O8J-FPR-U20WIRELESS LOCAL AREA NETWORK

Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA Wireless Networks Falcon Packet Radio Installation & Operating Instructions Rev 1.0 October 10, 2000 Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA 1.0 Introduction This document summarizes the installation and operating instructions for the Wireless Networks Falcon Packet Radio. This device complies with Part 15 of the FCC Rules, operation is subject to the following two conditions: 1) this device may not cause harmful interference, and 2) this device must accept any interference received, including interference that may cause undesired operation. FCC ID: 08J-FPR-U20 Models: Falcon FPR-U20-110, Falcon FPR-U20-120 2.0 Overview The block diagram shown below illustrates the major blocks of the system: RF MODULE DIGITAL BOARD ANTENNA AC ADAPTER ENCLOSURE NN CONNECTORSLEDS AC MAINS Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA 3.0 System Description The Wireless Networks Falcon Packet Radio is used in a wireless local area network, operating in the 450 - 470 MHz frequency band. The installed radio consists of a stand-alone countertop radio, cables to access Ethernet and data lines, AC wall transformer, antenna, and coax cable to the antenna. The unit is powered by an AC wall transformer, which converts AC mains (90 – 240 VAC) to DC voltage to power the radio. Data transmission capability is 19.2 kbps. Radio is operated in half-duplex mode, and data is transmitted in packets. Front panel contains connectors to AC transformer, Ethernet, data lines; front panel also contains indicator lights (LEDs). Rear panel contains connector to antenna. This radio is licensed by the FCC under parts 2 and 90, and meets FCC part 15. There are two main physical/functional blocks, an RF module and a digital board. The RF module is an off the shelf half duplex UHF RF link, capable of 2W of output power. The digital board is a printed circuit board that provides the remainder of the hardware functionality (CPU, peripherals, internal power supplies, etc.). Both the digital board and RF module reside in a metallic enclosure, to provide electromagnetic compatibility. With the exception of the antenna connector, the digitial board provides all other connections to the outside of the enclosure. The Falcon Packet Radio operates in the 450 – 470 MHz frequency band and is used within a local area wireless network. Synthesized RF Channels are selectable in the field, and can be changed by instructions generated within the network. RF power output is fixed. The network consists of individual user sites and a hub which gathers all transmitted information, monitors activity, and generates instructions. Both of these functions utilize the same hardware. Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA 4.0 Specifications 4.1 General Frequency Band450 – 470 MHz RegulationsLicensed under FCC parts 2 & 90 Complies with FCC part 15 Capacity19.2kbps (9600 baud) Modulation4-level FSK Channel Bandwidth12.5 kHz Operation ModeHalf Duplex 4.2 Interfaces Type4 serial ports, RS-232/RS-485 PhysicalRJ11 TypeEthernet, 10BASE-T compatible PhysicalRJ45 TypeCoax connection PhysicalBNC-female TypePower plug Physical2.5 mm jack 4.3 RF Transmitter and Receiver Frequency Band450 – 470 MHz Output Power (max)2 watts Frequency ControlSynthesized, ± 1.5 ppm stability 4.4 Antenna Frequency Range430 – 470 MHz InputBNC-male Gain3.2 dBi Length17 inches 4.5 Power Requirements Input AC Voltage90 to 264 VAC, 47 – 63 Hz Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA Input Current0.5 A @ 115VAC 0.3 A @ 230VAC Output DC Voltage12 VCD Output Current1500 mA Output Ripple/Noise100 mV p-p max. Output Connector2.5 mm plug 4.6 Environmental Specifications Ambient Temperature0 to 70 degrees C Storage Temperature-40 to +85 degrees C Relative Humidity5% to 95% non-condensing 4.7 Mechanical Enclosure Size5.38 x 5.28 x 1.12 inches Enclosure Weighttbd lbs Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA 5.0 Interfaces Function (enclosure text)Connector Type AC ADAPTER INPUT (DC) 2.5 mm jack ETHERNET (ETHERNET) RJ45 TERMINAL 1 (A) RJ11 TERMINAL 2 (B) RJ11 TERMINAL 3 (C) RJ11 TERMINAL 4 (D) RJ11 ANTENNA BNC - female 6.0 Display Indicators Function (enclosure text)DescriptionType POWER (PWR) Indicates that power from an external AC adapter is connected. Green LED ONLINE (ONLINE) Indicates that the CPU is active, and that it has a link with the Access Point. Green LED RF PACKET RECEIVE (RX) System is currently receiving a packet.Green LED RF PACKET TRANSMIT (TX) System is currently transmitting a packet.Green LED ETHERNET LINK (LINK) Ethernet link has been established.Green LED ETHERNET ACT (ACT) Flashes with Ethernet activity.Green LED Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA 7.0 Installation Installation of the Falcon Packet Radio should be near an AC outlet with enough distance to use provided AC wall transformer. When utilizing the Ethernet capability, the unit should be close enough to Ethernet data port for easy cabling. Installation is not permanent – this is a countertop unit that is easy to relocate. No tools are required for installation. Antenna is to be connected by a 22-foot coax cable from the rear panel of the Falcon Packet Radio. Connect AC wall transformer to DC input of radio making sure that jack seats fully in mating connector; connect other end to AC wall outlet. Connect BNC cable connector from antenna to BNC connector on rear panel, making sure that connector locks into place. When connecting serial ports (RJ11) or Ethernet port (RJ45) be sure that connector clicks into place. Upon power-up, unit will perform self-tests. This unit to be installed only by properly trained professionals, in accordance with FCC rules and regulations.

Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA Wireless Networks Falcon Packet Radio Installation & Operating Instructions Rev 2.0 December 7, 2000 Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA 1.0 Introduction This document summarizes the installation and operating instructions for the Wireless Networks Falcon Packet Radio. This device complies with Part 15 of the FCC Rules, operation is subject to the following two conditions: 1) this device may not cause harmful interference, and 2) this device must accept any interference received, including interference that may cause undesired operation. FCC ID: 08J-FPR-U20 Models: Falcon FPR-U20-110, Falcon FPR-U20-120 2.0 Overview The block diagram shown below illustrates the major blocks of the system: RF MODULE DIGITAL BOARD ANTENNA AC ADAPTER ENCLOSURE NN CONNECTORSLEDS AC MAINS Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA 3.0 System Description The Wireless Networks Falcon Packet Radio is used in a wireless local area network, operating in the 450 - 470 MHz frequency band. The installed radio consists of a stand-alone countertop radio, cables to access Ethernet and data lines, AC wall transformer, antenna, and coax cable to the antenna. The unit is powered by an AC wall transformer, which converts AC mains (90 – 240 VAC) to DC voltage to power the radio. Data transmission capability is 19.2 kbps. Radio is operated in half-duplex mode, and data is transmitted in packets. Front panel contains connectors to AC transformer, Ethernet, data lines; front panel also contains indicator lights (LEDs). Rear panel contains connector to antenna. This radio is licensed by the FCC under parts 2 and 90, and meets FCC part 15. There are two main physical/functional blocks, an RF module and a digital board. The RF module is an off the shelf half duplex UHF RF link, capable of 2W of output power. The digital board is a printed circuit board that provides the remainder of the hardware functionality (CPU, peripherals, internal power supplies, etc.). Both the digital board and RF module reside in a metallic enclosure, to provide electromagnetic compatibility. With the exception of the antenna connector, the digitial board provides all other connections to the outside of the enclosure. The Falcon Packet Radio operates in the 450 – 470 MHz frequency band and is used within a local area wireless network. Synthesized RF Channels are selectable in the field, and can be changed by instructions generated within the network. RF power output is fixed. The network consists of individual user sites and a hub which gathers all transmitted information, monitors activity, and generates instructions. Both of these functions utilize the same hardware. Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA 4.0 Specifications 4.1 General Frequency Band450 – 470 MHz RegulationsLicensed under FCC parts 2 & 90 Complies with FCC part 15 Capacity19.2kbps (9600 baud) Modulation4-level FSK Channel Bandwidth12.5 kHz Operation ModeHalf Duplex 4.2 Interfaces Type4 serial ports, RS-232/RS-485 PhysicalRJ11 TypeEthernet, 10BASE-T compatible PhysicalRJ45 TypeCoax connection PhysicalBNC-female TypePower plug Physical2.5 mm jack 4.3 RF Transmitter and Receiver Frequency Band450 – 470 MHz Output Power (max)2 watts Frequency ControlSynthesized, ± 1.5 ppm stability 4.4 Antenna Frequency Range430 – 470 MHz InputBNC-male Gain3.2 dBi Length17 inches 4.5 Power Requirements Input AC Voltage90 to 264 VAC, 47 – 63 Hz Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA Input Current0.5 A @ 115VAC 0.3 A @ 230VAC Output DC Voltage12 VCD Output Current1500 mA Output Ripple/Noise100 mV p-p max. Output Connector2.5 mm plug 4.6 Environmental Specifications Ambient Temperature0 to 70 degrees C Storage Temperature-40 to +85 degrees C Relative Humidity5% to 95% non-condensing 4.7 Mechanical Enclosure Size5.38 x 5.28 x 1.12 inches Enclosure Weighttbd lbs Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA 5.0 Interfaces Function (enclosure text)Connector Type AC ADAPTER INPUT (DC) 2.5 mm jack ETHERNET (ETHERNET) RJ45 TERMINAL 1 (A) RJ11 TERMINAL 2 (B) RJ11 TERMINAL 3 (C) RJ11 TERMINAL 4 (D) RJ11 ANTENNA BNC - female 6.0 Display Indicators Function (enclosure text)DescriptionType POWER (PWR) Indicates that power from an external AC adapter is connected. Green LED ONLINE (ONLINE) Indicates that the CPU is active, and that it has a link with the Access Point. Green LED RF PACKET RECEIVE (RX) System is currently receiving a packet.Green LED RF PACKET TRANSMIT (TX) System is currently transmitting a packet.Green LED ETHERNET LINK (LINK) Ethernet link has been established.Green LED ETHERNET ACT (ACT) Flashes with Ethernet activity.Green LED Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA 7.0 Installation IMPORTANT!! For FCC RF exposure compliance, the antenna must be installed with a minimum distance of 20 cm away from all nearby persons. Installation of the Falcon Packet Radio should be near an AC outlet with enough distance to use provided AC wall transformer. When utilizing the Ethernet capability, the unit should be close enough to Ethernet data port for easy cabling. Installation is not permanent – this is a countertop unit that is easy to relocate. No tools are required for installation. Antenna is to be connected by a 22-foot coax cable from the rear panel of the Falcon Packet Radio. Connect AC wall transformer to DC input of radio making sure that jack seats fully in mating connector; connect other end to AC wall outlet. Connect BNC cable connector from antenna to BNC connector on rear panel, making sure that connector locks into place. When connecting serial ports (RJ11) or Ethernet port (RJ45) be sure that connector clicks into place. Upon power-up, unit will perform self-tes…

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Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA Wireless Networks Falcon Packet Radio Installation & Operating Instructions Rev 2.5 December 14, 2000 Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA 1.0 Introduction This document summarizes the installation and operating instructions for the Wireless Networks Falcon Packet Radio. This device complies with Part 15 of the FCC Rules, operation is subject to the following two conditions: 1) this device may not cause harmful interference, and 2) this device must accept any interference received, including interference that may cause undesired operation. FCC ID: 08J-FPR-U20 Models: Falcon FPR-U20-110, Falcon FPR-U20-120 2.0 Overview The block diagram shown below illustrates the major blocks of the system: RF MODULE DIGITAL BOARD ANTENNA AC ADAPTER ENCLOSURE NN CONNECTORSLEDS AC MAINS Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA 3.0 System Description The Wireless Networks Falcon Packet Radio is used in a wireless local area network, operating in the 450 - 470 MHz frequency band. The installed radio consists of a stand-alone countertop radio, cables to access Ethernet and data lines, AC wall transformer, antenna, and coax cable to the antenna. The unit is powered by an AC wall transformer, which converts AC mains (90 – 240 VAC) to DC voltage to power the radio. Data transmission capability is 19.2 kbps. Radio is operated in half-duplex mode, and data is transmitted in packets. Front panel contains connectors to AC transformer, Ethernet, data lines; front panel also contains indicator lights (LEDs). Rear panel contains connector to antenna. This radio is licensed by the FCC under parts 2 and 90, and meets FCC part 15. There are two main physical/functional blocks, an RF module and a digital board. The RF module is an off the shelf half duplex UHF RF link, capable of 2W of output power. The digital board is a printed circuit board that provides the remainder of the hardware functionality (CPU, peripherals, internal power supplies, etc.). Both the digital board and RF module reside in a metallic enclosure, to provide electromagnetic compatibility. With the exception of the antenna connector, the digitial board provides all other connections to the outside of the enclosure. The Falcon Packet Radio operates in the 450 – 470 MHz frequency band and is used within a local area wireless network. Synthesized RF Channels are selectable in the field, and can be changed by instructions generated within the network. RF power output is fixed. The network consists of individual user sites and a hub which gathers all transmitted information, monitors activity, and generates instructions. Both of these functions utilize the same hardware. Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA 4.0 Specifications 4.1 General Frequency Band 450 – 470 MHz Regulations Licensed under FCC parts 2 & 90 Complies with FCC part 15 Capacity 19.2kbps (9600 baud) Modulation 4-level FSK Channel Bandwidth 12.5 kHz Operation Mode Half Duplex 4.2 Interfaces Type 4 serial ports, RS-232/RS-485 Physical RJ11 Type Ethernet, 10BASE-T compatible Physical RJ45 Type Coax connection Physical BNC-female Type Power plug Physical 2.5 mm jack 4.3 RF Transmitter and Receiver Frequency Band 450 – 470 MHz Output Power (max) 2 watts Frequency Control Synthesized, ± 1.5 ppm stability 4.4 Antenna Frequency Range 430 – 470 MHz Input BNC-male Gain 3.2 dBi Length 17 inches 4.5 Power Requirements Input AC Voltage 90 to 264 VAC, 47 – 63 Hz Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA Input Current 0.5 A @ 115VAC 0.3 A @ 230VAC Output DC Voltage 12 VCD Output Current 1500 mA Output Ripple/Noise 100 mV p-p max. Output Connector 2.5 mm plug 4.6 Environmental Specifications Ambient Temperature 0 to 70 degrees C Storage Temperature -40 to +85 degrees C Relative Humidity 5% to 95% non-condensing 4.7 Mechanical Enclosure Size 5.38 x 5.28 x 1.12 inches Enclosure Weight 1.0 lbs Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA 5.0 Interfaces Function (enclosure text) Connector Type AC ADAPTER INPUT (DC) 2.5 mm jack ETHERNET (ETHERNET) RJ45 TERMINAL 1 (A) RJ11 TERMINAL 2 (B) RJ11 TERMINAL 3 (C) RJ11 TERMINAL 4 (D) RJ11 ANTENNA BNC - female 6.0 Display Indicators Function (enclosure text) Description Type POWER (PWR) Indicates that power from an external AC adapter is connected. Green LED ONLINE (ONLINE) Indicates that the CPU is active, and that it has a link with the Access Point. Green LED RF PACKET RECEIVE (RX) System is currently receiving a packet. Green LED RF PACKET TRANSMIT (TX) System is currently transmitting a packet. Green LED ETHERNET LINK (LINK) Ethernet link has been established. Green LED ETHERNET ACT (ACT) Flashes with Ethernet activity. Green LED Proprietary and Confidential PRELIMINARY DRAFT WIRELESS NETWORKS, INC SAN MATEO, CA 7.0 Installation IMPORTANT!! In order to comply with the FCC RF exposure requirements, the 17” (3.2 dBi) antenna and the 22-ft cable provided with this unit must be used. Do not use a different antenna or cable. Doing so may result in the installed system exceeding the RF exposure requirements. Further, the antenna must be installed such that a minimum distance of 20 cm away from all nearby persons is maintained. Installation of the Falcon Packet Radio should be near an AC outlet with enough distance to use provided AC wall transformer. When utilizing the Ethernet capability, the unit should be close enough to Ethernet data port for easy cabling. Installation is not permanent – this is a countertop unit that is easy to relocate. No tools are required for installation. Connect AC wall transformer to DC input of radio making sure that jack seats fully in mating connector; connect other end to AC wall outlet. Connect BNC cable connector from antenna to BNC connector…

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WNI Wireless Networks, Inc. Global E-Business Network Solutions 2322 El Camino Real, San Mateo, CA 94403 Tel: (650) 574-4472 Fax: (650) 574-4476 www.wireless-networks.com FCC ID LABEL AND LOCATION Antenna port Bottom of unit Wireless Networks, Inc. FCC ID : O8J-FPR-U20 Model: Falcon FPR-U20-110 This device complies with Part 15 of the FCC Rules, operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation . Made in U.S.A. FCC ID LABEL LOCATION

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Proprietary and Confidential WIRELESS NETWORKS, INC SAN MATEO, CA Wireless Networks Falcon Packet Radio RF Radio Set-up and Alignment Rev 1.0 October 9, 2000 Proprietary and Confidential WIRELESS NETWORKS, INC SAN MATEO, CA 1.0 Introduction and Scope: This document summarizes the set-up and alignment for the Johnson DataRadio RF module used in the Wireless Networks Falcon Packet Radio. Excerpts are from the Johnson DataRadio Technical Manual.

Proprietary and Confidential WIRELESS NETWORKS, INC SAN MATEO, CA Wireless Networks Falcon Packet Radio List of Active Devices Rev 1.2 October 17, 2000 Proprietary and Confidential WIRELESS NETWORKS, INC SAN MATEO, CA Page 2 1.0 Introduction and Scope: This document lists the active devices used in the Wireless Networks Falcon Packet Radio. 2.0 List of Active Devices on Digital PC Board QuantityManufacturerPart NumberDescription 2FAIRCHILDFDS6930AN-channel MOSFET 2NSCLM78L05ACMVoltage regulator 1LINEAR TECHLTC1438CG-ADJDual Switching Regulator 1IMIFS781BTBSpread Spectrum Clock Generator 1AMIFS6370-01Clock Generator 1FAIRCHILDNC7S14M5Schmitt Trigger Inverter 2TITLV2442CDDual Op Amp 1DALLAS SEMIDS1305EReal Time Clock 1MAXIMMAX1111CEEAnalog-to-Digital Converter 2PANASONICXN4214NPN transistor, dual 1SMILAN91C96_TQFP100Ethernet Controller 174HCT14Schmitt Trigger Inverter 1MXCOMMX919BDWModem Data Pump, 4-level FSK 4NSCDS481MRS-485/RS-422 transceiver 174HC126Non-inverting buffer, tri-state 1NSCDS1489MQuad line receiver 1NSCDS1488MQuad line driver 1MICROCHIPPIC12C509A-04/SM8-bit Microcontroller 1TITLC16C752BPTDual UART 1ATMELAT49LV1614-90TIFlash Memory 1CYPRESSCY62136VLL-70ZIStatic RAM 1MAXIMMAX793SCSEMicroprocessor Supervisory Circuit 1ATMELAT91R40807-33ACCPU 1 GENERIC 74AC139 1-of-4 Decoder/Demultiplexer 1MAXIMMAX917ESAComparator 1TOSHIBATC74HC595AFN8-bit Shift Register 1MAXIMMAX931CUAComparator Proprietary and Confidential WIRELESS NETWORKS, INC SAN MATEO, CA Page 3 3.0 List of Active Devices in Johnson DataRadio RF Module QuantityManufacturerPart NumberDescription 4MotorolaMUN5114T1Transistor 6MotorolaMUN5213T1Transistor 5NECNE85619Transistor, NPN, 1 GHz 1NECNE25139Transistor, FET, 900 MHz 2NECNE85633Transistor, NPN, 1 GHz 1MotorolaMSD1819ATransistor 1MotorolaMJD42CTransistor 1General Semi2N3904Transistor, NPN 1MotorolaMC33174DIC, Op Amp, Quad 1Semi Lab02231UK.01Transistor, N-channel MOSFET 1RF MicrodevicesRF2104IC, Medium Power Amplifier 1PhillipsSA676DKIC, Mixer FM IF System 1PhillipsSA7025DKIC, Synthesizer, Fractional-N, 1 GHz

EMC Test Data Client: Contact: Spec: Test Specifics General Test Configuration Ambient Conditions: Summary of Results Result Pass Pass Margin Refer to individual runs Refer to individual runs2MPE Routing Evaluation.300 mW/cm^2 Modifications Made During Testing: None 1MPE Routing Evaluation.300 mW/cm^2 Rel. Humidity: 45% Run #Test PerformedLimit The EUT was located on the turntable for MPE evaluation testing. The transmit antenna was placed in the middle of the table. The Probe was placed 20 cm from the antenna. Tests were performed inside a Chamber. Temperature:25°C Test Location: Chamber #1EUT Voltage: 120V/60Hz Test Engineer: jmartinezConfig Change: None FCC 90.210Class: N/A Micheal Hu Job Number: J39607 Model: FPR-U20-110 & FPR-U20-120T-Log Number: T39676 Proj Eng: David Bare Wireless Networks RF Hazard (Section 2.1091): Mobile Devices Objective: This test is required per FCC rule part 2 certification procedure. The objective of this test session is to perform final qualification testing the EUT relative to the specification(s) defined above. Date of Test: 9/21/00Config. Used: 1 JuanMPE Evalution(9.21.00)Page 1 of 2 EMC Test Data Client: Contact: Spec: FCC 90.210Class: N/A Micheal Hu Job Number: J39607 Model: FPR-U20-110 & FPR-U20-120T-Log Number: T39676 Proj Eng: David Bare Wireless Networks Section 1.1310 RF Hazard MPE limits Uncontrolled/polupoated Run #1: RF Hazard Evaluation Test Fundamental frequency: 461.99 MHz (Unit# 1) Measured PositionComment mW/cm^2 DegreesLimit (mW/cm^2) MarginNote 0.12700.300-0.1731 and 2 0.144900.300-0.1561 and 2 0.1631800.300-0.1371 and 2 0.1062700.300-0.1941 and 2 Note 1: Note 2: Run #2: RF Hazard Evaluation Test Fundamental frequency: 461.99 MHz (Unit# 1) Measured PositionComment mW/cm^2 DegreesLimit (mW/cm^2) MarginNote 0.12900.300-0.1711 and 2 0.142900.300-0.1581 and 2 0.1671800.300-0.1331 and 2 0.1022700.300-0.1981 and 2 Note 1: Note 2: 1.1310 1.1310 Measured at 20 cm distance as required by OET 65 C, procedure for RF Hazard evaluation for mobile devices CW only and set to maximum output power. Measured at 20 cm distance as required by OET 65 C, procedure for RF Hazard evaluation for mobile devices Modulation applied and set to maximum output power. 450 MHz / 1500 = .300 mw/cm^2 300 - 1500 MHz Frequency (MHz) Limit (mW/cm^2) Freq. / 1500 JuanMPE Evalution(9.21.00)Page 2 of 2

File: R39897 Page 1 of 17 RF Hazard Evaluation Report on the Falcon Packet Radio Model: FPR-U20-110 & FPR-U20-120 GRANTEE:Wireless-Networks 2322 El Camino Real San Mateo, CA 94403 TEST SITE:Elliott Laboratories, Inc. 684 W. Maude Ave Sunnyvale, CA 94086 REPORT DATE:September 26, 2000 FINAL TEST DATE:September 21, 2000 AUTHORIZED SIGNATORY:______________________________ Juan Martinez EMC Engineer This report shall not be reproduced, except in its entirety, without the written approval of Elliott Laboratories, Inc. Elliott Laboratories, Inc. -- EMC DepartmentTest Report Report Date: September 25, 2000 File: R39897Page 2 of 6 pages TABLE OF CONTENTS COVER PAGE ............................................................................................................................................................. 1 TABLE OF CONTENTS.............................................................................................................................................. 2 GENERAL INFORMATION....................................................................................................................................... 3 SCOPE........................................................................................................................................................................... 4 OBJECTIVE.................................................................................................................................................................. 4 TEST RESULTS........................................................................................................................................................... 5 S ECTION 2.1091: R ADIOFREQUENCY RADIATION EXPOSURE EVALUATION : M OBILE DEVICES .................... 5 EQUIPMENT UNDER TEST (EUT) DETAILS......................................................................................................... 6 ENCLOSURE............................................................................................................................................................. 6 SUPPORT EQUIPMENT........................................................................................................................................... 6 EXTERNAL I/O CABLING....................................................................................................................................... 6 TEST SOFTWARE.................................................................................................................................................... 6 TEST MODES........................................................................................................................................................... 6 EXHIBIT 1: Test Equipment Calibration Data.................................................................................................... 1 EXHIBIT 2: Test Measurement Data................................................................................................................... 2 EXHIBIT 3: Photographs of Test Configuration................................................................................................. 3 EXHIBIT 4: RF Hazard Warning label................................................................................................................ 4 Elliott Laboratories, Inc. -- EMC DepartmentTest Report Report Date: September 25, 2000 File: R39897Page 3 of 6 pages GENERAL INFORMATION Applicant:Wireless-Networks, Inc. 2322 El Camino Real San Mateo, CA 94403 FCC ID: O8J-FPR-U20 Technical Description The EUT is a wireless modem, which is designed to transmit and receive financial transaction- oriented data. It operates in the 450-470 MHz frequency range with maximum power output of 2 watts. The EUT uses a 12.5 kHz channel bandwidth. The Unit will be sold with a 3.2-dBi antenna (M/N: RT-V/U) and a 22 ft. cable (M/N: RG-58 A/U). The unit will require Professional installation. Frequency Range Transmitter: 450 - 470 MHz Range of Operation Power 2-Watt maximum power output Elliott Laboratories, Inc. -- EMC DepartmentTest Report Report Date: September 25, 2000 File: R39897Page 4 of 6 pages SCOPE RF Hazard Evaluation testing was performed for the equipment mentioned in this report. OET Bulletin 65 or the ANSI/IEEE C95.3, "IEEE Recommended Practice for the Measurement of Potentially Hazardous Electromagnetic Fields - RF and Microwave" were used as a test procedure guideline to perform the required test. MPE measurements were performed for this product. The intentional radiator above was tested in a simulated typical installation to demonstrate compliance with the relevant FCC performance and procedural standards. OBJECTIVE The primary objective of the manufacturer is compliance with Section 2.1091. Certification of these devices is required as a prerequisite to marketing as defined in Section 2.1033. Certification is a procedure where the manufacturer or a contracted laboratory makes measurements and submits the test data and technical information to FCC. FCC issues a grant of equipment authorization and a certification number upon successful completion of their review of the submitted documents. Once the equipment authorization has been obtained, the label indicating compliance must be attached to all identical units subsequently manufactured. Elliott Laboratories, Inc. -- EMC DepartmentTest Report Report Date: September 25, 2000 File: R39897Page 5 of 6 page…

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