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Altai Wireless

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Altai Wireless

  1. 1. yudhistira.sutjipto@planet1world.com 1 | © 2010 3D Networks. All rights reserved.
  2. 2. ALTAI Technologies  Spun off from the Hong Kong Applied Science and Technology Research Institute (ASTRI) in May 2006  Focused on the design, development and marketing of innovative outdoor wireless broadband solutions  Based in HK with offices in Shenzhen, China and Malays  Altai Super WiFi Technology incorporate patented Smart Antenna and multi radio technology to enable large outdoor coverage
  3. 3. ALTAI A8 SUPER WIFI BASE STATION SPECIFICATION  Extended coverage in a Non-Line-of-Sight (NLOS) environment  Advanced Smart Antenna Technology  Up to 8 x 2.4Ghz antenna (70° Horizontal)  External 5Ghz antenna  Multi-radio platform to maximize both uplink/downlink performance and access redundancy  Adaptive interference control to mitigate the and interactive gaming with minimal latency  Standard 802.11b/g access and 802.11a backhaul  Fast Ethernet or integrated 802.11a wireless backhaul  Flexible antenna deployment for various site conditions  Remote configuration through the Altai Wireless Management System (AWMS)
  4. 4. A8 is suitable for primary outdoor coverage. (horizontal beamwidth : 70-degrees and vertical beamwidth : 12-degrees)  NLOS coverage radius of 350 to 500 m across the sub-urban areas where the buildings are relatively low-raised  Dense-urban areas with high-raised buildings, the coverage is highly dependable on the building and street structure, a 250 m NLOS coverage radius along a street.  Outdoor open areas such as park, A8 can provide a near LOS radius of up to 1 km or more Environment Coverage Radius (r) Coverage Area (2r2) No. of A8/ km2 Open area (near LOS) 1000 m 2 km2 0.5 Rural (NLOS) 500 m 0.5 km2 2 Sub-urban (NLOS) 350 m 0.25 km2 4 Dense-urban (NLOS) 250 m 0.125 km2 8
  5. 5. A8 base station has both a wired Ethernet port and a 5 GHz wireless backhaul for connection to the backend network.
  6. 6. ALTAI A8-Ei SUPER WIFI BASE STATION SPECIFICATION  Same base station unit as of the Altai A8 but with integrated multi-beam antenna array (2.4Ghz) all in one chassis  A8-Ei multi-beam antenna array provide up to 5 times the range and 20 times the per site coverage as traditional access point.  External 5Ghz antenna for backhaul connectivity
  7. 7. A8-Ei for outdoor coverage instead of A8  The maximum target coverage radius exceeds that of the A8 or the coverage areas are in long sector shape, e.g. along a street, airbase coverage, long range wireless DSL.  Coverage to a remote discrete area separated by highway or sea at distant away exceed that of A8, e.g. island, offshore oil refining telemetry, coverage for tourist boats at middle of a lake  Higher link budget is desired where higher received signal strength is necessary, e.g. indoor penetration, support VoIP  Larger site coverage area at the same user capacity than that of A8 is desired, e.g. rural residential area with large footprint and low population density Environment Coverage Radius (A8-Ei) Coverage Radius (A8) Open area (near LOS) 1700 m 1000 m Rural (NLOS) 800 m 500 m Sub-urban (NLOS) 500 m 350 m Dense-urban (NLOS) 350 m 250 m
  8. 8. ALTAI A2 WiFi ACCESS POINT/BRIDGE SPECIFICATION  Multi-operating modes allowed: AP, bridge, repeater mode or CPE  2 x 2 MIMO for both 2.4GHz (802.11bgn) and 5 GHz (802.11an) radios  IP-67 rated carrier grade 802.11b/g/n AP for both outdoor and indoor applications  Increase system capacity under the coverage area of A8 Super WiFi Base Station  Fast Ethernet or 2 x 2 802.11an wireless backhaul  PTP and PTMP bridging with built-in dual polarized panel antenna (5Ghz - 20°)  Light weight with built-in lightning protection  Easy installation & web-based management
  9. 9. ALTAI A2e WiFi ACCESS POINT/BRIDGE SPECIFICATION  Same as A2, but with :  Built in 2.4Ghz antenna with 45° horizontal coverage  2 external 5Ghz antenna for backhaul
  10. 10. A2 can be used for point-to-point (PTP) wireless bridge which connects an A8 to a remote wired Internet outlet.
  11. 11. Multiple A2-A8 PTP pairs can be grouped together to form an A8 cluster. In the figure below, three dedicated 802.11a paths are formed with total throughput of 3 x 20 Mbps available.
  12. 12. ALTAI U1 SUPER WiFi CPE SPECIFICATION  Powered by laptop by using an USB cable  Features built-in for carriers including per client/VAP bandwidth control, remote web-based management and client performance statistics  ±45° cross-polarized patch antennas are optimized to match with the Altai A8 /A8-Ei antennas. (provides 3 dB more gain as compared to other V-H polarized CPEs)  High performance antenna with 20 dB front-to-back ratio (5 dB better than others in directional transmission)  8-level LED for easy alignment in the strongest signal direction  Increase signal strength for both NLOS and LOS coverage areas
  13. 13. ALTAI C1 SUPER WiFi CPE SPECIFICATION  Features built-in for carriers including per client/VAP bandwidth control, remote web-based management and client performance statistics  ±45° cross-polarized patch antennas are optimized to match with the Altai A8 /A8-Ei antennas. (provides 3 dB more gain as compared to other V-H polarized CPEs)  High performance antenna with 20 dB front-to-back ratio (5 dB better than others in directional transmission)  IP55 standard for direct outdoor installation  8-level LED for easy alignment in the strongest signal direction  Increase signal strength for both NLOS and LOS coverage areas
  14. 14. COMPARISON Coverage, throughput and capacity comparison of Altai product LOS Coverage NLOS Coverage Max. Typical Maximum Access Product Throughput SSID Radius Radius (urban) Users Users A8 1000 m (360°) 250 m 256 100 20 Mbps 16 A2 450 m (360°) 150 m 256 80 120 Mbps# (11n) 16 C1/U1 600 m (70°) 150 m 32 20 20 Mbps 4
  15. 15. ALTAI WIRELESS MANAGEMENT SYSTEM SPECIFICATION  Centralized management of network equipment  Automatic BTS/AP detection and provisioning  Template-based multiple BTS/AP configuration  User-friendly graphical interface with network map  Real-time network monitoring and proactive fault handling  Inventory and connection status  Multi-layer security management  Performance monitoring  WiFi CPE management  WiFi client association reporting  Remote firmware upgrade
  16. 16. TYPICAL CONFIGURATION Core Network Application Server Service Controller Backhaul A2 (bridge) A8 when placed inside provides coverage to most indoor areas Access A2 (repeater) A2 (pico) Pool Hotel rooms C1 (CPE-AP) Garden IP-WAN A8 provides direct coverage to guess rooms from both sides A8 Lobby areas Shopping mall C1 extends signal to 2.4 GHz indoor 5 GHz
  17. 17. TYPICAL CONFIGURATION A2e WiFi Bridge  2 to 3 A2e Access Points for each floor zone coverage with stronger penetration  Input end of the switch A2e - High Floor connect to a A2e WiFi Bridge which can establish A2e - Middle Floor 5 GHz radio bridge as backhaul link A2e - Low Floor
  18. 18. RURAL CONFIGURATION Widest Coverage with minimum APs Using A8e covers 9.1 million sq meters Installing SuperWIFI A8e on Existing tower 1.7 - 3 km (via C1 repeater) 1 km wifi coverage from superwifi C1 Signal(200mLOS), covers 125,800 sq meters A8 Signal(1.7km LOS) covers 9.1million sq meters
  19. 19. RURAL CONFIGURATION High Density Rural • A2Ein can cover a local radius of 700m • Providing 16SSID per A2Ein • Providing 712 concurrent users 3 x A2Ein 1.7 - 2 km (via C1 repeater) 800m wifi coverage from superwifi 1.7 - 2km CPE via U1)
  20. 20. RURAL CONFIGURATION For Rural environment •A8 can reach up to 1km outdoor to netbook •A8E can reach up to 1.7km outdoor to netbook •A8 to C1 CPE can reach up to 3Km •C1 as AP can reach a radius of 500m
  21. 21. RURAL CONFIGURATION • A8 to A2 can reach up to 10km point to point • A2 can cover a local radius of 500m • A2Ein can cover a local radius of 700m
  22. 22. ALTAI PROJECT REFERENCES
  23. 23. CITY SQUARE – JOHOR, MALAYSIA Background  Largest shopping mall near Singapore custom  Large demand for WiFi in café & shops Solution  1 A8 for 5 floors shops coverage  CPE for extended basement coverage  Pre-paid cards for visitors
  24. 24. RESIDENTIAL ESTATES - CHINA A8 at rooftop of opposite building Wanhe Garden, A8 up-tilting China installation
  25. 25. FIRST ISLAND WIDE WISP - JAMAICA
  26. 26. SIEM REAP - CAMBODIA Background  WiFi hot zones for residents and visitors  Cost effective broadband access bridging digital divide amongst Cambodians Solution  Over 150 A8 were and to be installed throughout the town and along National Highway  Satellite backhaul to fast Internet hub  Covering all major 4 & 5-star hotels, Old Market, Center Market and popular pub streets
  27. 27. C1 AP
  28. 28. Rural WiFi C1 AP
  29. 29. Wall Mounting Installation Example
  30. 30. SKMM Community WiFi, Kundasang Sabah Covering 1 to 3 KM in radius, we believe that this is the best solution to increase broadband penetration
  31. 31. Sarawak, Malaysia
  32. 32. www.3dnetworks.com www.planet1world.com yudhistira.sutjipto@planet1world.com PT. 3D Networks Indonesia Total Building 3rd Floor Suite 302 ; Jl. Letjen S Parman Kav. 106-A ; Jakarta Barat 11440 Tel. +62 21 5695 1542 ; Fax. +62 21 5695 1543 Email: iassist.indonesia@planet1world.com

Editor's Notes

  • Silicon Valley NASA Technology Our CTO and senior technical team are Silicon Valley ex-NASA project veteran Bringing space age long range wireless technology to WiFi Hong Kong Commercialization HQ and R&D team located in Hong Kong Hong Kong government grant of 10 Million USD for product commercialization
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