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Mesh Network Information ArrowSpan Wireless Mesh Network Solutions Aug 2007

Mesh Network Information ArrowSpan Wireless Mesh Network Solutions Aug 2007. Agenda. The Value of Deploy ArrowSpan Wireless Mesh Network ArrowSpan Wireless Mesh Network Solutions Accessories Competitive Information. The Value of ArrowSpan Wireless Mesh Network.

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Mesh Network Information ArrowSpan Wireless Mesh Network Solutions Aug 2007

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  1. Mesh Network InformationArrowSpan Wireless Mesh Network SolutionsAug 2007

  2. Agenda • The Value of Deploy ArrowSpan Wireless Mesh Network • ArrowSpan Wireless Mesh Network Solutions • Accessories • Competitive Information

  3. The Value of ArrowSpan Wireless Mesh Network • Cost - ArrowSpan Outdoor Wireless Mesh Access Points are Low unit price, Industry standard 5GHz and 2.4GHz spectrums, Easily deploy wirelessly. • Time - ArrowSpan Wireless Mesh Access Points can usually be setup and working within a couple of hours. • Speed - ArrowSpan Wireless Mesh Access Points can create backhaul throughput up to 30+Mbps. • Security - ArrowSpan Wireless Mesh Access Points offer a variety of security options; the strongest of which is WPA2 with AES, but also support WPA/TKIP, MAC authentication, and 64.128 bit WEP • Flexibility - ArrowSpan Wireless Mesh Access Points can be located anywhere wireless coverage is required. Durable weatherproof housings with carrier class temperature range assure reliable operation year round.

  4. ArrowSpan Wireless Mesh Network Solutions • Complete Indoor/Outdoor product linecovers full range of mesh network applications for hot zones, campuses, municipalities, warehousing, enterprise offices, small offices, and home deployments • Patent PendingLayer 2.5 design architectureprovides maximum compatibility and user friendly functions • Patent Pending POP mesh routing algorithmprovides high performance and reliable solutions: Auto-configuration, Auto-discovery, Auto-healing, Auto-balancing • Multiple wireless RF design minimizes or eliminates signal interference problems on backhaul and user data wireless networks • GPS:Provides physical location of each MeshAP and simplifies the maintenance task • Single IP Setup for one mesh network (regardless node number). This setup minimizes the complicated IP address setup for each node on the mesh network

  5. Network Network Data Link Data Link Data Packet Physical Physical Management Packet Mesh Network Design Architecture Layer 2Mesh Network design benefits: • Fast packet switching design to minimize latency • Fast speed on QOS and service authentication implementation • Compatible with all existing routers, gateways, access servers Layer 3 design to offer user friendly (HTTP) and standard (SNMP) compliant network management support

  6. Patented POP (Predictable Optimum Path) POP (Predictable Optimum Path) patented routing algorithm generates mesh network structure with smart intelligence • Auto-configuration/discovery:automatically discover and configure interconnect Mesh Link among stations • Auto-healing:automatically resolve various network problems by re-routing mesh link to heal the down station in real time • Non-interference:Multiple wireless RF design minimizes or eliminates signal interference problem on backhaul and user data wireless networks • GPS:Location information of each station for maintenance and enabling physical location related new service

  7. Patented POP (Predictable Optimum Path) Self-sustain, Auto-configuration, and Auto-healing Self-sustain, Auto-configuration, and Auto-healing POP routing Internet Internet auto-healing MeshAP station : Virtual link : Mesh link MeshAP configured as Mesh Manager of this Mesh Network Broken MeshAP station

  8. Patented POP (Predictable Optimum Path) Automatic Re-Routing Automatic Re-Routing upon new bandwidth insertion Internet Insertion of new bandwidth Internet Internet

  9. True Multi-Radio Design Cost-effective Dual Radio Backhaul network: • No co-channel interference problem for high performance • Enable high hop count and long distance mesh network deployment • Maintain the same throughput at each node in whole mesh network • Design with cost-effective and in-band hardware to increase product margin • Throughput is 3x TROPOS and 5X Nortel Dual Radio, full-duplex backhaul traffic Single Radio, half-duplex backhaul traffic

  10. Auto & Manual Routing ProtocolPoint-to-point and Point-to-multi-point with one click Flexible Auto and Manual routing protocol capability: • Simple, easy, and convenient MeshAP field installation with auto mesh link routing function • Maximum flexibility of allowing user to specify specific routing path using manual mode Auto Link Manual Link Auto Link

  11. Expanding Hot Spots to Hot Zone • Most Cost effective expansion technology • Fast Return on Investment • Fast deployment Hot Spots Hot Zone

  12. Hop Counts PerformanceExpandability The advantage of a mesh network is the ability to expand Wi-Fi coverage wirelessly. A mesh network with more hops (nodes) from the internet gateway means it is more cost effective to deploy. The Multi-Radio design enables ArrowSpan’s MeshAP solutions to break the traditional 1/n and 1/2 mesh performance rules. The MeshAP solutions can expand much further with more hops (nodes) than the traditional mesh access points. This means cost savings to the service providers, operators, and carriers Mbps (Hop Count) Backhaul Throughput (Mbps)

  13. Node-to-node InterconnectionMeshAP 3100 – Dual 5GHz / Single 2.4GHz Wireless Mesh Access Point Up Link To Mesh Mesh Link Mesh Link Down Link To Mesh Client Link Backhaul Mesh Link: Dual 5GHz AP: Single 2.4GHz

  14. Data Packet Flow Chart WPA WPA Backhaul WPA WPA WPA WPA WPA WPA WPA WPA WPA WPA WPA WPA WPA WPA WPA WPA WPA WPA Press “Spacebar” to begin (Slide Show view to Play)

  15. ArrowSpan Mesh Network Operation MeshAP based on Hop Counts and Signal Strength to associate with each other Station 1 Station 3 Mesh Manager Station 4 Station 2 Press “Spacebar” to begin (Slide Show view to Play)

  16. Node-to-node Distance and Angle CalculationArrowSpan 802.11a & 802.11b Antenna * Based on Standard ArrowSpan 5GHz 8dBi Antenna Length: 200m (656ft) with -63.8dBm [54Mbps] • 18dBm (54Mbps output power) + 8dBi antenna = 26dBm • 26 - 93.7 (200m 5.8GHz open space loss) + 8 (receiving antenna gain) = -59.7dBm • Link sensitivity: -67dBm for 54Mbps Height: 22.8m (74ft) with maximum 8dbi gain from Antenna • Total 45.6m (149ft) of coverage [15°] with 8dbi gain from Antenna at 200m distance. -3dbi L=200m (656ft) 15° h=22.8m (74ft) -3dbi

  17. Long Distance Node-to-node ConnectionDirectional Antenna Setup Length: 5km (3.1miles) with -57.7dBm [54Mbps] • MeshAP 3100 is set in Manual mesh link mode. MeshAP “B” is manually set to link on to the MeshAP “A”. • 18dBm (54Mbps output power) + 23dBi antenna = 41dBm • 41 – 121.7 (5km 5.8GHz open space loss) + 23 (receiving antenna gain) = -57.7dBm • Link sensitivity: -67dBm for 54Mbps * Based on 23dBi Directional Antenna 10km (3.1miles)

  18. ArrowSpan Wireless Mesh Network Solutions

  19. MeshAP 5100 - OutdoorCarrier Class Multi-Radio Wireless Mesh Network Access Point Features • Support Dual 5.3/5.8GHz 802.11a and single 2.4GHz 802.11b/g AP function • Hardware-enhanced WEP/WPA AES, and MAC filtering AP security • (2) detachable 5GHz 8 dBi Omni-directional antennas • (1) detachable 2.4GHz 8 dBi Omni-directional antenna • (1) GPS antenna provide location information • Layer 2 mesh routing, POP (Predictable Optimum Path) intelligent routing algorithm, fast packet switching on mesh link traffic • (1) 10/100 Ethernet Port to connect with existing network infrastructure and 3rd-party router/gateway/access server/application server • Web server and SNMP management • PoE (power over Ethernet) support (on WAN port) • 100V-240V AC power input • Level pole mounting • IP66 waterproof certification • Industrial grade operating temperature -50C to +65C

  20. MeshAP 3100 - OutdoorCarrier Class Multi-Radio Wireless Mesh Network Access Point Features • Supports two 5.3/5.8GHz 802.11a and single 2.4GHz 802.11b/g • Hardware-enhanced WEP/WPA AES, and MAC filtering AP security • (2) detachable 5.3 – 5.8 GHz 8 dBi Omni-directional antennas • (1) detachable 2.4GHz 8 dBi Omni-directional antenna or adjustable 90-180 degree 12dBi patch antenna • (1) GPS antenna provides location information • (1) 4.9GHz antenna for licensed band (optional) • Layer 2 mesh routing, POP (Predictable Optimum Path) intelligent routing algorithm, fast packet switching on mesh link traffic • (1) 10/100 Ethernet Port to connect with existing network infrastructure (3rd-party router/gateway/access server/application server) • Web server and SNMP management • PoE (power over Ethernet) support (on WAN port) • Typical power consumption = 15W • Level pole, vertical pole, and wall mounting • IP66 waterproof certification • Industrial grade operating temperature -40°F to 131°F (-40°C to 55 °C)

  21. ArrowSpan Wireless Mesh NetworkMeshAP 3100 GPS Antenna N-type Antenna Connector (5GHz Backhaul) N-type Antenna Connector (2.4GHz Client) Membrane Vent Cap N-type Antenna Connector (5GHz Backhaul) IP67 RJ-45 Connector

  22. MeshBackhaul 2600 - Outdoor5GHz Full-Duplex Wireless Mesh Backhaul Access Point Features • Support Dual 5GHz 802.11a Backhaul function • Hardware-enhanced WEP, WPK security • (2) detachable 8 dBi antennas • GPS provides location information • Layer 2 mesh routing, POP (Predictable Optimum Path) intelligent routing algorithm, fast packet switching on mesh link traffic • (1) 10/100 Ethernet interface to connect with existing network infrastructure and 3rd-party router/gateway/access server/application server • Web server and SNMP management • POE (power over Ethernet) support (on WAN port) • Level pole mounting support • IP66 waterproof certification • Operating temperature -40C to +50C

  23. MeshAP 1100 - Indoor2.4GHz Full-Duplex Wi-Fi Mesh Network Access Point Features • Dual 2.4GHz 802.11g Radios Design • Hardware-enhanced WEP security • (1) External 4 dBi Omni-directional antenna • (1) Built-in 4 dBi Omni-directional antenna • Layer 2 mesh routing, POP (Predictable Optimum Path) intelligent routing algorithm, fast packet switching on mesh link traffic • (1) 10/100 Ethernet Port to connect with existing network infrastructure and 3rd-party router/gateway/access server/application server • LEDs to indicate AP and Mesh status • LED door • Web server management • Factory-default button • Support IEEE 802.3af POE (power over Ethernet)

  24. Total Wireless Mesh Solutions

  25. Accessories & Add-on Solutions

  26. Horizontal Pole Mount KitMeshAP 3100/2180 ArrowSpan MeshAP Series Pole-Mount Kit • Rugged Aluminum rust- proof material • Hardware for mounting the MeshAP 3100/2180 Series Access Point to the top of a horizontal pole

  27. Extension Arm for a Vertical PoleMeshAP 5100/3100/2180 Pipe Size Nom. Lght. A B C WT/LBS 2“ 4‘ 42“ 19“ 10“ 20

  28. Outdoor POE Power TapProvides Auxiliary Power over Ethernet (PoE) for Streetlight Mounted Equipment The PoE tap is a PoE injector. It directly mounts on top of a streetlight to get AC power. The PoE tap has one PoE cable and one Ethernet data cable. Specifications • Input Voltage: 105 – 480 VAC • Output Voltage: PoE (48 VDC, 420 MA) • Connector: Cat 5e, VDC Pins +4 & 5, Pins -7 & 8, or User Specified • Cable Type: User Specified • Cable Length: User Specified • Housing: UV Stabilized, Impact Resistant, Gray Polycarbonate • ANSI Standard: Conforms to ANSI C136.10 and Proposed ANSI C136.35 • Temperature Rating: -40 to +70C

  29. 5GHz 8dBi Omni-directional AntennaMeshAP 5100/3100 • 5GHz 8dBi Omni-directional Antenna Technical Specifications

  30. 2.4GHz 8dBi Omni-directional AntennaMeshAP 5100/3100/2180 • 2.4GHz 8dBi Omni-directional Antenna Technical Specifications

  31. 90-195 degree Adjustable Sector Panel Antenna2.4GHz 8.6dBi Technical Specifications

  32. 2-Port Outdoor Power Tap PoE Injector Dual-Port PoE Power Tap is design to provide two PoE inputs for deploying two independent PoE based devices. Deploy MeshAP Wireless Mesh Access Point with a backhaul wireless edge station

  33. Competitive Information

  34. Firetide Solution • HotPort 4.9GHz Licensed band (USA only) • HotPort 3101, 3103 – Indoor, HotPort 3203 Outdoor 802.11a or 802.11b for backhaul wireless, Customer need to provides AP for wireless access

  35. TROPOS Solution One 802.11g shared by backhaul wireless and client AP

  36. Belair Solution One or three peer-to-peer 802.11a for backhaul wireless, one 802.11b for client AP, no indoor unit

  37. Strixsystems Solution UP to six 802.11 a/b/g combination for backhaul wireless and client AP

  38. Nortel Solution One 802.11a for backhaul wireless, one 802.11b for client AP, no indoor unit

  39. Mesh Product Comparison

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