STARCOM21 User Group Meeting
April 4th, 2017 MOTOROLA SOLUTIONS
• Welcome
• What’s NEW in Motorola (30 min)
• MTUG Presentation (15 min)
• Starcom21 Update (20 min)
• Mobility 101 (20 min)
• Lunch
• Radio Management Demo (60 min)
• Genesis GPS Demo
• (Back of Room)
• Command Central Vault Demo
• (Back of Room)
Agenda
2017 MR LAYOUT
ALI KAPADIA TERRITORY VICE PRESIDENT
3M RADIOS RADIO IS A CRITICAL TOOL FOR
RESPONDERS TODAY
550 TRUNKED
SYSTEMS
90 COUNTRIES
2,000 CONVENTIONAL
SYSTEMS
MISSION CRITICAL RADIO TO RADIO
CONSUMER-GRADE DEVICE
LAND MOBILE RADIO 3G/4G BROADBAND CARRIER
COMMUNICATIONS TODAY
Designed for
Public Safety
Designed for
Consumer
ADDING DATA: PUBLIC SAFETY LTE
PUBLIC SAFETY LTE WILL GROW 60% BETWEEN 2014 AND 2020 4 MILLION PRIVATE LTE PUBLIC SAFETY SUBSCRIBERS PREDICTED WORLDWIDE BY 2020
4 million
by year 2020
PUBLIC SAFETY
MOBILE BROADBAND
MISSION CRITICAL RADIO TO RADIO
CONSUMER-GRADE DEVICE
LAND MOBILE RADIO
3G/4G BROADBAND
CARRIER
TOMORROW: PUBLIC SAFETY LTE ADOPTION
PUBLIC SAFETY
MOBILE BROADBAND
SPECIALIZED DEVICES
MISSION CRITICAL RADIO TO RADIO
CONSUMER-GRADE DEVICE
COLLABORATING DEVICES
LAND MOBILE RADIO PUBLIC SAFETY
MOBILE BROADBAND
3G/4G BROADBAND
CARRIER
SPECIALIZED SMARTPHONE
DEVICES
TOMORROW: INTEGRATED COMMUNICATIONS
CONVERGED COMMUNICATIONS PLATFORM
71% want to communicate across
devices & networks today
PS LTE
CARRIER LTE LMR
INTELLIGENT MIDDLEWARE AND INTERFACES
INTELLIGENT MIDDLEWARE LAYER
VOICE
PRIORITY MESSAGING MAPPING
IDENTITY GROUPS LOCATION
CONTEXT ADDRESS BK SECURITY
INFORMATION DELIVERED ON THE BEST AVAILABLE NETWORK
13
INTEROPERABLE APPS: SHARED DATA POOL
CALL INTAKE
RECORDS
DISPATCH
ANALYTICS
FIELD APPS
14
IN THE FIELD IN THE COMMAND CENTER
FROM “WHAT HAS HAPPENED” TO “WHAT SHOULD WE DO”
15
RECORDS
DISPATCH DATA
BETTER
PATROL
ROUTES
LIVE AND
HISTORICAL DATA
HOT SPOTS INDICATE UP TO
30% OF NEXT DAY’S CRIME
SAFER
NEIGHBORHOODS
PRE-INCIDENT INTELLIGENCE
MID-INCIDENT COMMUNICATION AND COLLABORATION
ON PATROL
MULTIMEDIA
MESSAGING
WAVE
PUSH-TO-TALK AD-HOC TALK
GROUPS
16
STATUS
TRAFFIC STOP
GUN
OUT OF HOLSTER
!
BODY
CAMERA
ACTIVATED
EMERGENCY
LOCATION
MIC ON
DANGER RECOGNIZED, INFORMATION SHARED AUTOMATICALLY
17
MID-INCIDENT CONTEXT-AWARE AND INTEROPERABLE APPS
FEDERATED DATA
18
POST-INCIDENT STREAMLINED PAPERWORK AND INVESTIGATIONS
POLICE FIRE/EMS SCENEDOC VIDEO EVIDENCE
WE TURN THE FLOOD OF DATA INTO MOBILE INTELLIGENCE
19
• Welcome
• What’s NEW in Motorola (30 min)
• MTUG Presentation (15 min)
• Starcom21 Update (20 min)
• Mobility 101 (20 min)
• Lunch
• Radio Management Demo (60 min)
• Genesis GPS Demo
• (Back of Room)
• Command Central Vault Demo
• (Back of Room)
Agenda
• Welcome
• What’s NEW in Motorola (30 min)
• MTUG Presentation (15 min)
• Starcom21 Update (20 min)
• Mobility 101 (20 min)
• Lunch
• Radio Management Demo (60 min)
• Genesis GPS Demo
• (Back of Room)
• Command Central Vault Demo
• (Back of Room)
Agenda
Dale Tripp
August 3, 1935 – March 25, 2017
Married 54 years to Virginia Tripp
Survived by daughters, Shari and Kami
U. S. Navy Veteran
Owned and operated Supreme Radio
Communications over 50 years
Originally 3 employees
Grew to multiple locations and 35
employees
Memorial Contributions
Pets for Seniors & Pets for Saving
Animal Shelter
www.petsforseniors.org
STARCOM21 Support Team
STARCOM21 - OVERVIEW
• System Configuration
• Over 51,000 Provisioned Users
• 4 – Zones
• 289 RF Sites
• 2228 RF Channels
• 73 Connected Dispatch Sites
• 386 Dispatch Operator Positions
• 121 Third Party Leases
• 449 T1 Circuits
• 31 DS3 Circuits
• Traffic
• 2017 YTD PTTs – 59,337,670
• 2017 YTD Avg. PTTs per Day – 1,005,723
• Total 2016 PTTs – 385,354,035
• 2016 Avg. PTTs per Day – 1,055,765
• Total 2016 PTT Time (Hrs) – 484,455
• 2016 Avg. Talk Time per Day (Hrs) – 1,260
• Failure and Redundancy Capabilities
• Full Spares Inventory
• Four Deployable SOWS
• Satellite (4 Dispatch Centers Capable)
• 4G for Backhaul Diversity (70 Sites Active)
• Supports GPS Functionality
• Lifecycle Management
• Two Year Upgrade Schedule
• 7.16 upgrade completed in 4Q16
• 7.18 Upgrade 4Q18
Recent User Approvals
CURRENT USER COUNT - 51,295
13057
34
2200
12500
13000
13500
14000
14500
15000
15500
16000
16500
17000
Future User (IDOC)
Wave Users
Current Users
$50
$54
Statewide Discount Level
5268
8006
4999
7942
0
5000
10000
15000
20000
25000
30000
35000
40000
State Wide
County
Local
Limited/Dual
$1 Level
All User Disount Level
CURRENT USER COUNT – 51,295
0
10,000
20,000
30,000
40,000
50,000
60,000
Subscribers
-DuPage County (11 Sites) …Increasing to 12
-Will County (11 Sites) …Increasing to 19
-Lake County (12 Sites)
-Kane County (8 Sites)
-Boone County (2 Sites)
-Winnebago County (3 Sites)
-Schaumburg Network (14 Sites) …Increasing to 17
-Cook County (14 Sites)
-South Cook (10 Sites)
-McHenry County (7 Sites)
-Madison County (5 Sites)
-St. Clair County (10 Sites)
2017 -- 289 Sites, 14 SC Cells, 4 Zones 2008 -- 187 Sites, 10 SC Cells, 3 Zones
-DuPage County (4 Sites)
-Will County (7 Sites)
-Lake County (7 Sites)
-Kane County (4 Sites)
-Winnebago County (3 Sites)
-North Cook (10 Sites)
-South Cook (10 Sites)
-McHenry County (5 Sites)
-Peoria County (6 Sites)
-St. Clair County (10 Sites)
55%
0
50
100
150
200
250
300
350
Sites
252%
0
10000
20000
30000
40000
50000
Users
14570 51295 289 187
STARCOM21 - GROWTH
Managed NOC
• 866-297-6342 (Starcom Dedicated Number)
• Option 9 System or Service Emergencies
• Option 1 Add/Change/Delete Subscriber Requests
• Option 2 Vendor or Payment Inquiries
• Option 3 Invoice or Billing Inquiries
• Option 7 Return Authorization (RA)
• Option 0 For ALL Other Support
ALL requests and service issues will be handled thru the new number and phone tree or you can email to:
STARCOM21 SERVICE LEVEL
AGREEMENTS • Site Availability
• Average monthly downtime, per site, is calculated by adding the total outage minutes for the previous 12 months and then
dividing by 12.
• Motorola Solutions will provide the average monthly downtime for each site, as well as a Zone Level and System Level
rollup, to the State of Illinois each month.
• The 12 months of Site Availability from January of 2011 thru December of 2011 shall serve as the baseline.
• Upon contract execution (JUNE 2012), Motorola Solutions will develop a plan to achieve Site Availability that averages no
more than 40 minutes per site per month of unplanned site downtime, when averaged across the total number of
sites, within three (3) years (JUNE 2015).
0
20
40
60
80
100
120
140
160
180
Apr-15 May-15 Jun-15 Jul-15 Aug-15 Sep-15 Oct-15 Nov-15 Dec-15 Jan-16 Feb-16 Mar-16 Apr-16 May-16 Jun-16 Jul-16 Aug-16 Sep-16 Oct-16 Nov-16 Dec-16 Jan-17 Feb-17 Mar-17 Apr-17 May-17 Jun-17
12 Month Avg
Monthly Avg Min
GOAL
12 Month w/4G
Monthly w/4G
System Availability
STARCOM21 - AVAILABILITY
• Deployed 70 units across 3 zones
• OHIO site use case
• When T1 fails or has excessive errors,
Engage boxes convert T1 into IP packets
and reroute through cellular Network
• When T1 is repaired, Engage boxes
automatically revert to T1 after 5 minutes
© 2014 Motorola Solutions, Inc.
Specialized Smartphone
on Optimized Broadband
Network
Purpose-built Radio
on Public Safety,
Gov’t, Commercial
Radio Systems
Consumer-grade
Broadband Device on
Broadband Carrier
Land Mobile Radio Public / Private LTE Broadband Carrier / WiFi
CRITICAL COMMUNICATIONS ACROSS ANY NETWORK ON ANY DEVICE
SECURE INTEROP PTT VOICE PRESENCE LOCATION TEXT
WAVE ENABLES UNIFIED WORK GROUP
COMMUNICATIONS
STARCOM21 – WAVE PRICING
ONE TIME PROGRAMMING FEE
APPLICABLE TO ALL NEW WAVE USERS
$10/PER USER
MONTHLY FEE FOR STARCOM21 USERS BROADBAND-TO-
BROADBAND ONLY
(NO STARCOM21 FREQUENCY INTEROPERABILITY)
(e.g. Current Starcom21 user (IDOT) requests WAVE ONLY TGs to
be used solely between mobile devices. These WAVE ONLY TGs
would NOT be provisioned in the Starcom21 Astro Radio system
and would NOT have any interaction with the Starcom21 Astro
Radio system.)
$10/PER USER
MONTHLY FEE FOR EXISTING STARCOM21 USERS
(STARCOM21 FREQUENCY INTEROPERABILITY)
(e.g. Current Starcom21 user (IDOT) requests WAVE TGs that are
provisioned in the Starcom21 Astro Radio system. These WAVE
TGs would provide the operability between the Wave users and
Starcom21 radio users.)
$15/PER USER
FEATURES INCLUDED IN THE PRICING ABOVE:
- Maximum of 2 selectable profiles configured per user
- Maximum of 32 STARCOM21/BroadBand Talkgroups
provisioned per user
• Current MSI and AT&T contract valid through
2018
• Negotiating new contract
• AT&T moving toward Ethernet Network
• AT&T recognizes that this will take time
• NO HARD DROP DEAD DATE
• WHERE AVAILABLE
• Ability to transfer ownership to extend MSI
pricing and contract date
• 72% fall inside AT&T’s Fiber/Ethernet
footprint
• 28% will still require traditional T1 access until
Ethernet becomes available at a later date
• Other fiber providers are supported
STARCOM21 - BACKHAUL
ROAD MAP CONSIDERATIONS
Release Impacts
7.16 (2016)
- Migration from Gold Elite to
MCC7500 Platform
7.18 (2018)
- System Wide Quantar & STR Base
Station Replacement (720)
• All Site Controllers and
Networking Equipment at
Quantar/STR Sites (150 sites)
• Goal 100 Sites – End of 2017
• 5 Sites Completed
• 33 Sites Currently In Process
• Adding TDMA and Enhanced
Data Licensing
- System Upgrade Target Date –
4Q2018
FLASHPORT CANCELLATION
XTS/XTL Subscriber Life cycle
XTS 5000, XTL 5000
Introduced 1999-2000
Last Field Service 5 years Support to conclude
December 31, 2018
XTS2500, XTL2500, XTS1500, XTL1500 Introduced
2001-2002 Last Field Service 5 years Support to
conclude
December 31, 2019
REMINDER !!
XTS 5000, XTL 5000 FLASHport Intent To Cancel
Announcements
Both the XTS 5000 and XTL 5000 FLASHport models will be
cancelled on December 31st, 2016.
This means you can't order flashes for XTS/XTL 5000s past
end of 2016. Also, as of Jan 1, 2016, there was an increase
in Flashport of 15% more.
FLASHPORT CANCELLATION
XTS/XTL Subscriber Life cycle
• Welcome
• What’s NEW in Motorola (30 min)
• MTUG Presentation (15 min)
• Starcom21 Update (20 min)
• Mobility 101 (20 min)
• Lunch
• Radio Management Demo (60 min)
• Genesis GPS Demo
• (Back of Room)
• Command Central Vault Demo
• (Back of Room)
Agenda
Starcom21 Technical Presentation State Users Meeting
April 16, 2014
SYSTEM MOBILITY
OPERATION
Starcom21 Technical Presentation State Users Meeting
April 16, 2014
Dynamic Site Assignment
& Roaming
• Channels assigned only at sites with affiliated active
radios
– Channels at other sites remain free to handle other calls
• Automatic affiliation with new site when a user moves
– Based on received signal strength (RSSI) and Bit Error Rate
(BER)
Starcom21 Technical Presentation State Users Meeting
April 16, 2014
Using Scan While Roaming
• Talkgroup Scan Requirements
•A user needs to be affiliated on the talkgroup being scanned
•The user needs to be on the same site as the user trying to
scan the talkgroup
•Starcom21 forces the site to carry the audio regardless of
Talkgroup Affiliations at the site.
Starcom21 Technical Presentation State Users Meeting
April 16, 2014
• Dynamic Site Assignment and Roaming
Roaming
MOBILITY OBJECTIVES
1. Provide at a minimum, acceptable voice quality for
the entire coverage area.
2. Minimize radio site switching.
3. Optimize for best system performance. • Mobility is not designed as a site loading management tool.
Important note:
For proper radio operation the system design
needs to provide at least an acceptable signal for
entire coverage area.
INITIAL SYSTEM CONSIDERATIONS
• Radio turn on
- Radio looks at last known sites from ACC list
- Sends in Unit registration
- ISP contains Manufacturer’s ID, WACN ID, System ID and Unit ID
- Radio then sends Group Affiliation request
- includes the Manufacturer’s ID, System ID, Group ID, and the ID from registration
- When radio roams to new site, performs a Location Registration
- Sends in both unit ID and TG ID
HOW RADIOS FIND CC
• Radio may use several lists to find CC
-Adjacent Control Channel
-up to 128 Pre-programmed Control Channel list in CPS
-Full Spectrum Scan (FSS)(if enabled)
• Once CC found only ACC’s used to move from site to site
• Once ACC’s exhausted 128 pre-programmed Control Channel list
used
• Does this 4 times before starting FSS
HOW RADIOS FIND CC (CONT.)
• Adjacent Control Channel (short hunt)
-List in radio can contain up to 15 members
-ACC’s broadcast from each site
-Contains information of adjacent sites
-site status, CC freq, System ID, Zone #, Site #
-Radio only uses ACC’s when roaming
• 128 Pre-programmed Control Channel list in CPS (long hunt)
-Used once ACC’s exhausted
-Programmed via CPS on Trunking: Trunking System: Astro 25 Control Channels screen
HOW A RADIO ROAMS
• Goal is to minimize Site switching while providing Acceptable Voice Quality
• Not intended as resource management tool
• RSSI samples taken once every 4 secs on 9600 CC
• RSSI samples only taken on CC
• Do not sample on voice channels
• Radio ranks sites by:
- RSSI
- BER (Home site only)
- Preferences
- Site Capabilities
- Site failures
• Radios need to see a site 2 steps better to roam off of Home site- - If Home site is Acceptable, new site must be Very Good or better to roam
- If Home site is Good, new site must be Excellent to roam
- Failures will cause radio to roam sites
- Home site drops to poor will cause radio to roam if Acceptable site available
RADIO ROAMING
• Received Signal Strength Indication (RSSI)
• Radios use RSSI to help determine next best site available thru ACC’s
• BER is known for Home site only
• Radio can sample up to 7 ACC’s in one RSSI sample
- Is based on the strength of the signal received by the radio.
- Does NOT indicate signal quality on anything but Home site
- Radios’ adjacent site list contains frequency and band plan info on all sites adjacent to the radios current site
- Radio periodically leave the home site control channel and measures the RSSI on all sites in its adjacent site list
- Radio roams on filtered RSSI value-not instantaneous
THRESHOLD LEVELS AND ACC’S
Site RSSI data
0
10
20
30
40
50
60
70
80
90
Site 1 Site 2 Site 3 Site 4
RS
SI
Level
RSSI
Acceptable
Good
Very Good
Excellent
RADIO ROAMING
A site can be in the following states - Wide trunking
• Normal full system operation.
- Site trunking
• Site is not connected to the rest of the system but can still trunk.
- Failsoft
• Site is not connected to the rest of the system and cannot trunk
• Mobility is not possible when the system is in failsoft
RSSI
• RSSI is a value that is based on the strength of the signal received by the radio.
• There are 4 RSSI thresholds.
-- Excellent
• Default range is –89 to -93 dBm
- Very Good
• Default range is –93 to –97 dBm
- Good
• Default range is –97 to –101 dBm
- Acceptable
• Default range is –101 to –105 dBm
RADIO SITE PREFERENCES -ALL Sites to be considered MUST be above the Acceptable threshold
-Preferences set per personality in CPS
No preference
– Recommended value for optimal system performance in all areas of system
» Radio will operate on site if it is acceptable and no other sites are always preferred or preferred.
» Treat all sites the same
» Default value.
• Always preferred
– Use this site as long as it is above the acceptable threshold » Radio will use this site unless the site drops to poor.
» Will stay on this site in site trunking
• Preferred
– Use this site as long as it is above the acceptable threshold » Radio will use this site unless the site drops to poor.
» Will leave this site if the site drops to site trunking.
• Least preferred
– Use this site as long as it is above the acceptable threshold
– Don’t use this site unless there are no other options » Radio will only use this site if all other available sites are in the poor region or
failed.
SITE SWITCHING
• Radio uses RSSI thresholds to tell when to switch sites
- In all but the poor region
• Voice quality is at least acceptable
• Goal is to minimize site switching
• Radio will only switch to a site that is 2 RSSI Steps higher than the current site is.
– If a radio is in the acceptable region it will switch to an adjacent site that is very good or excellent.
- In poor region
• Radio will switch to a site that is one RSSI Steps higher than the
current site if the poor site returns to Acceptable
• Will cause increased site switching for radios operating in
Acceptable\Poor areas.
– A radio in the poor region will switch to a site in the acceptable or
higher regions.
SITE SWITCH WITH RSSI THRESHOLDS
RADIO PENALTY BOX
• Radio has a random penalty box timer up to 2 minute - Sites are put in the 2 minute penalty box when:
- CC is failed due to loss of sync - VC is failed due to loss of sync - Frm sync\NID ID threshold is exceeded - Vocoder BER threshold is exceeded - Site\search button is pressed and held-the radio switches sites - On each site switch radio will place the last site into penalty box. -The radio will always keep one site valid during these times. -Momentary press will display Site currently on
• Times are maximum times. Actual times may be shorter due to random timer
in each radio.
RADIOS RANK SITES IN ACC LIST BY:
(LISTED BY ORDER OF RANKING)
• Site is below Acceptable (POOR)
• Site change request made
-Momentary push of Site button displays current site
-Site button held down causes radio to switch sites
• Network Active (Site in Site Trunking)
• Site Preferred 1 (Preferred, least preferred, none)
• Site Preferred 2 (Always Preferred)
• Site above Acceptable (GOOD)
• Site above Good (VERY GOOD)
All the above failures will rank one site over another in the radios ACC list.
These can change everytime the radio takes an RSSI sample. (every 4 secs)
FAST START VS. ALL START
• Setup in the UCM on the TG\MG capabilities profile
• ZC checks for resources at each site-finds busy site
• Tells ZC whether to issue a busy or start the call
• Fast Start
- ZC starts call with available sites
- Sites without resources will be assigned when channels
available
- Radios may miss part or all of the conversation
• All Start - ZC will issue a busy waiting for resources at ALL sites to be available
- Radios will always get all calls
- Public safety users may want All Start
Starcom21 Technical Presentation State Users Meeting
April 16, 2014
Examples
EXAMPLE 1
Site RSSI data
0
20
40
60
80
100
Site 1 Site 2 Site 3 Site 4
RS
SI
Level
RSSI
Acceptable
Good
Very Good
Excellent
radio 1: No preference
radio 2: Preferred- Site 1
Radio 1 starts on site 1
Radio 2 starts on site 1
Site 1 Site 2
X X
Current position of both radios
EXAMPLE 1
Site RSSI data
0
10
20
30
40
50
60
70
80
90
Site 1 Site 2 Site 3 Site 4
RS
SI
Level
RSSI
Acceptable
Good
Very Good
Excellent
radio 1: No preference
radio 2: Preferred-Site 1
Radio 1 moves to site 2
Radio 2 stays on site 1
Site 1 Site 2
X X
Current position of both radios
EXAMPLE 1
Site RSSI data
0
10
20
30
40
50
60
70
80
90
Site 1 Site 2 Site 3 Site 4
RS
SI
Level
RSSI
Acceptable
Good
Very Good
Excellent
radio 1: No preference
radio 2: Preferred-Site 1
Radio 1 still on site 2
Radio 2 moves to site 2
Site 1 Site 2
X X
Current position of both radios
EXAMPLE 1
Site RSSI data
0
20
40
60
80
100
Site 1 Site 2 Site 3 Site 4
RS
SI
Level
RSSI
Acceptable
Good
Very Good
Excellent
radio 1: No preference
radio 2: Preferred-Site 1
Radio 1 still on site 2
Radio 2 returns to site 1
Site 1 Site 2
X X
Current position of both radios Radio 1 will always be on site 1 unless it goes into the
poor region.
EXAMPLE 2
Site RSSI data
0
20
40
60
80
100
Site 1 Site 2 Site 3 Site 4
RS
SI
Level
RSSI
Acceptable
Good
Very Good
Excellent
radio 1: No preference
radio 2: Least preferred site 1
Radio 1 starts on site 2
Radio 2 starts on site 2
Site 1 Site 2
X X
Current position of both radios
EXAMPLE 2
Site RSSI data
0
20
40
60
80
100
Site 1 Site 2 Site 3 Site 4R
SS
I L
evel
RSSI
Acceptable
Good
Very Good
Excellent
Radio 1 moves to site 1
Radio 2 stays on site 2
Site 1 Site 2
X X
Current position of both radios
radio 1: No preference
radio 2: Least preferred site 1
EXAMPLE 2
Site RSSI data
0
20
40
60
80
100
Site 1 Site 2 Site 3 Site 4
RS
SI
Level
RSSI
Acceptable
Good
Very Good
Excellent
Radio 1 still on site 1
Radio 2 moves to site 1
Site 1 Site 2
X X
Current position of both radios
radio 1: No preference
radio 2: Least preferred site 1
Example 2
Site RSSI data
0
20
40
60
80
100
Site 1 Site 2 Site 3 Site 4R
SS
I L
evel
RSSI
Acceptable
Good
Very Good
Excellent
Radio 1 stays on site 1
Radio 2 returns to site 2
Site 1 Site 2
X X
Current position of both radios
radio 1: No preference
radio 2: Least preferred site 1
Radio 2 will only switch to site 1 if it is the only non poor
site.
EXAMPLE 3
Site RSSI data
0
20
40
60
80
100
Site 1 Site 2 Site 3 Site 4
RS
SI
Level
RSSI
Acceptable
Good
Very Good
Excellent
Poor level operation
Radio1 is on site 2
Site 1 Site 2
X X
Current position of radio
EXAMPLE 3
Site RSSI data
0
20
40
60
80
100
Site 1 Site 2 Site 3 Site 4
RS
SI
Level
RSSI
Acceptable
Good
Very Good
Excellent
Radio 1 still on site 2
Site 1 Site 2
X X
Current position of radio
Poor level operation
EXAMPLE 3
Site RSSI data
0
20
40
60
80
100
Site 1 Site 2 Site 3 Site 4
RS
SI
Level
RSSI
Acceptable
Good
Very Good
Excellent
Radio 1 moves to site 1
Site 1 Site 2
X X
Current position of radio
Poor level operation
Example 3
Site RSSI data
0
20
40
60
80
100
Site 1 Site 2 Site 3 Site 4
RS
SI
Level
RSSI
Acceptable
Good
Very Good
Excellent
Radio 1 still on site 1
Site 1 Site 2
X X
Current position of radio
Poor level operation
Example 3
Site RSSI data
0
20
40
60
80
100
Site 1 Site 2 Site 3 Site 4
RS
SI
Level
RSSI
Acceptable
Good
Very Good
Excellent
Radio 1 moves to site 2
Site 1 Site 2
X X
Current position of radio
Poor level operation
EXAMPLE 4
Radio 1 Site RSSI data
0
20
40
60
80
100
Site 1 Site 2 Site 3 Site 4
RS
SI L
evel
RSSI
Acceptable
Good
Very Good
Excellent
radio 1: No preference
radio 2: No preference
Radio 1 starts on site 1
Radio 2 starts on site 2
Site 1 Site 2
X X
Radio 1 Radio 2
Radio 2 Site RSSI data
0
20
40
60
80
100
Site 1 Site 2 Site 3 Site 4
RS
SI L
evel
RSSI
Acceptable
Good
Very Good
Excellent
EXAMPLE 4
Radio 1 Site RSSI data
0
20
40
60
80
100
Site 1 Site 2 Site 3 Site 4
RSSI
Lev
el
RSSI
Acceptable
Good
Very Good
Excellent
radio 1: No preference
radio 2: No preference
Radio 1 stays on site 1
Radio 2 stays on site 2
Site 1 Site 2
X X
Radio 1
Radio 2
Radio 2 Site RSSI data
0
20
40
60
80
100
Site 1 Site 2 Site 3 Site 4
RSS
I Lev
el
RSSI
Acceptable
Good
Very Good
Excellent
EXAMPLE 4 radio 1: No preference
radio 2: No preference
Radio 1 stays on site 1
Radio 2 stays on site 2
Site 1 Site 2
X X
Position of both radios
Site RSSI data
0
20
40
60
80
100
Site 1 Site 2 Site 3 Site 4
RS
SI
Level
RSSI
Acceptable
Good
Very Good
Excellent
Radios are in the same location but on different sites. Since site 2 is
not 2 levels above site 1 radio 1 remains on site 1.
• Welcome
• What’s NEW in Motorola (30 min)
• MTUG Presentation (15 min)
• Starcom21 Update (20 min)
• Mobility 101 (20 min)
• Lunch
• Radio Management Demo (60 min)
• Genesis GPS Demo
• (Back of Room)
• Command Central Vault Demo
• (Back of Room)
Agenda
• Welcome
• What’s NEW in Motorola (30 min)
• MTUG Presentation (15 min)
• Starcom21 Update (20 min)
• Mobility 101 (20 min)
• Lunch
• Radio Management Demo (60 min)
• Genesis GPS Demo
• (Back of Room)
• Command Central Vault Demo
• (Back of Room)
Agenda