P35SH2U64GGFull Duplex Amplifier

CR300 Bi-Directional Repeater Installation & User Manual www.signalreach.com Document Title: Installation & User Manual Product release:CR300 Document version:CR300 User Manual v1.8.doc Date: May 2004 Copyright1 Printing2Legal statements3 1Copyright 2000- 2004 SignalReach Inc., All Rights Reserved 2Printed in Canada 3Information is subject to change without notice. Arrista Technologies Inc. reserves the right to make changes in design or components as progress in engineering and manufacturing may warrant. ii Installation & User Manual Table of Contents Introduction________________________________________________________________________2 Functional Description_______________________________________________________________3 Installation Procedure________________________________________________________________4 Fault Reporting_____________________________________________________________________7 Operation__________________________________________________________________________7 Product Maintenance_________________________________________________________________7 Troubleshooting_____________________________________________________________________8 Copyright © 2004 Arrista Technologies Inc. All rights reserved. 1 Installation & User Manual Introduction In-building repeaters provide enhanced coverage of cellular telephone signals for areas that are confined or enclosed such as tunnels, underground parking garages, and within buildings. Many buildings are constructed of materials like metal, brick and concrete that attenuate cellular telephone signals. Symptoms such as dropped calls, broken audio and static indicate the need for an in- building repeater. The SignalReach TM CR300 Small Office Home Office (SOHO) Cellular Repeater extends cellular services into buildings, parking garages, tunnels and other poor coverage areas. The CR300 is designed for use with iDEN cellular handsets and offers a cost- effective solution for small business and residential applications. The SignalReach TM CR300 is a stationary device that automatically reradiates signals from cellular base stations without channel translation, for the purpose of improving coverage of existing service by increasing the signal strength in dead spots. The repeater is a network-compatible device that amplifies cellular signals in both the uplink and downlink directions. The repeater is simple to install, and contains circuitry to ensure proper operating power levels, and as well, includes an automatic feedback and detection circuitry that detects poor isolation between the subscriber and donor antennas. In this condition the repeater will adjust its gain to compensate for the abnormality, and warn the user through a visual indicator LED. The CR300 will enhance the cellular telephone user’s experience while complying with cellular network specifications. Linear operation is guaranteed under all conditions. The CR300 allows up to two indoor antennas to be used without the need of external components. Its auxiliary indoor antenna port allows a second indoor zone to be easily covered. This product is designed for installations where cellular coverage is available outside the building, and indoor coverage is inadequate. Copyright © 2004 Arrista Technologies Inc. All rights reserved. 2 Installation & User Manual CR300 Features: • Easy Installation – No calibration required • Automatic feedback detection and warning circuitry • Auxiliary in-building antenna port provides enhanced coverage • Up to 20000 ft 2 of free space coverage with only one interior antenna • Network-compatible operation • Auto levelling circuitry ensures linear operation • IC, FCC approved • External fault output signal Functional Description The repeater works on the principle of receiving the handset signal through a subscriber (indoor) antenna, amplifying or ‘boosting’ its signal level, and then passing it on to the donor (outdoor) antenna located outside the building. Signals from the cellular tower (downlink) are also amplified and passed to the subscriber antenna. The SignalReach TM CR300 in-building repeater is a Class B Broadband device, and processes the iDEN/SMR 806-825/851-870 MHz band. Input and output duplexers and band pass filters in the downlink and uplink path provide the repeater’s filtering and isolation. The maximum gain in each of the downlink and uplink path is 60dB. Both the downlink and uplink paths incorporate automatic gain control, to ensure that downlink and uplink power amplifiers operate free of distortion. The CR300 has primary and secondary subscriber ports, allowing the repeater to expand the in- building coverage area without degrading repeater performance. Copyright © 2004 Arrista Technologies Inc. All rights reserved. 3 Installation & User Manual Installation Procedure Warning; Equipment Installation ™ Proper Grounding ¾ Follow the local building codes for installation of antennas on buildings. ¾ Ensure that the exterior mounted donor antenna is properly mounted and grounded for lightning protection. ™ RF exposure Guidelines ¾ During transmitter operation, in order to meet RF Maximum Permissible Exposure Safety Guidelines, a minimum distance of 50 cm (20 in.) shall be maintained between the outdoor (uplink) antenna and personnel. ¾ During transmitter operation, in order to meet RF Maximum Permissible Exposure Safety Guidelines, a minimum distance of 20 cm (8 in.) shall be maintained between the indoor antenna and personnel. ¾ The maximum cellular outdoor (uplink) antenna gain authorized shall be limited to 18 dBi or less in order to meet RF exposure (MPE) limit as per FCC guidelines. ¾ The maximum cellular indoor (downlink) antenna gain authorized shall be limited to 9 dBi or less in order to meet RF exposure (MPE) limit as per FCC guidelines. ™ When servicing or installing outdoor transmitting elements (i.e. antennas), all transmitting signal sources should be turned off in order to meet RF exposure (MPE) limit as per FCC guidelines. …

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_______________________________________________________________ Document Type: Cover Letter Applicant: Arrista Technologies Incorporated 5-55 Henlow Bay Winnipeg, MB, Canada R3Y 1G4 Equipment Under Test (EUT): iDEN Bi-Directional Signal Amplifier MODEL: CR300 FCC ID: P35SH2U64GG IN ACCORDANCE WITH: FCC PART 2, FCC PART 90, SUBPART I & S Private Land Mobile Radio Service Confidential Page 1 June 8, 2004 5-55 Henlow Bay, Winnipeg, Manitoba R3Y 1G4 Phone: 204-489-3200 Fax: 204-489-8300 _______________________________________________________________ Confidential Page 2 June 8, 2004 5-55 Henlow Bay, Winnipeg, Manitoba R3Y 1G4 Phone: 204-489-3200 Fax: 204-489-8300 Exhibit of Confidentiality To Whom It May Concern: Arrista Technologies would like the following submitted exhibits treated as confidential material: 1. Amplifier Schematic 2. Amplifier Block Diagram 3. Amplifier Parts Listing The amplifier design, specifically, the gain control circuitry is of novel design and a US patent has been filed on it. As there is no other amplifier design that incorporates the gain control function the way the CR300 does, we believe that we have a competitive advantage over competing designs out in the market place. Roman Wroczynski Director of Product Development Arrista Technologies Inc Tel: (204) 489-3200 Fax: (204) 489-8300 [email protected]

_______________________________________________________________ Document Type: External Photos Applicant: Arrista Technologies Incorporated 5-55 Henlow Bay Winnipeg, MB, Canada R3Y 1G4 Equipment Under Test (EUT): iDEN Bi-Directional Signal Amplifier MODEL: CR300 FCC ID: P35SH2U64GG IN ACCORDANCE WITH: FCC PART 2, FCC PART 90, SUBPART I & S Private Land Mobile Radio Service Confidential Page 1 June 8, 2004 5-55 Henlow Bay, Winnipeg, Manitoba R3Y 1G4 Phone: 204-489-3200 Fax: 204-489-8300 _______________________________________________________________ Article 01- External Photo: Top View Article 02- External Photo: Bottom View Confidential Page 2 June 8, 2004 5-55 Henlow Bay, Winnipeg, Manitoba R3Y 1G4 Phone: 204-489-3200 Fax: 204-489-8300 _______________________________________________________________ Confidential Page 3 June 8, 2004 5-55 Henlow Bay, Winnipeg, Manitoba R3Y 1G4 Phone: 204-489-3200 Fax: 204-489-8300 Article 03- External Photo: Input Side View Article 04- External Photo: Signal Output Side View

_______________________________________________________________ Document Type: ID Label/Location Info Applicant: Arrista Technologies Incorporated 5-55 Henlow Bay Winnipeg, MB, Canada R3Y 1G4 Equipment Under Test (EUT): iDEN Bi-Directional Signal Amplifier MODEL: CR300 FCC ID: P35SH2U64GG IN ACCORDANCE WITH: FCC PART 2, FCC PART 90, SUBPART I & S Private Land Mobile Radio Service Confidential Page 1 June 8, 2004 5-55 Henlow Bay, Winnipeg, Manitoba R3Y 1G4 Phone: 204-489-3200 Fax: 204-489-8300 _______________________________________________________________ Confidential Page 2 June 8, 2004 5-55 Henlow Bay, Winnipeg, Manitoba R3Y 1G4 Phone: 204-489-3200 Fax: 204-489-8300 Article 01- Photo: FCC Identifier Location

ARRISTA Technologies Inc. TitleDrawing No.Type: Size: A Revision Drawing No. Sheet 1 REVISIONS REV EVENT dd/mm/yy DRAWN UNLESS OTHERWISE SPECIFIED DO NOT SCALE DRAWINGDIMENSIONS ARE IN INCHES ANDAPPLY TO FINISHED PART SCALE: NTS A Initial Drawing 24/02/04 CR CAUTION: THE USE OF AN INDOOR ANTENNA WITH GAIN > 9dBi IS PROHIBITED AND IN VIOLATION OF FCC REGULATIONS. FCC ID: P35SH2U64GGIC: 4749A-SH2U64GG

_______________________________________________________________ Document Type: Internal Photos Applicant: Arrista Technologies Incorporated 5-55 Henlow Bay Winnipeg, MB, Canada R3Y 1G4 Equipment Under Test (EUT): iDEN Bi-Directional Signal Amplifier MODEL: CR300 FCC ID: P35SH2U64GG IN ACCORDANCE WITH: FCC PART 2, FCC PART 90, SUBPART I & S Private Land Mobile Radio Service Confidential Page 1 June 8, 2004 5-55 Henlow Bay, Winnipeg, Manitoba R3Y 1G4 Phone: 204-489-3200 Fax: 204-489-8300 _______________________________________________________________ Confidential Page 2 June 8, 2004 5-55 Henlow Bay, Winnipeg, Manitoba R3Y 1G4 Phone: 204-489-3200 Fax: 204-489-8300 Article 01- Internal Photo: Top View Article 02- Internal Photo: Bottom View

Data Sheet CR Series SOHO In-building Repeater AMPS • PCS • TDMA • GSM • CDMA • iDEN Description The SignalReach TM CR Series Small Office Home Office (SOHO) In-building Repeaters extend cellular and iDEN services into buildings and other poor coverage areas. The CR Series Repeaters are designed for use with cellular and iDEN telephones (850 and 1900 MHz, and iDEN band) and offer a cost-effective solution for small business and residential applications. The repeaters are useful in areas where cellular or iDEN service is available outside of the building and marginal indoors. The two-way radio functionality of cellular and iDEN telephones is preserved. The repeaters are network-compatible devices that amplify cellular or iDEN signals in both the uplink and downlink directions. The repeaters are simple to install, and contains circuitry to ensure proper operating power levels, and as well, include automatic low isolation and detection circuitry that detects low isolation between the indoor and outdoor antennas. In this condition, the repeaters will adjust their gain to compensate for the abnormality, and warn the user through an indicator LED. The CR Series Repeaters will enhance the cellular or iDEN telephone user’s experience while complying with cellular and iDEN network specifications. The repeaters will also work with wireless PDAs (Wireless Digital Assistants) and laptop personal computers with wireless PC cards. Linear operation is guaranteed under all conditions. The CR Series Repeaters allow up to two indoor antennas to be used without the need of external components. Their auxiliary indoor antenna port allows a second indoor zone to be easily connected. The repeaters can be battery- backed, by connecting the repeaters’ 12VDC supply to the spades of a rechargeable battery with the repeaters’ optional battery back-up interface cable. The rechargeable battery is then permanently connected to the battery manufacturer's recommended trickle charger keeping the battery charged indefinitely, ready in the event of a building power failure. Features • Easy Installation – no calibration required, • Up to 40,000 sq. ft. of free space coverage (with two interior antennas), • Automatic Low Isolation Detection and Indication Circuitry, • Feedback Overload Shutdown and Auto Start, • Auto levelling circuitry ensures linear operation, • Network-compatible operation, • Auxiliary in-building antenna port provides enhanced coverage, • FCC approved, • Can be connected to battery back-up system for emergency powering, • Optional battery back-up interface cable available. CR Series Repeater Exterior Antenna Interior Antenna Optional 2nd Interior Antenna RF Specifications Specification CR300 Specification All Products iDEN Up-link Frequency Range (MHz) 806-825 Low Isolation Detection An amber LED indicator will indicate low isolation between indoor Output Power (dBm) +23 and outdoor antennas. Maximum Gain (dB) 60 Maximum Possible At the interior antenna port, exposure to non-ionizing radiation meets Exposure (MPE) or exceeds the permissible FCC mandated MPE specification. Down- Frequency Range (MHz) 851-870 link Output Power (dBm) +15 Group Delay 150 nS (Typical) Maximum Gain (dB) 60 For more Information Contact: [email protected] © 2002-2004 SignalReach TM . All rights reserved. All trademarks listed in this document are the property of their respective owners. Specifications are subject to change without notice. www.signalreach.com CRV7.0

Test Report ATMPE000006 RF EXPOSURE INFORMATION Applicant ARRISTA TECHNOLOGIES INCORPORATED 5-55 H ENLOW BAY W INNIPEG, MB, R3Y 1G4 EQUIPMENT UNDER TEST (EUT): IDEN B I-DIRECTIONAL SIGNAL AMPLIFIER MODEL: CR300 FCC ID: P35SH2U64GG In Accordance with FCC PART 1 OET B ULLETIN 65 FCC PART 1 OET Bulletin 65 Report No.: ATMPE00006 Applicant: Arrista Technologies Inc. 1.1.1. RF EXPOSURE Test Type: Maximum Permissible Exposure FCC Para No.: 1.1310, 2.1093 Tested By: Paul Eberling Date: January 13, 2004 1.1.2. SPECIFICATION REQUIREMENT: As per FCC 47CFR§1.1301; FCC OET Bulletin 65, 97-01 “Evaluating Compliance with FCC Guidelines for Human Exposure to Radiofrequency Electromagnetic Fields” and FCC OET Bulletin 65, Supplement C, 01-01, “Additional Information for Evaluating Compliance of Mobile and Portable Devices with FCC Limits for Human Exposure to Radiofrequency Emissions”, for transmitters operating in the 806/824 MHz range, Paragraph 1.1310 Table 1 limits maximum permissible exposure (MPE) to f/1500 mW/cm 2 for uncontrolled environments and f/300 mW/cm 2 for controlled environments. The far field on-axis power flux density (W/m 2 ) is calculated using the following formula: S = G P T / 4πR 2 [6] Where: S = Power density (in appropriate units, e.g. mW/cm 2 ) G = Power gain of the antenna in the direction of interest relative to an isotropic radiator P T = Power input to the antenna (in appropriate units, e.g., mW) R = Distance to the center of radiation of the antenna (appropriate units, e.g., cm) It is important to note that the power gain factor, G, in Equation (1) is normally numeric gain. Therefore, when power gain is expressed in logarithmic terms, i.e., dB, a conversion is required using the relation: G=10^(dB/10) [7] For example, a logarithmic power gain of 14 dB is equal to a numeric gain of 25.12. Equipment: CR300 Signal Amplifier Page 2 Copyright  2000 Arrista Technologies Inc. This document contains confidential information. FCC PART 1 OET Bulletin 65 Report No.: ATMPE00006 Applicant: Arrista Technologies Inc. 1.2. IDEN BAND (806-824MHZ) UPLINK Article 01- Table: MPE Calculations Output Power of the amplifier: 0.200 W maximum Antenna Gain: Maximum antenna gain allowed as described in user/install manual. 18dBi Operational Frequency: 806-824MHz Minimum distance (Controlled): For personnel aware of radiofrequency equipment and who are able to limit their exposure time. (Installation Technicians) 50cm Antenna mounted outdoors. Minimum distance (Uncontrolled): For personnel unaware of radiofrequency equipment and who are not able to limit their exposure time. (General Public) 50cm Antenna mounted outdoors Maximum Permissible Exposure (MPE): Controlled 6 min avg 2.68 mW/cm 2 Uncontrolled 30 min avg 0.53 mW/cm 2 Calculated Power Density 0.393 mW/cm 2 0.393 mW/cm 2 Complies with MPE Limits Yes Yes 1.2.1. CALCULATIONS The power density calculations follow the formula below. It is noted that the antenna used incorporates a forward gain of 18 dBi expressed as a numerical gain of 63.1 and a 3 meter cable with an attenuation factor of 1.5 dB and expressed as a numeric attenuation of 1.41. This is shown as a corrected power output value. S = P T G / 4πR 2 (1) where: S = power density (in appropriate units, e.g. mW/cm2) P = power input to the antenna (in appropriate units, e.g., mW) G = power gain of the antenna in the direction of interest relative to an isotropic radiator R = distance to the center of radiation of the antenna (appropriate units, e.g., cm) S=200* # / (4*pi*50 2 ) S=/31415.927 S= mW/cm 2 12338 0.392731 Equipment: CR300 Signal Amplifier Page 3 Copyright  2000 Arrista Technologies Inc. This document contains confidential information. FCC PART 1 OET Bulletin 65 Report No.: ATMPE00006 Applicant: Arrista Technologies Inc. Equipment: CR300 Signal Amplifier Page 4 Copyright  2000 Arrista Technologies Inc. This document contains confidential information. 1.3. IDEN BAND (851-869MHZ) DNLINK Article 02- Table: MPE Calculations Output Power of the amplifier: 0.030W (30mW) maximum Antenna Gain: Maximum antenna gain allowed as described in user/install manual. 9dBi Operational Frequency: 851-869MHz Minimum distance (Controlled): For personnel aware of radiofrequency equipment and who are able to limit their exposure time. (Installation Technicians) 20cm Antenna mounted indoors. Minimum distance (Uncontrolled): For personnel unaware of radiofrequency equipment and who are not able to limit their exposure time. (General Public) 20cm Antenna mounted indoors Maximum Permissible Exposure (MPE): Controlled 6 min avg 2.83mW/cm 2 Uncontrolled 30 min avg 0.56mW/ cm 2 Calculated Power Density 0.040 mW/cm 2 0.040 mW/cm 2 Complies with MPE Limits Yes Yes 1.3.1. CALCULATIONS The power density calculations follow the formula below. It is noted that the antenna used incorporates a forward gain of 9 dBi expressed as a numerical gain of 7.95 and a 3 meter cable with an attenuation factor of 1.5 dB and expressed as a numeric attenuation of 1.41. This is shown as a corrected power output value. S = P T G / 4πR 2 (1) where: S = power density (in appropriate units, e.g. mW/cm2) P = power input to the antenna (in appropriate units, e.g., mW) G = power gain of the antenna in the direction of interest relative to an isotropic radiator R = distance to the center of radiation of the antenna (appropriate units, e.g., cm) S=30*7 / (4*pi*20^ 2 ) S=/5026.548 S= mW/cm 2 196.2 0.039033

Test Report: ATEMC000048 Applicant: Arrista Technologies Inc. 5-55 Henlow Bay Winnipeg, MB, CA R3Y 1G4 Equipment Under Test (EUT): iDEN Bi-Directional Signal Amplifier MODEL: CR300 FCC ID: P35SH2U64GG IN ACCORDANCE WITH: FCC PART 2, FCC PART 90, SUBPART I & S Private Land Mobile Radio Service FCC ID: P35SH2U64GG iDEN REPEATER REPORT NO.: ATEMC000048 FCC PART 90, SUBPART I & S Applicant: Arrista Technologies Inc. T EST LAB PERSONNEL: Test Performed by: Date Signature Paul Eberling, CNA June 2, 2004 Brent Griffiths June 2, 2004 All information contained in and/or disclosed in this document is considered confidential information of Arrista Technologies Incorporated. Reproduction and distribution of this document in whole or part is strictly prohibited without the written consent of Arrista Technologies Incorporated. A PPROVALS: Date Name Title Signature June 2, 2004 Roman Wroczynski Director Development & Test Equipment: iDEN Signal Amplifier Copyright  2004 Arrista Technologies Inc. This document contains confidential information. Page i FCC ID: P35SH2U64GG iDEN REPEATER REPORT NO.: ATEMC000048 FCC PART 90, SUBPART I & S Applicant: Arrista Technologies Inc. Table of Contents 1. General Information.....................................................................................................4 1.1. Test Facilities Description.....................................................................................4 1.1.1. Internal Facilities............................................................................................4 1.1.2. Radiated Emissions Test Site........................................................................4 1.2. Purpose................................................................................................................4 1.3. Test Methodology.................................................................................................4 1.4. Test Equipment list...............................................................................................4 1.5. Equipment Under Test Description.......................................................................6 1.6. General Equipment Specification..........................................................................6 1.6.1. Power Supply Specifications..........................................................................6 1.6.2. Uplink.............................................................................................................6 1.6.3. Downlink........................................................................................................7 1.6.4. EUT Functional Block Diagram.......................Error! Bookmark not defined. 1.7. Deviations.............................................................................................................7 1.8. Test Schedule Description....................................................................................7 1.9. Test Result Summary...........................................................................................7 2. Test Results.................................................................................................................9 2.1. RF Power Output..................................................................................................9 2.1.1. SPECIFICATION REQUIREMENT:...............................................................9 2.1.2. MEASUREMENT PROCEDURE:..................................................................9 2.1.3. TEST RESULTS:...........................................................................................9 2.1.4. MEASUREMENT DATA:...............................................................................9 2.2. Emissions Limitations.........................................................................................10 2.2.1. SPECIFICATION REQUIREMENT:.............................................................10 2.2.2. MEASUREMENT PROCEDURE:................................................................11 2.2.3. TEST RESULTS:.........................................................................................11 2.3. Conducted Spurious Emissions at Antenna Terminals.......................................14 2.3.1. SPECIFICATION REQUIREMENT:.............................................................14 2.3.2. MEASUREMENT PROCEDURE.................................................................14 2.3.3. TEST RESULTS..........................................................................................15 2.3.4. Plot Data......................................................................................................15 2.4. Field Strength of Emissions................................................................................15 2.4.1. SPECIFICATION REQUIREMENT:.............................................................15 2.4.2. MEASUREMENT PROCEDURE:................................................................16 2.4.3. TEST RESULTS:.........................................................................................17 2.4.4. MEASUREMENT DATA; 806 – 824 MHz Range:........................................17 3. Appendix A: Test Set-up Diagrams...........................................................................18 4. Appendix B: Pictures of EUT.....................................................................................19 Equipment: iDEN Signal Amplifier Copyright  2004 Arrista Technologies Inc. This document contains confidential information. Page ii FCC ID: P35SH2U64GG iDEN REPEATER REPORT NO.: ATEMC000048 FCC PART 90, SUBPART I & S Applicant: Arrista Technologies Inc. Table of Figures Radiated Test Equipment....................................................................................................4 Equipment Under Test.........................................................Error! Bookmark not defined. Results Summary...............................................................................…

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RF Power Output Results: ATEMC000048 – Annex 1 Applicant: Arrista Technologies Inc. 5-55 Henlow Bay Winnipeg, MB, CA R3Y 1G4 Equipment Under Test (EUT): iDEN Bi-Directional Signal Amplifier MODEL: CR300 FCC ID: P35SH2U64GG IN ACCORDANCE WITH: FCC PART 2, FCC PART 90, SUBPART I & S Private Land Mobile Radio Service FCC ID: P35SH2U64GG CELLULAR BAND REPEATERS RPT NO.: ATEMC000048 – Annex 1 FCC PART 90, SUBPART I & S Applicant: Arrista Technologies Inc. 1. RF POWER OUTPUT MEASUREMENTS 1.1. PLOT DATA Power Output; Up-link; Primary Port; Frequency 806.0 MHz Power Output; Up-link; Primary Port; Frequency 815.0 MHz Equipment: CR300 iDEN Signal Amplifier Copyright  2000 Arrista Technologies Inc. This document contains confidential information. Page 3 FCC ID: P35SH2U64GG CELLULAR BAND REPEATERS RPT NO.: ATEMC000048 – Annex 1 FCC PART 90, SUBPART I & S Applicant: Arrista Technologies Inc. Power Output; Up-link; Primary Port; Frequency 825.0 MHz Power Output; Up-link; Secondary Port; Frequency 806.0 MHz Equipment: CR300 iDEN Signal Amplifier Copyright  2000 Arrista Technologies Inc. This document contains confidential information. Page 4 FCC ID: P35SH2U64GG CELLULAR BAND REPEATERS RPT NO.: ATEMC000048 – Annex 1 FCC PART 90, SUBPART I & S Applicant: Arrista Technologies Inc. Power Output; Up-link; Secondary Port; Frequency 815.0 MHz Power Output; Up-link; Secondary Port; Frequency 824.0 MHz Equipment: CR300 iDEN Signal Amplifier Copyright  2000 Arrista Technologies Inc. This document contains confidential information. Page 5 FCC ID: P35SH2U64GG CELLULAR BAND REPEATERS RPT NO.: ATEMC000048 – Annex 1 FCC PART 90, SUBPART I & S Applicant: Arrista Technologies Inc. Power Output; Down-link; Primary Port; Frequency 851.0 MHz Power Output; Down-link; Primary Port; Frequency 860.0 MHz Equipment: CR300 iDEN Signal Amplifier Copyright  2000 Arrista Technologies Inc. This document contains confidential information. Page 6 FCC ID: P35SH2U64GG CELLULAR BAND REPEATERS RPT NO.: ATEMC000048 – Annex 1 FCC PART 90, SUBPART I & S Applicant: Arrista Technologies Inc. Power Output; Down -link; Primary Port; Frequency 870.0 MHz Power Output; Down -link; Secondary Port; Frequency 851.0 MHz Equipment: CR300 iDEN Signal Amplifier Copyright  2000 Arrista Technologies Inc. This document contains confidential information. Page 7 FCC ID: P35SH2U64GG CELLULAR BAND REPEATERS RPT NO.: ATEMC000048 – Annex 1 FCC PART 90, SUBPART I & S Applicant: Arrista Technologies Inc. Equipment: CR300 iDEN Signal Amplifier Copyright  2000 Arrista Technologies Inc. This document contains confidential information. Page 8 Power Output; Down -link; Secondary Port; Frequency 860.0 MHz Power Output; Down -link; Secondary Port; Frequency 870.0 MHz

Occupied Bandwidth Results: ATEMC000048 – Annex 2 Applicant: Arrista Technologies Inc. 5-55 Henlow Bay Winnipeg, MB, CA R3Y 1G4 Equipment Under Test (EUT): iDEN Bi-Directional Signal Amplifier MODEL: CR300 FCC ID: P35SH2U64GG IN ACCORDANCE WITH: FCC PART 2, FCC PART 90, SUBPART I & S Private Land Mobile Radio Service FCC ID: P35UTHNEXW9 CELLULAR BAND REPEATERS RPT NO.: ATEMC000043 – Annex 2 FCC PART 22, SUBPART H 1. EMISSIONS LIMITATIONS FOR CELLULAR 1.1. PLOT DATA Output; Up-Link Primary Port; 815.0 MHz Output Dn-Link Primary Port; 860.0 MHz Applicant: Arrista Technologies Inc. Equipment: CR100 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. This document contains confidential information. Page 2

Inter-mod Distortion/ Conducted Spurious Emissions Results: ATEMC000043 – Annex 3 Applicant: Arrista Technologies Inc. 5-55 Henlow Bay Winnipeg, MB, CA R3Y 1G4 Equipment Under Test (EUT): iDEN Bi-Directional Signal Amplifier MODEL: CR300 FCC ID: P35SH2U64GG IN ACCORDANCE WITH: FCC PART 2, FCC PART 90, SUBPART I & S Private Land Mobile Radio Service FCC ID: P35SH2U64GG iDEN BAND REPEATERS RPT NO.: ATEMC000048 – Annex 3 FCC PART 90, SUBPART I & S Applicant: Arrista Technologies Inc. 1. TWO-TONE TEST RESULTS 1.1. PLOT DATA iDEN Sig Gen Input Uplink; 824 MHz iDEN Uplink IMD Results; 806 MHz Equipment: CR300 iDEN Signal Amplifier Copyright  2004 Arrista Technologies Inc. This document contains confidential information. Page 2 FCC ID: P35SH2U64GG iDEN BAND REPEATERS RPT NO.: ATEMC000048 – Annex 3 FCC PART 90, SUBPART I & S Applicant: Arrista Technologies Inc. iDEN Uplink IMD Results; 815 MHz iDEN Uplink IMD Results; 824 MHz Equipment: CR300 iDEN Signal Amplifier Copyright  2004 Arrista Technologies Inc. This document contains confidential information. Page 3 FCC ID: P35SH2U64GG iDEN BAND REPEATERS RPT NO.: ATEMC000048 – Annex 3 FCC PART 90, SUBPART I & S Applicant: Arrista Technologies Inc. iDEN Dnlink IMD Results; 851 MHz iDEN Dnlink IMD Results; 860 MHz Equipment: CR300 iDEN Signal Amplifier Copyright  2004 Arrist…

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