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BreezeMAX Product Overview

BreezeMAX Product Overview. Agenda. BreezeMAX WiMAX Platform Markets and Applications Features and Benefits System Architecture. 1. BreezeMAX WiMAX Platform. BreezeMAX 3500. The first WiMAX system introduced to the market 3.5GHz, FDD duplexing 1.75MHz, 3.5MHz channel spacing.

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BreezeMAX Product Overview

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  1. BreezeMAX Product Overview

  2. Agenda • BreezeMAX WiMAX Platform • Markets and Applications • Features and Benefits • System Architecture

  3. 1 BreezeMAX WiMAX Platform

  4. BreezeMAX 3500 The first WiMAX system introduced to the market • 3.5GHz, FDD duplexing • 1.75MHz, 3.5MHz channel spacing

  5. The BreezeMAX Solution At a Glance • Compliant with WiMAX (802.16 - 2004) • Flexible Deployment Configurations • Various operating frequencies and duplexing (FDD, TDD) • Channel Bandwidth 1.75-10 MHz (can support up to 14MHz) • Unique NLOS propagation characteristics • Maintain large cell radius • Minimize infrastructure investment • Scalable high capacity architecture • Micro as well as Macro Base Station architectures • IP-centric system with full QOS support • Transparent integration with service provider’s network • Carrier grade solution

  6. 2 BreezeMAX Markets and Applications

  7. Residential & SOHO • BreezeMAX Attributes: • NLOS Functionality • Cost effective CPE  WiMAX economics • QoS to support voice, video, gaming and internet access services • Variety of CPE options • Powerful base station to support mass deployment

  8. Business • BreezeMAX Attributes: • Carrier class functions  high availability, reliable services • QoS to support multi-applications: voice, leased lines, VPNs & data services • High performance  up to 10 Mbps per CPE • Powerful base station  up to 72Mbps per BST radio

  9. Hotspot Backhaul • BreezeMAX Attributes: • Networking Gateway CPE  WiFi inside, WiMAX outside • NLOS Functionality • High bandwidth backhaul up to 10 Mbps

  10. Mobile Broadband • BreezeMAX Attributes: • NLOS Functionality • Evolution to 802.16e standard • Cost effective CPE  WiMAX economics • Future integration of WiMAX chipset in Centrino™ Mobile Technology  zero cost CPE

  11. All Applications, All Markets, Anywhere!

  12. 3 BreezeMAX Features and Benefits

  13. Key Issues for Operators Performance: • Capacity, Throughput, Scalable Solutions Coverage: • Range, NLOS Functionality Quality of Service: • Multi Application support Carrier Class Functionality: • High Availability, Redundancy, NMS Standard based technology

  14. Key Issues for Operators Performance: • Capacity, Throughput, Scalable Solutions Coverage: • Range, NLOS Functionality Quality of Service: • Multi Application support Carrier Class Functionality: • High Availability, Redundancy, NMS Standard based technology

  15. High Performance Base Station Performance: • 18 Mbps net capacity with 3.5 MHz channels • IEEE 802.16 highly efficient MAC • BST radios operate in full duplex mode • BST radios support up to 14 MHz channel bandwidth  enables up to 72 Mbps net capacity per single sector CPE Performance: • 10Mbps net throughput per unit • Multiple connections and SLAs per unit

  16. High Capacity Scalable BST • Multi Channel BST radios • Increase capacity over the same RF infrastructure • Scalable pay as you grow solution

  17. Adding Capacity – Single Sector 72 Mbps 18 Mbps 36 Mbps IF-MUX Data Interface 54 Mbps 3.5 MHz One Radio and one Antenna per Sector IF Cable 3.5Mhz 7Mhz 10.5Mhz 14Mhz

  18. Scalable BST Design Multi Radio per Modem Benefits • Pay as you grow cost effective BST design • Applies for Macro and Micro BST • Fits rural market that requires high coverage with moderate capacity

  19. Sector Capacity Example – 3.5 MHz G.711 Codec 3.5MHz Channel • Voice: 70mErl with 1% GOS • Data over subscription - 1:10

  20. Key Issues for Operators Performance: • Capacity, Throughput, Scalable Solutions Coverage: • Range, NLOS Functionality Quality of Service: • Multi Application support Carrier Class Functionality: • High Availability, Redundancy, NMS Standard based technology

  21. NLOS Functionality OFDM CPE Location • Extended coverage and reach  increase market share and revenue • Easier installation  reduce operation & installation cost, enabler for zero install • OFDM Modulationovercomes multi-path and deep fades in parts of the spectrum

  22. Adaptive Modulation & ATPCQuicker installation and Robustness & Optimization • Adaptive modulation • Smoothly sliding between the 8 data rates according to the link condition, facilitating link robustness • Optimizes throughput to respond to various radio link conditions • Automatic Transmit Power Control (ATPC) • AU is automatically measuring and adjusting the SU’s transmit power • Optimizes the cell’s transmission & allows for better network deployment and interference control

  23. Coverage Example I 3.5MHz channels NLOS conditions • Dual Slope propagation model • 30 dB fade margin Downlink Range [Km] Uplink Modulation Capacity 2 Mb/s 3 Mb/s 4 Mb/s 6 Mb/s 8 Mb/s 13 Mb/s 16 Mb/s 18 Mb/s

  24. Coverage Example II 3.5MHz channels LOS conditions • Dual Slope propagation model • 10 dB fade margin Downlink Range [Km] Uplink Modulation Capacity 2 Mb/s 3 Mb/s 4 Mb/s 6 Mb/s 8 Mb/s 13 Mb/s 16 Mb/s 18 Mb/s

  25. Key Issues for Operators Performance: • Capacity, Throughput, Scalable Solutions Coverage: • Range, NLOS Functionality Quality of Service: • Multi Application support Carrier Class Functionality: • High Availability, Redundancy, NMS Standard based technology

  26. Air Interface QoS Types Continuous Grant (CG) • For real time services like E1, VoIP • Fixed size data packets on a periodic basis Real Time Variable Rate (RT-VR) • For real time services like MPEG video. • Variable bit rates with Guaranteed rate and delay • Service parameters: CIR Non Real Time Variable Rate (NRT-VR) • Variable bit rate services • Guaranteed rate required, guaranteed delay not required • Service parameters: CIR, MIR Best Effort (BE) • For service with no rate or delay requirements • Only MIR is defined

  27. Multiple Applications and QoS • Variety of CPE interfaces (data, data + voice) • Scheduled, connection-oriented MAC protocol • Multiple QoS levels (CBR, RT, CIR, BE) to support data, voice, video services • Multiple SLAs per users • Classification/prioritization by 802.1Q, 802.1p and DiffServ (DSCP)

  28. Key Issues for Operators Performance: • Capacity, Throughput, Scalable Solutions Coverage: • Range, NLOS Functionality Quality of Service: • Multi Application support Carrier Class Functionality: • High Availability, Redundancy, NMS Standard based technology

  29. Network Management Fault Configuration Accounting Performance Security • Configuration & service management • Remote CPE provisioning • Network topology/hierarchy • Device discovery, device status/inventory • Fault management • Security management, software upgrade • Performance monitoring • Northbound Interfaces to higher-level management systems (e.g. OSS)

  30. Network Management Status Graphs Events/Alarms Resources Maps • Web based graphical user interface (GUI)

  31. Key Issues for Operators Performance: • Capacity, Throughput, Scalable Solutions Coverage: • Range, NLOS Functionality Quality of Service: • Multi Application support Carrier Class Functionality: • High Availability, Redundancy, NMS Standard based technology

  32. Standard Based Technology • Multiple vendors  Lower investment risk for operators • Sets the foundation for competitive, cost effective solution: • Standard chip sets • Leverage economy of scale in production to drive down the cost • Integration with laptops and PDAs  zero cost CPE

  33. 4 System Architecture

  34. Base Station Architecture • High Density Base Station • Chassis based high capacity Base Station • Targeted for deployment in high dense urban areas • Micro Base Station • Single sector, compact, cost effective Base Station • Targeted for deployment in low dense rural areas

  35. High Density Base Station • 8U high 19’’ cPCI shelf, 9 slots (7AU, 2NPU) • Full duplex operation mode • 100/1000 Base-T central switching backbone aggregation • Carrier class high availability & redundancy • Hot swappable functionality • Centralized management • Redundancy • 2nd/4th order diversity HW • readiness

  36. Deployment Scenario – Macro BST • Scenario: Urban/Sub-urban high density deployment • Target market: IP data & voice services for residential and businesses users • Solution: High density Base Station with Cellular radio planning

  37. Micro Base Station • Indoor Unit • 1U high 19” box • 100 Base-T network interface • WiMAX (802.16a/d/e/HIPERMAN) MAC and modem • 2nd order of diversity • Outdoor Unit • Same as High Density BST BST Radio Unit IF Interfaces Micro Base Station

  38. Scenario: Rural low density deployment Target market: IP services for residential, small businesses & municipality offices Solution: Cost effective Micro BST solution Deployment Scenario – Micro BST Quesnel City WAN Design OFDM Micro BST Camera Police station Garage Recreation Center Fire station Airport School Arena New City Hall

  39. CPE Architecture • Indoor device for data, voice, MDU, Home Networking. • Outdoor radio with integrated vertical/horizontal antenna or external antenna • IDU ODU communication via cat 5 cable • Comprehensive LEDs: • Power, Wireless & Eth link • RSSI LED indication

  40. CPE Types and Interfaces (1) • Broadband Data Bridge • 1 data (10/100BaseT) port • CPE net performance of 10 Mbps(@ 3.5 MHz) • Voice Gateway • data port (10/100BaseT)+ 1/2 voice (RJ11) port • Support VoIP: SIP, H.323 protocols

  41. CPE Types and Interfaces (2) • Networking Gateway : • Advanced IP Suite: Routing, Firewall, NAT, DHCP client/server, PPPoE client • 4 port 10/100 Switch with optional 802.11b/g interface • The ideal solution for home networking and Hot Spot connectivity

  42. Thank you Alvarion, BreezeCOM, BreezeMAX, BreezeNET, BreezeMANAGE, BreezeACCESS, BreezeLINK, BreezePHONE, WALKair, WALKnet, MGW, eMGW are either registered trademarks, tradenames or service marks of Alvarion Ltd.

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