ASTRO 25 RELEASE 7.14

Transcription

1 JULY 30, 2013 ASTRO 25 RELEASE 7.14 HIGHLIGHTS MATT WEINER ASTRO SYSTEM CONSULTANT MANAGER SYSTEMS & INFRASTRUCTURE OPERATIONS, MOTOROLA SOLUTIONS

2 AGENDA ASTRO 25 OVERVIEW 7.14 FEATURES ENHANCED DATA FLEXIBLE DSR TRUNKED GEORGRAPHIC PRIME SITE REDUNDANCY GPW 8000 TRUNKED RECEIVER V.24 TO IP LINK CONVERTER HYBRID SITE LINKS CONSOLE ENHANCEMENTS UPGRADE IMPROVEMENTS

3 ASTRO 25 ROADMAP H 2H 1H 2H 1H 2H 1H 2H 1H 2H 1H 2H 1H 2H RELEASE 7.14 STANDARD FEATURES 150 Trunking RF Site Capacity for M3 cores MCC 7500 Enhanced Alert Tones MCC 7500 Enhanced Select Interaction with Patch Lifecycle Upgrade Improvements Hybrid T1 & Ethernet Links NIST SP A Compliance OPTIONAL FEATURES Enhanced Data Dynamic System Resilience Geographically Redundant Prime Sites GPW 8000 Receiver Dual Slot Chassis Trunked Receive Only Sites High Availability Simulcast Frequency Ref Extended Holdover Site Selectable Alerts for Trunking MCC 7100 USB Audio Breakout Box Channel Based Instant Recall Recording V.24 to IP Interface Box PAGE 3

4 ASTRO 25 SCALABILITY Conventional standalone channels Trunked Single Site ASTRO Express ASTRO 25 Conventional Integrated t Data ASTRO 25 Trunked Integrated t Data ASTRO 25 Trunked Conventional Integrated Data HPD SMARTNET/ SmartZone via SmartX ASTRO 25 Trunked Conventional Integrated Data HPD SMARTNET/ SmartZone via SmartX Single Site Operation Simplified Configurations Fully Featured Configurations SINGLE-SITE, TOWN, RURAL MULTI-SITE, TOWN, RURAL CITIES COUNTIES REGIONAL STATEWIDE TARGETED SYSTEM OPPORTUNITIES UNIFIED SOLUTIONS FLEXIBLE, SCALABLE CHOICES PAGE 4

5 ASTRO 25 CAPACITY 7.14 RELEASE Function Trunking Conventional Redundancy Zones 7 System Channels (Trunking + Conventional) Repeater Sites M3 Yes Yes Yes 1000 / zone 150 / zone Talkgroups 16,000 Radio IDs 64,000 (single zone) 128,000 (multiple zones) Wireline Dispatch Sites 55 Dispatch Positions 250 IV&D Users 20,000 / zone New in 7.14 (100 / zone previously) PAGE 5

6 ENHANCED DATA

7 CLASSIC DATA VS. ENHANCED DATA RESOURCES CLASSIC DATA ENHANCED DATA # OF RADIOS 20,000 20,000 CAPACITY (Users per Channel) CADENCE 120 seconds 120 seconds # OF VOICE CHANNELS / 100 (TDMA) # OF DATA CHANNELS X IMPROVEMENT PAGE 7

8 INCREASE DATA EFFICIENCY Supports 150 data users per channel at a 30 sec cadence Site Dynamically y reconfigures channels User controls voice-over-data priority Agencies can share Enhanced Data channels Enhanced Data functionality supported only with APX subscribers No additional hardware needed PAGE 8

9 ENHANCED DATA SYSTEM FDMA Control Channel FDMA Voice FDMA Voice FDMA Voice FDMA Voice FDMA Voice FDMA Voice 12.5 khz 12.5 khz 12.5 khz 12.5 khz 12.5 khz 12.5 khz 12.5 khz FDMA Control Channel TDMA Voice TDMA Voice TDMA Voice TDMA Voice TDMA Voice TDMA Voice Classic Data Classic Data Enhanced Data 12.5 khz 12.5 khz 12.5 khz 12.5 khz 12.5 khz 12.5 khz 12.5 khz OTAP, OTAR, TMS GPS MAINTAIN VOICE CALL CAPACITY AND ADD ENHANCED DATA SERVICES WITH JUST SOFTWARE! PAGE 9

10 ENHANCED DATA Only supported THINGS TO KNOW Only supported with APX subs with software flash Designed to improve inbound location services (location) Channels can be configured to have data higher priority than voice Only supported on G-series stations PAGE 10

11 FLEXIBLE DYNAMIC SYSTEM RESILIENCE (DSR)

12 ASTRO 25 DSR PAGE 12

13 M3 vs. M1 SYSTEMS W/DSR M3 has redundancy within each master site M1 redundancy is provided by the geographically separate backup master site M3 DSR M1 DSR Primary master Backup master Primary master Backup master RF sites DISPATCHER RF sites DISPATCHER PAGE 13

14 DSR KEY POINTS REAL-TIME SYNCHRONIZATION OF CORE CONFIGURATION DATA Provides for a Rapid Core Switch-Over AUTOMATIC AND MANUAL SWITCHING OF CORES Enables Periodic Testing of Both Cores Along With Failure Protection GEOGRAPHIC REDUNDANCY for the HIGHEST LEVEL OF SYSTEM FAILURE PROTECTION DSR PROTECTION OF HPD AND TRUNKED INTEGRATED DATA Data is Switched Independently of Voice for Minimal Disruption DSR SPLIT ZONE OPERATION Wide-Area Communication Retained in Cases of Backhaul Failure DSR CORE PROVIDES BACKUP SERVICES, NOT LOAD SHARING All non-dsr Zone Capacities & Limits Apply to a DSR Protected Zone PROVISIONS FOR GRADUAL DEPLOYMENT OF DSR Not all Sites in a Zone Need to be DSR Protected Allowing Migration PAGE 14

15 DSR SWITCHOVER Switchover automatically within seconds of a failure Minimal (2-site) zones will have RF sites switched over complete within 15 seconds. Maximum (100-site) zones will have RF sites switched over within 35 seconds. PAGE 15

16 DSR PROTECTION OF SEVERAL SERVICES VOICE PROTECTION NETWORK MANAGEMENT PROTECTION Master Site Switchover RF Site Protection from the Benefit of Separate Backhaul Links to DSR Master Site Digital Dispatch and CCGW Protection from the Benefit of Separate Backhaul Links to DSR Master System Fault Management Configuration Management Performance Management DATA SERVICES PROTECTION Packet Data Gateway Protection GGSN Protection Customer Network to ASTRO System Pathways TRANSPORT PROTECTION BUILT FOR SAFETY AND IP DURABILITY SERVICES PROTECTION Dual Gateway Ethernet & T1/E1 Redundant Links Single Gateway IPv4-based or IPv6-based Ethernet Link Redundancy Anti-Malware Services Protected Backup & Restore Services Protected Centralized Authentication & Logging Management Domain Name Service Firewall Manager Network Time Protocol Protected PAGE 16

17 DYNAMIC SYSTEM RESILIENCE THINGS TO KNOW Provides switch-over for the following types of sites G-series RF sites IP Simulcast sites HPD sites Conventional sites MCC 7500 Dispatch sites System manager sites Each site that needs to be switched must have connectivity to both primary and backup master site for its zone ASTRO 25 cores with DSR must be in the same system and must all be at the same release If one zone in a system requires DSR functionality, then all zones must have DSR functionality. A maximum of 6 zones are supported. (pre-7.14) Zone-by-Zone DSR Implementation in a Multi-zone System (7.14) DSR is supported with the M3 core configuration starting with Release 7.8 and with the M1 core configuration staring with Release 7.14 Subscriber software must be at R7.8 to support data switchover PAGE 17

18 TRUNKED GEOGRAPHIC PRIME SITE REDUNDANCY

19 ASTRO 25 SIMULCAST Site Reference Site Gateway Connection(s) to Master Site Site Gateway (opt. redundant) Simulcast Prime Site Site Ctrlr. Switch Switch Site Ctrlr. Critical component status Redundant Internally redundant Sub-site Access Comp 1 Comp n Sub-site Access Optionally redundant Ethernet Backhaul Switch Ethernet Backhaul Switch or T1 patch panel or T1 patch panel Connection(s) to Sub-sites Connection(s) to Prime Site Connection(s) to Prime Site Site Reference Site Gateway Site Gateway (opt. redundant) Site Reference Site Gateway Site Gateway (opt. redundant) Switch w/site Switch w/site Switch w/site Switch w/site Reference Reference Reference Reference Simul BR 1 Simulcast Remote Site 1 Simul BR n Simul BR 1 Simulcast Remote Site N Simul BR n PAGE 19

20 HIGH AVAILABILITY (HA) SIMULCAST 7.9 ENHANCEMENT Site Reference Site Gateway Connection(s) to Master Site Site Gateway (opt. redundant) Simulcast Prime Site Site Ctrlr. Switch Switch Switch Switch Site Ctrlr. Critical component status t Redundant Internally redundant Sub-site Access Comp 1 Comp n Sub-site Access Optionally redundant Ethernet Backhaul Switch Ethernet Backhaul Switch or T1 patch panel or T1 patch panel Connection(s) to Sub-sites Connection(s) to Prime Site Connection(s) to Prime Site Site Gateway Site Gateway (opt. redundant) Site Gateway Site Gateway (opt. redundant) ESS ESS Switch w/site Reference Switch w/site Reference Switch w/site Reference Switch w/site Reference Simul BR 1 Simulcast Remote Site 1 Simul BR n Simul BR 1 Simulcast Remote Site N Simul BR n PAGE 20

21 HA Simulcast w/ Standby Comparator Sub-system Overview 7.13 ENHANCEMENT REDUNDANT COMPARATOR Site Reference Site Gateway Connection(s) to Master Site Site Gateway (opt. redundant) Simulcast Prime Site CRITICAL COMPONENT S Redundant Internally redundant Site Ctrlr. Switch Switch Switch Switch Site Ctrlr. Comp 1 Comp n Comp 1 Comp n Sub-site Access Sub-site Access Primary Backup Optionally redundant Ethernet Backhaul Switch or T1 patch panel Connection(s) to Sub-sites Ethernet Backhaul Switch or T1 patch panel Connection(s) to Prime Site Connection(s) to Prime Site Site Gateway Site Gateway (opt. redundant) Site Gateway Site Gateway (opt. redundant) ESS ESS Switch w/site Reference Switch w/site Reference Switch w/site Reference Switch w/site Reference Simul BR 1 Simulcast Remote Site 1 Simul BR n Simul BR 1 Simulcast Remote Site N Simul BR n PAGE 21

22 GEOGRAPHIC PRIME SITE REDUNDANCY 7.14 ENHANCEMENT CRITICAL COMPONENT S Redundant d Internally redundant Optionally redundant PAGE 22

23 GEO-REDUNDANT PRIME SITE DESIGN Controller Controller Gateway to Master Site(s) Redundant LAN connections extensions Gateway to Master Site(s) Gateway(s) to ASTRO 25 Master Site(s) Controller Comparator Comparator Comparator Comparator GPS Site reference 1 full Redundant set of Comparators (2x 1 number full set of of Comparators channels) Gateway/switch to subsites Gateway/switch to subsites Gateways/switches to subsites GPS Site reference PAGE 23

24 TRUNKED GEO- REDUNDANT PRIME SITE Available for use on M1 systems with DSR and M2 or M3 systems Must use Ethernet t site links Requires redundant LAN extensions between prime sites - i.e. transparent, dedicated 10 or 100 Mbps Ethernet links - Link speed is determined by subsystem size (number of channels and sub-sites) Compatible with release 7.14 defined switches, gateways, etc - If expanding to add geo-redundancy, mostly likely will involve changing out these devices at the original prime site THINGS TO KNOW

25 TRUNKED GPW 8000 RECEIVER

26 GPW 8000 RECEIVER ENHANCE INBOUND COVERAGE Areas where it is difficult to obtain signal from mobiles or portables Customers migrating from Trunked Quantar Receivers and ASTROTACs to G-Series platform USE CASES PAGE 26

27 RECEIVE ONLY TRUNKED SITES COST EFFECTIVE COVERAGE Increase Coverage Receive only expands inbound coverage Space Efficiency Dual Slot Chassis Receiver Efficiency TDMA increases capacity by 4X on a single receiver GPW 8000 RECEIVER Ease of Migration Migration from QUANTAR & ASTRO TAC Software Upgradeable PAGE 27

28 V24TOIPLINK V.24 CONVERTER

29 IP to V.24 CONVERTER MAXIMIZE YOUR INVESTMENT REPLACE CHANNELS WHILE MAINTAINING EXISTING CONSOLES INTERFACE DIU TO IP CHANNELS PAGE 29

30 GGM 8000 GATEWAY CONVERT ANALOG AND CIRCUIT TO IP KEEP EXISTING CENTRACOM AND MCC 5500 CONSOLES UTILIZE G-SERIES EQUIPMENT FOR VOTING AND SIMULCAST CHANNELS SIMPLIFIES FUTURE MIGRATION PATH TO IP CONSOLE PAGE 30

31 HYBRID SITE LINKS

32 HYBRID SITE LINKS SITE LINK FLEXIBILITY USE BOTH T1/E1 & ETHERNET FROM A SITE FOR ADDED AVAILABILITY OR DURING TRANSITION PAGE 32

33 M2 OR M3 SYSTEM Master T1 backhaul Ethernet backhaul RF site RF site DISPATCHER DISPATCHER PAGE 33

34 M3 SYSTEM WITH DSR Primary master Backup master T1 backhaul Ethernet backhaul RF site RF site DISPATCHER DISPATCHER PAGE 34

35 CONSOLE ENHANCEMENTS

36 MCC 7100 USB AUDIO BOX STANDARD ACCESSORIES FOR MCC 7100 ALLOWS THE MCC 7100 CONSOLE DISPATCHERS TO USE THE SAME ACCESSORIES AS MCC 7500 I.E.; TWO PRONG HEADSETS, GOOSENECK DESKMIC, AND TWO PEDAL FOOTSWITCH. FACILITATES THE USE OF A SINGLE HEADSET TO COMMUNICATE ON BOTH THE RADIO SYSTEM AND A TELEPHONE SYSTEM. PROVIDES FOR AN EXTERNAL PAGING ENCODER PORT PROVIDES FOR LOCAL LOGGING RECORDER PORT PAGE 36

37 INSTANT RECALL RECORDING IRR SW INTEGRATED WITH THE MCC 7100 APPLICATION RECORDS TX AND RX DISPATCHER CAN REPLAY TO THEIR OWN WORDS CAPABLE OF CONFIGURABLE STORAGE ON HARD DRIVE TO 4 GB LIMIT INSTANT RECORD RETRIEVAL VARIABLE SPEED REPLAY - CAN REPLAY AT FASTER, SLOWER SPEEDS AUTOMATIC PURGE USER CAN ADD, REMOVE, CONFIGURE AND MINIMIZE THE VISUAL PRESENTATION OF IRR CONTROL. PAGE 37

38 ENHANCED ALERT TONES 15 USER-DEFINABLE ALERT TONES UP TO 15 ALERT TONES CAN BE CONFIGURED ON A DISPATCH POSITION ALL 15 ALERT TONES CAN BE 100% CUSTOMIZED TO MEET UNIQUE NEEDS "LATCHED" ALERT TONES ENABLE DISPATCHERS TO SEND AN ENTIRE ALERT TONE WITH A SINGLE MOMENTARY BUTTON PRESS PROVIDES AN INTERFACE FOR CAD OR AUTOMATED VOICE ANNOUNCMENT SYSTEMS TO SEND TEXT TO VOICE MESSAGES PAGE 38

39 UPGRADE AUTOMATION

40 LIFECYCLE UPGRADE AUTOMATION EASIER UPGRADES REDUCES THE DURATION OF AN UPGRADE (2 WEEKS 1 WEEK) SIMPLIFIES THE UPGRADE TO KEEP THE ASTRO 25 SYSTEM CURRENT LEVERAGES MODERN IT TECHNOLOGY AND TOOLS FACILITATES REGULAR UPGRADES TO ENSURE YOU HAVE ACCESS TO THE LATEST CAPABILITIES AND FEATURES WITH EACH RELEASE AFTER ASTRO 7.14 PAGE 40

41 THANK YOU iprotect Classification as Appropriate MOTOROLA, MOTO, MOTOROLA SOLUTIONS and the Stylized M Logo are trademarks or registered trademarks of Motorola Trademark Holdings, LLC and are used under license. All other trademarks are the property of their respective owners Motorola, Inc. All rights reserved.