Irenis Blankom MPE-4400H User manual

MPEG2 & h.264 AVC Broadcast Encoder
Features:
MPEG-2 HD/SD and MPEG-4 AVC/H.264 HD/SD video encoding
1080p,720P, 480i, 576i video resolution and downscaling
Low latency
Modules can be mixed 2/2
MPEG1 Layer II, HE-AAC (v1 & v2), LC-AAC and DD AC3 2.0 audio
encoding and adjustment
Support Volume normalization (for AC3)
Dual parallel ASI output and IP as MPTS and 4 SPTS, UDP & RTP
LCD / Keypad control and Web based management by Ethernet port
Dual power supply
VBR/CBR encoding rate control mode
PSI/SI editing and inserting
IP Zero packet filter (PID 8191dec)
4x HD-SDI or 4x HDMI (or 2x2)
ASI & IP TS outputs
MPE-4400:
MPEG-2/H.264 SD/HD
4x Encoder is a
broadcasting audio &
video encoding device
with powerful
functionality.
Equipped with 2
Modules 2x 2x HD-SDI
or 2x 2x HDMI or mix
of.
Multiple audio and
video encoding
formats are available
to meet your flexible
and various
requirements.
AC3 (2.0) can be
processed as well.
The encoded program
will finally output in a
DVB conform TS
through 2 parallel ASI
and 1 IP port: MPTS &
4 SPTS.
MPE-4400H/S
www.blankom.de [email protected]
SDI-Version
HDMI-Version

Technical Data:
Video Encoding
MPEG2 & h.264 AVC
Input
HD-SDI x 4 or HDMI x 4 or 2x2
Resolution
1920 x 1080_60P, 1920 x 1080_50P, (-for
MPEG4 AVC/H.264 only)
1920 x 1080_60i, 1920 x 1080_50i,
1280 x 720_60p, 1280 x 720_50P
720 x 480_60i, 720 x 576_50i
Bit Rate
0.5...19.5Mbps for H.264 encoding
1...19.5Mbps for MPEG-2 encoding
Rate Control Mode
CBR/VBR
Chroma Sample
4:2:0
Aspect Ratio
16:9, 4:3
Audio encoding
MPEG1 Layer II, MPEG2-AAC, MPEG4-AAC,
Dolby Digital AC3 (2.0)
Volume Normalization (Applicable
for DD AC3 encoding only)
-31 ... -1 dB
Sample rate
48KHz
System
Bit rates
64kbps, 96kbps,128kbps, 192kbps, 256kbps,
320kbps
Local interface
LCD + Keypad
Remote management
Web Interface
Low Latency Mode
Normal, mode 1, mode 2
Output
2 x ASI out (BNC type)
IP (1 MPTS & 4 SPTS) over UDP, RTP
(RJ45, GbE)
NMS interface
RJ45, 100BaseT
Power
AC 100V...240V, 45W
Dimensions
482 x 400 x 44mm
Weight
4.5 kg
Operation temperature
0...45℃
Corresponding Headend-Products:
DVB-C QAM-Modulators: HDC-5004/5016 (4 or 16 DVB-C channels), BSS-Platform (QAM Modules)
DVB-S2/T2 Modulators: HDM-Series
IPTV distribution in corporate/broadcast or even Hospitality Networks (STB based or directly to TV’s)
IRENIS GmbH –Haupstrasse 29 - D-31171 Nordstemmen / Germany - [e-mail] - www.blankom.de
Technical changes are subject to change w/o further notice

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MPE-4400
Front and rear-connections
Login:
The display always shows the operating mode and the device can be almost configured by the Keypad and the Display.
Because the unit comes with 2 Power supplies, the ALARM LED (RED) will switch ON if one of these are interrupted. The
Red Button just right of the ALARM LED can be used to switch ON/OFF an alarm signal beeper.
Before using the Keypad, the LOCK-Button has to been pressed for a short time to enable the menu. This method has
been chosen to avoid accidently settings by mechanical circumstances.
After pressing ‘Lock’ you can Enter into the Menu, starting scrolling into the different chapters and with the ENTER
Button –Enter them and scroll with the arrow-keys to the chapter you want to. Reaching the IP Settings of the Devices
NMS (which shows you its actual IPv4 address, Gateway, NM, …) and can be changed also…
Chapters:
1: Status
2: Input sets
3: TS config
4: Network
5: System
These are nearly harmonizing with the Web-Interface –which we recommend to use after you have configured your
Network NMS- Port to your own netwrk paramater needs to start browsing to it

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MPE-4400
REAR:
Almost Simple: 2x2 HDMI Inputs numbered 1 and 2 in each module, The left module is No.1…
ASI 1 and 2 outputs for the multiplexed TS, 2x PSU-IEC connectors 100-230VAC 50/60Hz. Fuse included in the
connectors, Power ON/FF button. Ground.
The 2 modules can be removed/exchanged but we recommend to not do this in HOT running mode.
Back to the WEB-IF: (This device has IP 192.168.1.236) Default is 192.168.0.136 …

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MPE-4400
The status Window shows actual device information… which might be importand when contacting support.
Status shows The Input connected and bitrates (here only Module 1, HDMI 1 ist active).
We recommend to always use the Backup/Load (External file based Ex-Import) and Safe/Restore (Locally) using after
you finished your coinfiguration (even in steps) –not to lose them if power will be cut…accidently…
Basics:

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MPE-4400
Almost self-explaining ;-)…
General:
ASI Out / MPTS output Bitrates are limited to max. 99Mb/s
For ASI out, you shouzld know what Burst mode is and if your ASI connection supports that.
We also assume that the technician who handles this unit has a proper eductaion and understanding in DVB, Tables and
Video /HDMI/SDI Knowledge.
ASI out can be the multiplex of all 4 Encoding parts or one of the single ones:
The VCT Menu is only for american ATSC based systems, so if you are DVB, you can disable all of these because
this (CLOSE means: OFF)

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MPE-4400
VIRTUAL –CHANNEL –TABLE is nearly a similar info as LCN in DVB NIT: Logical Channel Number (v1 supported)
assignment in the NIT (Network Informatioin table) -> And that’s the DVB-tool you can use and setup here if needed
when adding these to an existing network:
Close VCT and ADD pressing will open a POPUP Window´. Here you can not assign your NIT for the modulators behind
this unit to serve a DVB (T/C network).
Please note: The multiplexing addons like VCT are only for US related standards. NIT / DVB is not supported yet, so this
has to be injected externally or after the device by the other channel modulators in the network.
We recommend to first setup the required output parameters befor configuring the encoders:

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Most of them are self-explaining but be aware: p50 / p60 inputs are taken, but the encoder can only do FHD outputs in
max. 1080 with Interlaced modes: So the output encoded streeams will be max 1920x1080i50 (or i60)). Downscaling is
possible…
And a hint for the Encoding in AUTO-Mode see below chapter:
by Input is shown as 1080p50 (or p60) –the AUTO Mode fill do the p50/60, If switching off Auto, you can adjust the
lower values as downscaling modes and the p50/p60 is not shown here:

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MPE-4400
BTW: Pressing help sometimes helps:

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MPE-4400
RECOMMENDATIONS:
As a MULTICAST CAPABLE SWITCH we recommend is the HP (ARUVA) 2530 24G or 48G.
(For Floor switches we have an own branded one and support IGMP as well) IGMP should be set to ON in the port
configs. The latest HP Firmware might not be the best choice. Better to test IGMP functions before installation into a
HOT running System and eventually do a downgrade of the Firmware. This one works:

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MPE-4400
GENERAL NOTES ABOUT STREAMS:
MULTICAST STREAMS:
Multicast Address Ranges:
We recommend, that the addressing of your Multicast streams should be in conjunction with this listings to avoid
conflicts with other network equipment or protocols.
https://www.iana.org/assignments/multicast-addresses/multicast-addresses.xhtml
One small part from this:
IPv4 Multicast Address Space Registry
Last Updated
2018-01-05
Expert(s)
Stig Venaas
Note
Host Extensions for IP Multicasting [RFC1112] specifies the extensions required of a host implementation of the
Internet Protocol (IP) to support multicasting. The multicast addresses are in the range 224.0.0.0 through
239.255.255.255. Address assignments are listed below.
The range of addresses between 224.0.0.0 and 224.0.0.255, inclusive, is reserved for the use of routing
protocols and other low-level topology discovery or maintenance protocols, such as gateway discovery and
group membership reporting. Multicast routers should not forward any multicast datagram with destination
addresses in this range, regardless of its TTL.
Available Formats XML HTML Plain text
Registries included below
Local Network Control Block (224.0.0.0 - 224.0.0.255 (224.0.0/24))
Internetwork Control Block (224.0.1.0 - 224.0.1.255 (224.0.1/24))
AD-HOC Block I (224.0.2.0 - 224.0.255.255)
RESERVED (224.1.0.0-224.1.255.255 (224.1/16))
SDP/SAP Block (224.2.0.0-224.2.255.255 (224.2/16))
AD-HOC Block II (224.3.0.0-224.4.255.255 (224.3/16, 224.4/16))
RESERVED (224.5.0.0-224.251.255.255 (251 /16s))
DIS Transient Groups 224.252.0.0-224.255.255.255 (224.252/14))
RESERVED (225.0.0.0-231.255.255.255 (7 /8s))
Source-Specific Multicast Block (232.0.0.0-232.255.255.255 (232/8))
GLOP Block
AD-HOC Block III (233.252.0.0-233.255.255.255 (233.252/14))
Unicast-Prefix-based IPv4 Multicast Addresses
Scoped Multicast Ranges
Relative Addresses used with Scoped Multicast Addresses
Multicast (as opposed to unicast) is used to send UDP packets from 1 source to multiple
destination servers. This is useful for example for streaming from a satellite/DVB-T receiver to
multiple receiving PCs for playback. Multicast can also be used on the output of an encoder to feed
multiple streaming servers. Multicast only works with UDP and is not possible with TCP due to the 2
way nature of TCP, most commonly multicast is used with RTP and MPEG2-TS.
A multicast IP address must be chosen according to IANA information, we recommend using an
address in the range 239.0.0.0 to 239.255.255.255 as this is reserved for private use. Using
multicast addresses in the 224.0.0.0 range may clash with existing services and cause your stream to

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MPE-4400
fail. For more details see http://www.iana.org/assignments/multicast-addresses/multicast-
addresses.xml
Choosing a UDP port number for multicast streams is also important. Even if you use a
different multicast IP for each of your streams, we strongly recommend using different UDP port
numbers as well. This is because a server and all software running on the server receives ALL
multicast traffic on an open port and extra processing is required to filter out the required traffic. If
the each stream arrives on a different port, the server can safely ignore any traffic on ports that are
not open. Port numbers MUST be chosen so that don't clash with any existing services or
ephemeral ranges. The ephemeral range for Windows Vista, 7, 2008 is 49152 to 65535, for older
Windows it is 1025 to 5000 and for Linux it is 32768 to 61000. For more information on Windows
see http://support.microsoft.com/kb/929851 Care should also be taken to avoid system ports 0 to
1024. See http://www.iana.org/assignments/service-names-port-numbers/service-names-port-
numbers.xml Generally one of the unassigned You Ports (1024-49151) should be used, you can run
the netstat -abn (as admin under windows) command to see which ports are currently in use.
REGISTERED PORT
A registered port is a network port (a sub-address defined within the Internet Protocol, in the
range 1024–49151) assigned by the Internet Assigned Numbers Authority (IANA) (or by Internet
Corporation for Assigned Names and Numbers (ICANN) before March 21, 2001,[1] or by USC/ISI
before 1998) for use with a certain protocol or application.
Ports with numbers 0–1023 are called system or well-known ports; ports with numbers 1024-
49151 are called you or registered ports, and ports with numbers 49152-65535 are called dynamic
and/or private ports.[2] Both system and you ports are used by transport protocols (TCP, UDP, DCCP,
SCTP) to indicate an application or service.
Ports 0–1023 –system or well-known ports
Ports 1024–49151 –you or registered ports
Ports >49151 –dynamic / private ports
https://en.wikipedia.org/wiki/List_of_TCP_and_UDP_port_numbers
RANGE FOR EPHEMERAL PORT
The Internet Assigned Numbers Authority (IANA) suggests the range 49152 to 65535 (215+214 to 216−1)
for dynamic or private ports.[1]
Many Linux kernels use the port range 32768 to 61000.[note 2] FreeBSD has used the IANA port range
since release 4.6. Previous versions, including the Berkeley Software Distribution (BSD), use ports 1024 to
5000 as ephemeral ports.[2][3]
Microsoft Windows operating systems through XP use the range 1025–5000 as ephemeral ports by
default.[4] Windows Vista, Windows 7, and Server 2008 use the IANA range by default.[5] Windows Server
2003 uses the range 1025–5000 by default, until Microsoft security update MS08-037 from 2008 is installed,
after which it uses the IANA range by default.[6] Windows Server 2008 with Exchange Server 2007 installed
has a default port range of 1025–60000.[7] In addition to the default range, all versions of Windows since
Windows 2000 have the option of specifying a custom range anywhere within 1025–65535.[8][9]

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MPE-4400
PACKET STRUCTURE
UDP Header
Offsets
Octet
0
1
2
3
Octet
Bit
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
0
0
Source port
Destination port
4
32
Length
Checksum
The UDP header consists of 4 fields, each of which is 2 bytes (16 bits).[1] The use of the fields "Checksum" and "Source
port" is optional in IPv4 (pink background in table). In IPv6 only the source port is optional (see below).
Source port number
This field identifies the sender's port when meaningful and should be assumed to be the port to reply to if
needed. If not used, then it should be zero. If the source host is the client, the port number is likely to be an
ephemeral port number. If the source host is the server, the port number is likely to be a well-known port
number.[4]
Destination port number
This field identifies the receiver's port and is required. Similar to source port number, if the client is the
destination host then the port number will likely be an ephemeral port number and if the destination host is
the server then the port number will likely be a well-known port number.[4]
Length
A field that specifies the length in bytes of the UDP header and UDP data. The minimum length is 8 bytes
because that is the length of the header. The field size sets a theoretical limit of 65,535 bytes (8 byte header +
65,527 bytes of data) for a UDP datagram. However the actual limit for the data length, which is imposed by
the underlying IPv4 protocol, is 65,507 bytes (65,535 − 8 byte UDP header − 20 byte IP header).[4]
In IPv6 jumbograms it is possible to have UDP packets of size greater than 65,535 bytes.[5] RFC 2675 specifies
that the length field is set to zero if the length of the UDP header plus UDP data is greater than 65,535.
Checksum
The checksum field may be used for error-checking of the header and data. This field is optional in IPv4, and
mandatory in IPv6.[6] The field carries all-zeros if unused.[7]
RTP:
a part from: https://tools.ietf.org/html/rfc3550
Chapter 11:
RTP relies on the underlying protocol(s) to provide demultiplexing of RTP data and RTCP control streams. For UDP and
similar protocols,
RTP SHOULD use an even destination port number and the corresponding
RTCP stream SHOULD use the next higher (odd) destination port number.
For applications that take a single port number as a parameter and derive the RTP and RTCP port pair from that number,
if an odd number is supplied then the application SHOULD replace that number with the
next lower (even) number to use as the base of the port pair. For applications in which the RTP and RTCP destination
port numbers are specified via explicit, separate parameters (using a signaling
protocol or other means), the application MAY disregard the restrictions that the port numbers be even/odd and
consecutive although the use of an even/odd port pair is still encouraged. The RTP and RTCP port numbers MUST NOT
be the same since RTP relies on the port numbers to demultiplex the RTP data and RTCP control
streams.
In a unicast session, both participants need to identify a port pair for receiving RTP and RTCP packets. Both
participants MAY use the same port pair. A participant MUST NOT assume that the source port of the incoming RTP or
RTCP packet can be used as the destination port for outgoing RTP or RTCP packets. When RTP data packets are being
sent in both directions, each participant's RTCP SR packets MUST be sent to the port that the other participant has
specified for reception of RTCP. The RTCP SR packets combine sender information for the outgoing data plus reception
report information for the incoming data. If a side is not actively sending data (see Section 6.4), an RTCP RR packet is
sent instead.

Specifications are subject to change without notice. - 15 -BLANKOM MPE 4400 EN 2020 V1.1
MPE-4400
any port (even, not odd > 1024)
Troubleshooting
Our ISO9001 quality assurance system has been approved by CQC organization. We guarantee the
products’ quality, reliability and stability. All of our products have been passed the testing and
inspection before shipping out from factory. The testing and inspection scheme already covers all
the Optical, Electronic and Mechanical criteria which have been published by us. To prevent
potential hazard, please strictly follow the operational conditions.
Installation pre-conditions
Installing the device at the place in which environment temperature between 0 to 45 °C
Making sure good ventilation for the heat-sink on the rear panel and other heat-sink bores if
necessary
Checking the input AC voltage within the power supply working range and the connection is
correct before switching on device
Checking the RF output level varies within tolerant range if it is necessary
Checking all signal cables have been properly connected
Frequently switching on/off device is prohibited; the interval between every switching on/off
must greater than 10 seconds.
Conditions need to unplug power cord
Power cord or socket damaged.
Any liquid flowed into device.
Any stuff causes circuit short
Device in damp environment
Device was suffered from physical damage
Longtime idle.
After switching on and restoring to factory setting, device still cannot work properly.
Maintenance needed

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MPE-4400
Important Notes!
This manual is for use by qualified personnel only. Handling this device or system requires special electronic
technical knowledge. To reduce the risk of electrical shock or damage to the equipment, do not perform any
servicing other than the installation and operating instructions contained in this manual unless you are
qualified to do so. This device operates in the given voltage and frequency range without requiring manual
adjustment.
Do not open the top case w/o unplugged power source because serious injury or death may be the result!
Inside are components under risk from electrostatic discharge. To avoid equipment damages do not touch
these components or, observe the respective handling rules!
For continued protection against fire, the fuses may only be replaced by identical fuses with the same
electrical specifications which are designed for the corresponding fuse positions.
No part of this publication may be reproduced in any form or by any means or used to make any derivative
work (such as translation, transformation or adaptation) without the written permission from Blankom /
IRENIS GmbH.
IRENIS GmbH reserves the right to revise this publication and make changes in its content from time to time,
whereby it shall not be obligatory for IRENIS GmbH to provide notification of such revision or change.
IRENIS GmbH provides this manual without warranty of any kind, neither implied nor expressed, this includes
also any warranties regarding the merchantability and fitness for a particular purpose. IRENIS GmbH may
improve this manual or make changes in the products described herein at any point of time.
Installation Notes
All types of the IRENIS-BLANKOM family are 19“devices with 1 RU height designed for installation in 19” racks.
In addition to the front panel screws an internal module support is required at the rack.
Depending on the Frontend used and the operating adjustments, the SAT-RF-input ports carrying DC Voltage
(13V /18V, max. 400 mA).
By connecting a mains cable, the device can become functional without any auxiliary appliances. The power
supply units are designed for the wide range of 100-230V AC; a manual adjustment of the voltage is not
necessary.
For some models the second power connector is feeding another independent power supply for internal
redundancy. For a maximum of redundancy both power supplies should use different circuits.
All the outputs are decoupled from one another. Thus, the circuit does not have any effect on the functioning
of the device. Connections that are not required need not to be terminated.
Suggestion: CAT 6E Ethernet cable for GbEthernet, DSTP (double shielded twisted pair) for the streaming ports

Specifications are subject to change without notice. - 17 -BLANKOM MPE 4400 EN 2020 V1.1
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Note:
IPv4 global scope sessions use multicast addresses in the range 224.2.128.0 - 224.2.255.255 with SAP
Announcements being sent to 224.2.127.254 Port 9875 (note that 224.2.127.255 is used by the obsolete
SAPv0 and MUST NOT be used).
IPv4 administrative scope sessions using administratively scoped IP multicast. The multicast address to be
used for announcements is the highest multicast address in the relevant administrative scope zone.
For example, if the scope range is 239.16.32.0 - 239.16.33.255, then 239.16.33.255 is used for SAP
Announcements.
Sources:
http://www.etsi.org/deliver/etsi_en/300400_300499/300468/01.15.01_60/en_300468v011501p.pdf
https://www.dvb.org/standards

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MPE-4400
We assume, that the user is familiar with all abbreviations mentioned in this manual.
Appendix A
Product Disposal Warning! Ultimate disposal of this product should be handled according to
all national laws and regulations.
警告
本产品的废弃处理应根据所有国家的法律和规章进行。
警告
本產品的廢棄處理應根據所有國家的法律和規章進行。
Warnung
Die Entsorgung dieses Produkts sollte gemäß allen Bestimmungen und Gesetzen des Landes
erfolgen.

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MPE-4400
¡Advertencia!
Al deshacerse por completo deeste producto debe seguir todas las leyes y reglamentos nacionales.
Attention
La mise au rebut ou le recyclage de ce produit sont généralement soumis à des lois et/ou directives
de respect de l'environnement. Renseignez-vous auprès de l'organisme compétent.
Waarschuwing
De uiteindelijke verwijdering van dit product dient te geschieden in overeenstemming met alle nationale
wetten en reglementen.

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MPE-4400
ANNEX ChannelPlan
CATV channel plan:
Bereich
Bands
Kanal
Channel
Kanal-
frequenzen
Channel
frequency
(MHz)
Mitten-
frequenz
Middle
frequency
(MHz)
Bild-
träger
Picture
carrier
(MHz)
T on-
träger
Sound
carrier
(MHz)
Bereich
Bands
Kanal
Channel
Kanal-
frequenzen
Channel
frequency
(MHz)
Mitten-
frequenz
Middle
frequency
(MHz)
Bild-
träger
Picture
carrier
(MHz)
T on-
träger
Sound
carrier
(MHz)
B I
2
47...54
50,50
48,25
53,75
B IV
2
1
470...478
474,00
471,25
476,75
3
54...61
57,50
55,25
60,75
2
2
478...486
482,00
479.25
484,75
4
61...68
64,50
62,25
67,75
2
3
486...494
490,00
487,25
492,75
USB
Unterer
Sonder -
kanal-
bereich
Midband
channels
S 02
111...118
114,50
112,25
117,75
2
4
494...502
498,00
495,25
500,75
S 03
118...125
121,50
119,25
124,75
2
5
502...510
506,00
503,25
508,75
S 04
125...132
128,50
126,25
131,75
2
6
510...518
514,00
511,25
516,75
S 05
132...139
135,50
133,25
138,75
2
7
518...526
522,00
519,25
524,75
S 06
139...146
142,50
140,25
145,75
2
8
526...534
530,00
527,25
532,75
S 07
146...153
149,50
147,25
152,75
2
9
534...542
538,00
535,25
540,75
S 08
153...160
156,50
154,25
159,75
3
0
542...550
546,00
543,25
548,75
S 09
160...167
163,50
161,25
166,75
3
1
550...558
554,00
551,25
556,75
S 10
167...174
170,50
168,25
173,75
3
2
558...566
562,00
559,25
564,75
B III
5
174...181
177,50
175,25
180,75
3
3
566...574
570,00
567,25
572,75
6
181...188
184,50
182,25
187,75
3
4
574...582
578,00
575,25
580,75
7
188...195
191,50
189,25
194,75
3
5
582...590
586,00
583,25
588,75
8
195...202
198,50
196,25
201,75
3
6
590...598
594,00
591,25
596,75
9
202...209
205,50
203 25
208,75
3
7
598...606
602,00
599,25
604,75
10
209...216
212,50
210,25
215,75
B V
3
8
606...614
610,00
607,25
612,75
11
216...223
218,50
217,25
222,75
3
9
614...622
618,00
615,25
620,75
12
223...230
226,50
224,25
229,75
4
0
622...630
626,00
623,25
628,75
OSB Oberer
Sonder -
kanal-
bereich
Superband
channels
S 11
230...237
233,50
231,25
236,75
4
1
630...638
634,00
631,25
636,75
S 12
237...244
240,50
238,25
243,75
4
2
638...646
642,00
639,25
644,75
S 13
244...251
247,50
245,25
250,75
4
3
646...654
650,00
647,25
652,75
S 14
251...258
254,50
252,25
257,75
4
4
654...662
658,00
655,25
660,75
S 15
258...265
261,50
259,25
264,75
4
5
662...670
666,00
663,25
668,75
S 16
265...272
268,50
266,25
271,75
4
6
670...678
674,00
671,26
676,75
S 17
272...279
275,50
273,25
278,75
4
7
678...686
682,00
679,25
684,75
S 18
279...286
282,50
280,25
285,75
4
8
686...694
690,00
687,25
692,75
S 19
286...293
289,50
287,25
292,75
4
9
694...702
698,00
695,25
700,75
S 20
293...300
296,50
294,25
299,75
5
0
702...710
706,00
703,25
708,75
ESB
Erweiterter
Sonder -
kanal-
bereich
Hyperband
channels
S 21
302...310
306,00
303,25
308,75
5
1
710...718
714,00
711,25
716,75
S 22
310...318
314,00
311,25
316,75
5
2
718...726
722,00
719,25
724,75
S 23
318...326
322,00
319,25
324,75
5
3
726...734
730,00
727,25
732,75
S 24
326...334
330,00
327,25
332,75
5
4
734...742
738,00
735,25
740,75
S 25
334...342
338,00
335,25
340,75
5
5
742...750
746,00
743,25
748,75
S 26
342...350
346,00
343,25
348,75
5
6
750...758
754,00
751,25
756,75
S 27
350...358
354,00
351,25
356,75
5
7
758...766
762,00
759,25
764,75
S 28
358...366
362,00
359,25
364,75
5
8
766...774
770,00
767,25
772,75
S 29
366...374
370,00
367,25
372,75
5
9
774...782
778,00
775,25
780,75
S 30
374...382
378,00
375,25
380,75
6
0
782...790
786,00
783,25
788,75
S 31
382...390
386,00
383,25
388,75
6
1
790...798
794,00
791,25
796,75
S 32
390...398
394,00
391,25
396,75
6
2
798...806
802,00
799,25
804,75
S 33
398...406
402,00
399,25
404,75
6
3
806...814
810,00
807,25
812,75
S 34
406...414
410,00
407,25
412,75
6
4
814...822
818,00
815,25
820,75
S 35
414...422
418,00
415,25
420, 75
6
5
822...830
826,00
823,25
828,75
S 36
422...430
426,00
423,25
428,75
6
6
830...838
834,00
831,25
836,75
S 37
430...438
434,00
431,25
436,75
6
7
838...846
842,00
839,25
844,75
S 38
438...446
442,00
439,25
444,75
6
8
846...854
850,00
847,25
852,75
S 39
446...454
450,00
447,25
452,75
6
9
854...862
858,00
855,25
860,75
S 40
454...462
458,00
455,25
460,75
S 41
462...470
466,00
463,25
468,75
…