P35WYPCJTE6Full Duplex Amplifier

_______________________________________________________________ Applicant: Arrista Technologies Inc. Document Type: Letter Of Confidentiality Applicant: Arrista Technologies Incorporated 5-55 Henlow Bay Winnipeg, MB, Canada R3Y 1G4 Equipment Under Test (EUT): TDMA / CDMA / GSM Bi-Directional Cellular Signal Amplifier MODEL: CR500 FCC ID: P35WYPCJTE6 IN ACCORDANCE WITH: FCC PART 2, FCC PART 24, CELLULAR BAND REPEATERS Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 1 _______________________________________________________________ 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 CR500 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] Confidential Page 2 December 8, 2004 5-55 Henlow Bay, Winnipeg, Manitoba R3Y 1G4 Phone: 204-489-3200 Fax: 204-489-8300

_______________________________________________________________ Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 1 To: Stan Lyles [email protected] FCC Application Processing Branch Re: FCC ID P35WYPCJTE6 Applicant: Arrista Technologies Inc. Correspondence Reference No.: 28392 731 Confirmation Number: EA419925 Please find included a revised Letter of confidentiality listing only the Parts Lists and Schematics as confidential. Regards, Roman Wroczynski Director, Product Development Arrista Technologies, Inc. Winnipeg, Canada ph: 204-489-3200 x113 fax: 204-489-8300 ----------------------------------------------------------------------- To: Elwood Friesen, Arrista Technologies Inc. From: Stan Lyles [email protected] FCC Application Processing Branch Re: FCC ID P35WYPCJTE6 Applicant: Arrista Technologies Inc. Correspondence Reference Number: 28392 731 Confirmation Number: EA419925 1.) You requested confidentiality for "block diagram". However, the block diagram is contain in the test report on page 10. Please clarify. _______________________________________________________________ Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 2 Document Type: Letter Of Confidentiality Applicant: Arrista Technologies Incorporated 5-55 Henlow Bay Winnipeg, MB, Canada R3Y 1G4 Equipment Under Test (EUT): TDMA / CDMA / GSM Bi-Directional Cellular Signal Amplifier MODEL: CR500 FCC ID: P35WYPCJTE6 IN ACCORDANCE WITH: FCC PART 2, FCC PART 24, CELLULAR BAND REPEATERS _______________________________________________________________ Confidential Page 3 February 3, 2005 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 Schematics 2. 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 CR500 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): TDMA / CDMA / GSM Bi-Directional Cellular Signal Amplifier MODEL: CR500 FCC ID: P35WYPCJTE6 IN ACCORDANCE WITH: FCC PART 2, FCC PART 24, CELLULAR BAND REPEATERS FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, Article 01- External Photo: Top View Article 02- External Photo: Bottom View Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 2 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 3 Article 03- External Photo: Input Side View Article 04- External Photo: Signal Output Side View

_______________________________________________________________ Document Type: FCC ID Label Drawing Applicant: Arrista Technologies Incorporated 5-55 Henlow Bay Winnipeg, MB, Canada R3Y 1G4 Equipment Under Test (EUT): TDMA / CDMA / GSM Bi-Directional Cellular Signal Amplifier MODEL: CR500 FCC ID: P35WYPCJTE6 IN ACCORDANCE WITH: FCC PART 2, FCC PART 24, CELLULAR BAND REPEATERS

_______________________________________________________________ Applicant: Arrista Technologies Inc. Document Type: ID Label/Location Info Applicant: Arrista Technologies Incorporated 5-55 Henlow Bay Winnipeg, MB, Canada R3Y 1G4 Equipment Under Test (EUT): TDMA / CDMA / GSM Bi-Directional Cellular Signal Amplifier MODEL: CR500 FCC ID: P35WYPCJTE6 IN ACCORDANCE WITH: FCC PART 2, FCC PART 24, CELLULAR BAND REPEATERS Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 1 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, Article 01- Photo: FCC Identifier Location Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 2

_______________________________________________________________ Document Type: Internal Photos Applicant: Arrista Technologies Incorporated 5-55 Henlow Bay Winnipeg, MB, Canada R3Y 1G4 Equipment Under Test (EUT): TDMA / CDMA / GSM Bi-Directional Cellular Signal Amplifier MODEL: CR500 FCC ID: P35WYPCJTE6 IN ACCORDANCE WITH: FCC PART 2, FCC PART 24, CELLULAR BAND REPEATERS FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, Article 01- Internal Photo: Top View Article 02- Internal Photo: Bottom View Article 03- External Photo: Input Side View Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 2

Data Sheet CRV6.0 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 powered by their AC adapter or through the in-building antenna port using an optional power inserter. The repeaters can also 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 power inserter available, • Optional battery back-up interface cable available. CR Series Repeater Exterior Antenna Interior Antenna Optional 2nd Interior Antenna RF Specifications Specification CR100 CR300 CR500 Specification All Products Cellular iDEN PCS Up-link Frequency Range (MHz) 824-849 806-825 1850-1910 Low Isolation Detection An amber LED indicator will indicate low isolation between indoor Output Power (dBm) +23 +23 +23 and outdoor antennas. Maximum Gain (dB) 60 60 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) 869-894 851-870 1930-1990 link Output Power (dBm) +15 +15 +15 Group Delay 150 nS (Typical) Maximum Gain (dB) 60 60 60 General Specifications Specification All Products Power Requirements 120V AC adapter included. For battery back-up, third party back-up system must be +12VDC, 8 Amp-Hours min (for 8 hours operation on battery) Operating Temperature Range -40 to +60°C (-40 to 128°F); indoor use only Dimensions 165mm L x 152mm W x 33mm H (6.50” L x 5.98” W x 1.30” H) without RF connectors Net Weight 1.36 kg (3 lbs) RF Connectors TNC Female Recommended Indoor Antenna 3 dBi ceiling mount omni-directional Recommended Outdoor Antenna 2 dBi omni-directional Included Accessories 120V AC adapter Optional Accessories 1 Power inserter, indoor and outdoor omni-directional antennas, 5m (16.25’) low loss RF cable for the interior antenna interface, battery back-up interface cable 1 Recommended exterior antenna cable types are indicated in the product’s installation and user manual. An exterior directional antenna may be required in some cases where network coverage is weaker. 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

RF Exposure Analysis: Report: MPE00008 Applicant: Arrista Technologies Inc. 5-55 Henlow Bay Winnipeg, MB, CA R3Y 1G4 Equipment Under Test (EUT): TDMA / CDMA / GSM Bi-Directional Cellular Signal Amplifier MODEL: CR500 FCC ID: P35WYPCJTE6 IN ACCORDANCE WITH: FCC PART 2, FCC PART 24, CELLULAR BAND REPEATERS FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, 1.1. GENERAL EQUIPMENT SPECIFICATION 1.1.1. POWER SUPPLY SPECIFICATIONS Input Voltage: 12 Vdc Input Current: 1 Amp max 1.1.2. U PLINK Frequency Range: 1850 – 1910 MHz Tunable Bands: Not Applicable Necessary Bandwidth: Not Applicable Type of Modulation: Not Applicable Internal/External Data Source: Not Applicable Emission Designator: DXW, F9W, GXW Output Impedance: 50 Ohms RF Power Output (rated): Single, leveled, up to 200 mWatts Number of Channels: Not Applicable Duty Cycle: Continuous, Linear Class A Channel Spacing: Not Applicable Band Selection Duplexer 1.1.3. D OWNLINK Frequency Range: 1930 – 1990 MHz Tunable Bands: Not Applicable Necessary Bandwidth: Not Applicable Type of Modulation: Not Applicable Local Oscillator: Not Applicable Emission Designator: DXW, F9W, GXW Output Impedance: 50 Ohms RF Power Output (rated): Single/Dual; User Selectable; leveled; up to 30mW/port Number of Channels: Not Applicable Duty Cycle: Continuous, Linear Class A Channel Spacing: Not Applicable Band Selection Duplexer 1 st IF: Not Applicable 2 nd IF: Not Applicable Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 2 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, 1.1.4. RF EXPOSURE Test Type: Maximum Permissible Exposure FCC Para No.: 1.1310, 2.1093 Tested By: Paul Eberling Date: December 8, 2004 1.1.4.1. 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 1850-1910 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. 1.1.4.2. CR500 C ELLULAR SIGNAL AMPLIFIER PARTICULARS The following table shows the maximum downlink output power of the signal amplifier combined with an antenna with 9dBi gain. This is the maximum antenna gain permissible for the downlink signal as documented in the user/installation manual. The following table also shows the maximum uplink output power of the signal amplifier combined with an antenna with 18dBi gain. This is the maximum antenna gain permissible for the downlink signal as documented in the user/installation manual. The resulting radiated power density is compared to MPE limits for both uncontrolled and controlled environments. Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 3 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, 1.1.4.3. UP LINK (1850-1910MHZ) Uplink MPE Calculations Output power of the amplifier: 0.224 W maximum Antenna Gain: Maximum antenna gain allowed as described in user/installation manual. Isotropic Gain = 9 dBi Numerical Gain = 7.94 Operational Frequency: 1850-1910 MHz Minimum distance (Controlled): From radiating source for personnel aware of radiofrequency equipment and who are able to limit their exposure time. (Installation Technicians) 20cm Antenna mounted in building interior Minimum distance (Uncontrolled): From radiating source for personnel unaware of radiofrequency equipment and who are not able to limit their exposure time. (General Public) 20cm Antenna mounted in building interior Calculated RF Power Density: 0.354 mW/cm 2 Maximum Permissible Exposure (MPE): Controlled 6 min avg exposure 6.17 mW/cm 2 Uncontrolled 30 min avg exposure 1.23 mW/ cm 2 1.1.4.4. TEST RESULTS: Complies 1.1.4.5. CALCULATIONS S = G P T / 4πR 2 [8] S = (7.94* .224*10³)/(4π*20 2 ) S = 1779/(1600π) S = 0.354 mW/cm 2 Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 4 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 5 1.1.4.6. DOWN LINK (869-894MHZ) Downlink MPE Calculations Output power of the amplifier: 0.035 W maximum Antenna Gain: Maximum antenna gain allowed as described in user/installation manual. Isotropic Gain = 18 dBi Numerical Gain = 63.1 Operational Frequency: 1930-1990 MHz Minimum distance (Controlled): From radiating source for personnel aware of radiofrequency equipment and who are able to limit their exposure time. (Installation Technicians) 50cm Antenna mounted on building exterior Minimum distance (Uncontrolled): From …

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Test Report: ATEMC000057 Applicant: Arrista Technologies Inc. 5-55 Henlow Bay Winnipeg, MB, CA R3Y 1G4 Equipment Under Test (EUT): TDMA / CDMA / GSM Bi-Directional Cellular Signal Amplifier MODEL: CR500 FCC ID: P35WYPCJTE6 IN ACCORDANCE WITH: FCC PART 2, FCC PART 24, CELLULAR BAND REPEATERS FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, T EST LAB PERSONNEL: Test Performed by: Date Signature Paul Eberling, CNA December 20, 2004 Brent Griffiths December 20, 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 12/20/2004 Roman Wroczynski Director Development & Test Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page i FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, 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........................................................................6 1.2. Purpose................................................................................................................6 1.3. Test Methodology.................................................................................................6 1.4. Test Equipment list...............................................................................................6 1.5. Equipment Under Test Description.......................................................................8 1.6. General Equipment Specification..........................................................................8 1.6.1. Power Supply Specifications..........................................................................8 1.6.2. Uplink.............................................................................................................9 1.6.3. Downlink........................................................................................................9 1.6.4. EUT Functional Block Diagram....................................................................10 1.7. Deviations...........................................................................................................11 1.8. Test Schedule Description..................................................................................11 1.8.1. RF Power Output.........................................................................................11 1.8.2. Emissions limitation & Occupied Bandwidth................................................11 1.8.3. Conducted Spurious Emissions at Antenna Terminals................................11 1.8.4. Radiated Field Strength of Spurious Emissions...........................................11 1.9. Test Result Summary.........................................................................................12 1.9.1. RF Power Output.........................................................................................12 1.9.2. Emissions limitation & Occupied Bandwidth................................................14 1.9.3. Conducted Spurious Emissions at Antenna Terminals................................18 1.9.4. Radiated Field Strength of Spurious Emissions...........................................19 2. Appendix A: Test Set-up Diagrams...........................................................................21 3. Appendix B: Pictures of EUT.....................................................................................22 Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page ii FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, Table of Figures Letter of Certification........................................................................................................... 5 Equipment Under Test......................................................................................................10 Results Summary..............................................................................................................12 Up-Link RF Power Output.................................................................................................13 Down-Link RF Power Output.............................................................................................13 Up-Link IMD Results.........................................................................................................17 Down-Link IMD Results.....................................................................................................18 Set-up for Output Power, Occupied Bandwidth and Conducted Emissions Testing..........21 Set-up for Radiated Emissions in 3-meter Semi Anechoic Chamber................................21 EUT Set-up in 3-meter Anechoic.......................................................................................22 EUT Set-up for Bench Top, Conducted Emissions, Power Output Testing.......................23 Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page iii FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, 1. GENERAL INFORMATION 1.1. TEST FACILITIES DESCRIPTION 1.1.1. INTERNAL FACILITIES Arrista Product Compliance & Test (PCT) laboratory is located at 5-55 Henlow Bay, …

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RF Power Output Results: ATEMC000057 – Annex 1 Applicant: Arrista Technologies Inc. 5-55 Henlow Bay Winnipeg, MB, CA R3Y 1G4 Equipment Under Test (EUT): Bi-Directional Signal Amplifier MODEL: CR500 FCC ID: P35WYPCJTE6 IN ACCORDANCE WITH: FCC PART 2, FCC PART 24, Subpart E Bi-Directional Amplifier FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS RPT NO.: ATEMC000057 – Annex 1 FCC PART 24, Subpart E 1. RF POWER OUTPUT MEASUREMENTS 1.1. PLOT DATA Power Output; Up-link; Primary Port; Frequency 1850.0 MHz Power Output; Up-link; Primary Port; Frequency 1880.0 MHz Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Signal Amplifier Copyright  2000 Arrista Technologies Inc. confidential. Page 2 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS RPT NO.: ATEMC000057 – Annex 1 FCC PART 24, Subpart E Power Output; Up-link; Primary Port; Frequency 1910.0 MHz Power Output; Up-link; Secondary Port; Frequency 1850.0 MHz Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Signal Amplifier Copyright  2000 Arrista Technologies Inc. confidential. Page 3 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS RPT NO.: ATEMC000057 – Annex 1 FCC PART 24, Subpart E Power Output; Up-link; Secondary Port; Frequency 1880.0 MHz Power Output; Up-link; Secondary Port; Frequency 1910.0 MHz Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Signal Amplifier Copyright  2000 Arrista Technologies Inc. confidential. Page 4 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS RPT NO.: ATEMC000057 – Annex 1 FCC PART 24, Subpart E Power Output; Down-link; Primary Port; Frequency 1930.0 MHz Power Output; Down-link; Primary Port; Frequency 1960.0 MHz Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Signal Amplifier Copyright  2000 Arrista Technologies Inc. confidential. Page 5 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS RPT NO.: ATEMC000057 – Annex 1 FCC PART 24, Subpart E Power Output; Down -link; Primary Port; Frequency 1990.0 MHz Power Output; Down -link; Secondary Port; Frequency 1930.0 MHz Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Signal Amplifier Copyright  2000 Arrista Technologies Inc. confidential. Page 6 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS RPT NO.: ATEMC000057 – Annex 1 FCC PART 24, Subpart E Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Signal Amplifier Copyright  2000 Arrista Technologies Inc. confidential. Page 7 Power Output; Down -link; Secondary Port; Frequency 1960.0 MHz Power Output; Down -link; Secondary Port; Frequency 1990.0 MHz

Occupied Bandwidth Results: ATEMC000057 – Annex 2 Applicant: Arrista Technologies Inc. 5-55 Henlow Bay Winnipeg, MB, CA R3Y 1G4 Equipment Under Test (EUT): TDMA / CDMA / GSM Bi-Directional Cellular Signal Amplifier MODEL: CR500 FCC ID: P35WYPCJTE6 IN ACCORDANCE WITH: FCC PART 2, FCC PART 24, CELLULAR BAND REPEATERS FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, 1. EMISSIONS LIMITATIONS FOR CELLULAR 1.1. PLOT DATA 1.1.1. NADC (DIGITAL CELLULAR) VALIDATION NADC (Digital Cellular) Output; Up-Link; 1850.0 MHz NADC (Digital Cellular) Output; Up-Link; 1880.0 MHz Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 2 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, NADC (Digital Cellular) Output; Up-Link; 1910.0 MHz NADC (Digital Cellular) Output; Down-Link; 1930.0 MHz Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 3 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, NADC (Digital Cellular) Output; Down-Link; 1960.0 MHz NADC (Digital Cellular) Output; Down-Link; 1990.0 MHz Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 4 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, 1.1.2. CDMA VALIDATION CDMA Output; Up-Link; 1850.0 MHz CDMA Output; Up-Link; 1880.0 MHz Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 5 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, CDMA Output; Up-Link; 1910.0 MHz CDMA Output; Down-Link; 1930.0 MHz Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 6 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, CDMA Output; Down-Link; 1960.0 MHz CDMA Output; Down-Link; 1990.0 MHz Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 7 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, 1.1.3. GSM VALIDATION GSM Output; Up-Link; 1850.0 MHz GSM Output; Up-Link; 1880.0 MHz Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 8 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, GSM Output; Up-Link; 1910.0 MHz GSM Output; Down-Link; 1930.0 MHz Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 9 FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, Applicant: Arrista Technologies Inc. Equipment: CR500 Bi-Directional Cellular Signal Amplifier Copyright  2004 Arrista Technologies Inc. Confidential Page 10 GSM Output; Down-Link; 1960.0 MHz GSM Output; Down-Link; 1990.0 MHz

Inter-mod Distortion / Conducted Spurious Emissions Results: ATEMC000057 Applicant: Arrista Technologies Inc. 5-55 Henlow Bay Winnipeg, MB, CA R3Y 1G4 Equipment Under Test (EUT): TDMA / CDMA / GSM Bi-Directional Cellular Signal Amplifier MODEL: CR500 FCC ID: P35WYPCJTE6 IN ACCORDANCE WITH: FCC PART 2, FCC PART 24, CELLULAR BAND REPEATERS FCC ID: P35WYPCJTE6 CELLULAR BAND REPEATERS REPORT NO.: ATEMC000057 FCC PART 24, 1. TWO-TONE TEST RESULTS 1.1. PLOT DATA NADC Uplink; Sig Gen Input NADC Uplink IMD Results; 185…

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