Planning de présentation

Présentation au sujet: "Planning de présentation"— Transcription de la présentation:

1 Planning de présentation
MOTOTRBO Rappels Up Grade GPS Revert Evolutions 2009 Multisite Concurrence DMR Vertex

2 MOTOTRBO Troy McLucas has been with the Motorola’s Authorized Channels Engineering and Support (ACES) team since ACES is the pre-sales system design group and 2nd tier post-sales support group for Motorola's indirect sales channel. The indirect channel encompasses both the buy/sell dealer business and the Motorola Representative (MR) business. .

3 IMPRES™ Energy et Audio Portfolio
MOTOTRBO Series DM3600 / DM3601 DP3600 / DP3601 DR3000 DP3400 /DP3401 DM3400 / DM3401 IMPRES™ Energy et Audio Portfolio MOTOTRBO Review: MOTOTRBO is comprised of the XPR series of radios. The subscribers are Dual mode, the are capable of both analog and digital operation. In digital mode & talking through a repeater, 2:1 Channel Capacity is possible via Time Division Multiple Access (TDMA) Subscribers have an integrated GPS receiver option. Subscribers are NOT field upgradeable to add that option. Basic text messaging (between subscribers) included in all subscribers MOTOTRBO has location and text messaging applications for PC use. GPS et Text Messaging Services

4 MOTOTRBO Migration de l'analogique
Fonctionnalités analogiques disponibles : PL/DPL Squelch Indicateur d'occupation du canal Ecoute en clair (Monitor) Scan Suppression du canal indésirable DTMF Avantages du MOTOTRBO : Double la capacité Réduction du coût des infrastructures Qualité audio incomparable Diminution du bruit ambiant Cryptage natif Augmentation de la durée du temps de parole liée à la Technologie TDMA IP57 Submersible Option GPS intégré Modem intégré Messages textes Connexion IP Now we’re going to discuss customers migrating from Analog to MOTOTRBO. Listed are some of the analog features currently in the MOTOTRBO product.

5 Migration: Terminaux Analogique + DMR
Postes Analogiques F1 Scanning DMR F2 Deux fréquences sont nécessaires

6 Migration: Relais Existant Analogique
Même principe pour un relais DMR programmé en mode Analogique Postes Analogiques F1 F1 F2 DMR Deux fréquences sont nécessaires

7 Migration: Relais DMR, mode numérique
Slot 1 Client 1 DMR Slot 2 DMR Client 2 1 seule fréquence est nécessaire

8 Scanning Migration: Le balayage permet la mixité
Slot 1 DMR Ajout d'un relais DMR programmé en Numérique F2 F2 Terminaux Analogiques CP040, Waris, etc Ancien Relais PMR analogique PL existant MTR2000, MC Compact F1 Scanning Le nouveau réseau numérique discute avec l'ancien réseau PMR analogique PL

9 Up Grade Release 1.2 Décembre 2007
Améliorations apportées : Signaux sur connecteur accessoires du relais (Analogique) Possibilité d'attribuer un code couleur spécifique à chaque canal Le dernier message envoyé peut être rappelé, édité, modifié, ou renvoyé Une tonalité de fin d'émission (roger bip) peut être envoyé sur le canal pour signalé qu'il est libre Basic Privacy : possibilité d'ajouter, par radio, une clé de codage simplifié

10 Up Grade Release 1.3 Juin 2008 Améliorations apportées :
Signalisation DTMF Permet de numéroter dans un réseau analogique existant. Exemple : Interface téléphonique Signal de sortie sur l'interface arrière du relais Permet de contrôler un relais d'antenne extérieur dans le cas d'une base simplifiée. Accès périphérique autre que PC Permet de se connecter directement à un terminal de données tel qu'un calculateur embarqué dans un bus (sans passer par un PC) Compatibilité des logiciels CPS & Air Tracer avec Windows Vista Home Premium & Business Editor. Ajustement automatique, ou manuel, du gain micro en numérique GPS revert (Mode numérique uniquement) Attribution d'un canal, dans le sens montant, pour les données de localisation. Avantage => Libérer les canaux pour la voix

11 MOTOTRBO: GPS Revert GPS Data Revert ( Disponible à partir de la Release 1.3) Les coordonnées de localisation sont transmises sur un canal désigné (dans le sens montant => Mobile vers Base) => Réduit le trafic sur le canal voix => Une base par time slot Conclusion => pour le GPS Revert il faut deux bases : 1 => Les requêtes descendantes sont faites par la base qui est programmée sur le slot voix 2 => Les réponses des mobiles arrivent sur la base qui est programmée sur le GPS revert Revert Channel is the channel used for digital emergency alarm or voice. Any digital channel may be set as the Revert Channel, including the channel indicated by the radio's channel selector. This feature assigns an available digital channel as the GPS Revert channel for the current selected channel. A GPS revert channel is the designated channel on which automatic GPS updates are transmitted on when GPS and ARS are enabled on the radio. This reduces traffic on a channel and allows the channel to accommodate more voice transmissions. The radio performs this action by automatically switching to the GPS revert channel before transmitting a GPS update, and switching back when the update is completed. By default, the GPS revert channel is the selected (Home) channel. An applicable digital channel can be used as GPS Revert for multiple channels. Voice traffic is discouraged on revert channels. This is a channel-wide feature.

12 GPS standard Slot 1 – Notification de présence Base Slot 1 Slot 1 - Demande de localisation Réponse de localisation Voix Tx & Rx = slot 1 GPS Tx & Rx = slot 1 Serveur: Notification de présence Localisation Instructor Notes: Channel f1 is the Selected Channel and Channel f2 is the GPS Revert Channel. Communications such a presence, location requests (application server to SU), text and voice occur on the Selected Channel, while all location responses (SU to application server) including location updates occur on the GPS Revert Channel. Under a typical scenario, the SU is powered on, and then registers on the Selected Channel with the Presence Notifier and the Location Server. The SU receives a Periodic Location Request and an Emergency Location Request from the Location Server on the Selected Channel. This Periodic Location Request instructs the SU to send location updates at a specific rate, while the Emergency Location Request instructs the SU to send a single Emergency Location Update when an emergency is initiated. The SU spends the most time on the Selected Channel. The SU only switches to the GPS Revert Channel when a Location Update needs to be transmitted. Since voice transmissions have priority over data transmissions, when the SU is involved in a call on the Selected Channel, the Location Update is queued until after the call is completed.

13 GPS Revert Slot 1 – notification de présence Base Slot 1 Slot 1 - Demande de localisation Réponse de localisation Serveur: MCDD * Notification de présence Localisation Voix Tx & Rx = slot 1 GPS Tx & Rx = slot2 Base Slot 2 Instructor Notes: Channel f1 is the Selected Channel and Channel f2 is the GPS Revert Channel. Communications such a presence, location requests (application server to SU), text and voice occur on the Selected Channel, while all location responses (SU to application server) including location updates occur on the GPS Revert Channel. Under a typical scenario, the SU is powered on, and then registers on the Selected Channel with the Presence Notifier and the Location Server. The SU receives a Periodic Location Request and an Emergency Location Request from the Location Server on the Selected Channel. This Periodic Location Request instructs the SU to send location updates at a specific rate, while the Emergency Location Request instructs the SU to send a single Emergency Location Update when an emergency is initiated. The SU spends the most time on the Selected Channel. The SU only switches to the GPS Revert Channel when a Location Update needs to be transmitted. Since voice transmissions have priority over data transmissions, when the SU is involved in a call on the Selected Channel, the Location Update is queued until after the call is completed. * Multi Channel Device Driver

14 Les développements Consulter régulièrement MOL pour prendre connaissance des applicatifs développés par les partenaires : Ressource Center => Application Partners ans Applications => Partner and Solutions MOTOTRBO Solution: DMRAlert by ALSATEL (04 Jun 2008 Adobe Acrobat File 736KB) Presentation of DMRALERT an integrated dispatcher solution for fleetmanagement including GPS based localisation. MOTOTRBO Solution: hermesTRX by hermes microcom (11 Mar 2008 Adobe Acrobat File 651KB) Product Brochure of hermesTRX. hermesTRX is a plug-and-play real time GPS fleet management system using Google™ Earth as its mapping platform. It is configurable through a built-in web server to track and manage vehicles and persons by GPS enabled standard MOTOTRBO™ radios. MOTOTRBO Solution: RADIOTRACE by SYRADE (04 Jun 2008 Adobe Acrobat File 487KB) RADIOTRACE is a GPS based localisation solution supporting different formats of maps. Chose a site map, a raster map,a professional map (mappoint, ..) or google map, …. And if you can’t chose, use simultaneously different maps ! MOTOTRBO Solution: DMR921 by ATS (31 Jul 2008 Adobe Acrobat File 856KB) Product ifo sheet about DMR921. The DMR921 disposes of an USB– and a RS232-interface. The required activation of the USB interface for the radio set will be performed by the DMR921. The radio set may be used for many applications with simple instructions via the serial interface. MOTOTRBO Solution: K-Term 42 a 5-Tone option board by Kilchherr (04 Jun 2008 Adobe Acrobat File 317KB) The K-TERM42 is a tone selective call decoding and encoding module for MOTOTRBO subscribers. It supports following selcal norms: ZVEI1/2/2, CCIR70/100, EEA

15 Prévisions 2009 Janvier 2009 => (Release 1.4) - Multisites Motorola "IP Site Connect" ( Plusieurs fréquences ) - Compatibilité des terminaux avec l'infra Simulcast "Selex" ( Une seule fréquence ) Q2 / => Activation des entrées/sorties du connecteur accessoires, en numérique (Application Development Kit) (R1.5) Q3 / => Interface téléphonique en numérique

16 Release 1.4 …. Le multisite

17 La dénomination commerciale du multisite MOTOTRBO est :
IP Site Connect

18 MOTOTRBO IP Site Connect: Fonctionnalités
Permet d'interconnecter jusqu'à 15 relais en numérique en IP Augmente la zone de couverture Diagnostique et contrôle à distance les alarmes Changement de site automatique The repeaters are often referred to as “Peers” in the IP Site Connect System. The Remote Diagnostics Alarms & Controls (RDAC) is considered one of those peers. Subscribers will be able to automatically roam between sites and choose which channel to communicate on. Design considerations are discussed later. Overview of the difference between a Local Area Channel and a Wide Area Channel

19 MOTOTRBO IP Site Connect: Changement de site (Roaming)
Les radios utilisent une liste de canaux préprogrammés pour changer automatiquement de site Les radios balayent la liste de sites et choisissent le site avec le meilleur signal. Ce site devient, momentanément, le site de rattachement jusqu'à ce que le signal descende en dessous d'un certain seuil Cette valeur se programme via le CPS Si le signal descend en dessous du seuil, la radio recherche automatiquement un nouveau site Si la radio reçoit, d'un nouveau site, un signal supérieur au seuil programmé dans la radio, elle changera automatiquement de site Pas de changement de site en cours d'appel (comme en 3RP) MOTOTRBO IP Site Connect supports the ability to automatically roam between sites of a wide area system. The subscribers can be configured with a roam list that contains a list of channel that identify the sites. Each channel equals one site (one repeater) of a wide area system. The radio will scan through the list of sites and select the one with the strongest signal. -This channel becomes the radios home site until the signal strength falls below a programmable value. This value is set in the CPS and is the RSSI threshold setting Once that RSSI reaches below threshold, sub will look for new channel The subscriber will then move to the next home site if its signal is above the programmed threshold value The subscriber can NOT roam while in a call. MOTOTRBO radios already have a transmit Time Out Timer. Default is 60 seconds, maximum is 495 seconds (8.25 min)

20 MOTOTRBO aujourd'hui: Canal Mono site
Chaque relais possède une seule fréquence. Sur cette fréquence, deux canaux de communication (slots) peuvent être définis. Local Slot 1 Local Slot 2 Local Slot Local Slot Local Slot Local Slot Wide Area Channels are those repeater slots that are linked via the IP Site Connect feature. When a new call starts at one of the channel slots of a repeater, the repeater sends the call to all the repeaters. All the repeaters repeat that call on their corresponding channel slot. This allows a radio in the coverage area of any repeater to participate in the call. Exemple : 3 relais, 6 canaux locaux indépendants

21 MOTOTRBO IP Site Connect: Canal Multi site
INTERNET Local Slot Wide Slot Local Slot Wide Slot Local Slot Wide Slot Wide Area Channels are those repeater slots that are linked via the IP Site Connect feature. When a new call starts at one of the channel slots of a repeater, the repeater sends the call to all the repeaters. All the repeaters repeat that call on their corresponding channel slot. This allows a radio in the coverage area of any repeater to participate in the call. => 3 relais, 3 canaux locaux indépendants, 1 canal commun multisite (internet)

22 MOTOTRBO IP Site Connect: Canal Multi site
INTERNET Wide Slot Wide Slot Wide Slot Wide Slot Wide Slot wide Slot Canal 1 Multisite INTERNET Wide Area Channels are those repeater slots that are linked via the IP Site Connect feature. When a new call starts at one of the channel slots of a repeater, the repeater sends the call to all the repeaters. All the repeaters repeat that call on their corresponding channel slot. This allows a radio in the coverage area of any repeater to participate in the call. = > 3 relais, 2 canaux, 2 multisites indépendants (via internet)

23 MOTOTRBO IP Site Connect: Definition du canal
Soit en mode multisites " IP Site Connect " => Canal définit sur plusieurs sites Soit en mode local => Canal définit localement Le groupe A et le groupe B fonctionnent comme sur le MOTOTRBO version monosite Le groupe C est multi site. Si une radio transmet dans le groupe C, tous les relais qui possède dans leur programmation ce groupe C sont activés sur ce canal. INTERNET Local Area Channel Wide Area Channel Local Area Channel Wide Area Channel Groupe C Groupe B Groupe C Groupe A Local Area Channel are NOT connected to a Wide Area Network and therefore remain local use channels. They appear and act as single site repeater channels. End users have the ability to talk across geographical disconnected sites AND the local site on the SAME repeater.

24 MOTOTRBO IP Site Connect: RDAC Remote Diagnostic Access Contol
Diagnostique du relais Alarmes & Contrôles Actif/Inactif Puissance émise (Haute/Basse) Température (Surchauffe) Défaut secteur Changement de canal Activation / Désactivation Diagnostique localement via prise USB ou via le réseau IP Contrôle de tous les relais via IP Repeater Diagnostics, Alarms, and Control (or RDAC) allows a system administrator the ability to monitor and control repeaters within the system via a software program provided by Motorola This list is only a sampling of features. Full list will be disclosed during 1.4 release. RDAC can be configured to be used locally via USB or over the network via IP. If used over the network it is possible to monitor all repeaters in the entire wide area system Repeater Diagnostics Enable/disable Transmit power (high/low) Repeater Alarm Reporting Overheating AC Power failure Repeater Controls Change channels Reset / knock down

25 MOTOTRBO IP Site Connect: Mise à niveau
Les versions de relais antérieures à la version 1.4 peuvent être upgradées. Pour bénéficier de la fonction multisite il faut upgrader le logiciel du relais (Gratuit) Si le client à besoin des remontées d'alarmes il est nécessaire de commander un kit de mise à niveau (hardware) => Détection défaut du ventilateur et coupure secteur avec passage sur la batterie (Option Payante) Il est nécessaire de mettre à niveau les radios dans la dernière version logiciel 1.4 Les applications Data (télémétrie, GPS, Messages textes) sont compatibles avec IP Site Connect Legacy hardware is fully compatible with the IP Site Connect configuration, with only one caveat. If an end user requires the alarms for main fan failure and AC power supply failure with switching battery revert. In this instance a small board will have to be added to repeaters that were purchased prior to the 1.4 release To enable the repeaters they MUST be upgraded and reprogrammed. While SOME radio features may work- its HIGHLY recommended that subscribers be upgraded. Data applications of single site configuration are fully compatible with the IP Site Connect configuration.

26 MOTOTRBO IP SITE CONNECT: Topologies Réseaux
Topologies de réseaux supportés pour la connexion des sites Réseaux locaux privés (LANs) Réseaux étendu (WAN) (Interconnexion de plusieurs LAN) Liaisons E1 Privées ADSL Canopy RNIS / ISDN Protocole de commutation "Frame Relay" (Relayage de trames) The largest benefit of IP Site Connect is the ability to connect sites over public Internet Service Providers (ISP) links as well as private high speed connections. Because the RF coverage radius exceeds most network cabling limits, we can assume that most networks will be composed of both local area networks and wide area network components. Listed are the supported network topologies. Dial-Up is not supported because bandwidth requirements will exceed those provided. Satellite links are not supported because of round-trip link delays. Topologies non supportées pour la connexion des sites RTCP Contraintes de bande passante Satellite Latence trop importante

27 Questions ???