Triax 492095 User manual

Brand: Triax

Model: 492095

Type: User manual

User Manual

IPTV EPG Server

Article

Article no.

IPTV EPG Server

492095

Version

V1.1

Date

2021/11

 IPTV EPG-Server 
EN  2 
Table of content 
Safety regulations and notes .......................................................................................................... 3 
Revision history ............................................................................................................................. 5 
IPTV EPG Server ............................................................................................................................. 5 
1 Introduction ..................................................................................................................................................... 5 
2 Packing contents .............................................................................................................................................. 5 
3 Technical data .................................................................................................................................................. 6 
Mounting the IPTV EPG Server ....................................................................................................... 7 
1 Installing the device ......................................................................................................................................... 7 
2 Device overview ............................................................................................................................................... 7 
Installation & Easy Setup ................................................................................................................ 8 
1 Installation ....................................................................................................................................................... 8 
1.1 Static IP address  8 
1.2 Connecting to the EPG Server  8 
2 TDX Setup ......................................................................................................................................................... 8 
3 STATUS ............................................................................................................................................................. 9 
4 SETTINGS ........................................................................................................................................................ 10 
4.1 Device Settings  10 
4.2 Server Settings  10 
4.3 How to change from SINC to REACH XML format  11 
5 SECURITY ........................................................................................................................................................ 12 
6 SOFTWARE UPGRADE .................................................................................................................................... 12 
6.1 How to do an initial install (normal update not working)  13 
7 MISC ............................................................................................................................................................... 14 
7.1 Importing and exporting settings  14 
8 Output format ................................................................................................................................................ 14 
8.1 XMLTVFormat  15 
9 Information necessary for the Middleware Server ....................................................................................... 15 
9.1 Samsung SINC Server and REACH Server  16 
10 Troubleshooting ............................................................................................................................................. 16 
Support ........................................................................................................................................ 17 
Terms and Abbreviations ............................................................................................................. 18 
  

IPTV EPG-Server

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1 Safety regulations and notes

ATTENTION

• Failure to comply with the specified precautionary measures may cause serious injury to persons or damage

to property.

• The assembly, installation, additional electrical wiring, servicing installation and commissioning may only be

performed by suitably qualified persons, technicians or installers in compliance with safety regulations.

• Damage due to improper installation and commissioning, defective connectors on cables or any other

incorrect handling will void the warranty.

CAUTION

• The devices meet the EU directives 2011/65/EU, 2014/30/EU and 2014/35/EU.

• The safety requirements are according to the standards EN/DIN EN 50083 resp. IEC/EN/DIN EN 60728 and

must be observed, especially concerning equipotential bonding and earthing.

• Observe the relevant country-specific standards, regulations and guidelines on the installation and operation

of antenna systems.

• Before starting installation or service work disconnect the receiving system from mains.

• Installation or service work should NEVER be undertaken during electrical / thunderstorms.

• Avoid short circuits!

• To ensure electromagnetic compatibility, make sure all connections are tight and that the covers are screwed

on securely.

• Take action to prevent static discharge when working on the device!

• Due to the risk of fires caused by lightning strikes, we recommend that all mechanical parts (e.g. distributor,

equipotential bonding rail, etc.) be mounted on a non-combustible base. Wood panelling, wooden beams,

plastic covered panels and plastic panels are all examples of combustible bases.

Back up battery:

The unit includes a preinstalled Lithium battery (CR2032) as backup power source for the clock.

Type: Varta 6032101501, Battery, Coin Cell, Single Cell, 3 V, 2032, 230 mAh

Do not attempt to replace the non-rechargeable coin-cell battery. Replacement of the battery must only be done

by a special trained technician.

There is a danger of an explosion if the coin-cell battery is incorrectly placed. The lithium battery contains

lithium and can explode if it is not properly handled, or disposed of. Replace only with a battery of the same

type. To avoid possible injury or death, do not: (1) Throw or immerse into water, (2) allow it to heat more than

100°C (212°F) or (3) attempt to repair of disassemble it. Dispose of it as required by local ordinance or

regulations and your company’s safety standards.

To prevent fire, short circuit or shock hazard

• Do not expose the unit to rain or moisture.

IPTV EPG-Server

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• Install the unit in a dry location without infiltration or condensation of water. In case of the formation of

condensation wait until the system is completely dried.

• Do not expose it to dripping or splashing.

• If any liquid should accidentally fall into the cabinet, disconnect the power plug.

• Install the head-end station where it is protected from direct exposure to sunlight

• Install the head-end station not within the immediate vicinity of heat sources

• Do not install the head end in cabinets or recesses which are not ventilated.

• Do not place any vessels containing liquids on the head-end station.

• Do not place anything on the head-end station which could initiate fires.

To avoid any risk of overheating

• Install the unit in a well aired location and keep a minimum distance around the apparatus for sufficient

ventilation

• Do not place anything on the unit that might cover the ventilation holes.

• Do not install the product in a dusty place

• Use the apparatus only in moderate climates (not in tropical climates)

• Respect the minimum and maximum temperature specifications

• Ensure that the headend station is adequately ventilated.

To avoid any risk of electrical shocks

• Controller must be correctly grounded according to applicable national regulations.

• For a complete disconnection from the mains, the mains plug must be pulled out of the mains socket. Ensure

that the mains plug can be pulled out without difficulties.

• Pull out power plug when making connections of cables.

• To avoid electrical shock, do not open the housing.

To avoid interferences with LTE services in Europe

• Do not select a channel higher than UHF 48 in countries with LTE II / 700 operation

• Do not select a channel higher than UHF 60 in countries with LTE I / 800 operation

• Use coaxial cables with screening effectiveness of >85dB (Class A) at least or >95dB (Class A+)

WEEE disposal

Electronic devices should never be disposed of in the household rubbish. In accordance with directive

2002/96/EC of the European Parliament and the European Council from January 27, 2003 which

addresses old electronic and electrical devices, such devices must be disposed of at a designated

collection facility. At the end of its service life, please take your device to one of these public collection

facilities for proper disposal.

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2 Revision history

Version 1.0 IPTV EPG Server user manual - First release

Version 1.1 Update for Samsung REACH support

3 IPTV EPG Server

3.1 Introduction

The IPTV EPG Server provides Middleware Solutions for Hotel IPTV systems with an eXtensive Markup Language

(XML) file with the EPG data, normally contained in a DVB Transport Stream Barker Channel from satellite, cable and

terrestrial antenna input to the TDX.

Figure 1: Example setup, based on Macnetix system

3.2 Packing contents

1 piece IPTV EPG-Server

1 piece Power Supply

2 pieces Wall or Rack mounting brackets

4 pieces Screws

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3.3 Technical data

Type

IPTV EPG Server

Art. no

492095

Functionality

EPG XML Server for IPTV

I/O RJ45 Ethernet Connector

Supported speed

Mbps

10/100/1000

Cable Category

Cat 5e, Cat 6, Cat 7

Maximum Cable Length

100

Input USB AUX

Maximum power consumption

500

Maximum supported disk size

Maximum supported file size

Maximum supported filename length

255 characters

General Data

I/O connector IP Stream

RJ45 Ethernet

Input connector USB AUX

USB female

Input connector DC

DC Jack 2mm inner diameter, 5.5mm outer diameter

Current consumption (without USB Device present)

400 @5V

Input voltage (fed from TOU 232SA or optional from PSU

4.8…5.2

Operating temperature

°C

-10…+50

Weight

1.126

Dimensions

160x167x30

Accessories

Power supply

100…240VAC, +5VDC/3A,

TRIAX Part no.: 310019

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4 Mounting the IPTV EPG Server

4.1 Installing the device

The IPTV EPG-Server can be mounted in a 19” rack or wall mounted in any direction needed.

4.2 Device overview

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5 Installation & Easy Setup

5.1 Installation

5.1.1 Static IP address

A static address must be used on the computer you use to configure the headend. Refer to the computer’s operating

software documentation for assistance on using static IP addresses.

5.1.2 Connecting to the EPG Server

Connect IPTV EPG Server to power. Using a computer on the same local network, type in the Server IP (default:

http://192.168.0.200) into a browser to access the EPG Server Web Interface.

Enter user name and password (default “admin” and “Triax1234”) and press Enter.

Note:

The computer must have access to the same IP Subnet as the Server.

5.2 TDX Setup

Before getting started, make sure the headend is setup with a unique TSID and ONID and each channel has a unique

SID.

Setup the headend to deliver an IP Barker channel (a transport stream containing only information about upcoming

programs, thereby reducing the bandwidth required for the transport streams carrying the audio/video information)

in order to provide the IPTV EPG Server with a transport stream of EPG data.

Note:

For information on how to set up an IP Barker channel, please refer to the “IP Output Configurations – EIT Barker

channel” chapter of the TDX Headend System Main Unit User manual.

Take special note of the multicast IP address for the Barker channel, as this is needed for the rest of the setup

procedure.

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5.3 STATUS

The Server Status page, gives basic information about the server. Take special note of the “Services” and “Events”

fields. These show how many services the server is currently receiving data for, through the Barker channel. This

number may differ from the number of services, reported by the TDX, since not all services actually have EPG data in

their transport stream. The Events show how many programs are currently registered in the EPG server

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5.4 SETTINGS

5.4.1 Device Settings

The Settings link takes you to the settings menu.

The Settings menu contains the static IP settings for the IPTV EPG Server and the Server Settings for listening to the

Barker channel.

The IPTV EPG Server IP can be changed to a different subnet (e.g. the same as the TDX Service port). You can do so by

changing it under “IP Settings”. It is not a necessary for the IPTV EPG Server to be on the same subnet as the TDX

AUX port, they simply need to be connected to the same switch.

5.4.2 Server Settings

Enter the Barker channel IP you entered when setting up the TDX here.

You should now be able to access the EPG data in the selected XML format from your middleware solution.

Note:

To check the setup, you could enter the server address, followed by the path to see the raw xml file, e.g.

http://192.168.0.200/xmlTvEvents.

Special note on Samsung SINC Server: Samsung Language Priority is a setting used for the Samsung SINC server

system. Because the Samsung format is only designed for 1 language, the server will use the topmost language in this

list that is available in the Barker stream. If the server has detected a new language that has not been prioritized yet,

it will be printed in red until the changes are applied.

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To update the IPTV EPG Server, click select file and in the dialog box, select the image file you received from Triax

A/S. Select Open and return to the Software Upgrade page. The click the Upgrade button and wait for the IPTV EPG

Server to restart.

5.4.3 How to change from SINC to REACH XML format

If changes are done, please make sure to update both the EPG Server and the TRIAX Transfer Service.

Changes at the EPG Servers GUI:

It will by default be supported only for SINC XML format and if the user wants to change the XML format to be

comparable for his new REACH Server, then it is only needed to change the “Samsung API Path”.

The Settings link takes you to the settings menu.

The default value here is “/samsungEvents” and to change it to the comparable Samsung REACH XML format, just

change the value to “/samsungEventsReach” and click the Apply button.

It should be applied right away and no need to restart.

Changes at the EPG Transfer Service GUI:

When changing the “Samsung API Path” at the EPG Servers GUI, it is needed to change it as well in the “Triax EPG

Transfer Service” that should be located on the same system as the Samsung SINC/REACH Server.

The GUI looks like shown below:

You need to change the parameters, press the stop button and then the config button.

In the Configuration window, it is possible to change:

• The IP address of the EPG Server

• The destination folder for the Samsung_epg.xml file for the SINC server. The location must always be

“<SINC/REACH Server install directory>\htdocs\data\epgxml”

• The destination filename. This is required to be Samsung_epg.xml by the SINC server

• The refresh time for the application. The default is 5 min, but if desired this can be anywhere between 2 and

65537 minutes (default 5 minutes)

Change the “EPG Source URL” to the “Samsung API Path” that you entered earlier

- change from “/samsungEvents” to “/samsungEventsReach”

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The window will alert you if there are any problems with the data you have entered.

Every time the “Samsung API Path” is changed, it is needed to change it here as well to see the changes on the TV.

For more info see the manual for the “TRIAX EPG Transfer Service”:

5.5 SECURITY

In this menu you can change the password for the EPG Server as well as the time that must pass for an auto logoff, if

wanted. Default session timeout is infinite, but if the page is accessed from another PC, the password needs to be

entered again.

5.6 SOFTWARE UPGRADE

The IPTV EPG Server can be updated via the Ethernet port. This is done by going to the Software Upgrade page.

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To update the IPTV EPG Server, click select file and in the dialog box, select the image file you received from Triax A/S

- “xmls_fw_1.1.9.img”. Select Open and return to the Software Upgrade page. Then click the Upgrade button and

wait for the IPTV EPG Server to restart (it can take up to 2 minutes).

5.6.1 How to do an initial install (normal update not working)

If, for some reason, update through the GUI (described in section above) is not working, then it is possible to upgrade

through a USB key. This is the same way if using a recovery image if the device is bricked or not accessible through

the GUI.

Remember to export the config file because this is a clean install, and it is needed to import the saved config file back

after the install.

How to install through USB key:

• Get the xmls_fw_initial_install_1.1.9.zip file

• Format the USB key driveasFAT32

• Unzip and copy everything to the USB key

• Insert the USB key into the EPGserver and power cycle the server

• Wait 2 minutes and then remove the USB key drive and power cycle the server again

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5.7 MISC

5.7.1 Importing and exporting settings

When setting up multiple identical systems, you can use the Misc page to export the settings from one IPTV EPG

server to another. Simply click Export and save the file on a FAT32 formatted flash drive and plug it into the next

Server. You can then use the dialog box to load the setting.

On this page you can also Load the Default settings and Reboot the device.

5.8 Output format

The function of the IPTV EPG Server is to translate the data provided by the TDX via the Barker channel to the

supported XML file formats. The Barker channel itself does not contain the service names, but provides EPG data for

each ONID/TSID/SID, i.e. the Original Network ID (ONID), the Transport Stream ID (TSID) and the Service ID (SID). In

the IPTV EPG Server, this combination of ONID/TSID/SID is organized into a “DVB Triplet”, showing each ID as 3 sets

of 4 hexadecimal numbers.

Example:

ONID

TSID

SID

DVB Triplet

43962

abba00000001

So in order for the TV/STB to display the correct information for the corresponding service, the XML file triplets has

to be paired with the Service names in the Service plan.

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5.8.1 XMLTVFormat

The Triax preferred format is the open XMLTVFormat. This format provides a well-defined structure for the EPG data

that can be used in a variety of devices. It should be noted, however, that the TDX, and thus also the EPG Server is

providing the data in UTC time rather than local time, and the application reading the XMLTVFormat must therefore

correct for the local timezone and DST before presenting it to the user.

This picture demonstrates how the XMLTVFormat may be presented after a timezone correction and after the DVB

Triplets have been translated into the actual service names.

5.9 Information necessary for the Middleware Server

The IPTV EPG Server is designed to provide EPG data to an IPTV Hospitality TV or Set Top Box. In these setups, the

Middleware Server controls the channel mapping for the TVs, and the only channel information the IPTV EPG Server

can extract from the Barker stream, is the Original Network ID (ONID), the Transport Stream ID (TSID) and the Service

ID (SID). All this means that the Middleware Server must request the EPG data from the IPTV EPG server, using the

ONID, TSID and SID.

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To view this information on a TRIAX TDX, go to the TDX Service tool and select “Services”. Make sure the “IP” and “IP

SID” boxes are checked. This will show you the SID for all the services that are currently mapped to IP addresses.

On the TRIAX TDX, the IP ONID is always 43962 and the IP TSID is always 0.

5.9.1 Samsung SINC Server and REACH Server

The Samsung SINC/REACH server is a middleware server designed primarily to run on local servers.

The difference between those two is the XML format output from the EPG Server needed for the SINC and REACH

Servers.

When setting up the SINC server channel plan, first make sure the provided tray application is running. Then you can

select the relevant EPG data as long as you know the SID. Note that the SIDs are delivered in HEX numbers from the

IPTV EPG Server. This means that the number 10 is represented as an A, the number 11 is represented as a B and the

number 15 is represented as an F. The SINC server has a special XML format and additionally requires a special tray

application, running on the server, in order to copy the information to the required location on the server.

An alternative and sometimes easier way to set up the channel plan is to edit the Excel formatted channel plan that

can be exported from the SINC server and add the values from the channel list that can be exported from the TDX.

When this is done, the channel list can be imported into the SINC server again.

Note:

The SINC server only supports service names of 15 characters or less (including spaces).

5.10 Troubleshooting

If you are unable to access the EPG data in the proper format, please check if the Status page has registered any

Services and Events. If this is not the case, check the IP settings of both the IPTV EPG Server and the Headend.

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6 Support

Support information in your language will be found on our country sites.

Go to www.triax.com and select your country.

Below the Support & Training menu you will find additional help and support information.

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7 Terms and Abbreviations

Term

Explanation

TBA

To Be Added

TBD

To Be Determined

PID

Packet Identification; According to standard ISO 13818-1

SID

Service Identification; According to standard ISO 13818-1

TSID

Transport Stream Identification

NIT

Network Identification Table; According to standard ETSI EN 300 468

NID

Network Identification used in NIT; According to standard ETSI EN 300 468

ONID

Original Network Identification used in NIT; According to standard ETSI EN 300 468

STB

Set Top Box; DVB receiver that is connected to a TV set

Receiver

A device that receives a signal from a headend. An example could be a TV-set or a STB.

end-user

A person that uses a TV or receiver.

Installer

A person that installs, deploys and maintains the headend system

i/f

Interface

Transport Stream; According to standard ISO 13818-1

Elementary Stream; According to standard ISO 13818-1

Service

According to ETSI EN 300 468

Triax 492095 User manual

Triax 492095 User manual

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