Exhibit 3 Equipment Information

0174-EX-PL-2005 Text Documents

TowerStream Corp.

2005-06-10ELS_71324

Exhibit 3 Base Station and CPE Equipment Information TowerStream Corp. San Francisco, CA The following pages contain information provided by the manufacturer regarding the base station and CPE equipment to be utilized for the proposed tests. TowerStream and the equipment manufacturer, Aperto Networks, will reconfigure the PacketWave® system to operate in the 3650 - 3700 MHz band. SAN0605 ComSpec

The easy-to-deploy PacketWave 1000 base station unit delivers scalable broadband wireless coverage that meets the performance, reliability, and QoS requirements of carriers serving a broad range of subscribers—even in challenging environments. Key Benefits Scalable, flexible, PacketWave® 1000 cost-effective TDMA/TDD system with industry Base Station Unit leading cell coverage, excellent spectral efficiency, advanced Scalable, multiservice broadband wireless technology interference mitigation based on for service provider points of presence RapidBurst bandwidth-on-demand technology, which delivers an unprecedented level of scalability and flexibility at a low cost per subscriber. Per-Subscriber link Aperto® Networks’ PacketWave® Scalable Architecture optimization OptimaLink wireless link adaptation system gives service providers a The service intelligent PacketWave technology improves bandwidth, fully-integrated service intelligent robustness, and overall performance system can handle thousands of for each subscriber. OptimaLink platform for building high-density subscribers, whether they’re spread automatically adapts ten different broadband wireless networks for MAC and PHY parameters, including out in suburban neighborhoods modulation and antenna polarization personalized service delivery. or located in densely populated – to create the most robust link and PacketWave system architecture highest data throughput, whether the urban areas. path is line-of-sight, obstructed-line- features an innovative multiservice of-sight, or non-line-of-sight. design, highly scalable capacity Combining high-frequency reuse with Multiservice delivery and coverage, dynamic per- advanced interference management ServiceQ technology lets service subscriber link optimization providers set up different service and mitigation techniques, the classes for subscribers on an technology, rapid deployment and PacketWave system conserves application-by-application basis, ease of management. making it possible to maximize valuable spectrum by allowing the revenue by providing multi-tiered service provider to cover an data, voice, and video services using The PacketWave 1000 base station a single wireless platform. extensive geographical area with a unit lets service providers quickly minimum number of channels. Rapid deployment and easily deploy multiservice Easy installation and configuration with built-in antenna alignment tools, broadband wireless networks in As bandwidth and subscriber needs automated subscriber provisioning, multi-cell, multi-sector topologies. and end-to-end IP architecture. increase, network operators can Located at each point of presence, easily add channels or new sectors Ease of management the stackable PacketWave 1000 unit within the cell. Multiple PacketWave Standards-based SNMP, Web and Java-based tools simplify the is designed to deliver services to 1000 base station units can be complex task of managing the subscribers in suburban and urban network. stacked to provide additional areas where foliage and buildings bandwidth using multiple channels Complete system can make line-of-sight access a per sector. And additional cells can solution The fully integrated PacketWave problem. The unit easily integrates be deployed to extend the service system provides a complete with wireline network infrastructures broadband wireless solution, capacity and coverage footprint. including base station, subscriber to maintain Quality of Service (QoS). units, radios, and antennas that accommodate a variety of frequency bands—2.5, 3.5, and 5.8 GHz.

PacketWave Broadband Wireless System  Voice Network The PacketWave system is a complete multiservices solution that includes base station, subscriber units, radios, and antennas. Breakthrough Technologies ServiceQ technology provides different service Aperto Networks’ PacketWave products feature classes to subscribers on an application-by- three market-leading technologies: RapidBurst application basis. This means personalized advanced Time Division Multiple Access (TDMA) services can be delivered intelligently, allowing the protocol, OptimaLink dynamic per-subscriber link service provider to maximize revenue optimization, and ServiceQ per-flow QoS and opportunities with differentiated service offerings bandwidth management. and effective management of Service Level Agreements (SLAs). RapidBurst technology enables the PacketWave system to achieve low latency and unprecedented With ServiceQ, service providers can set up spectral efficiency. With RapidBurst, the multiple QoS profiles for each PacketWave 100 PacketWave system delivers burst rates up to Series subscriber unit. Each profile contains 20 Mbps over a 6 MHz channel. various QoS metrics (such as maximum and minimum bandwidth) based on Class of Service In addition, RapidBurst dynamic bandwidth (CoS) requirements like Constant Bit Rate (CBR), allocation enhances efficiency by assigning time Committed Information Rate (CIR), or Best Effort slots and packet sizes according to actual demand (BE). Using a highly advanced scheduling and service levels. An advanced TDMA burst mode mechanism, the PacketWave system enforces the ensures maximum flexibility and bandwidth metrics in each profile. The result is that service efficiency in both upstream and downstream providers can offer tiered services that help transmissions. Time Division Duplexing (TDD) differentiate their offerings in the marketplace. technology maximizes flexibility and enables adjustable allocations of upstream and downstream Some of the advanced technologies that are used bandwidth depending on traffic requirements. to implement ServiceQ include: • Per Flow Queueing: This enables separate OptimaLink technology performs dynamic control of buffering of voice and data, so that voice link parameters to optimize each subscriber's packets are not queued behind a line of data connection in a multiuser, cellular network. The packets. OptimaLink adaptive algorithm dynamically selects • Weighted Fair Queueing: Enables the system to and adjusts PHY and MAC-layer parameters, provide minimum rate guarantees for business including antenna diversity, modulation, transmit class data services. power, retransmission policy, and frame size. The • Unsolicited Grant Service: Enables the system to benefit to network operators is increased capacity provide low jitter and latency service for voice. and broader coverage that includes obstructed-line- • Leaky Bucket Based Peak Rate Regulator: of-sight and non-line-of-sight subscribers. Enables the system to throttle data flows to operator configured limits.

In addition, the intelligent ServiceQ packet (TFTP) configuration download give service classifier can associate end-user applications to providers maximum flexibility in provisioning QoS profiles by mapping existing indicators such secure services for customers. The PacketWave as IP ToS, as well as data packet header 1000 routing software supports multiple subnets information such as IP or MAC addresses and on each wireless interface and allows IP port numbers. Consequently, the PacketWave addresses to be shared across interfaces through system can identify applications such as Web “clustering.” Routing information can be browsing, telephony, and video streaming – configured either statically or dynamically using providing the appropriate QoS, resulting in a the RIPv2 routing protocol. In addition, the more personalized and valuable service to PacketWave system can support subscriber units each subscriber. using basic routing, bridging, or Network Address Translation (NAT or VLANs). This array Multiple Frequency Bands of IP capabilities together with the innovative Because the PacketWave system can RapidBurst, OptimaLink, and ServiceQ accommodate a variety of frequency bands, it technologies make the PacketWave system the gives service providers the flexibility to pursue most flexible broadband wireless service delivery opportunities across the globe using a single platform now available. service intelligent platform, minimizing capital and operating costs. PacketWave 1000 base Flexible Backhaul station units can simultaneously support Aperto The PacketWave 1000 base station unit provides radios and antennas operating in 2.5 GHz, complete flexibility in connecting to backhaul 3.5 GHz, and 5.8 GHz frequency bands. networks. In its base configuration, the PacketWave 1000 is equipped with a 100 Base-T Comprehensive IP Fast Ethernet interface. This enables direct Functionality connection to a Gigabit or Fast Ethernet-based The PacketWave system provides a single MAN, or to a variety of other broadband platform for delivering converged data, voice, networks through an external router or switch. and video services over an IP network. The IP-based system design allows service providers Full-Featured Management to develop end-to-end applications, such as The PacketWave system simplifies subscriber Virtual Private Networks (VPNs) and web provisioning and network management with hosting, without the complexity of intervening GUI-based tools, standard protocols, and transport protocols. And, it fits seamlessly into industry-standard platforms. Among these tools the service provider’s overall network is the highly scalable, JAVA-based WaveCenter architecture without altering the existing routing Configuration Manager, which automates the and server infrastructure. subscriber provisioning process. The PacketWave system also includes Web-based HTML and The PacketWave system leads the industry in SNMP-compliant network management software implementing advanced IP features and services. for configuration, fault, performance, and Packet filtering, Dynamic Host Configuration security management. Protocol (DHCP), and Trivial File Transfer Protocol

PacketWave 1000 Base Management Station Unit Specifications Centralized provisioning using WaveCenter Configuration Manager on Windows 2000 Professional, Interfaces and Linux Radio – Four or six Wireless Subsystems (WSS), each with Embedded WaveCenter agent supporting SNMP and Web the following Interfaces: browser interfaces signal (F connector) SYSLOG interface and email alerts transmit test (F connector) receive test (BNC connector) Advanced installation and alignment tool control (RJ-45 connector) SNMP, MIB II (RFC 1213), Aperto Enterprise MIB Backhaul Port: 100 Base-T Fast Ethernet Software upgrade tool Local Craft Interface: RS-232 serial port (DB9) LED Indicators Alarm/Control: NO/NC/Common dry contact relay Power External Clock Input: optional 10 MHz timing reference (BNC) Radio: transmit, receive, status (for each WSS) Multiple PacketWave 1000 Synchronization: Ethernet: link, transmit, receive 2 main and 2 alternate ports (BNC) Multi-unit Sync: main and alternate Cable Length: up to 825 feet (250 meters) Power Requirements Operation AC Option: 85-265 VAC, 47-63 Hz DC Option: 40-60 VDC 20 Mbps data rate, 14 Mbps net throughput Power Consumption: Frequency Bands Supported (using Aperto Networks’ radios 360 watts maximum (base configuration) and antennas): 2.5-2.689 GHz Dimensions and Weight 3.4-3.7 GHz 5.725-5.925 GHz Width: 16.5 in (41.9 cm) Duplexing Mode: TDD and FDD option Height: 5.25 in (13.3 cm) Modulation: QPSK and 16 QAM Depth: 18 in (45.7 cm) Error Correction: Mounting: standard 19 inch rack Reed Solomon FEC with variable block Weight: 38 lbs (17 kg) Length and correction factor Advanced MAC-layer ARQ Redundancy 2 load-sharing and hot-swappable power supplies Networking 4 hot-swappable fans Protocols: IP Routing RIPv2, VLSM, CIDR, DHCP (client and relay agent), VLAN, Bridge, PPPoE 2 power connectors for two seperate power sources Service Classes: CBR, CIR, BE Environmental Operating Temperature: 32° to 104° F (0° to 40° C) Security Humidity: 10% to 90% noncondensing Multiple levels of password protection Wireless signal scrambling Regulatory Approvals DES Encryption: 56, 112, 168 bit (planned) FCC Part 15 Class A, CE, EN Ordering Information PacketWave 1000 4 WSS, AC power supply PW1000-04-AC 6 WSS, AC power supply PW1000-06-AC 4 WSS, DC power supply PW1000-04-DC 6 WSS, DC power supply PW1000-06-DC 1637 South Main Street • Milpitas, CA 95035 Phone 408.71 9.9977 • Fax 408.71 9.9970 • www.apertonet.com Aperto, OptimaLink, PacketWave, RapidBurst, and ServiceQ are registered trademarks of Aperto Networks. All other trademarks are the property of their respective owners. ©Copyright 2003 Aperto Networks 7/03 AN-002

PacketWave® 3.5 GHz Radio Base Station Radio and Antenna The Aperto® Networks PacketWave® non-line-of-sight environments. The radio 3.5 GHz base station radio works with the controls transmit power for each burst, PacketWave base station and PacketWave an important advantage in cellular subscriber units to provide a complete deployments because it minimizes broadband wireless solution. With a interference in adjacent cells. In PacketWave radio and antenna, the addition, the radio transmits only when system is equipped to deliver optimal data is available, which reduces performance and flexibility. interference substantially compared to conventional systems that transmit Link Optimization continuously in the downstream The PacketWave system employs direction. innovative OptimaLink® wireless link adaptation technology to optimize Radio Flexibility bandwidth, robustness, and overall The PacketWave radio covers the entire performance to each subscriber. The 3.4 to 3.7 GHz frequency band. This base station radio and antenna support range of frequencies lets service three key OptimaLink features: providers change channel plans easily, polarization diversity, spatial diversity, and saves them from having to inventory and radio power output control. multiple radio types. By rapidly adjusting polarization and The PacketWave base station antenna is automatically switching between flexible, and offers various beamwidth antennas on a burst-by-burst basis, the options—available with a 90° beamwidth PacketWave system ensures high for a four-sector cell, or a 60° beamwidth performance on each link and maximizes for a six-sector cell. coverage in challenging high-density and

3.5 GHz Base Station IF Port Radio/Antenna Specifications Connector: F-type female Impedance: 75 ohm Overall Parameters IF Signal: 44 MHz Frequency Range: 3.4-3.7 GHz Voltage Range: 10 to 22 VDC Modulation: QPSK and 16 QAM Power: 12 watts Channel Widths: (ETSI) 1.75, 3.5 and 7.0 MHz Maximum RG-6 Cable Length: 164 feet (Non ETSI) 1-6 MHz in 1 MHz steps (50 meters); option available for up to 825 feet Duplexing: TDD and FDD option (250 meters) Standard Range: up to 10.5 miles/16.9 kilometers Extended Range: up to 23 miles/37 kilometers with IF Control Port external subscriber antenna Connector: RJ-45 Maximum CAT-5 Cable Length: 164 feet (50 meters); Transmitter option available for up to 825 feet (250 meters) Maximum Power*: 20 dBm Transmitter Overpower Accuracy: +–1 dB RF Port Maximum Switching Time: 2 µs *The maximum power varies depending on Connector: 4 N-type female country regulations. Alarms and Status Receiver VCXO Lock Maximum Receiver Noise Figure: 3.0 dB Synthesizer Lock Receiver Gain: 36 +–3 dB Under Voltage Alarm: voltage < 9.5 V Synthesizer Environmental and Certification Requirements Maximum Phase Noise: -83 dBc/Hz at 10 KHz offset Frequency Stability with System 10 MHz Operating Temperature: -31° to 140° F Reference: +–0.25 ppm (-35° to 60° C) Storage Temperature: -40° to 257° F (-40° to 125° C) Antenna Options Relative Humidity: 0% to 100% Minimum Gain: 17.5 dBi (60°), 16 dBi (90°) Certifications: EN 301 753, EN 301 021, Maximum VSWR: 2.0:1 EN 60950:2000, ETS 301 489 -1 Polarization: horizontal and vertical Minimum Cross-Polarization Isolation: 20 dB Ordering Information Minimum Front-to-Back Isolation: 30 dB Maximum Sidelobe Level: -30 dB at 90° PacketWave 3.5 GHz base (60° antenna); -30 dB at 135° (90° antenna) station radio PWR3500 3dB Beamwidth: 60° or 90° azimuth; PacketWave 3.5 GHz base station 8° elevation antenna (60 degree sector) PWA3500-60 Connectors: 2 N-type female PacketWave 3.5 GHz base station Pole Diameter for Mounting Kit: 2.5 to 4.5 inches antenna (90 degree sector) PWA3500-90 Wind Speed: 75 mph operational (120 km/hr); 125 mph survival (200 km/hr) 1637 South Main Street • Milpitas, CA 95035 Phone 408.71 9.9977 • Fax 408.71 9.9970 • www.apertonet.com Aperto, PacketWave and OptimaLink are registered trademarks of Aperto Networks. All other trademarks used herein are the property of their respective owners. ©Copyright 2003 Aperto Networks 7/03 AN-024

The PacketWave 100 Series subscriber units provide “always-on” multi-megabit IP services and Internet access to subscribers. PacketWave® 100 Series Subscriber Units Multiservice broadband wireless access for small to midsize businesses, SOHOs, and homes Key Benefits Aperto® Networks’ PacketWave® The PacketWave 100 subscriber High-speed Internet system gives service providers a equipment consists of an indoor access fully-integrated service intelligent bridge/router unit and an outdoor The PacketWave system delivers data rates from 64 Kbps, with burst platform for building high-density radio/antenna unit. Configurable as speeds up to 20 Mbps upstream broadband wireless networks for a bridge, or a router that supports and downstream. personalized service delivery. up to 250 hosts. The PacketWave Increased coverage PacketWave system architecture system delivers data rates from 64 Supports line-of-sight (LOS), obstructed LOS, and non-LOS supports multiservice applications, Kbps with burst speeds up to 20 installations. scales easily for more capacity and Mbps in a 6 MHz channel—enabling High spectrum coverage, and provides dynamic the most efficient use of aggregate efficiency link optimization on a per- bandwidth, so greater numbers of Variable channel width from 1-7 Mhz for scalable deployment and subscriber basis. It also features users can enjoy simultaneous interference resiliency. fast deployment and simplified access. Easy to install management. Simple setup reduces service Aperto Networks offers three provisioning time. The radio with integrated antenna is as easy to Working with the PacketWave 1000 PacketWave models designed to install as a satellite dish. An antenna base station unit, PacketWave 100 meet a variety of subscribers and alignment tool makes antenna pointing easy. Series subscriber units deliver high- network requirements: speed, always-on Internet access for • PacketWave 110 model provides Support for SLA, multiple services small to midsize businesses, small bridging, with support for up to PacketWave 100 Series units connect office/home office (SOHO) customers, five hosts. directly to a PC or Ethernet LAN, and support enhanced applications such and residential users. With a • PacketWave 120 model provides as SLA, voice and streaming video. PacketWave 100 Series unit installed bridging and Network Address Complete system at the subscriber’s site, users can Translation (NAT), with support for solution browse Web pages, handle voice up to 20 hosts. The fully integrated PacketWave system provides a complete calls, view streaming video, and • PacketWave 130 model provides broadband wireless solution, download files—all at multimegabit bridging, NAT, and IP routing, with including base station, subscriber units, radios, and antennas that data rates. support for up to 250 hosts. accommodate a variety of frequency bands—2.5, 3.5, and 5.8 GHz.

PacketWave Broadband Wireless System Complete Package The Aperto Networks’ PacketWave 100 Series provides a complete subscriber package for fast Internet access. The easy-to-install radio unit with integrated antenna is mounted on the outside of the subscriber's office building or home. The indoor bridge/router connects to either a PC or an Ethernet/Fast Ethernet LAN. ©Copyright 2003 Aperto Networks, Inc. Scalable Architecture indoor unit automatically obtains an IP address The PacketWave system can handle thousands of from the network and downloads the wireless subscribers, whether they’re spread out configuration parameters. or live in densely populated neighborhoods. Service Flexibility Combining high frequency reuse with advanced The PacketWave system makes it easy to interference management and mitigation customize broadband access to fit customers’ techniques, the PacketWave system conserves requirements. The PacketWave 100 Series valuable spectrum by allowing the service subscriber unit supports remote provisioning for provider to cover an extensive geographical area a variety of speeds, eliminating the need for with a minimum number of channels. costly truck rolls. What’s more, it gives service providers the flexibility to offer multiple flows As bandwidth and subscriber needs increase, with different service classes for residential and network operators can easily add channels or business applications. new sectors within the cell. Multiple PacketWave 1000 base station units can be stacked to Simple LAN Configuration provide additional bandwidth using multiple For business users, the PacketWave 100 Series channels per sector. Operators can also provides additional features that streamline LAN economically deploy additional cells to extend configuration. Integrated in the PacketWave 120 the service capacity and coverage footprint. and 130, a Dynamic Host Configuration Protocol (DHCP) server allocates IP addresses for each Rapid Service Provisioning workstation. And Network Address Translation The PacketWave 100 Series is easy to install and (NAT) enables users to share a single public IP configure. The outdoor radio/antenna component address while providing enhanced security. The can be installed on the roof or roofline, while the PacketWave 110 model provides simple plug- compact indoor unit connects to a personal and-play bridging for residential applications. computer or Ethernet network. Once the two components have been cabled together, the

Breakthrough Technologies ServiceQ technology can provide different service Aperto Networks’ PacketWave products feature three classes to each subscriber on an application-by- market-leading technologies: RapidBurst® advanced application basis. This means personalized services Time Division Multiple Access (TDMA) protocol, can be delivered intelligently, allowing the service OptimaLink® dynamic per-subscriber link provider to maximize revenue opportunities with optimization, and ServiceQ® per-flow Quality of differentiated service offerings and effective Service (QoS) and bandwidth management. management of Service Level Agreements (SLAs). RapidBurst technology enables the PacketWave With ServiceQ, service providers can set up system to achieve exceptionally low latency multiple QoS profiles for each PacketWave 100 and unprecedented spectral efficiency. With Series subscriber unit. Each profile contains various RapidBurst, the PacketWave system delivers QoS metrics (such as maximum and minimum burst rates up to 20 Mbps over a 6 MHz channel. bandwidth, latency, and jitter) based on Class of Service requirement like Constant Bit Rate (CBR), In addition, RapidBurst dynamic bandwidth Committed Information Rate (CIR), or Best Effort allocation enhances efficiency by assigning time (BE). Using a highly advanced scheduling slots and packet sizes according to actual demand mechanism, the PacketWave system enforces the and service levels. An advanced TDMA burst mode metrics in each profile. The result – service ensures maximum flexibility and bandwidth providers can offer tiered services that help efficiency in both upstream and downstream differentiate their offerings in the marketplace. transmissions. Time Division Duplexing (TDD) technology maximizes flexibility and enables In addition, the intelligent ServiceQ packet classifier adjustable allocation of upstream and downstream can associate end-user applications to QoS profiles bandwidth depending on traffic requirements. by mapping existing indicators such as IP ToS and DiffServ fields, as well as data packet header OptimaLink technology performs dynamic control of information such as IP or MAC addresses and port link parameters to optimize each subscriber’s numbers. Consequently, the PacketWave system can connection in a multiuser, cellular network. The identify applications such as web browsing, OptimaLink adaptive algorithm dynamically selects telephony, and video streaming – providing the and adjusts PHY and MAC-layer parameters, appropriate QoS, resulting in a more personalized including antenna diversity, modulation, transmit and valuable service to subscribers. power, retransmission policy, and wireless packet size. The benefit to network operators is increased capacity and broader coverage that includes obstructed-line-of-sight and non-line-of-sight subscribers in a multi-path environment.

PacketWave 100 Series LED Indicators Subscriber Unit Specifications Power Models Wireless: transmit, receive, status LAN: transmit, receive, link PW110 PW120 PW130 Dimensions and Weight Number of 5 20 250 hosts Width: 1.5 in (3.8 cm) Height: 6.6 in (16.8 cm) Networking Bridge NAT/Bridge Router/NAT/ Bridge Depth: 9.1 in (23.1 cm) Number of Weight: 2.2 lbs (1.0 kg) service flows 8 8 16 Environmental and VLAN DHCP clients Operating Temperature: 32° to 104° F (0° to 40° C) supported with N/A 20 100 Humidity: 10% to 90% noncondensing built-in server Regulatory Approvals Indoor Bridge/Router Unit FCC Part 15 Class B, CE, EN Interfaces Outdoor Radio/Antenna Unit 10/100 Base-T Ethernet: RJ-45 connector Environmental IF Port (Radio Connection): F connector IF Control Port (Radio Connection): RJ-45 connector Operating Temperature: -31° to 140° F (-35° to 60° C) Cable Length: 164 feet (50 meters) or 328 feet Storage Temperature: -40° to 257° F (-40° to 125° C) (100 meters) with specified cable Humidity: 0% to 100% Modem Radio/Antenna Options Modulation: QPSK, 16 QAM 2.5-2.686 GHz Unit Power Requirement Standard Range: up to 11.6 miles/18.7 kilometers Extended Range: up to 26 miles/42 kilometers with 100-240 VAC; 47-63 Hz; 30 watts external subscriber antenna Networking Width: 13.4 in (34 cm) (Support Depends on Model) Height: 13.4 in (34 cm) Depth: 1.9 in (4.8 cm) Bridging, 802.1Q VLAN 3 dB Beamwidth: azimuth 20°; elevation 20° DHCP Server and Client Horizontal and vertical polarization NAT 3.4-3.7 GHz Unit IP Routing Standard Range: up to 10.5 miles/16.9 kilometers Extended Range: up to 23 miles/37 kilometers with Security external subscriber antenna DES Encryption: 56, 112, 168 bit (planned) Width: 11.8 in (30 cm) Height: 11.8 in (30 cm) Management Depth: 1.9 in (4.8 cm) Service Provider 3 dB Beamwidth: azimuth 20°; elevation 20° Subscriber Provisioning using Java-based Horizontal and vertical polarization WaveCenter Configuration Manager on Windows 2000 Professional, and Linux 5.725-5.925 GHz Unit Embedded WaveCenter agent supporting SNMP Standard Range: up to 8.2 miles/13.2 kilometers and Web browser interfaces Extended Range: up to 13 miles/20.8 kilometers with external subscriber antenna SNMP, MIB II (RFC 1213), Aperto Enterprise MIBs Width: 8.1 in (20.5 cm) Software upgrade tool Height: 8.1 in (20.5 cm) Subscriber Depth: 1.9 in (4.8 cm) Web-based interface for subscriber side DHCP 3 dB Beamwidth: azimuth 17°; elevation 17° server and NAT configuration Horizontal and vertical polarization Installation Manager * The maximum EIRP varies depending on country Align antenna and perform throughput test; runs on regulations. Contact your Aperto Networks sales multiple platforms representative for details. 1637 South Main Street • Milpitas, CA 95035 Phone 408.71 9.9977 • Fax 408.71 9.9970 • www.apertonet.com Aperto, OptimaLink, PacketWave, RapidBurst and ServiceQ are registered trademarks of Aperto Networks. All other trademarks are the property of their respective owners. ©Copyright 2003 Aperto Networks 7/03 AN-001


Document Created: 2005-06-09 16:57:14
Document Modified: 2005-06-09 16:57:14
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