MPE report

FCC ID: TA8AKRC161489-1

RF Exposure Info

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FCCID_3034814

REPORT issued by an FCC listed Laboratory Reg. no. 93866. The test site complies with RSS-Gen, file no: IC 3482A Contact person Date Reference Page Tomas Lennhager 2016-06-10 6P03968-MPE 1 (2) Electronics +46 10 516 54 09 Tomas.Lennhager@sp.se Ericsson AB Anders Karlsson PDU HW Torshamnsgatan 21 164 83 Stockholm MPE test on Ericsson Radio 2203 B2 B25 (4 appendices) Test object Product name: Radio 2203 B2 B25 Product number: KRC 161 489/1 See appendix 1 for the tested hardware configuration and general information. See appendix 4 for photos. Summary Standard Compliant Appendix Remarks CFR 47 part 2.1091 Radiofrequency radiation 2 - Yes exposure evaluation: mobile devices RSS-102 Radio Frequency Exposure compliance of Yes 2 - Radio communication Apparatus OET Bulletin 65/ KDB 447498 Yes 2 - SP Technical Research Institute of Sweden Electronics - EMC Performed by Examined by __Signature_1 __Signature_2 Tomas Isbring Anders Nordlöf SP Technical Research Institute of Sweden Postal address Office location Phone / Fax / E-mail This document may not be reproduced other than in full, except with the SP Västeråsen +46 10 516 50 00 prior written approval of SP. Box 857 Brinellgatan 4 +46 33 13 55 02 SE-501 15 BORÅS SE-504 62 BORÅS info@sp.se Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 2 (2) Table of contents Purpose of test Appendix 1 Description of the test object Appendix 1 Tested configuration Appendix 1 Operational test mode Appendix 1 Measurement equipment Appendix 1 Test facility Appendix 1 Uncertainties Appendix 1 Reservation Appendix 1 Delivery of test object Appendix 1 Test engineers Appendix 1 Test participant Appendix 1 RF exposure evaluation Appendix 2 Hardware list Appendix 3 Photos of test object Appendix 4 SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 1 (5) Appendix 1 Purpose of test The tests were performed to verify that the radiofrequency exposure of the Radio meets the requirements of CFR 47 part 2.1091 and RSS-102. References Measurements were done according to relevant parts of the following standards: CFR 47 part 2, 2015 RSS-102 Issue 5 3GPP TS 25.141, version 13.0.0 3GPP TS 36.141, version 11.11.0 KDB 447498 D01 General RF Exposure Guidance v06 OET Bulletin 65 1997 Description of the test object The test object is a Remote Radio Unit (Radio 2203 B2 B25) for a LTE and WCDMA base station and designed to provide mobile users with a connection to a mobile network. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 2 (5) Appendix 1 Tested configuration RF configuration: Antenna port A: 1x 37.0 dBm (5 W) Antenna port B: 1x 37.0 dBm (5 W) SFP module: See appendix 4 for details OIL: Opto fibre, single mode, 10 Gbit/s Power configuration: -48 VDC Operational test mode LTE: The test object was activated for maximum transmit power. E-TM1.1 as defined in ETSI TS 136 141/ 3GPP TS 36.141 was used in all cells. The test object was configured with both RF paths allocated to the following frequency: Frequency Comment [MHz] 1930.7 TX bottom frequency in 1.4 MHz BW configuration 1931.5 TX bottom frequency in 3 MHz BW configuration 1932.5 TX bottom frequency in 5 MHz BW configuration 1935.0 TX bottom frequency in 10 MHz BW configuration 1937.5 TX bottom frequency in 15 MHz BW configuration 1940.0 TX bottom frequency in 20 MHz BW configuration 1962.5 TX mid frequency in 1.4 MHz - 20 MHz BW configurations 1985.0 TX top frequency in 20 MHz BW configuration 1987.5 TX top frequency in 15 MHz BW configuration 1990.0 TX top frequency in 10 MHz BW configuration 1992.5 TX top frequency in 5 MHz BW configuration 1993.5 TX top frequency in 3 MHz BW configuration 1994.3 TX top frequency in 1.4 MHz BW configuration WCDMA: The test object was activated for maximum transmit power. TM 1 (SF=128) as defined in ETSI TS 125 141/ 3GPP TS 25.141 was used in all cells. The channel type “3GPP Reference channel 12.2 ksps slotformat 10” was used in all cells. The test object was configured with both RF paths allocated to the following frequency: Frequency Comment [MHz] 1932.4 TX bottom frequency 1962.6 TX mid frequency 1992.6 TX top frequency All RX frequencies were configured 80 MHz below the corresponding TX frequency according to the applicable duplex offset for the operating band. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 3 (5) Appendix 1 Test setup: Test object: 1. Radio 2203 B2 B25 with antenna, see appendix 3 for details Associated equipment: 2. Testing Equipment: CT10, LPC 102 487/1, rev. R1C, s/n: T01F375047, BAMS – 1001466801 with software CXA 104 446/1, rev. R8M01/7 Functional test equipment: 3. HP EliteBook 8560w, BAMS – 1001236851 Interface: Type of port: Power: 120 VAC, 60 Hz AC Power 1, optical interface Signal 2, optical interface, not used in this configuration Signal Ext Alarm Signal Ground wire Ground SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 4 (5) Appendix 1 Measurement equipment Calibration Due SP number Test site Tesla 2017-01 503 881 Measurement software: Antennkalibrering V1.24 - - Calculation software: EMF V1.5 - - Laser probe AR FL7018 2017-03 902 280 Testo 625 Temperature and humidity meter 2017-06 504 188 Test facility The used test site (503 881) is compliant with the requirements of section 2.948 of the FCC rules and listed, registration number 93866, as a facility accepted for certification under parts 15 and 18. The site complies with RSS-Gen, Issue 4 and is accepted by Industry Canada for the performance of radiated measurements, file no: IC 3482A-1. Uncertainties Measurement and test instrument uncertainties are described in the quality assurance documentation ”SP-QD 10885”. The measurement uncertainties can be found in the table below. The uncertainties are calculated with a coverage factor k=2 (95% level of confidence). Standard Method Uncertainty RSS-102 RF exposure evaluation 10 %, Note Note: Stated uncertainty refers to the calculated distance. Compliancy evaluation is based on a shared risk principle with respect to the measurement uncertainty. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 5 (5) Appendix 1 Reservation The test results in this report apply only to the particular test object as declared in the report. Delivery of test object The test object was delivered: 2016-05-06. Test engineers Tomas Isbring and Rolf Kühn, SP. Test participant None. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 1 (16) Appendix 2 RF exposure evaluation: 2.1091 Mobile devices / RSS-102 4.2 Date Temperature Humidity 2016-05-12 23 °C ± 3 °C 21 % ± 5 % 2016-05-13 23 °C ± 3 °C 31 % ± 5 % 2016-05-16 23 °C ± 3 °C 25 % ± 5 % 2016-05-17 23 °C ± 3 °C 34 % ± 5 % Procedure Systems operating under the provisions of this section shall be operated in a manner that ensures that the public is not exposed to radio frequency energy levels in excess limit for maximum permissible exposure. In accordance with RSS-102 this device has been defined as a mobile device whereby a distance of at least 20 cm normally can be maintained between the user and the device. Test setup and procedure The test object is measured in twelve directions (in 30° steps) with the field probe continuously scanning from 0.1 – 2 m in height. Measuring distance was 20 cm from the surface of the test object, step 1 is repeated with a distance increment of 20 cm until the measured field strength is compliant. The measurements were scaled according to: 1. Highest possible output power with respect to the declared tolerance. 2. Field probe characteristics with respect to the modulated signal at different levels of the field strength. The nominal power for each antenna port stated by the manufacturer is 5 W (total power: 10 W), with a tolerance of +0.6 dB/ -2.0 dB. The measured output power was as follows for the worst case configurations: LTE 1.4 MHz, TX top frequency: 4.9 W (36.9 dBm) LTE 3 MHz, TX mid frequency: 4.8 W (36.8 dBm) LTE 20 MHz, TX mid frequency: 4.9 W (36.9 dBm) WCDMA, TX bottom frequency: 4.9 W (36.9 dBm) WCDMA, TX mid frequency: 4.8 W (36.8 dBm) The measurements were therefore adjusted by the following corrections to cover the highest possible output power: LTE 1.4 MHz, TX top frequency: 0.7 dBm LTE 3 MHz, TX mid frequency: 0.8 dBm LTE 20 MHz, TX mid frequency: 0.7 dBm WCDMA, TX bottom frequency: 0.7 dBm WCDMA, TX mid frequency: 0.8 dBm The measurement were made with an Integrated antenna and with Semi-integrated omni antennas. The distance for compliance for Adult is derived from spatial average over the full scan height. The distance for compliance for Child is derived from spatial average over ± 45 cm from the height where the highest level was detected. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 2 (16) Appendix 2 Test setup, Integrated antenna KRE 101 2249/1: Test setup, Semi-integrated omni antenna KRE 101 2233/1: SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 3 (16) Appendix 2 Test setup, Semi-integrated omni antenna KRE 101 2245/1: SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 4 (16) Appendix 2 Results Integrated antenna KRE 101 2249/1, worst case: LTE BW 20 MHz, TX mid frequency. Distance for compliance according to RSS-102: Note: The test object was placed with the front side facing 0° as shown in the test setup photo. Distance for compliance (cm). Direction Adult Child 0° 67.2 107.3 30° 46.6 82.9 60° 20.0 21.3 90° 20.0 20.0 120° 20.0 20.0 150° 20.0 20.0 180° 20.0 20.0 210° 20.0 20.0 240° 20.0 20.0 270° 20.0 20.0 300° 20.0 20.0 330° 46.5 83.1 Note: The distance for compliance of every direction in the table above is calculated from the chassis of the test object. The limit level was 0.46606 mW/cm2 for LTE BW 20 MHz, TX mid frequency. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 5 (16) Appendix 2 Distance for compliance according to 47 CFR 1.1310: Note: The test object was placed with the front side facing 0° as shown in the test setup photo. Distance for compliance (cm). Direction Adult Child 0° 33.4 62.0 30° 27.5 43.0 60° 20.0 20.0 90° 20.0 20.0 120° 20.0 20.0 150° 20.0 20.0 180° 20.0 20.0 210° 20.0 20.0 240° 20.0 20.0 270° 20.0 20.0 300° 20.0 20.0 330° 21.9 43.0 Note: The distance for compliance of every direction in the table above is calculated from the chassis of the test object. The limit level was 1.0 mW/cm2 for LTE BW 20 MHz, TX mid frequency. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 6 (16) Appendix 2 Integrated antenna KRE 101 2249/1, worst case: WCDMA, TX bottom frequency Distance for compliance according to RSS-102: Note: The test object was placed with the front side facing 0° as shown in the test setup photo. Distance for compliance (cm). Direction Adult Child 0° 72.5 115.5 30° 50.6 88.6 60° 20.0 21.1 90° 20.0 20.0 120° 20.0 20.0 150° 20.0 20.0 180° 20.0 20.0 210° 20.0 20.0 240° 20.0 20.0 270° 20.0 20.0 300° 20.0 23.5 330° 51.3 88.4 Note: The distance for compliance of every direction in the table above is calculated from the chassis of the test object. The limit level was 0.461163 mW/cm2 for WCDMA, TX bottom frequency. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 7 (16) Appendix 2 Distance for compliance according to 47 CFR 1.1310: Note: The test object was placed with the front side facing 0° as shown in the test setup photo. Distance for compliance (cm). Direction Adult Child 0° 33.5 65.6 30° 20.0 45.7 60° 20.0 20.0 90° 20.0 20.0 120° 20.0 20.0 150° 20.0 20.0 180° 20.0 20.0 210° 20.0 20.0 240° 20.0 20.0 270° 20.0 20.0 300° 20.0 20.0 330° 22.6 48.3 Note: The distance for compliance of every direction in the table above is calculated from the chassis of the test object. The limit level was 1.0 mW/cm2 for WCDMA, TX bottom frequency. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 8 (16) Appendix 2 Semi-integrated omni antenna KRE 101 2233/1, worst case: LTE 3 MHz, TX mid frequency. Distance for compliance according to RSS-102: Note: The test object was placed with the front side facing 0° as shown in the test setup photo. Distance for compliance (cm). Direction Adult Child 0° 20.0 28.3 30° 20.0 30.0 60° 20.0 34.5 90° 20.0 28.2 120° 26.2 39.3 150° 20.0 35.2 180° 20.0 33.5 210° 20.0 36.1 240° 26.0 40.4 270° 20.0 27.7 300° 20.0 36.0 330° 20.0 29.6 Note: The distance for compliance of every direction in the table above is calculated from the chassis of the test object. The limit level was 0.46606 mW/cm2 for LTE BW 3 MHz, TX mid frequency. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 9 (16) Appendix 2 Distance for compliance according to 47 CFR 1.1310: Note: The test object was placed with the front side facing 0° as shown in the test setup photo. Distance for compliance (cm). Direction Adult Child 0° 20.0 20.0 30° 20.0 20.0 60° 20.0 20.0 90° 20.0 20.0 120° 20.0 24.3 150° 20.0 20.0 180° 20.0 20.0 210° 20.0 20.0 240° 20.0 23.9 270° 20.0 20.0 300° 20.0 20.0 330° 20.0 20.0 Note: The distance for compliance of every direction in the table above is calculated from the chassis of the test object. The limit level was 1.0 mW/cm2 for LTE BW 3 MHz, TX mid frequency. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 10 (16) Appendix 2 Semi-integrated omni antenna KRE 101 2233/1, worst case: WCDMA, TX bottom frequency Distance for compliance according to RSS-102: Note: The test object was placed with the front side facing 0° as shown in the test setup photo. Distance for compliance (cm). Direction Adult Child 0° 20.0 27.5 30° 20.0 30.5 60° 20.0 35.1 90° 20.0 27.6 120° 26.2 39.1 150° 20.2 34.8 180° 20.0 34.3 210° 20.2 35.3 240° 26.0 39.2 270° 20.0 28.2 300° 20.0 35.4 330° 20.0 30.0 Note: The distance for compliance of every direction in the table above is calculated from the chassis of the test object. The limit level was 0.461163 mW/cm2 for WCDMA, TX bottom frequency. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 11 (16) Appendix 2 Distance for compliance according to 47 CFR 1.1310: Note: The test object was placed with the front side facing 0° as shown in the test setup photo. Distance for compliance (cm). Direction Adult Child 0° 20.0 20.0 30° 20.0 20.0 60° 20.0 20.0 90° 20.0 20.0 120° 20.0 24.2 150° 20.0 20.0 180° 20.0 20.0 210° 20.0 20.0 240° 20.0 23.6 270° 20.0 20.0 300° 20.0 20.0 330° 20.0 20.0 Note: The distance for compliance of every direction in the table above is calculated from the chassis of the test object. The limit level was 1.0 mW/cm2 for WCDMA, TX bottom frequency. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 12 (16) Appendix 2 Semi-integrated omni antenna KRE 101 2245/1, worst case: LTE 1.4 MHz, TX top frequency. Distance for compliance according to RSS-102: Note: The test object was placed with the front side facing 0° as shown in the test setup photo. Distance for compliance (cm). Direction Adult Child 0° 20.0 30.1 30° 20.0 30.7 60° 20.0 36.8 90° 20.0 30.3 120° 26.6 40.6 150° 21.3 37.6 180° 20.0 35.5 210° 21.1 39.7 240° 25.8 40.9 270° 20.0 29.5 300° 20.5 36.7 330° 20.0 30.8 Note: The distance for compliance of every direction in the table above is calculated from the chassis of the test object. The limit level was 0.471208 mW/cm2 for LTE BW 1.4 MHz, TX top frequency. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 13 (16) Appendix 2 Distance for compliance according to 47 CFR 1.1310: Note: The test object was placed with the front side facing 0° as shown in the test setup photo. Distance for compliance (cm). Direction Adult Child 0° 20.0 20.0 30° 20.0 20.0 60° 20.0 20.0 90° 20.0 20.0 120° 20.0 25.4 150° 20.0 20.0 180° 20.0 20.0 210° 20.0 20.0 240° 20.0 24.2 270° 20.0 20.0 300° 20.0 20.0 330° 20.0 20.0 Note: The distance for compliance of every direction in the table above is calculated from the chassis of the test object. The limit level was 1.0 mW/cm2 for LTE BW 1.4 MHz, TX top frequency. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 14 (16) Appendix 2 Semi-integrated omni antenna KRE 101 2245/1, worst case: WCDMA, TX mid frequency Distance for compliance according to RSS-102: Note: The test object was placed with the front side facing 0° as shown in the test setup photo. Distance for compliance (cm). Direction Adult Child 0° 20.0 29.2 30° 20.0 32.2 60° 20.0 37.7 90° 20.0 30.2 120° 27.4 42.2 150° 21.4 37.3 180° 20.0 32.6 210° 20.7 37.4 240° 26.2 41.1 270° 20.0 29.9 300° 21.5 37.7 330° 20.0 32.9 Note: The distance for compliance of every direction in the table above is calculated from the chassis of the test object. The limit level was 0.466076 mW/cm2 for WCDMA, TX mid frequency. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 15 (16) Appendix 2 Distance for compliance according to 47 CFR 1.1310: Note: The test object was placed with the front side facing 0° as shown in the test setup photo. Distance for compliance (cm). Direction Adult Child 0° 20.0 20.0 30° 20.0 20.0 60° 20.0 20.0 90° 20.0 20.0 120° 20.0 26.2 150° 20.0 20.0 180° 20.0 20.0 210° 20.0 20.0 240° 20.0 24.5 270° 20.0 20.0 300° 20.0 20.0 330° 20.0 20.0 Note: The distance for compliance of every direction in the table above is calculated from the chassis of the test object. The limit level was 1.0 mW/cm2 for WCDMA, TX mid frequency. SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 16 (16) Appendix 2 Limits According to 47 CFR 1.1310. ((B) Limits for General Population/Uncontrolled Exposure Frequency range Electric field Magnetic field Power density Averaging time (MHz) strength strength [S] (mW/cm2) |E|2. |H|2 or S [E] (V/m) [H] (A/m) (minutes) 1500-100000 - - 1 (Note 1) According to RSS-102 Table 4 RF Field Strength Limits for Devices Used by the General Public (Uncontrolled Environment) Frequency range Electric field Magnetic field Power density Averaging time (MHz) strength strength [S] (W/m2) |E|2. |H|2 or S [E] (V/m) [H] (A/m) (minutes) 300-6000 - - 0.02619f0.6834 (Note 1) f = frequency in MHz. Note 1: The test was executed with the test object configured for continuous transmission with maximum output power setting to represent worst case. Therefore no averaging time measurement was made. Complies? Yes SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 1 (1) Appendix 3 Hardware list Product name Product number R-state Serial number Radio 2203 B2 B25 KRC 161 489/1 R1D C82A522331 PSU AC 10 BML 901 350/1 R1B BW9A400553 FAN UNIT BKV 106 176/2 R2B CE51000UEM Antennas: Product name Product number R-state Serial number Antenna 6503 KRE 101 2249/1 R1C D775310040 VPol Omni 790-960/ 1710-2700 (rightside) KRE 101 2233/1 - DEI4027800 VPol Omni 790-960/ 1710-2700 (leftside) KRE 101 2233/1 - DEI4027744 VPol Omni 694-894/ 1710-2700 (rightside) KRE 101 2245/1 - DEI4432219 VPol Omni 694-894/ 1710-2700 (leftside) KRE 101 2245/1 - DEI4432235 SFP modules: Product number Product name Product number Manufacturer Serial number of Manufacturer SFP RDH 102 65/3 Finisar FTLX1471D3BTL-E7 AM9041L Radio software: Product number Revision CXP 901 7316/2 R62EU SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 1 (5) Appendix 4 Photos of test object Front side of Radio 2203 B2 B25 PSU AC 10 and FAN UNIT: SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 2 (5) Appendix 4 Front side with integrated antenna KRE 101 2249/1 Front side with omni antenna KRE 101 2233/1 Front side with omni antenna KRE 101 2245/1 SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 3 (5) Appendix 4 Radio label: PSU AC 10 label: FAN UNIT label: SFP module: SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 4 (5) Appendix 4 Integrated antenna KRE 101 2249/1 label: Semi-integrated omni antenna KRE 101 2233/1 labels: Rightside antenna: Leftside antenna: SP Technical Research Institute of Sweden

Date Reference Page REPORT 2016-06-10 6P03968-MPE 5 (5) Appendix 4 Semi-integrated omni antenna KRE 101 2245/1 labels: Rightside antenna: Leftside antenna: SP Technical Research Institute of Sweden


Document Created: 2016-06-10 15:28:41
Document Modified: 2016-06-10 15:28:41
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