Mesh Dynamics

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COPYRIGHT 2010 MESHDYNAMICS, INC. ALL RIGHTS RESERVED. DISCLOSURES PROTECTED BY MULTIPLE PATENTS

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Mesh Dynamics

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  • COPYRIGHT 2010 MESHDYNAMICS, INC. ALL RIGHTS RESERVED. DISCLOSURES PROTECTED BY MULTIPLE PATENTS

  • COPYRIGHT 2010 MESHDYNAMICS, INC. ALL RIGHTS RESERVED. DISCLOSURES PROTECTED BY MULTIPLE PATENTS

  • COPYRIGHT 2010 MESHDYNAMICS, INC. ALL RIGHTS RESERVED. DISCLOSURES PROTECTED BY MULTIPLE PATENTS

    backhaul long-range

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    mesh municipal

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    safetypublic

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    events sporting

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    solutionssurveillance

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    mining underground

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    mining surface

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    mesh mobile

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    deployments military

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    MESH ARCHITECTURE: 1st, 2nd, and 3rd GENERATION MESH NODES

    MODULAR MESH FRAMEWORK

    BACKHAUL-ONLY MESH NODES

    MESH NODES WITH 2.4GHz SERVICE RADIOS

    RELAY MESH NODES WITH MULTIPLE DOWNLINK RADIOS

    ROOT MESH NODES WITH MULTIPLE DOWNLINK RADIOS

    MOBILE MESH NODES

    TOPICS

    .

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    MESHDYNAMICS USES 3RD

    GENERATION MESH TECHNOLOGY

    Third GenerationFirst Generation Second Generation

    .

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    MESH ARCHITECTURE: 1st, 2nd, and 3rd GENERATION MESH NODES

    MODULAR MESH FRAMEWORK

    BACKHAUL-ONLY MESH NODES

    MESH NODES WITH 2.4GHz SERVICE RADIOS

    RELAY MESH NODES WITH MULTIPLE DOWNLINK RADIOS

    ROOT MESH NODES WITH MULTIPLE DOWNLINK RADIOS

    MOBILE MESH NODES

    TOPICS

    .

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    UP TO FOUR RADIOS FIT INSIDE EACH MESH NODE

    MESH NODES CAN BE OUTFITTED WITH UP TO FOUR RADIO CARDS. EACH RADIO CARD CAN BE CONFIGURED TO ITS OWN FUNCTIONALITY AND SUPPORTED FREQUENCY:

    ( *MESH NODES CAN HAVE ONLY ONE UPLINK RADIO AND ONE SCANNER RADIO )

    - UPLINK RADIO*- DOWNLINK RADIOS- AP RADIOS- SCANNER*

    - 5GHz (802.11a)- 2.4GHz (802.11b/g)- 4.9GHz (Public Safety band)- Custom Channels

    .

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    MESH ARCHITECTURE: 1st, 2nd, and 3rd GENERATION MESH NODES

    MODULAR MESH FRAMEWORK

    BACKHAUL-ONLY MESH NODES

    MESH NODES WITH 2.4GHz SERVICE RADIOS

    RELAY MESH NODES WITH MULTIPLE DOWNLINK RADIOS

    ROOT MESH NODES WITH MULTIPLE DOWNLINK RADIOS

    MOBILE MESH NODES

    TOPICS

    .

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    MD4250-AAxx WITH DIRECTIONAL ANTENNAS AND WIRED IP CAMERA

    TWO-RADIO, 3RDGENERATION MESH NODES

    THE MD4250-AAxx WILL CARRY A BACKHAUL WHEN 2.4GHz SERVICE IS NOT NEEDED. THE MOST COMMON USE OF THIS CONFIGURATION OF THE MD4000 IS SURVEILLANCE APPLICATIONS.

    UPLINK DOWNLINK

    .

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    MESH ARCHITECTURE: 1st, 2nd, and 3rd GENERATION MESH NODES

    MODULAR MESH FRAMEWORK

    BACKHAUL-ONLY MESH NODES

    MESH NODES WITH 2.4GHz SERVICE RADIOS

    RELAY MESH NODES WITH MULTIPLE DOWNLINK RADIOS

    ROOT MESH NODES WITH MULTIPLE DOWNLINK RADIOS

    MOBILE MESH NODES

    TOPICS

    .

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    THE STANDARD MD4000

    THE MD4350-AAIx IS OUR STANDARD THREE-RADIO MESH NODE; TWO BACKHAUL RADIOS, AND ONE AP RADIO.

    AGAIN, SINCE THE MD4000USES MULTIPLE RADIOS FOR THE FUNCTIONS OF A MESH NETWORK, THIS ALLOWS THE USE OF SPECIFIC ANTENNAS FOR EACH RADIOS FUNCTION.

    IN THE PHOTO TO THE RIGHT, IT CAN BE SEEN THAT EACH BACKHAUL RADIO IS AIMED AT DIFFERENT POINTS ON THE HORIZON, AND THE AP RADIO IS ANGLED DOWN TOWARDS CLIENTS ON THE GROUND. .

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    MULTIPLE AP RADIOS ON THE MD4000 CAN PROVIDE OPTIMAL COVERAGE AREAS

    MD4350-AAIx

    WIRELESS CLIENTS

    AP ANTENNA SIGNAL

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    MD4350-AAIx

    MD4350-AAIx

    MD4350-AAIx

    MD4350-AAIx MD4458-AAII

    MD4458-AAII

    THE MD4350-AAIx AND MD4458-AAII OFFER ONE AND TWO AP RADIOS, RESPECTIVELY. ANTENNAS CAN BE SELECTED FOR THESE RADIOS TO OPTIMIZE CLIENT COVERAGERELATIVE TO THE LOCATION OF THE NODE.

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    MULTIPLE AP RADIOS ON THE MD4000 CAN PROVIDE OPTIMAL COVERAGE AREAS (MINING)

    THE DUAL AP RADIOS OF THE MD4458-AAII ARE USED IN UNDERGROUND MINES TO SHOOTTHE SERVICE SIGNAL DOWN MINE TUNNELS USING HIGHLY DIRECTIONAL ANTENNAS. HAVING TWO AP RADIOS ON THE MESH NODE NOT ONLY GIVES DOUBLE THE TRANSMIT POWER, BUT IT ALLOWS THE SIGNALS TO BE SHOT IN DIFFERENT ANGULAR DIRECTIONS.

    UPLINK

    DOWNLINKAP

    AP

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    MESH ARCHITECTURE: 1st, 2nd, and 3rd GENERATION MESH NODES

    MODULAR MESH FRAMEWORK

    BACKHAUL-ONLY MESH NODES

    MESH NODES WITH 2.4GHz SERVICE RADIOS

    RELAY MESH NODES WITH MULTIPLE DOWNLINK RADIOS

    ROOT MESH NODES WITH MULTIPLE DOWNLINK RADIOS

    MOBILE MESH NODES

    TOPICS

    .

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    ROOT

    THE BACKHAUL STRUCTURE OF A MESH CAN BENEFIT FROM A RELAY NODE HAVING MULTIPLE DOWNLINK RADIOS. A NODE WITH A SECOND DOWNLINK ANTENNA ALLOWS A BRANCHINGOF THE BACKHAUL; DIRECTIONAL ANTENNAS CAN BE USED TO AIM THE BACKHAUL SIGNAL TO DIFFERENT CLUSTERS OF CHILD NODES. THE MD4452-AAIA HAS AN ADDITIONAL DOWNLINK RADIO. IN THE ILLUSTRATION BELOW, IT CAN BE SEEN HOW THE USE OF MULTIPLE DOWNLINKS WITH APPROPRIATE ANTENNAS CAN HELP STRENGTHEN THE STRUCTURE OF A MESH.

    MULTIPLE DOWNLINK RADIOS ON RELAY NODES CAN PROVIDE STRENGTH TO BACKHAUL STRUCTURE

    RELAY NODE

    RELAY NODE MD4452-AAIA

    DUAL DOWNLINKANTENNA SIGNAL

    MD4452-AAIA

    MD4452-AAIA

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    MESH ARCHITECTURE: 1st, 2nd, and 3rd GENERATION MESH NODES

    MODULAR MESH FRAMEWORK

    BACKHAUL-ONLY MESH NODES

    MESH NODES WITH 2.4GHz SERVICE RADIOS

    RELAY MESH NODES WITH MULTIPLE DOWNLINK RADIOS

    ROOT MESH NODES WITH MULTIPLE DOWNLINK RADIOS

    MOBILE MESH NODES

    TOPICS

    .

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    MULTIPLE DOWNLINK RADIOS ON ROOT NODES WILL SUPPLY A MESH WITH MORE BANDWIDTH

    THE DOWNLINK RADIO ON A ROOT NODE WILL SUPPLY A MESH WITH 22Mbps OF TCP/IP THROUGHPUT TO OR FROM A WIRED NETWORK. SINCE ALL NODES ASSOCIATED TO THIS DOWNLINK MUST BE ON THE SAME CHANNEL, THE BANDWIDTH IS THEREFORE SHARED AMONGST THEM.

    GIVING A ROOT NODE MULTIPLE DOWNLINK RADIOS ALLOWS MULTIPLE CHANNELS TO BE USED. EACH NEW CHANNEL PROVIDED WILL SUPPLY THE MESH WITH AN ADDITIONAL22Mbps OF TCP/IP THROUGHPUT. SINCE THERE ARE FOUR AVAILABLE RADIOS ON THE MD4000, THIS IMPLIES A TOTAL THROUGHPUT OF 88Mbps INTO OR OUT OF A MESH.

    ROOT NODE (MD4454-AAAA)

    RELAY NODE

    120-DEGREE SECTOR ANTENNA (CHANNEL D)

    60-DEGREE SECTOR ANTENNA (CHANNEL C)

    30-DEGREE DIRECTIONAL ANTENNA (CHANNEL A)

    15-DEGREE DIRECTIONAL ANTENNA (CHANNEL B)

    ROOT NODE

    .

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    MESH ARCHITECTURE: 1st, 2nd, and 3rd GENERATION MESH NODES

    MODULAR MESH FRAMEWORK

    BACKHAUL-ONLY MESH NODES

    MESH NODES WITH 2.4GHz SERVICE RADIOS

    RELAY MESH NODES WITH MULTIPLE DOWNLINK RADIOS

    ROOT MESH NODES WITH MULTIPLE DOWNLINK RADIOS

    MOBILE MESH NODES

    TOPICS

    .

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    MOBILE MESH NODES(VEHICLES)

    MESHDYNAMICS MOBILE NODES HAVE A RANGE OF APPLICATIONS. THE MOBILITY FEATURE ALLOWS A STANDARD MD4000 MESH NODE TO MAKE SEAMLESS ON-THE-FLY SWITCHES FROM PARENT NODE TO PARENT NODE. SINCE THERE ARE A VARIETY OF MD4000 MESH NODES, THERE ARE A VARIETY OF WAYS THE MOBILE VERSIONS CAN BE APPLIED. A COMMON USE IS HAVING THE MOBILE NODES MOUNTED INSIDE VEHICLES WHILE THE VEHICLES ARE MOVING THROUGH A STATIONARY MESH.

    ROOT

    STATIONARY ROOT NODE

    STATIONARY RELAY NODE

    VEHICLE WITH MOBILE NODE

    ( TRUNK-MOUNTED MOBILE NODE ).

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    MOBILE MESH NODES(TRAINS)

    MD4325-IIxI

    MD4350-AAIx MD4350-AAIx MD4350-AAIx MD4350-AAIx

    RAIL APPLICATIONS ARE IDEAL FOR THE MOBILE VERSIONS OF THE MD4000. MOUNTING A MOBILE NODE TO TRAIN CAR WILL ALLOW THE TRAIN SEEMLESSLY SWITCH BETWEEN STATIONARY NODES ALONG THE TRACK WHILE GIVING UNINTERUPTED BANDWIDTH TO PASSENGERS OR SYSTEMS INSIDE THE TRAIN.

    WIFI INSIDE TRAIN

    .

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    MOBILE MESH NODES(ADHOC / MILITARY)

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    MESHDYNAMICS PERSISTENT 3RD GENERATION MESH (P3M) TECHNOLOGY ENABLES A SET OF MESH NODES TO FUNCTION WITHOUT THE PRESENSE OF A ROOT NODE. CLIENTS WITHIN THE P3M MESH WILL BE ABLE TO COMMUNICATE WITH EACH OTHER.

    IN ADDITION, A MESH OF P3M MOBILE NODES CAN SEPARATE INTO SMALLER, FULLY FUNCTIONING DYNAMIC MESHES, THEN COALESCE TO FORM A SINGLELARGER MESH.

    IN THE PRESENCE OF A WIRED MESH NETWORK WITH A TRUE ROOT NODE, A P3M MESH WILL GRAB ONTO THIS NETWORK, THEN BECOMING PART OF THE WIRED MESH.

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  • COPYRIGHT 2010 MESHDYNAMICS, INC. ALL RIGHTS RESERVED. DISCLOSURES PROTECTED BY MULTIPLE PATENTS COPYRIGHT 2010 MESHDYNAMICS, INC. ALL RIGHTS RESERVED. DISCLOSURES PROTECTED BY MULTIPLE PATENTS


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