Transcript
Hytera Solution for MRT
Oversea Production Marketing
Radio System in MRT Hytera Tetra Solution
Tetra Radio in MRT Customized Production Hytera Services
Case Study Conclusion
Introduction to Hytera Introduction to Hytera
Introduction to Hytera
Hytera Tetra Solution Tetra Radio in MRT Customized Production Hytera Services
Case Study Conclusion
Radio System in MRT
Radio System in MRT
The Modern MRT Feature
Fail-Safe system
Highly Automated
Automated driver functions Drivers eye=OCC Efficient data transmission Consistently clear communication
More effective communication
Increasingly Reliant on Fail-Safe Computer Based Systems
Decreased Staffing Levels demands more effective means of communication
Modern MRT
The Communication System of MRT
Main components of communication system Transmission System Telecom System PAPassenger Announcement CCTV Radio System PISPassenger Information System Clock system Power
Transmission System
Radio Communication
OCC
Line dispatcher
Depotdispatcher
The Modern MRT Radio Requirements
Advanced Networking Capabilities
Reliability
No single point failure Robust and Reliable Redundancy protection Geo
redundancy
Modular System. Support Future Network and Channel Growth.
Ease of Expansion
Inter-working with Other Networks.
The Modern MRT Radio Requirements
Real-time Response
Multi-Geo Complexity Coverage in tunnel and urban canyons
Reuse, Planning No interference
Frequency Efficiency
High speed adaption Fast call setup
Seamless Coverage
Secondary DevelopmentWhat End User Want ?
Hytera Tetra Solution Introduction to Hytera Radio System in MRT
Tetra Radio in MRT Customized Production Hytera Services
Case Study Conclusion
Hytera Tetra Solution
Overall Communication System
.
Databases
BS BS
BS BS
o
BDA BDA
Dispatcher
SCN
Telephony Network(PABX/ PSTN)
RecorderCommand & Control
NMSLCX
Portable Fixed Station
TrainBorne
SNMP
Hytera Solution Highlight
One-Stop Service
Whole solution for Radio Communication
Tetra radio systemCoverage solutionTetra radio terminalApplication
Flexibility & Security
Well-designed Architecture & redundancy concept
Module design systemno single point failure
Customization
Follow customer requests
Individual requests realizationtailor-made
State-of-the-artproduct portfoliobrings High reliability
Voice+ Data service
Response at the first time
Professional and intimate support
Fully understand customer requirement
Whole solution
TETRA Customized Production
Service
Hytera
Hytera Solution Components
Hytera Tetra Solution Introduction to Hytera Radio System in MRT Hytera Tetra Solution
Customized Production Hytera Services
Case Study Conclusion
Tetra Radio in MRT
TETRA Infrastructure
Group Communication RadioDispatcher
Handheld Terminal
Mobile terminal
Direct Mode Operation (DMO)
Cellular Radio Network
BS
BS
BS
BS
BS
BS
BS
Individual Communication
Central Network Node /Switching Node
Data Service
Packet Data Short Data Service
Individual half/full duplex call
Group Call service
DirectMode
In-building coverage
TETRA Network and Service Overview
Application servere.g. Voice Recorder
Managementsystem
Customer databases
Dispatcher
Telephony Network(PABX/ PSTN)
Customer Network (IP)
Components of BS: Voltage Supply Unit up to two TETRA Indoor Base
Transceivers (TIB) Antenna Coupling System (ACS) Fan Unit
Best in Class radio characteristics Sensitivity 119 dBm (TOC) Tx Output Power max. 50 W Up to 8 Carriers ( need 2 cabinet)
Global frequency band 380 to 486 MHz (RX/TX) 806 to 876 MHz (RX/TX)
Base Station DIB-500 R4.1General Properties
Module Design, Fully Redundancy
DIB-500
Virtually unlimited network size and complexity
System Controller Node IPNA strong central network node
For larger networks Network Database (Subscriber register) Voice and Data Recorder
If central components have to be redundant If high capacity gateways are needed
Application Interface (A-CAPI) Telephony gateway (SIP, S0, S2m) Packet Data Gateway (IP based data service)
Based on carrier-grade servers as common HW platform
IPNTETRA System Controller Node
TETRA Networking Topologies
For small to mid-size networks Mid-size to large networks
16 BS
Distributed Centralized
ACCESSNET-T IP A-CAPIIP based Application Interface
C&C, Dispatching
Train Control Telemetry, SCADA
Indoor Positioning
Voice Recording
GIS/AVL
Full access to all network services Voice Calls SDS DGNA Monitoring (e.g. for voice recording) Patching of groups Call Forwarding Object-Oriented Addressing
Multiple simultaneous connections Redundancy option Supported codecs
TETRA PCM- / G.711
Security Management NMC 514
Configuration Manager NMC 515
Performance Management NMC 513
Fault Management NMC 511
Accounting (Subscriber) Management NMC 512
Network Management System FCAPS
Handover
Expansibility
Reusability
Reliability
Coverage
Flexible Architecture
Frequency planning
Redundancy Concept
Antenna System Design
No call drop down
Hyetra Fit for MRT Requirement
Handover
Expansibility
Reusability
Reliability
Coverage
Flexible Architecture
Frequency planning
Redundancy Concept
Antenna System Design
No call drop down
Hyetra Fit for MRT Requirement
1/ Outstanding Reliability Enhancing Redundancy Options
Redundancy options for System Controller Nodes (IPN) 1+1 Redundant servers / components Site redundancy (Geo Redundancy)
enables base stations to connect to two alternative switches and automatically use the best route
Redundancy options for Base Stations (DIB) 1+n Spare frequencies (traffic carrier) to take over MCCH on main carrier fault 1+1 Base Station controller redundancy
safeguard radio site operation even if primary site controller fails n+1 / n+2 Backup traffic carriers to become operative on TCH failure
Redundancy options for applications and management systems Servers & links of/to Dispatcher, Voice Recorder and other applications Network Database and management clients
Reliability _ Architecture
Private IP Network (with QoS)
Redundancy of critical components in BS as well as switching node + DB on one central site
Redundancy of critical components in BS as well as switching node + DB on different sites
Switching
Gateways
Redundant central Network management
server incl. database
Redundant servers for switching
and gateways
Private IP Network (with QoS)
Switching
Gateways
Redundantserver for switching and gateways incl.network management
Controller Carrier Controller Carrier
Local Redundancy GEO Redundancy
Reliability _ BS Security
Power Supply TIB Module
1+n Spare frequencies (traffic carrier) to take over MCCH on main carrier fault
1+1 Base Station controller redundancysafeguard radio site operation even if primary site
controller fails n+1 / n+2 Backup traffic carriers to become
operative on TCH failure
Reliability _ Architecture
Complete call servicesl Group callsl Individual calls (half & full duplex calls)l Call priority, pre-emptive priority and emergency callsl SDS and status message transmission
Complete security featuresl Encrypted voice & data transmissions with Air Interface Encryption Cl 2 & Cl 3l Authentication of terminals towards the single-cell TETRA network
Call supplementary TETRA features l Call queuing, dependent on the call priority levell Call time limitationl Inactivity timer according to TETRA protocol stackl Rejection of a call of/to an unknown subscriber
Local gateways to PABX/PSTN, applications and IPPacket Data networks
Reliability _ Fallback modeLocal Site Trunking Mode
Handover
Expansibility
Reusability
Reliability
Coverage
Flexible Architecture
Frequency planning
Redundancy Concept
Antenna System Design
No call drop down
Hyetra Fit for MRT Requirement
2/Expansibility Flexible Architecture
Network design Central call control & mobility management for all base station sites
Benefits Highest availability for central network node (IPN) through redundant design of all
critical components on one central site on geographically separated site (Geo-Redundancy)
30 BS / 60 Carrier
16 Swtich Center
Handover
Expansibility
Reusability
Reliability
Coverage
Flexible Architecture
Frequency planning
Redundancy Concept
Antenna System Design
No call drop down
Hyetra Fit for MRT Requirement
3/Seamless Coverage Antenna System Design
BS
Directional antenna
Yagi Antenna
Elevated/ground railway
Tunnel Portal
Underground railway
TunnelLCX
Seamless Coverage _ Prediction Elevated Railway
Taichung Green Line , TW Route line 16.71 KM Elevated 15.94KM Ground 0.77KM
System Design 5 BS Pannel antenna Station Height , 25m
Seamless Coverage _ Prediction Underground
Signal Strength Calculation Train and Tunnel Depot Station
Handover
Expansibility
Reusability
Reliability
Coverage
Flexible Architecture
Frequency planning
Redundancy Concept
Antenna System Design
No call drop down
Hyetra Fit for MRT Requirement
4/Frequency Planning
Signal strength calculation No Co-channel Interference when spatial
reuse Third inter-modulation inside BS No adjacent-channel interference
F1
F2
F3
F1
F2
Handover
Expansibility
Reusability
Reliability
Coverage
Flexible Architecture
Frequency planning
Redundancy Concept
Antenna System Design
No call drop down
Hyetra Fit for MRT Requirement
TunnelLCX
-85dBm
RxLev_Min
SRT
FRT
5/HandOver
Serving cell Neighbor cell
TETRA Terminal
Tetra Product Portfolio
Tetra Portable Accessories
Tetra Mobile
PT580H Tetra Portable
Highlight Global Frequency band : 350-400MHz, 380-430 MHz,
410-470 MHz, 806-870 MHz 3W RF output, wider communication coverage Compact & rugged & ergonomic designed 1.8 Large TFT display, 160*128 pixel , 65536 colors Display revert 180 Lifeguard, the advanced solution for man-down alarm GPS application Multi-Units Programming (CPS) Water and dust resist : IP67 Drop , Shock & Vibration: MIL-STD-810G Terminal configuration protection
PT580H has a globally patented Industrial design with antenna in the middle position, providing Omni-directional antenna pattern for better coverage performance. Antenna used in PT580H is a patented design which is short in length and having GPS antenna integrated. Rotary knobs separated by antenna and different in size have made volume knob and channel selector knob easy to access.
MT680 Tetra Mobile
MT680 allows you much installation flexibility. You may integrate the front panel with the main unit, or install it separately at a place where you can easily access operation controls. The front panel is IP67 compliant, capable of delivering you exceptional performance in various harsh conditions.
Highlight Global Frequency band : 350-400MHz, 380-430 MHz,
410-470 MHz, 806-870 MHz 10W RF output ,wider communication coverage Compact & rugged & ergonomic designed Support split installation 2.8 Large TFT display, 320*240 pixel , 260K colors GPS application Powerful Audio : 4W (internal) 10W (external) Water and dust resist : IP54 (main unit) IP67 (front panel) Drop , Shock & Vibration: MIL-STD-810G
Certificate and third party test CE FCC/IC Local Type Approve certification IOP
Quality and CertificatesHytera Tetra terminals have gone through 76 items of environmental test and ALT( accelerated life test) to ensure the reliability.
Hytera Tetra Solution Introduction to Hytera Radio System in MRT Hytera Tetra Solution
Tetra Radio in MRT
Hytera Services Case Study Conclusion
Customized Production
Typical Requirement for MRT
Not only voice and short message Passenger Emergency communications Customized computer dispatcher Interaction with other system
Train announcement system (PA) Train location ATS,GPS, or beacon (SIG) Train health monitoring & telematics (TCMS) On-train passenger information system (PIS) ,,,,,
Tetra
NMS
Innovative Products
RecorderDispatcher
Train borne
Fixed Station
Dispatcher Automatically Group Call
OCC
Group 1111 Group 1112 Group 2222
Line/SectionDispatcher
DepotDispatcher
Group 1111Line 1Driver ID: TeddyStation xxx
Group 1112Line 1Driver ID: TeddyStation yyy
Group 2222Depot Line 2Driver ID: TeddyDepot station zzz
Line/SectionDispatcher
Drivers pressing PTT automatically connected to Specific group Appropriate Dispatcher in OCC
Multiple line/depot dispatcher for a given line/depot, and normally no communication between them.
Dispatcher want to address train By logical identities like Routes or Runs in a specific group. E.g. all trains in line 1 section 1
Station xxx Station yyy Depot zzz
Dispatcher MMI
Dispatcher MMI 2
Dispatcher MMI 1
Dispatcher Function
Dispatch trains by voice call
Real-time display of train locating
Radio dispatching broadcast to involved trains
Re-route call & three party talk
Display, monitoring, record and output record of calls
Subscribers management and DGNA
Provide SDS & SMS
Receive call request by train driver
Receive emergency call by train driver
Customized development
Train-borne Connect to External System
TCMS in the train can escalated to Control room OCC could address the passengers through
trains PA system Information sent from OCC could be displayed at
trains PIS system All the communication to and fro from the
Control Room should be recorded in a CVRS
Line/SectionDispatcher
OCC
Large-screen color display
Voice recording Support a variety of data transmission functions Automatic and manual change zone operation mode Interaction with other system
Train PA/ Train announcement system (PA) Train location ATS,GPS, or beacon (ATS) Train health monitoring & telematics (TCMS) On-train passenger information system (PIS) On-broad train computer
Modular design for easier maintenance
Train-borne & Fixed station
Train-borne & Fixed station
Transceiver Unit Interface Unit
Power SupplyUnit
Train-borne & Fixed station
Mobile Control Box
Microphone
Train Control board
Train-borne & Fixed station
3/Network management
Hytera Tetra Solution Introduction to Hytera Radio System in MRT Hytera Tetra Solution
Tetra Radio in MRT Customized Production
Case Study Conclusion
Hytera Services
Expert Radio Coverage Planning
Optimum coverage by precise planning
Reliable calculation & documentation of the radio quality Planning of tunnel & repeater sites Consideration of authentic propagation & traffic models
Number of users, their allocation and movements in the area of interest Type of Mobile Stations (terminals) and used antenna systems Favored call services and features
Overall Project Responsibility
Hytera take on overall project ... General construction works Antenna masts and radio shelters Integration of applications like e.g. fleet information systems, traffic (voice & data)
recording, dispatcher- and command & control solutions Repeater- and tunnel radio systems
Hytera is an experienced provider of turn-key TETRA solutions Certified project directors according IPMA (International Project
Management Association)
Local Partners Services
Local Service Partner On site Service Partner 24/7 Immediately investigation of faults Replacement of system components
Special Support of Local Hytera Subsidiary Repair and calibration center Specialists for investigation of RF and antenna problems Pool of Measurement Equipment
Manufacturer Support & Training
Support by Manufacturer Remote access support in case of failure 24/7 Analysis and repair on site if required Extended warranty Long time spare part availability
Customer Training Operator training Maintenance and repair training by Hytera Training for Numbering planning and fleet mapping
US
UK
Finland
Indian
Malaysia
Australia
UAEMexico
Vietnam
Pakistan
Sri Lanka
Taiwan
Japan
Russia
Hong Kong
100+ certified service stations across the world to offer prompt and professional service.
28 overseas service stations and 100+ distributors are certified for after-sale service.
656 certified maintenance engineers (207 in China, 449 overseas); 1000+ engineers of dealers trained by Hytera.
After-Sale Service
Maintenance engineers in 25provinces, 70+ service stations in China, covering the whole nation.
Case Study Introduction to Hytera Radio System in MRT Hytera Tetra Solution
Tetra Radio in MRT Customized Production Hytera Services
Conclusion Case Study
Public Transport References(Selection)
Mass Rapid Transportation Authority Thailand Syndicat Mixte des Transports Lyon France Rgie des Transports de Marseille France Moscow Metro Russia Wrzburger Strassenbahn Germany Cooperation for Public Transport East Ruhr Area Germany METRO Lisbon Portugal Bergamo Transport Italy Metrolinea Bucaramanga Colombia Bursa Metro Project Turkey 7 Metro Lines HongKong 15+ Metro Project China
Nationwide Public Security, Malaysia
Planned for 70.000 users Largest Tetra network outside Europe Technical scope More than 500 base stations
(Digital Indoor Base Station) More than 1000 carriers More than 50 switching units on 12 locations More than 100 dispatcher consoles 6 decentralized management centers 1 centralized management center
ACCESSNET-T IP2014828
67 Dispatchers 5 NMS 400+ Train-borne radios
6 Lines for MTR, Hong Kong
Customised Dispatcher Solution
Train location & Rrain ID number Switch
NMS
Gather Warnings
Train Radio
ATS
Maintenance personStation person
Fixed Station
Dispather Train Radio
DSS
Dispatcher triggered PA call.
Terminals trigger the PA call within the specific zone.
PA system Connectivity with Dispatcher
Dispatcher Train Radio
B
Station PA
Station Radio
Zone
4 Base Stations, 2 * Switch Center 1 NMS, 1 Dispatcher 200+ Hand portable 70+ Train-borne radios
Bursa Metro, Turkey
System Design
Train-borne System
Introduction to Hytera Radio System in MRT Hytera Tetra Solution
Tetra Radio in MRT Customized Production Hytera Services
Case Study
Conclusion
Conclusion
State-of-the-art product
Considerate redundancy
Flexible Architecture
Complete TETRA feature set, top-performance base stations and dedicated management system
Different lever redundancy and bring customer Excellent anti disaster ability
Allows fast topology changes and rapid deployment scenarios
Powerful 2nd development Listen to customer and clear their special need. Rich experience in rail business
On your side service Always respond at the first time
HyteraOne-Stop Service
Vision:
To be the most valuable provider of professional communications equipment and services worldwide
Mission:
Bringing our customers unlimited experience of communication
Thanks!
1 2 5 6The Modern MRT FeatureModern MRTThe Communication System of MRTRadio CommunicationThe Modern MRT Radio RequirementsThe Modern MRT Radio Requirements 13 14Overall Communication System 16 17 18 19TETRA Network and Service OverviewBase Station DIB-500 R4.1General PropertiesSystem Controller Node IPNA strong central network nodeTETRA Networking TopologiesACCESSNET-T IP A-CAPIIP based Application Interface 25 26 271/ Outstanding Reliability Enhancing Redundancy OptionsReliability _ ArchitectureReliability _ BS SecurityReliability _ ArchitectureReliability _ Fallback modeLocal Site Trunking Mode 332/Expansibility Flexible Architecture 353/Seamless Coverage Antenna System DesignSeamless Coverage _ Prediction Elevated RailwaySeamless Coverage _ Prediction Underground 394/Frequency Planning 415/HandOver 43Tetra Product Portfolio 45 46 47 48Typical Requirement for MRT 50Dispatcher Automatically Group CallDispatcher MMIDispatcher FunctionTrain-borne Connect to External System 55 56 57 583/Network management 60Expert Radio Coverage PlanningOverall Project ResponsibilityLocal Partners ServicesManufacturer Support & Training 65 66Public Transport References(Selection) 68 69 70 71 72System DesignTrain-borne System 75 76 77 78
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