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[[Kategorie:DMR]]
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== DMR DigitalMaster==
== WINMASTER ==
 
 
by: Kurt OE1KBC oe1kbc@oevsv.at
 
by: Kurt OE1KBC oe1kbc@oevsv.at
  
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== Parameters ==
 
== Parameters ==
 
* Repeater Type:  '''IP Multi-Site Master'''
 
* Repeater Type:  '''IP Multi-Site Master'''
* Jitter Buffer Length: '''3'''
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* Jitter Buffer Length: '''8'''
 
* Authentication Key: '''!! leave empty !!'''
 
* Authentication Key: '''!! leave empty !!'''
 
* IP Multi-site Networking UDP Port: '''62015'''
 
* IP Multi-site Networking UDP Port: '''62015'''
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* IP Multi-Site Service: '''checked'''
 
* IP Multi-Site Service: '''checked'''
 
* IP Multi-Site Service UDP Port: '''62016'''
 
* IP Multi-Site Service UDP Port: '''62016'''
* RDAC: '''unchecked'''
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* RDAC: '''checked'''
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* Remote RDAC UDP Port: '''62017'''
 
* Super Master Service: '''checked'''
 
* Super Master Service: '''checked'''
 
* Super Master IP: '''178.188.156.53'''
 
* Super Master IP: '''178.188.156.53'''
 
* Super Master UDP Port:  '''62005'''
 
* Super Master UDP Port:  '''62005'''
 
* Super Master Multi-Site Service: '''checked'''
 
* Super Master Multi-Site Service: '''checked'''
* Super Master Multi-Site UDP Port: '''62006'''
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* Super Master Multi-Site UDP Port: '''62006''' as standard port. Please ask WinMaster SYSOP for your own indivudual port
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* Super Master RDAC Service: '''checked'''
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* Super Master RDAC UDP Port:  '''62007'''
  
Please note: Use the UDP-Port "62006" only for the first tests and QSOs. After that you will get a fixed UDP-Port. This Port identify you repeater to routing- and informations systems.<br/>
 
Only with a fix UDP-Port you can use all the features in the WinMaster system. You can get this fix port form your WinMaster administrator. In Austria please contact me oe1kbc@oevsv.at<br/>
 
  
== Server ID ==
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== Server ID using RDAC Service ==
The HYTERA Repeaters to not give their ID to the network streams so i've to take this information from "Super Master Multi-Site UDP" Port.<br/>
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DigitalMaster versions larger then 8.0 are able to read the programmed Repeater Parameters.
Therefore, if you use the default UPD-Port 62006 no Server-ID can be calculated.<br/>
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* DMR Repeater ID
Es gibt daher in Abstimmung mit Torsten DG1HT bzw. mit mir OE1KBC folgende Möglichkeiten:<br/>
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* Repeater callsign
Super Master Multi-Site UDP Port: '''6FRLL'''<br/>
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* Repeater TX frequency
6....fix<br/>
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* Repeater RX frequency or shift
F....lfd.Nr. pro Region 1-4<br/>
 
R....Region 1-9 (in OE Bundesland 1-9 in DL evt. 1.Stelle Plz.)<br/>
 
LL...Landeskenner letzten beiden Stellen (OE...2<32>    DL...2<62>    HB9...2<28>)<br/>
 
  
So hat z.B.:<br/>
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A Repeater with activated Super Master RDAC Service is able to transfer the parameters to the DigitalMaster. This information will be transferd to the S/BMaster system. So we can display this informations on the DashBoard. Please keep in mind to coordinate the Repeter IDs and store them to the DMR-MARC database. So we do not run in conflicts on international calls.
der zweite Repeater in OE8 '''62832''' oder<br/>
 
der dritte  Repeater in DL Plz.Gebiet 4 '''63462'''
 
  
== Zeitschlitze / Sprechgruppen ==
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== Timeslots / Talkgroups ==
* LOKAL - Der Zeitschlitz TS1 ist komplett lokal gehalten. Bitte TG9 verwenden aus Kompatibilität.<br/>
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* local QSOs - the timeslot TS2 should be complete free for local QSOs. Please use TG9 to be compatible to the network issues.<br/>
* ECHO - Als Besonderheit am Zeitschlitz TS1 gibt es eine Echo Funktion. Alles was auf TG9990 gesprochen wird, wird nach loslassen der PTT wiederholt.<br/>
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* echo function- as a special we offer on TS2 a echo function. All you speek to TG9990 on TS2 will be responded after release of PTT.<br/>
* NATIONAL - Der Zeitschlitz TS2 ist mit TG9 auch für lokal benützbar. Mit TG232 ist OE weite Verbindung möglich<br/>
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* national QSOs - the timeslot TS1 with TG9 you can also be used for local QSOs. With your country code (e.g. in OE TG232 or TG3 in USA) you can make nation wide QSOs<br/>
* INTERNATIONAL Mit TG1 ist internationale Vernetzung (dzt. DL ca. 5 Repeater) möglich.<br/>
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* international QSOs with TG1 on TS1 you are connected to all repeaters WW (US, EU, ...).<br/>
  
== LastHeard ==
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== HYTERA DashBoard / LastHeard ==
via http://87.106.3.249/dmr kann eine LastHeard Liste abgefragt werden. Diese wird noch in die allgemeine DMR LastHeard Liste eingefügt.
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the link http://ham-dmr.de/dmr/ show the LastHeard information. This can show you the right function of the DigitalMaster installation.<br/>
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You can also reach the overview which repeaters are ONLINE to the OPEN-HYTERA-NET:<br/>
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http://ham-dmr.de/1repeater_status.php <br/>
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And also an overview to control which talkgroups are linked to each repeater is shown:<br/>
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http://ham-dmr.de/group.php.<br/>
  
== Software Erweiterungen ==
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== DigitalMaster Software ==
Die Software wurde von Torsten DG1HT übernommen und für den OE-MASTER angepasst.<br/>
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The DigitalMaster software is written with .NET C# and connect the repeaters to the network..<br/>
Da diese Software komplett von Amateuren geschrieben wird können in Kürze folgende Features realisiert werden:
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The parameters in the properties form give you the possibilities to assign talkgroups to your slots. So you can make your own local TGs and bind repeaters to a local DMR-Network. So it is possible to connect the local repeaters (connected to the same DigitalMaster) on TS2 with TG9. This is a local area connection.<br/>
* CALL-Sign Routing (Das Programm verbindet automatisch mit dem Zielrepeater)
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If you run more than one DigitalMaster on the same SMaster (see routing concept) you can decided on every DigitalMaster how to connect the DigitalMasters together.<br/>
* Repeater Routing (nur die für das QSO erforderlichen Repeater sind in Betrieb)
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The three step model give us a dynamic structure for the future.
* dynamische Repeater Gruppen (Repeater können vom User dynamisch zusammen geschalten werden)
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* DigitalMaster build the repeater connections and the network for the region
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* SMaster combine the DigitalMaster regions to a nationwide network
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* BMaster combine nations to continents
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<br/>
  
== OE-MASTER ONLINE ==
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here a picture from ÖVSV HYTERA-DMR OE-MASTER main- and properties page
Die OE-MASTER Software ist in .NET C# programmiert und ist für das Routing der HYTERA Repeater zuständig.<br/>
 
In der Parametermaske werden die Routen eingetragen. Es wird auch festgelegt welche Zeitschlitze benutzt werden.<br/>
 
Weiters legt der OE-MASTER auch fest wie der nächste MASTER Server erreicht werden kann.<br/>
 
Über diese Struktur können Regionen, Länder und Kontinente im Routing erreicht werden.<br/>
 
Natürlich ist auch ein zentraler Server für die Darstellung der LastHeard Informationen angebbar.<br/>
 
Das System wir durch diese Struktur sehr dynamisch gehalten und erfordert keine großartigen Struktur-Planungen.
 
 
 
Hier ein Bild vom ÖVSV HYTERA-DMR OE-MASTER
 
  
 
[[Bild:OE-MASTER-PRINT.jpg|500px|OPEN HYTERA OE MASTER]]
 
[[Bild:OE-MASTER-PRINT.jpg|500px|OPEN HYTERA OE MASTER]]
  
== Fragen zu OE-MASTER ==
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== Questions to the software and the DigitalMaster (OE-MASTER) in OE ==
Bei Fragen zum Server: EMail an oe1kbc@oevsv.at
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please EMail to oe1kbc@oevsv.at

Aktuelle Version vom 1. Februar 2014, 08:28 Uhr

DMR DigitalMaster

by: Kurt OE1KBC oe1kbc@oevsv.at

On the ÖVSV server we installed the DMR OE-MASTER and you can use this master for testing issues.

You can connect with HYTERA RD985 or RD965 repeater with the IP Multi-Site Service license installed. The connection is done via the "Supermaster" service.

Parameters

  • Repeater Type: IP Multi-Site Master
  • Jitter Buffer Length: 8
  • Authentication Key: !! leave empty !!
  • IP Multi-site Networking UDP Port: 62015
  • P2P Firewall Open Time (sec): 6
  • IP Multi-Site Service: checked
  • IP Multi-Site Service UDP Port: 62016
  • RDAC: checked
  • Remote RDAC UDP Port: 62017
  • Super Master Service: checked
  • Super Master IP: 178.188.156.53
  • Super Master UDP Port: 62005
  • Super Master Multi-Site Service: checked
  • Super Master Multi-Site UDP Port: 62006 as standard port. Please ask WinMaster SYSOP for your own indivudual port
  • Super Master RDAC Service: checked
  • Super Master RDAC UDP Port: 62007


Server ID using RDAC Service

DigitalMaster versions larger then 8.0 are able to read the programmed Repeater Parameters.

  • DMR Repeater ID
  • Repeater callsign
  • Repeater TX frequency
  • Repeater RX frequency or shift

A Repeater with activated Super Master RDAC Service is able to transfer the parameters to the DigitalMaster. This information will be transferd to the S/BMaster system. So we can display this informations on the DashBoard. Please keep in mind to coordinate the Repeter IDs and store them to the DMR-MARC database. So we do not run in conflicts on international calls.

Timeslots / Talkgroups

  • local QSOs - the timeslot TS2 should be complete free for local QSOs. Please use TG9 to be compatible to the network issues.
  • echo function- as a special we offer on TS2 a echo function. All you speek to TG9990 on TS2 will be responded after release of PTT.
  • national QSOs - the timeslot TS1 with TG9 you can also be used for local QSOs. With your country code (e.g. in OE TG232 or TG3 in USA) you can make nation wide QSOs
  • international QSOs - with TG1 on TS1 you are connected to all repeaters WW (US, EU, ...).

HYTERA DashBoard / LastHeard

the link http://ham-dmr.de/dmr/ show the LastHeard information. This can show you the right function of the DigitalMaster installation.
You can also reach the overview which repeaters are ONLINE to the OPEN-HYTERA-NET:
http://ham-dmr.de/1repeater_status.php
And also an overview to control which talkgroups are linked to each repeater is shown:
http://ham-dmr.de/group.php.

DigitalMaster Software

The DigitalMaster software is written with .NET C# and connect the repeaters to the network..
The parameters in the properties form give you the possibilities to assign talkgroups to your slots. So you can make your own local TGs and bind repeaters to a local DMR-Network. So it is possible to connect the local repeaters (connected to the same DigitalMaster) on TS2 with TG9. This is a local area connection.
If you run more than one DigitalMaster on the same SMaster (see routing concept) you can decided on every DigitalMaster how to connect the DigitalMasters together.
The three step model give us a dynamic structure for the future.

  • DigitalMaster build the repeater connections and the network for the region
  • SMaster combine the DigitalMaster regions to a nationwide network
  • BMaster combine nations to continents


here a picture from ÖVSV HYTERA-DMR OE-MASTER main- and properties page

OPEN HYTERA OE MASTER

Questions to the software and the DigitalMaster (OE-MASTER) in OE

please EMail to oe1kbc@oevsv.at

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