2. Mesh Networks
- Remote Outdoor Access Networks including high-speed mobile handoffs
- Video Surveillance Networks
A MESH Network Defined
A network of radio transceivers (nodes) Rest of
Network
Every node contributes to the network and
makes it stronger
Provides “multi-hop” connectivity between
nodes and there is no single point of failure
Benefits of a MESH Network
Decentralized architecture
Self-forming, self-healing network that is
scalable and flexible
High level of reliability and resiliency
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3. MOTOMESH™ Product Families
MOTOMESH
6300 Series Wireless Modem Card - PCMCIA (WMC)
SOLO
Vehicular Mobile Modem (VMM)
Intelligent Access Point (IAP)
Wireless Serial Modem (WSM)
Mesh Wireless Router (MWR)
Sony MeshCam Access Point / Cameras Sony MeshCam
Enhanced Wireless Router (EWR)
2.4 GHz MEA 2.4 MEA
MOTOMESH
QUATTRO
7300 Series
Wireless Modem Card - (WMC) 2.4 / 4.9
Intelligent Access Point (IAP)
Vehicular Mobile Modem (VMM) 2.4 / 4.9
Mesh Wireless Router (MWR)
Enhanced Wireless Router (EWR) Sony MeshCam Access Point / Cameras
Sony MeshCam
2.4 / 4.9 MEA
2.4 GHz MEA / 2.4 GHz 802.11b/g /
4.9 GHz MEA / 4.9 GHz 802.11a
MOTOMESH
4300 Series Alternate Bands
DUO
MOTOMESH Duo
Access Point (IAP or MWR)
Sony WiFi
MeshCam
2.4 GHz 802.11 b/g / 2.4 GHz 802.11 b/g /
2.4 GHz 802.11 b/g / 4.9 GHz 802.11a 5.4 GHz 802.11a
5.8 GHz 802.11a
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4. MOTOMESH Solo Advantages
High Multi
Client Robust Rake
Speed Channel
Meshing Waveform Receiver
Mobility Network
Sends 6 uSec
Every client Fast moving, equalizer
Picks best resync
is a mesh changing window -
2.4 GHz probes every
router, so environment absorbs
channel on a 250 uSec, up
clients is no problem multi-path
per packet to 4x more
extend the for a MEA errors, 7x
basis often than
network network better than
WiFi
WiFi
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5. MOTOMESH Solo release 2.2
• New Features:
• Web Interface for IAP /
• VLAN Support EWR and VMM
• Multicast/broadcast support • Microsoft Windows Vista
• RADIUS Security WMC driver support
• IAP to WR failover • IAP / EWR and VMM /
PWR user configurability
• Removal of 3 IP address
restriction for VMM • RoHS, CMM, WEEE,
RTT&E compliance (been
• Improved QoS in place)
• IPv6 • New and more robust
wireless management
system:
One Point Wireless
Manager
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6. MOTOMESH Duo Advantages
Flexible Quality of One Point
MeshConnex
and Security Service Wireless
Scalable (QoS) Suite
Proven
Provides Supports scalability to
Smaller, lighter 802.11e QoS for meet network
form factor - highest level of
security high priority needs Provides
acceptable to voice & video
communities Supports WEP, RF Excellence automated
applications network
Industry leading WPA, WPA2 Low hop
security at the Supports designing,
Tx Pwr & Rx latency
client level & multiple VLANs deployment, and
sensitivity for for differentiated Low routing management
fewer nodes 802.11i, Secure
Mesh at the services overhead
per square km
mesh link level High speed
handoff
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7. Recent Improvements to MOTOMESH Duo
• Adaptive Noise Immunity (ANI) enhancement
– Improves how data rates between the client and AP or AP to AP
are dynamically selected based upon the RF environment.
– Increases performance in noisy environments
• Opportunistic Radio Link Algorithm (ORLA)
– The new improved routing algorithm for MeshConnex
– It has faster route convergence and recovery and improves
throughput by maintaining a high packet completion rate
– Also, increases performance in noisy environments
• These improvements were introduced in Release 2.1.2
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9. WiFi VMM – MOTOMESH Duo
• Features: Duo HW with Mobility turned on one band (Backhaul Mesh)
• Use case: Duo VMM can be described as medium-speed mobility solution for mild
multipath environments and light security.
• Performance; Mobility performance with Open security (5.8)
– Low Speed (40 mph/ 64kmph)
• UDP: 6.02 Mbps
• TCP: 3.82 Mbps
– Medium Speed (70 mph/112kmph)
• UDP: 2.74 Mbps
• TCP: 1.03 Mbps
– Typical Handoff time is about 200 milliseconds in congested network
• Part Numbers
– HK1849A – MOTOMESH Duo VMM 5.8 Dual Radio DC
– HK1850A – MOTOMESH Duo VMM 5.4 Dual Radio DC
– HK1851A – MOTOMESH Duo VMM 4.9 Dual Radio DC
– Vehicle Mounting Kit w /cables
– Mobile Antenna
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10. MESH AP 7181 - Overview
FEATURES
Enhanced Mobility Support
Bridging for Linear Network Deployment
Indoor / Outdoor Networks – with AP 7131
Video Optimized Routing
PERFORMANCE
> 3x Today’s WiFi Rates
Best In Class RF Performance
Patented New Antenna Solution
Fewer Nodes Per Sq. mile / km
TARGETS
Public Safety – Mobile Video Access
Transit / Metro – Video to/from trains and buses
Public Access – Remote Office
Fixed Video Backhaul
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11. MESH AP 7181 Key Product Advantages
Highest performing outdoor WiFi
Highest performance
Decreases deployment costs - fewer nodes
ADEPT Antenna (ADvanced Element Panel
Technology)
24 Antennas combined for three radios
Software configurable down-tilt option
Flexible remote panel mounting options
Maximum receive diversity
Multi-Mesh Feature
Ensures mission critical communication
Increases network redundancy
Increases capacity for priority users
Video Backhaul
Optimized network parameters for high
resolution wireless video
surveillance.
Bridging mode for linear deployments
Indoor/Outdoor support
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Works with RFS switch for centralized control
12. Mesh AP 7181 Use Case
Public Access + Client Access: Campus, Hotspots, Airports
2.4 client Access, Meshing for 5.X
5.X choices all channel choices for Meshing
Cameras can be backhaul on 5.X channel for video access
INTERNET
dal En
5.X GHz erno a
z Int l Me ble 8
Coverage
.x GH e sh 0
on 2.11n
02.11n 5 a chann an
na ble 8 an 802.1
1 802 5.x G
E on .11 Hz
M esh ac I
ha ntern
2.4 GHz nn
Coverage 2.4 GHz el odal
Coverage
2.4 GHz
Coverage
• Down tilt 2.4 Antennas WiFi Mesh
• > 50 MB throughput for cameras Camera POD
• Fewer nodes per sq/mile
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13. APAC Key Applications
• Transportation
– signaling of trains
– video surveillance on train
• Port Management
• Public Safety
– video surveillance
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14. Transportation - Signaling
Signaling & Telecommunication System for Metro
The basic safety aims of the Signaling System are to:
• Prevent trains from running too fast,
• Prevent collisions between trains and against buffer stops,
• Safeguard the movement of trains through points,
• Maintain a safe distance between trains following each other
in the same track.
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15. Transportation - Video Surveillance on
Train
System Architecture
Operation Centre Track / Tunnel
Stations
IAP
Video Surveillance
System MWR
Train
WMS
Train Operator’s IAP
IP Backbone
IAP
Station A control
room
MWR
Station B control
room
Video Surveillance
System
……. IAP
Video Surveillance
System IAP
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16. Seaports Seaports/ Container yards
Trends/Demands at Container yards
• Number of container yards is still increasing.
• Installed Base: $7M - $10M. Networks renewed every 5
years.
• Most of customers face serious problems with WiFi in RF
harsh environment (too much metal and obstacles).
• High performance WiBB is indispensable for yard operating
systems, for information where to pick up and place
containers.
Approach and Success Niigata
Kobe
Mizushima
• Focus on key vertical market for
MOTOMESH
• Collaborating with major players, TCM, Naha
Mitsui, and PsionTeklogix mainly. (Okinawa)
• Opened up the market, won and deployed
MOTOMESH Solo at 4 seaports in 2008.
Commercially deployed in 2008
Major candidates in 2009
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19. Experience the Motorola Advantage
Heritage in mission critical solutions
Globally proven deployments
Broad array of technology choices
Provides a rapid return on investment
Relentless focus on quality
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