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Point-to-Multipoint Advantage

Point-to-Multipoint Advantage. With RedCONNEX. RedCONNEX Introduction. RedCONNEX – Professional Wireless Broadband Infrastructure Solution Cost-effective and scalable multi-service platform that supports both backhaul and business-grade access applications.

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Point-to-Multipoint Advantage

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  1. Point-to-MultipointAdvantage With RedCONNEX

  2. RedCONNEX Introduction RedCONNEX – Professional Wireless Broadband Infrastructure Solution • Cost-effective and scalable multi-service platform that supports both backhaul and business-grade access applications Designed for high performance and reliability in real world environments Delivers: • Robust OFDM • Unmatched Range & Capacity • Extreme Reliability & Flexibility • Industry-Leading Low Latency • Ease of Deployment, Use & Management • 5.4GHz and 5.8GHz Band Operation • Point-to-point and Point-to-Multipoint Configurations  Redline Communications Inc.

  3. Why Point to Multipoint? • WHY PMP? • Save spectrum – uses only one 5.4 GHz or 5.8 GHz channel • Save hardware, installation Costs and tower space • Directly link multiple sites over a single layer 2 network • Cover wide areas for nomadic applications • Single point of management  Redline Communications Inc.

  4. Unique Features of RedCONNEX PMP • Highest capacity PMP in the industry • Lowest Latency • Fastest system registration time for nomadic applications • Ideal for Business Grade Access, Large Campus Networks and Multipoint Backhaul  Redline Communications Inc.

  5. Competitive Positioning High Data Rate 40+Mbps/Sector Low Latency Multipoint Backhaul RedCONNEX Medium Data Rate <30Mbps/Sector Medium Latency Business Access Application Performance VL Low Data Rate <20Mbps/Sector High Latency Residential Access Canopy Trango Aperto  Redline Communications Inc.

  6. RedCONNEX PMP Vertical Markets Enterprise & Municipality networks Fixed & nomadic WiFi Backhaul AN-80i RedCONNEX WISP with business grade services Security networks

  7. PMP Deployments Idaho Department of Energy • PMP configuration supporting building, vehicles, and trailers • 4 base stations – 4 sectors per station • Covering 900 square miles • Connecting all DoE facilities – 5,000 employees sharing critical, confidential information • Delivering nomadic services • Supports video, voice, e-mail, web High throughput, Large Campus, Nomadic  Redline Communications Inc.

  8. PMP Deployments Lewis & Clark County (Montana, USA) • 4 access points / 16 subscribers • Combination of point-to-multipoint (PMP) and point-to-point (PTP) links running human resource, fleet management, financial and email/data applications • Distances of more than 7.5 miles • Average speeds of 36 to 48 Mbps • Savings: 10’s of thousands per year High throughput, Multipoint backhaul  Redline Communications Inc.

  9. PMP Deployments London to Brighton Commuter Route (UK) • Approximately 80 km • Highly cluttered urban environment • 160 Km per hour trains • Offered by T-Mobile • Technology by Redline and Nomad Digital • Average data rate exceeds > 6 Mbps • Passengers connect by WiFi • Connection to 35 trackside basestations • No tall towers used High speed, high data rate, nomadic WiFi backhaul  Redline Communications Inc.

  10. PMP Deployments • Michael Anderson – President: PDQlink, Leland Illinois, Suburban WISP • Internet connection is at the base station • NOC is attached to a subscriber station • Over 20 servers at the NOC including Part-15.org and WISPCON • Carries 1,000,000 messages per month • “Co-locates very well Redline co-locates with a wide variety of other 5.8 GHz gear with 5-15 feet away • Longer link, about 15 miles High throughput, Business Access  Redline Communications Inc.

  11. Multiple Service Flows on the Same Subscriber Unit • For each subscriber unit • Different applications get different priority Example: Voice + Data • Each has guaranteed CIR provision for QoS Co. A Voice AN-80i SW1 Co. A Data SS1 Site 2 Internet Router AN-80i SC Site 1 Co. A Voice Co. A Data  Redline Communications Inc.

  12. Company A is connected to other Company A sites Company B traffic is segregated and gets its own QoS Virtual Private LAN Scenario AN-80i Co. A SW1 SS1 Co. A Site 2 Internet Router AN-80i SC Site 1 Co. A AN-80i Co. B SW2 SS2 Co. B Site 3  Redline Communications Inc.

  13. Remote management User defined VLAN group for equipment Management traffic is isolated and secure Equipment Management via VLAN User Network AN-80i User Network SW1 SS1 Site 2 Internet Router AN-80i SC User Network Site 1 AN-80i User Network SW2 SS2 Site 3 NMS  Redline Communications Inc.

  14. VLAN Network Benefits • Relieve physical topology dependency • Enhance network security • Extend private network across WAN • Partition a LAN based on functional requirements • Increase network performance • Improve network manageability Subscriber Stations SS VLAN1 Sector Controller SC VLAN2 Internet ATM/MPLS VLAN4 VLAN1 VLAN2 VLAN3 Subscriber Stations VLAN3  Redline Communications Inc.

  15. VLAN Operator Benefits • Faster network ROI • Able to serve multiple clients on a common infrastructure • Lower network Capex • Able to fine tune network for higher efficiency • Lower network Opex • Able to simplify network topology for manageability • Wider range of services • Able to fit QoS levels to user app requirements • Higher network security • Able to partition user and management traffic flows  Redline Communications Inc.

  16. AN-80i Speeds and Feeds PMP: Basic Speeds and Feeds • Up to 20 active subscriber stations per sector • Max 12 CIR connections per subscriber station • Sample max. LOS range: • 6.5 km with 90 degree sector antennas, 64QAM2/3 modulation • 22 km with 90 degree sector antennas, 16QAM1/2 modulation  Redline Communications Inc.

  17. AN-80i PMP Highlights • IEEE 802.1Q standard compliant • Multiple VLAN connections per subscriber station • User defined CIR bandwidth allocation for each connection • Virtual private LAN services based on VLAN ID classification • Virtual group and VPLS across multiple subscribers • Per group subscriber-to-subscriber multicast/broadcast control • VLAN for equipment management traffic  Redline Communications Inc.

  18. AN-80i: Interoperable with AN-50e PTP AN-50e Master AN-80i Slave 20MHz Channel Size PMP AN-50e Sector Controller AN-80i & AN-50e Subscribers  Redline Communications Inc.

  19. Ordering AN-80i PMP System 1. order generic AN-80i 5.8 or 5.4 base terminal 2. obtain MAC addresses for SC and SS units 3. order PMP options to be installed as per SC and SS MACs To order a new system To upgrade an existing system 1. obtain MAC addresses for existing SC and SS units 2. order PMP options to be upgraded to as per SC and SS MACs  Redline Communications Inc.

  20. AN-80i PMP Pricing How PMP Price Options Works: Sector Controller (3 Maximum Speed Choices) - QPSK - 16QAM - 64QAM + Subscriber Stations (multi speed capable, controlled by SC) + Sector Controller Antenna (60,90,120 degree or omni) + Subscriber Antennas (22 dBi, 28 dBi typical) + Mounting kits, cables and accessories  Redline Communications Inc.

  21. Configuring a PMP System Connection Link VLAN capable switch Dept 1 AN-80i Dept 2 SS1 SW1 Site 2 Group AN-80i Router SC VLAN capable switch Site 1 Dept 2 AN-80i Dept 1 SW2 SS2 Site 3 Create Connection Create Link Create Group  Redline Communications Inc.

  22. Link-Group-Connection • Link – wireless link • Wireless path between one SC and one SS • SS MAC address • DL burst rate, UL burst rate • Group – logical, multicast domain • Made up of SS connections assigned to the group • How packets of this group gets treated at SC Ethernet port • Tagged or untagged at SC • What QoS level is assigned for the group’s multicast traffic • Connection – logical user data flow between SC and SS • A connection belongs to a group and a link • What QoS level is assigned to this connection • How packets of this connection are treated at SS Ethernet port • Tagged or untagged at SS  Redline Communications Inc.

  23. Configuration Limits • Max # of active SS’s per sector is 20 • Max # of groups per sector is 30 • Max # of connections (VIDs) per link is 12 • Max # of MAC addresses per group is 4000 • Max # of IDs (link, group, connection) per sector is 1000 • Each connection (VID) must belong to one group and one group only • Each connection (VID) must belong to one link and one link only • Each group can have only one connection (VID) at a subscriber or section controller • A pass-through group is used to pass “untagged packets” and “tagged, but undefined” packets • There can be only one pass-through group at a SC • There can be only one pass-through connection at a SS • QoS level setting – provision as per PMP Config Tool for CIR/capacity planning  Redline Communications Inc.

  24. VPN Service Scenario • For each site • Individual service provisions for different companies and different applications • Each has guaranteed CIR provision for QoS • Voice packets tagged with VID= 300 • Data packets tagged with VID= 400 VLAN Capable switch • Co. A voice packets tagged with VID= 50 • Co. A data packets tagged with VID= 55 • Co. B voice packets tagged with VID= 80 • Co. B data packets tagged with VID= 85 Co. A Voice AN-80i SW1 Co. A Data SS1 Site 2 Internet Router AN-80i VLAN capable switch SC Site 1 Co. B Voice AN-80i • Four Groups, one for each VLAN Co. B Data Co. B Data SW2 SS2 Co. A Voice • Voice packets tagged with VID= 600 • Data packets tagged with VID= 700 Site 3 Co. B Voice Co. A Data  Redline Communications Inc.

  25. For Company A Seamless VLAN connectivity for a mix of .1Q aware and unaware LANs Internet access through Router For Company B Q-in-Q VLAN trunking service to remote site Virtual Private LAN Scenario • Packets at Site 1 untagged VLAN unaware switch AN-80i Co. A • Co. A packets tagged with VID=50 • Co. B packets tagged with VID=80 SW1 SS1 Co. A Site 2 Internet Router AN-80i VLAN capable switch SC Site 1 Co. A AN-80i • All Co. A connections set to Group I • All Co. B connections set to Group II Co. B SW2 SS2 Co. B • Co. A packets tagged with VID=300 • Co. B packets tagged with VID=700 Site 3  Redline Communications Inc.

  26. Between Subscriber (SS1) and Switch (SW1) Each VLAN segment is assigned a unique VID E.g. Dept 1 packets are tagged w/ VID=300 Each VID has a CIR (minimum bit rate) For each VLAN segment A virtual group is defined as a multicast domain E.g. Group I for Dept 1 at Site 1 and Site 2 Each group has a multicast CIR Within each virtual group VID can differ at each site E.g. Group II for Dept 2 packet VID=400 at Site 1 packet VID=700 at Site 2 Data between Dept 1 & 2 Through Router Layer 3 connectivity only Campus Network Scenario • Dept 1 packets tagged with VID= 300 • Dept 2 packets tagged with VID= 400 VLAN capable switch Dept 1 AN-80i Dept 2 SW1 SS1 Site 2 Router AN-80i VLAN capable switch SC Site 1 Dept 2 AN-80i • All Dept 1 connections set to Group I • All Dept 2 connections set to Group II Dept 1 SW2 SS2 • Dept 1 packets tagged with VID= 300 • Dept 2 packets tagged with VID= 700 Site 3  Redline Communications Inc.

  27. Remote management User defined VLAN group for equipment Isolated, secure traffic for AN-80i and/or 3rd party systems • Mgmt traffic tagged with VID=100 • Mgmt traffic tagged with VID=100 • Mgmt traffic tagged with VID=100 Equipment Management via VLAN VLAN capable switch User Network AN-80i User Network SW1 SS1 Site 1 Site 3 Internet Router AN-80i NMS2 VLAN capable switch SC User Network AN-80i • All mgmt connections set to Group M User Network SW2 SS2 Site 2 NMS1  Redline Communications Inc.

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