1. Canopy® 400 Series AP and SM CAP 54400 and CSM 54400 Extend Video, Voice and Data Services into nLOS and NLOS Environments

2. Reach New Locations Extend Networks into Areas with Foliage NLOS/nLOS Video Surveillance in metro areas High Throughput Enterprise Applications Extend Networks into Urban Areas

3. Network Operator Benefits Enterprise Network Operators Quickly build outdoor private network to connect “islands of coverage” Municipal Network Operators Quickly extend video surveillance coverage areas Wireline Service Providers Rapidly extend network into “DSL Red” areas Wireless Service Providers Rapidly extend network into urban areas with foliage and obstructions Deliver Video, Voice and Data Connectivity to New Locations

4. Canopy 400 Series Advantages FeatureBenefit nLOS and NLOS coverage Expand broadband coverage into areas where foliage or obstructions limited wireless broadband deployment Increased Throughput21 Mbps of Total Aggregate throughput provides more capacity for video, voice and data applications Longer RangeLOS range 5 miles and beyond provides greater coverage from AP location, reducing the number of towers required GPS SynchronizationReduction in self interference enables the network to scale from small to large deployments. Simple InstallationAccess Points and Subscriber Modules can be deployed in hours, reducing the cost and delay of service Higher Performance with Canopy Reliability

5. Canopy 400 Series Specifications Typical Aggregate Throughput 21 Mbps Maximum Frequency RangeUNII 5470-5725 Channel Width 10 MHz Typical LOS Range5 mile (8 km) at lowest modulation Encryption DES Latency 5-7 msec

6. Canopy 400 Series Elements Access Point Integrated or Connectorized Zero Footprint Four 90 degree sector configuration; N=2 Frequency Re-use (ABAB) Tower 84 Mbps Throughput Supports up to 200 SM’s in a sector 27 dBm EIRP GPS synchronized Compatible with CMMmicro & CMM4, standard hardware, software, Prizm and CNUT Subscriber Module Integrated 17dBi antenna Power over Ethernet Simple Installation 27 dBm EIRP Compatible with existing power supplies, surge suppressors, brackets, software, Prizm and CNUT

7. Range is based on free-space. Throughput is per-sector aggregate throughput. All specifications are subject to change 400 Series Canopy ModulationThroughputRange 64QAM(3/4)21 Mbps1.25 miles 16QAM(3/4)14 Mbps2.5 miles QPSK(3/4)7 Mbps5.0 miles Canopy 400 Series Performance

8. Canopy 400 Series Canopy Advantage Canopy 400 Series Canopy 400 Series Canopy 400 Series 7 Mbps 14 Mbps 21 Mbps 12345 Miles

9. Canopy 400 Series Link Budget Calculation Data (5.4 GHz) Access Point Subscriber Module Integrated Access PointSubscriber Module Receiver Sensitivity1X: -89 dBm 2X: -78 dBm 3X: -70 dBm 1X: -89 dBm 2X: -78 dBm 3X: -70 dBm Antenna Gain17 dBi Transmit Power10 dBm Fade MarginCustomer Specific

10. Co-location with Existing Canopy Networks Canopy 400 Series products can co-exist with existing 5 GHz Canopy Networks GPS synchronization is essential to co-location and overlaying OFDM-based Canopy with traditional Canopy Co-locating 5.4 GHz 400 Series with Canopy (5.7 or 5.4) requires careful channel planning (recommend 5MHz guard band and 3 ft. vertical separation between OFDM and FSK channels; no guard band required between adjacent OFDM channels) Each environment is unique so co-location will require field experience to understand limitations Detailed co-location guidelines will be published in a Deployment Guide published on the Canopy web site.

11. Product Comparison Traditional Canopy 400 Series Canopy Throughput Near- / Non-Line-of-Sight Range GPS Synchronization Network Reliability Security Ease of Deployment Power Consumption Higher Performance with Proven Canopy Reliability

12. Field Results Example Installations Throughput Performance NLOS/nLOS Performance Foliage Range Urban LOS / NLOS

13. Example Subscriber Module Installation Photos Courtesy of: Sterling Jacobsen, Rapidwave Systems

14. Example Access Point Installations Photos Courtesy of: Brian Magnuson, Cascade Networks

15. AP at Schaumburg Corporate tower 1.46 miles nLOS – Light Foliage Example SM Position Aggregate Throughput (Mbps) Above Tree-LineLOS13.5 Mbps At Tree HeightnLOS12.2 Mbps Below Tree HeightNLOS2.3 Mbps

16. OFDMFSK SM Rx (dBm)-75-83 AP Rx (dBm)-74-81 Aggregate throughput (Mbps) 14.75.0 1.34 miles AP at Schaumburg Corporate tower nLOS Performance vs. Canopy - Suburban

17. No Connection NLOS Performance - Suburban OFDMFSK SM Rx Level-86 dBm AP Rx Level-85 dBm Aggregate throughput 6.53 Mbps 1.34 miles AP at Schaumburg Corporate tower

18. 0.27 miles AP at 9 th floor in Downtown BUILDING WHERE AP IS MOUNTED LOS Performance vs. Canopy - Urban OFDMFSK SM Rx (dBm)-56-44 AP Rx (dBm)-59-54 Aggregate throughput (Mbps) 19.4 Mbps14.0 Mbps

19. .27 miles AP at 9 th floor in Downtown SM AP NLOS Performance vs. Canopy - Urban OFDMFSK SM Rx (dBm)-82 No Registration AP Rx (dBm)-83 Aggregate throughput (Mbps) 6.1 Mbps

20. Sears Tower SM LOS Location Canopy SM:14Mbps* Canopy 400 SM:19Mbps SM NLOS Location Canopy SM:No Connection Canopy 400:6.2Mbps 8 story buildings Non Line of Sight Performance in Urban Environment SM NLOS Location Canopy SM:No Connection Canopy 400:6.1Mbps Access Point *Actual Aggregate Throughputs

21. Motorola General Business Information, MOTOROLA and the Stylized M Logo are registered in the US Patent & Trademark Office. All other product or service names are the property of their respective owners. © Motorola, Inc. 2007 Wireless Broadband with Purpose Rural Business Residential Multi-Unit Point-to- Point Metro