239.1.1.6
10006
RTP
239.1.1.7
10007
RTP
239.1.1.8
10008
RTP
CI slot 4
CI slot 2
CI slot 3
CI slot 1

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IP parameters of the factory pre-programmed TV channels:
Service Name
SID
IP-Address
Port
CH No
Protocol
IP-Out
IN
Das Erste
28106
239.1.1.100
10001
RTP
1
BR Fernsehen Süd
28107
239.1.1.101
10001
RTP
1
hr-fernsehen
28108
239.1.1.102
10001
RTP
1
ZDF
28006
239.1.1.103
10001
RTP
2
3sat
28007
239.1.1.104
10001
RTP
2
KiKa
28008
239.1.1.105
10001
RTP
2
SAT.1
17500
239.1.1.106
10001
RTP
3
ProSieben
17501
239.1.1.107
10001
RTP
3
kabel eins
17502
239.1.1.108
10001
RTP
3
RTL Television
12003
239.1.1.109
10001
RTP
4
RTL2
12020
239.1.1.110
10001
RTP
4
VOX
12060
239.1.1.111
10001
RTP
4
RBB Berlin
28205
239.1.1.112
10001
RTP
5
NDR Niedersachsen
28226
239.1.1.113
10001
RTP
5
MDR Thüringen
28230
239.1.1.114
10001
RTP
5
Eurosport
31200
239.1.1.115
10001
RTP
6
HSE 24
31210
239.1.1.116
10001
RTP
6
EuroNews D
31230
239.1.1.117
10001
RTP
6
Disney Channel D
1793
239.1.1.118
10001
RTP
7
N24 Doku
48
239.1.1.119
10001
RTP
7
Sixx D
776
239.1.1.120
10001
RTP
7
SR Fernsehen
28486
239.1.1.121
10001
RTP
8
ARD Alpha
28487
239.1.1.122
10001
RTP
8
N-Joy
28440
239.1.1.123
10001
RTP
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7.2 Input level
To ensure perfect reception, make sure that the level at the inputs is between 50 and 80 dBµV.
When receiving digital signals, it is advantageous to have a lower input level rather
than an excessively high one.
If the input level is too high, an attenuator must be used.
7.3 LAN connectors and status LED
Network
Management port
Streaming-
port
Status LED

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8. General programming
After connection, the device runs through an internal routine and all channels are set up according to the previously
stored data. During this time, the Status LED flashes green. A connection between the PXU 848 IP and the
PC/notebook is only possible after the Status LED permanently lights up green or orange.
8.1 Initial setup
The PXU 848 IP is configured via the Network Management System (NMS).
8.1.1 Establishing a connection via the browser
Connect the PC or notebook directly to the network management port using a suitable CATx LAN cable. The input
window appearance depends on the selected browser (Chrome, Firefox, Internet Explorer, etc.).
Notes:
PC / notebook and the IP streamer must be in the same network / IP address range.
Cookies must be accepted and JavaScript must be enabled.
Use current browser versions.
Enter the following IP address in the search bar of the web browser: 192.168.1.129
Username: admin
Password: password
Then click OK to establish the connection.
If the IP address of the IP streamer is lost or forgotten, it can be reset to the factory setting (192.168.1.129) as
following:
oDisconnect the mains plug.
oPress and hold button TA1 on the IP board.
oReconnect the mains plug.
oWait until the status LED flashes red / green alternately.
oNow the IP address is reset and the button can be released.
192.168.1.129
http://192.168.1.129 verlangt einen Benutzernamen und ein Passwort. Ausgabe der Website:
„DVBIP“

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8.2 Programming of the device parameters
After successful network access, the following overview window is displayed:
Via this menu, all settings of the input and output parameters can be done. The status display is automatically
updated every 3 seconds.
The upper part of the menu shows the device data such as type, serial number, hardware version and the software
versions for CPU, IP-, CI-ASI controller und MUX. The information about the total data rate is also displayed here.
The channel related setting and selection options for MPTS, IP address, port and protocol are displayed in the lower
part of the menu.
Call up this overview menu via the menu item Menu * Input & MPTS Settings.

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FEC gut sehr gut
1/2 5-7dB 8-11dB
2/3 7-9dB 10-13dB
3/4 8-10dB 11-14dB
5/6 9-11dB 12-15dB
7/8 10-12dB 13-16dB
8.2.1 Input parameters for SAT reception
DVB > Input signal TP > Transponder frequency
Choose the kind of signal Enter transponder frequency
->If DVB-T/T2 or DVB-C
selected, please skip to section
8.2.2 Input parameters for the
terrestrial range
Auto > LO frequency SR > Symbol rate
The required frequency is set Enter symbol rate
automatically, but can be set to
09750 , 10600 or another
OTHER frequency.
Search > Scan Tuner Locked
After pressing the Search button, If the tuner locks on the
the data is accepted and the desired transponder, Tuner Locked
transponder is set. is displayed in the upper field.
Reception conditions (DVB-S/S2)
The quality of the input signal can be evaluated by using the bit error rate BER and the
signal-to-noise ratio SNR .
These depend on the quality of the reception conditions and the SAT signals.
Recommendation: Bit error rate BER should be ≤ 1e-6.
The table below shows required signal-to-noise ratio levels for
varying FEC (forward error correction). The corresponding
values of the FEC (forward error correction) have to be taken
from the tables of the satellite operators. If e.g. the transponder has an FEC of 5/6,
the SNR display must be at least 9 dB to guarantee good signals.
good
best

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8.2.2 Input parameters for the terrestrial range
TP > Frequency BW > Channel bandwidth
The kind of input signal will be Select 7 or 8 MHz
defined automatically.
Enter input frequency
PLP > Select service DVB-T2 Search > Searching
Select PLP value After pressing button
(only for DVB-T2) Search the data is accepted
And the desired channel is set.
If the tuner locks on the
transponder, Tuner Locked
is displayed in the upper field.
Reception conditions (DVB-T/T2/C)
The quality of the input signal can be evaluated by using the bit error rate BER and the
signal-to-noise ratio SNR .
These depend on the quality of the reception conditions and the signals.
Recommendation: Bit error rate BER should be ≤ 1e-6.
Required threshold value for the signal-to-noise ratio SNR is 26 dB for DVB-T and 32 dB
for DVB-T2.

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8.2.3 Output parameters MPTS (Multiple Program Transport Streams)
Click on Menu * Input & MPTS Settings
MPTS can be switched on or off separately for each channel strip Factory setting: Off
MPTS and SPTS can switch on and off independently and operated in parallel. At factory default SPTS streams
are active (see section 8.2.5).
The network protocol can also be selected separately for each channel strip Factory setting: RTP
For further information on IP address and port, see section 7.1 (Input presetting).
Clicking on Set confirms the settings for each channel strip.
Note: In MPTS mode, the EPG function (EIT insertion) is permanently switched on by default and can’t be
deactivated. It must be ensured that sufficient bandwidth is available in the IP network to accommodate
this.
Taking over the
settings for
each channel
strip
MPTS
ON
or
OFF
UDP
or
RTP

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8.2.4. Multiplexing function
To optimize the capacities of the smart cards or/and to provide new program selections at the output of the
compact headend, the PXU 848 IP offers a multiplexing function. Also certain services within a transponder can be
deleted at the output if they are not desired. Furthermore, encrypted services can be selected for decryption via
this function.
Click on Menu * MUX Settings
Now the following dialogue window will be displayed:
On the left side of the window, the list of available TV and radio services from the input is shown. In the column IN,
the input slot (input tuner) of the respective program is displayed.
In the column MUX, a menu pops up, in which the corresponding outputs are assigned by selecting the number
1 - 8. When outputs 1 - 4 are selected, decryption by CAM is available as an option. The selection of the
services/programs to be decrypted takes place by placing a check mark in the column CI.
List of TV
and radio
services
available at
the input
SID of
the
services
Display
services
entcrypted
Activation
decryption
Assignment
MUX output
1…8
Display of
input slot

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The assignment is as follows:
1 = MUX 1 via CI 1 5 = MUX 5
2 = MUX 2 via CI 2 6 = MUX 6
3 = MUX 3 via CI 3 7 = MUX 7
4 = MUX 4 via CI 4 8 = MUX 8
Press the button Save after finishing assignment of the desired programs to output channels and selection of the
programs to be decrypted. The configuration will be saved.
8.2.5. Output parameters SPTS (Single Program Transport Stream)
Click on Menu * SPTS Settings
Now the following dialogue window will be displayed:
The IP addresses, ports and network protocols can separately be set for each service (program) either manually or
automatically via the control panels below. The network protocol can be selected separately for each service
(program) Factory setting: RTP. The SPTS stream can be switched on or off separately for each service
(program) by placing a tick in the relevant box.
Note: In SPTS mode, the EPG function (EIT insertion) is switched off by default and can be activated as
shown above. When it is activated, it must be ensured that sufficient bandwidth is available in the IP
network to accommodate it.

Single SPTS streams
On or Off
EPG data
On or Off
UDP
or
RTP

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Allocation of program numbers via the M3U list and create an M3U list
In SPTS mode, it is possible to create an M3U list as follows:
In the column CH No, the desired program number can be entered. These programs will then be sorted in the
M3U list in numerical order. Programs which have assigned no number are placed below those assigned
programs. After completing the assignment of the channel numbers to the desired programs, click the Save
button. The configuration will be saved.
Precondition is that the IP TV sets/STBs support M3U lists.
By clicking on Download M3U-List, an M3U list (file name: dvb_ip.m3u) of the currently active SPTS streams is
created and can be saved on the PC / notebook (download directory).
This file can then be used to transfer the program list e.g. to PCs / notebooks with corresponding software, IP-
compatible TV sets or set-top boxes (STBs) that support the “DVB-IPTV“ standard. The device (client) must be
able to support M3U lists.

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Identification of incorrect data entries
In the case of an error (e.g. double assignment of the IP address), the corresponding input fields are highlighted in
red as following:
After correcting and re-entering all data, they must be saved again by clicking on Save.


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8.2.6. CI menu
A precondition of this operation is that the CAM module with corresponding smart card has been inserted into the
CI slot while the headend is disconnected from mains. After reconnecting to power the CAM is recognized and
initialized. The smart card must also be authorized to decrypt the desired programs. The status is displayed in the
menu Diagnostic. If the plugged CAM module is not recognized, the message “No CAM available” appears if the
menu item is selected.
If the CAM module with the corresponding smart card is not recognized, no services can be decrypted! The
settings can be done in advance of the installation of CAMs and smart cards .
The selection of the services/programs to be decrypted takes place by placing a check mark in the column CI.
Click on CI-Menu * CI 1, CI 2, CI 3 or CI 4
Example display after click on CI 1
The CAM modules should only be plugged in when the device is
switched off.
Menu lines with an arrow in front are selectable and/or contain submenus. The menu
structures always depend on the CAM manufacturer.

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8.2.7 Device NIT
Click on NIT * Device NIT
After selecting Device NIT, the following screen appears, where further entries are possible.
Note: Please check the data for plausibility and/or overlaps before entry!
Network ID: Factory setting 3002 (changes possible)
Network Name: Can be defined by the user.
Country: Factory setting Germany (changes possible)
The country code should be the same as the receiver setting.
TSID New: If necessary, a new TSID can be assigned. We recommend assigning hexadecimal values in the
range between F001 and FFFE.
Click Save to apply the changes.
The pairing of
ONID and TSID
identifies the
transponder.
Switch device NIT on or
off as required
(switched on by default)
eingeschaltet)