S52-2-07-01-00-1Star Solutions iCell EVDO Indoor Compact BTS 1900MHz

1900MHz EVDO Compact BTS 3U-2U Front Back One Side The other side

iCell BTS FCC ID / IC Label Part Number: 88193628GS Rev A3 FCC ID: S52-2-07-01-00-1 IC: 8076A-20701001 Product Serial # iCell EVDO Indoor Compact BTS,Macro,1900MHz FB Please refer to Pantone ̈ Color Specier for exact colors. ood white SIZE: 1.20” x 1.60” (SQUARE CORNERS) MATERIAL: 5 mil VELVET MATTE LEXAN WITH 3M 468MP TRANSFER ADHESIVE FLAMMABILITY CLASS: UL HB75 IS ACCEPTABLE HOWEVER UL 94V0 IS PREFERRED THIS PART MUST BE RoHS COMPLIANT DIE LINE DOES NOT PRINT WHITE FLOODS BEHIND THE ENTIRE PIECE ALL TEXT IN PANTONE BLACK 88193628GS_A3

FCC/IC Exhibit RF Exposure MPE Exhibit FCC ID: S52-2-07-01-00-1 IC: 8076A-20701001 This device operates at frequencies in the 1900 MHz PCS Band. Maximum permissible exposure in this band is specified under per FCC Part 1, Section 1.1310, Table 1, as 1 mW/cm 2. FCC Part 1, Section 1.1307 states that Part 24E (Broadband PCS) devices are excluded from routine environmental evaluation when operating at power levels beneath a maximum EIRP of 3280 W. EIRP (Effective Isotropic Radiated Power) is the amount of power that a theoretical isotropic antenna (that evenly distributes power in all directions) would emit to produce the peak power density observed in the direction of maximum antenna gain. EIRP can take into account the losses in transmission line and connectors and includes the gain of the antenna. Where EIRP and P t (power of transmitter) are in dBm, cable losses (Lc) is in dB, and antenna gain (G a) is expressed in dBi, relative to a (theoretical) isotropic reference antenna. No antenna is supplied with this unit. Therefore, based on measured RF output power of 28.2 Watts at 1931.25 MHz and assumption of cable loss is zero, the maximum antenna gain that will allow the EIRP to remain under the environmental evaluation exclusion limit of 3280 Watts is 20.7 dB. MPE is determined by the following relationship: Power Density P d (mW/cm2) = EIRP/4πd2 Where d = distance. 3280 Watts = 3.28x10 6 mW Therefore: d = (EIRP/4π P d )1/2 = (3.28x106 mW/ 4π(1 mW/cm2)) 1/2 = 510.89 = 511 cm The minimum safe distance from a radiating structure exhibiting a maximum gain of 20.7 dB connected to the BTS when installed and transmitting at full output power is 511 cm. .

Confidentiality Statement: This report and the information contained herein represent the results of testing articles/products identified and selected by the client. The tests were performed to specifications and/or procedures approved by the client. National Technical Systems (“NTS”) makes no representations expressed or implied that such testing fully demonstrates efficiency, performance, reliability, or any other characteristic of the articles being tested, or similar products. This report should not be relied upon as an endorsement or certification by NTS of the equipment tested, nor does it represent any statement whatsoever as to its merchantability or fitness of the test article or similar products for a particular purpose. This document shall not be reproduced except in full without written approval from National Technical Systems (“NTS”) and the customer. Test Report CFR 47 FCC Part 24, Subpart E CFR 47 FCC Part 2, Subpart J Industry Canada RSS-133 Star Solutions iCell EVDO Indoor Compact BTS 1900MHz FCC ID # S52-2-07-01-00-1 IC ID # 8076A-20701001 Project Code C-0098109 (Report C-0098109-RA-1-1) Revision: 1 October 21, 2010 Prepared for: Star Solutions Author: Daryl Therens Senior Test Specialist Approved by: Nick Kobrosly Director of Canadian Operations Star Solutions FCC ID: S52-2-07-01-00-1 IC ID: 8076A-20701001 Test Report C-0098109-RA-1-1 iCell EVDO Indoor Compact BTS 1900 MHz The test results contained in this report refer exclusively to the product(s) presented for testing. The test results do not cover models or products not referred herein. This test report should not be published or duplicated in whole or part without permission from the testing body and the customer. NTS Product Integrity Laboratory, 5151-47 th Street N.E. Tel: 403-568-6605, Fax: 403-568-6970 Confidential Page 2 of 41 October 21, 2010 Report Summary Test Facility: National Technical Systems, Canada Product Integrity Laboratory 5151-47 th Street, NE Calgary Alberta T3J 3R2 Applicant: Star Solutions 120 – 4600 Jacombs Road Richmond, BC, Canada V6V 3B1 Customer Representative: Name: Azadeh Farzin Phone #: (604) 276-0055, x244 Email Address: [email protected] EUT Description 1 EUT Description / Model Manufacturer Revision Serial Number iCell EVDO Indoor Compact BTS, Macro, 1F, Sector 1 Main, 1900MHz FullBand (3U unit) 24246647GS Star Solutions A4 17IOY8CKEIOF iCell EVDO Indoor Compact BTS, Macro, 1F, Sector 2/3, 1900MHz, FullBand (2, 2U Units) 24244743GS Star Solutions A3 17NFY9EKEIRN 17NFY9EKEIRM 1 See section 2.1 for more detail. Star Solutions FCC ID: S52-2-07-01-00-1 IC ID: 8076A-20701001 Test Report C-0098109-RA-1-1 iCell EVDO Indoor Compact BTS 1900 MHz The test results contained in this report refer exclusively to the product(s) presented for testing. The test results do not cover models or products not referred herein. This test report should not be published or duplicated in whole or part without permission from the testing body and the customer. NTS Product Integrity Laboratory, 5151-47 th Street N.E. Tel: 403-568-6605, Fax: 403-568-6970 Confidential Page 3 of 41 October 21, 2010 Test Summary Appendix Test/Requirement Description Deviations* from: Pass / Fail Applicable FCC Rule Parts Applicable Industry Canada Rule Parts Base Standard Test Basis NTS Procedure A RF Power Output No No No PASS FCC 24.232 RSS-133 2 4.1, 6.4 RSS-Gen 3 4.8 B Occupied Bandwidth (26dB emission bandwidth) No No No PASS FCC 24.238 N/A B Occupied Bandwidth (99% emission bandwidth) No No No PASS N/A RSS-Gen 4.6.1 C Conducted Spurious Emissions Band Edge No No No PASS FCC 24.238 RSS-133 6.5 C Conducted Spurious Emissions No No No PASS FCC 24.238 RSS-133 6.5 D TX Frequency Stability No No No PASS FCC 24.235 RSS-133 6.3 RSS-Gen 4.7 E Peak to Average Power No No No PASS FCC 24.232 RSS-133 6.4 F Tx / Rx Radiated Spurious Emissions No No No PASS FCC 24.238 RSS-133 6.3 RSS-133 6.6 RSS-Gen Test Result: The product presented for testing complied with test requirements as shown above. Prepared By: _______________________ Daryl Therens Senior Test Specialist Reviewed By: ______________________ Glen Moore Wireless/EMC Manager Approved By: ______________________ Alex Mathews Quality Management Representative 2 RSS-133, Issue 5, February 2009 3 RSS-Gen, Issue 2, June, 2007 Star Solutions FCC ID: S52-2-07-01-00-1 IC ID: 8076A-20701001 Test Report C-0098109-RA-1-1 iCell EVDO Indoor Compact BTS 1900 MHz The test results contained in this report refer exclusively to the product(s) presented for testing. The test results do not cover models or products not referred herein. This test report should not be published or duplicated in whole or part without permission from the testing body and the customer. NTS Product Integrity Laboratory, 5151-47 th Street N.E. Tel: 403-568-6605, Fax: 403-568-6970 Confidential Page 4 of 41 October 21, 2010 Table of Contents REPORT SUMMARY .................................................................................................................................................. 2 TEST SUMMARY ........................................................................................................................................................ 3 REGISTER OF REVISIONS ........................................................................................................................................ 5 1.0 INTRODUCTION ............................................................................................................................................. 6 1.1 PURPOSE ......................................................................................................................................................... 6 2.0 EUT DESCRIPTION......................................................................................................................................... 6 2.1 CONFIGURATION ...............................................................................................…

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