TA8AKRC163002Radio Unit

Model (PMN): Radio 4490 44B2/B25 44B66A C FCC ID:TA8AKRC163002 IC:287AB-AS163002 FCCUncontrolled Total exposure ratio for simultaneous operation 0.071160<1 = Pass Band, typeFrequency, MHz Conducted power (measured), dBm Cable loss, dB Maximum power at antenna terminal, dBm Duty cycle, % Average power adjusted for duty cycle, mW Antenna gain, dBi Number of antennas Total system gain, dBi Declared distance, cm Average power density at declared distance, mW/cm 2 MPE limit, mW/cm 2 Exposure ratio Minimum calculated prediction distance for compliance, cm Margin of Compliance, dB Maximum permitted total system gain, dBi B251982.547.706.741.0010012589.17618.20424.2220200.0648851.0000000.06488551511.8836.10 B662167.547.556.740.85101217.54818.20424.2220200.0062751.0000000.00627516022.0246.24 FCCControlled Total exposure ratio for simultaneous operation 0.134508<1 = Pass Band, typeFrequency, MHz Conducted power (measured), dBm Cable loss, dB Maximum power at antenna terminal, dBm Duty cycle, % Average power adjusted for duty cycle, mW Antenna gain, dBi Number of antennas Total system gain, dBi Declared distance, cm Average power density at declared distance, mW/cm 2 MPE limit, mW/cm 2 Exposure ratio Minimum calculated prediction distance for compliance, cm Margin of Compliance, dB Maximum permitted total system gain, dBi B251982.547.706.741.0010012589.17618.20424.228800.3418875.0000000.06837723011.6535.87 B662167.547.556.740.8510012175.48018.20424.228800.3306525.0000000.06613022611.8036.02 ISEDUncontrolled Maximum power density 0.30840 W/m 2 Total simultaneous power density 0.60666 W/m 2 Total exposure ratio for simultaneous operation 0.12551<1 = Pass Band, typeFrequency, MHz Conducted power (measured), dBm Cable loss, dB Maximum power at antenna terminal, dBm Duty cycle, % Average power adjusted for duty cycle, mW Antenna gain, dBi Number of antennas Total system gain, dBi Declared distance, cm Average power density at declared distance, mW/cm 2 MPE limit, mW/cm 2 Exposure ratio Minimum calculated prediction distance for compliance, cm Margin of Compliance, dB Maximum permitted total system gain, dBi B251982.547.706.741.0010012589.17618.20424.2229300.0308400.4693000.06571475111.8236.04 B662167.547.556.740.8510012175.48018.20424.2229300.0298260.4988040.05979671612.2336.45 ISEDControlled Maximum power density 1.93409 W/m 2 Total simultaneous power density 3.80461 W/m 2 Total exposure ratio for simultaneous operation 0.12954<1 = Pass Band, typeFrequency, MHz Conducted power (measured), dBm Cable loss, dB Maximum power at antenna terminal, dBm Duty cycle, % Average power adjusted for duty cycle, mW Antenna gain, dBi Number of antennas Total system gain, dBi Declared distance, cm Average power density at declared distance, mW/cm 2 MPE limit, mW/cm 2 Exposure ratio Minimum calculated prediction distance for compliance, cm Margin of Compliance, dB Maximum permitted total system gain, dBi B251982.547.706.741.0010012589.17618.20424.2211700.1934092.8741060.06729330411.7235.94 B662167.547.556.740.8510012175.48018.20424.2211700.1870533.0052170.06224329212.0636.28

Section 3: Equipment under test (EUT) details Report ID: REP013195 Page 14 of 258 3.5 Setup photographs Figure 3.5-1: Set up photo for Radio Compliance Testing Section 3: Equipment under test (EUT) details Report ID: REP013195 Page 15 of 258 Setup photographs, continued Figure 3.5-2: EUT Set-up photo for Radiated Emissions [30 MHz to 1000 MHz] Figure 3.5-3: EUT Set-up photo for Radiated Emission above 1 GHz Section 3: Equipment under test (EUT) details Report ID: REP013195 Page 16 of 258 Setup photographs, continued Figure 3.5-4: EUT Set-up photo for Radiated Emissions [18-40 GHz]

CapacityCompactCoverage ericsson.com/antenna-system Antenna 2200 0L 2M 1.3m KRE 101 2452/1 65° | 2x 1695–2690 MHz | 18.0 dBi Electrical downtilt set by integrated RET Y1Y2 LeftRight 2Ericsson Antenna System | KRE 101 2452/1 – Antenna 2200 0L 2M 1.3mAugust 2021 Left side, midbandY1, connector 1–2 Frequency RangeMHz1695 – 18801850 – 19901920 – 21702300 – 24002490 – 2690 Gain at mid TiltdBi17.417.617.817.817.9 Gain over all TiltsdBi17.4 ± 0.517.6 ± 0.517.7 ± 0.617.8 ± 0.817.8 ± 0.8 Horizontal Pattern: Azimuth Beamwidth°67 ± 2.565 ± 1.365 ± 1.164 ± 2.661 ± 3.2 Front-to-Back Ratio, Total Power, ± 30° dB> 25> 25> 25> 25> 25 Cross Polar Discrimination at Boresight dB> 30> 29> 29> 24> 22 Cross Polar Discrimination over Sector dB> 18.0> 17.5> 14.5> 8.0> 5.5 Azimuth Beam Port-to-Port Tracking dB< 1.5< 1.5< 1.5< 2.0< 3.0 Vertical Pattern: Elevation Beamwidth°7.5 ± 0.57.0 ± 0.26.7 ± 0.55.9 ± 0.25.4 ± 0.3 Electrical Downtilt continuously adjustable °0.0 – 10.0 Tilt Accuracy°< 0.5< 0.5< 0.6< 0.5< 0.6 First Upper Sidelobe Suppression dB> 15> 16> 17> 18>15 Upper Sidelobe Suppression, 20° Sector above Main Beam dB> 14> 15> 16> 16> 14 Intra-Cluster IsolationdB≥ 28 Port to Port IsolationdB≥ 28 (Y1 // Y2) Max. Effective Power per Port W200 Values based on NGMN-P-BASTA (version 11.1) requirements. Right side, midbandY2, connector 3–4 Frequency RangeMHz1695 – 18801850 – 19901920 – 21702300 – 24002490 – 2690 Gain at mid TiltdBi17.317.517.717.717.9 Gain over all TiltsdBi17.3 ± 0.717.5 ± 0.717.7 ± 0.717.6 ± 0.917.8 ± 0.9 Horizontal Pattern: Azimuth Beamwidth°67 ± 2.564 ± 1.564 ± 1.162 ± 2.960 ± 3.1 Front-to-Back Ratio, Total Power, ± 30° dB> 24> 24> 23> 23> 24 Cross Polar Discrimination at Boresight dB> 33> 30> 30> 22> 22 Cross Polar Discrimination over Sector dB> 16.0> 15.5> 14.0> 8.5> 6.5 Azimuth Beam Port-to-Port Tracking dB< 1.5< 1.5< 2.0< 2.0< 3.5 Vertical Pattern: Elevation Beamwidth°7.5 ± 0.57.0 ± 0.36.7 ± 0.45.8 ± 0.25.3 ± 0.3 Electrical Downtilt continuously adjustable °0.0 – 10.0 Tilt Accuracy°< 0.4< 0.4< 0.3< 0.3< 0.3 First Upper Sidelobe Suppression dB> 17> 16> 18> 17>16 Upper Sidelobe Suppression, 20° Sector above Main Beam dB> 15> 15> 17> 15> 15 Intra-Cluster IsolationdB≥ 28 Port to Port IsolationdB≥ 28 (Y2 // Y1) Max. Effective Power per Port W200 Values based on NGMN-P-BASTA (version 11.1) requirements. 3Ericsson Antenna System | KRE 101 2452/1 – Antenna 2200 0L 2M 1.3mAugust 2021 1081 | 42.61260 | 49.6 1293.7 | 50.9 Material:Reflector screen and dipoles: Aluminum. Fiberglass housing: It covers totally the internal antenna components. The special design reduces the sealing areas to a minimum and guarantees the best weather protection. Fiberglass material guarantees optimum performance with regards to stability, stiffness, UV resistance and painting. The color of the radome is light grey. All nuts and bolts: Stainless steel or hot-dip galvanized steel. Grounding:The metal parts of the antenna including the mounting kit and the inner conductors are DC grounded. Electrical specifications, all ports ImpedanceΩ50 VSWR< 1.5 Return LossdB> 14 Inter-Cluster IsolationdB> 28 Passive IntermodulationdBc< −153 (2 x 43 dBm carrier) Polarization°+45, −45 Max. Effective Power for the Antenna W600 Values based on NGMN-P-BASTA (version 11.1) requirements. Mechanical specifications Input4x 4.3-10 female Connector Position bottom Adjustment MechanismIntegrated RET, continuously adjustable Wind load (at Rated Wind Speed: 150 km/h) N | lbfFrontal: 345 | 78 Maximal: 345 | 78 Max. Wind Velocitykm/h mph 200 124 Height / Width / Depthmm inches 1260 / 265 / 120 49.6 / 10.4 / 4.7 Weightkg lb 10.8 / 13.6 (clamps incl.) 23.8 / 30 (clamps incl.) Packing Size mm inches 1535 / 315 / 185 60.4 / 12.4 / 7.3 Scope of SupplyAntenna, mounting kit (50–115 mm) incl. mech. Tilt-kit (0°–16°) SXA 120 131/1, integr. RET KRY 121 78/1 Correlation Table Frequency rangeArrayConnector / Ports 1695–2690 MHzY11–2 1695–2690 MHzY23–4 Layout of interface Y1Y2 LeftRight 141.7 | 5.6 129.4 | 5.1 265 | 10.4 185 | 7.3 65 | 2.5 94.3 | 37.1 88.3 | 34.7 Bottom view * Dimensiones refer to radome All dimensions in mm | inches Ericsson enables communications service providers to capture the full value of connectivity. The company’s portfolio spans Networks, Digital Services, Mana- ged Services, and Emerging Business and is designed to help our customers go digital, increase efficiency and find new revenue streams. Ericsson’s investments in innovation have delivered the benefits of telephony and mobile broadband to billions of people around the world. The Ericsson stock is listed on Nasdaq Stockholm and on Nasdaq New York. Read more on www.ericsson.com The content of this document is subject to revision without notice due to continued progress in methodology, design and manufacturing. Ericsson shall have no lia- bility for any error or damage of any kind resulting from the use of this document ericsson.com KRE 101 2452/1 Rev. B © Ericsson AB 2021

Section 8 Testing data Test name Band edge measurement at RF antenna connector (Band 2/25) Specification FCC Part 24 and RSS-133, Issue 6 Report ID: REP013195 Page 232 of 259 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −19 dBm and lower. Figure 8.6-226: Conducted emission at the lower band edge Figure 8.6-227: Conducted emission 1 MHz away from the lower band edge Frequency: 1929.9 MHz Mode: Multi-RAT operation Frequency: 1929 MHz Mode: Multi-RAT operation Meas. BW: 1% of EBW Tech.: GSM + SA + LTE 10 MHz Meas. BW: 1 MHz Tech.: GSM + SA + LTE 10 MHz Limit: −19 dBm/2 kHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Figure 8.6-228: Conducted emission at the upper band edge Frequency: 1995 MHz Mode: Multi-RAT operation Meas. BW: 1 MHz Tech.: GSM + SA + LTE 10 MHz Limit: −19 dBm/MHz Notes: Non-contiguous Section 8 Testing data Test name Band edge measurement at RF antenna connector (Band 2/25) Specification FCC Part 24 and RSS-133, Issue 6 Report ID: REP013195 Page 233 of 259 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −19 dBm and lower. Figure 8.6-229: Conducted emission at the lower band edge Frequency: 1930 MHz Mode: Multi-RAT operation Meas. BW: 1 MHz Tech.: WCDMA + LTE 1.4 MHz + SA Limit: −19 dBm/MHz Notes: Non-contiguous Figure 8.6-230: Conducted emission at the upper band edge Figure 8.6-231: Conducted emission 1 MHz away from the upper band edge Frequency: 1995.1 MHz Mode: Multi-RAT operation Frequency: 1996 MHz Mode: Multi-RAT operation Meas. BW: 1% of EBW Tech.: WCDMA + LTE 1.4 MHz + SA Meas. BW: 1 MHz Tech.: WCDMA + LTE 1.4 MHz + SA Limit: −19 dBm/2 kHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Section 8 Testing data Test name Band edge measurement at RF antenna connector (Band 2/25) Specification FCC Part 24 and RSS-133, Issue 6 Report ID: REP013195 Page 234 of 259 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −19 dBm and lower. Figure 8.6-232: Conducted emission at the lower band edge Figure 8.6-233: Conducted emission 1 MHz away from the lower band edge Frequency: 1930 MHz Mode: Multi-RAT operation Frequency: 1929 MHz Mode: Multi-RAT operation Meas. BW: 1% of EBW Tech.: NR 5 MHz + SA + LTE 1.4 MHz (10W) Meas. BW: 1 MHz Tech.: NR 5 MHz + SA + LTE 1.4 MHz (10W) Limit: −19 dBm/50 kHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Figure 8.6-234: Conducted emission at the upper band edge Figure 8.6-235: Conducted emission 1 MHz away from the upper band edge Frequency: 1995 MHz Mode: Multi-RAT operation Frequency: 1996 MHz Mode: Multi-RAT operation Meas. BW: 1% of EBW Tech.: NR 5 MHz + SA + LTE 1.4 MHz (10W) Meas. BW: 1 MHz Tech.: NR 5 MHz + SA + LTE 1.4 MHz (10W) Limit: −19 dBm/14 kHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Section 8 Testing data Test name Radiated spurious emissions (Band 66 & 2/25) Specification RSS-Gen, Issue 5 Report ID: REP013195 Page 235 of 259 8.7 Radiated spurious emissions (Band 66 & 2/25) 8.7.1 Definitions and limits FCC §27.53: (h) AWS emission limits (1) General protection levels. Except as otherwise specified below, for operations in the 1695–1710 MHz, 1710–1755 MHz, 1755–1780 MHz, 1915–1920 MHz, 1995–2000 MHz, 2000–2020 MHz, 2110–2155 MHz, 2155–2180 MHz, and 2180–2200 bands, the power of any emission outside a licensee's frequency block shall be attenuated below the transmitter power (P) in watts by at least 43 + 10 log 10 (P) dB. (3) Measurement procedure. (i) Compliance with this provision is based on the use of measurement instrumentation employing a resolution bandwidth of 1 megahertz or greater. However, in the 1-megahertz bands immediately outside and adjacent to the licensee's frequency block, a resolution bandwidth of at least one percent of the emission bandwidth of the fundamental emission of the transmitter may be employed. The emission bandwidth is defined as the width of the signal between two points, one below the carrier center frequency and one above the carrier center frequency, outside of which all emissions are attenuated at least 26 dB below the transmitter power. (ii) When measuring the emission limits, the nominal carrier frequency shall be adjusted as close to the licensee's frequency block edges, both upper and lower, as the design permits. (iii) The measurements of emission power can be expressed in peak or average values, provided they are expressed in the same parameters as the transmitter power. FCC §24.238(a): Out of band emissions. The power of any emission outside of the authorized operating frequency ranges must be attenuated below the transmitting power (P) by a factor of at least 43 + 10 log(P) dB. (b) Measurement procedure. Compliance with these rules is based on the use of measurement instrumentation employing a resolution bandwidth of 1 MHz or greater. However, in the 1 MHz bands immediately outside and adjacent to the frequency block a resolution bandwidth of at least one percent of the emission bandwidth of the fundamental emission of the transmitter may be employed. A narrower resolution bandwidth is permitted in all cases to improve measurement accuracy provided the measured power is integrated over the full required measurement bandwidth (i.e. 1 MHz or 1 percent of emission bandwidth, as specified). The emission bandwidth is defined as the width of the signal between two points, one below the carrier center frequency and one above the carrier center frequency, outside of which all emissions are attenuated at least 26 dB below the transmitter power. Section 8 Testing data Test name Radiated spurious emissions (Band 66 & 2/25) Specification RSS-Gen, Issue 5 Report ID: REP013195 Page 236 of 259 Definitions and limits, continued RSS-139, Section 5.6: Unwanted emissions shall be measured in terms of average values. For all equ…

Text truncated - open the document above for the full version.

Section 8 Testing data Test name Band edge measurement at RF antenna connector (Band 2/25) Specification FCC Part 24 and RSS-133, Issue 6 Report ID: REP013195 Page 203 of 259 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −19 dBm and lower. Figure 8.6-133: Conducted emission at the lower band edge Frequency: 1930 MHz Mode: Multi-carrier operation Meas. BW: 1 MHz Tech.: 2xWCDMA MHz Limit: −19 dBm/MHz Notes: Non-contiguous Figure 8.6-134: Conducted emission at the upper band edge Figure 8.6-135: Conducted emission 1 MHz away from the upper band edge Frequency: 1995 MHz Mode: Multi-carrier operation Frequency: 1996 MHz Mode: Multi-carrier operation Meas. BW: 1% of EBW Tech.: 2xWCDMA MHz Meas. BW: 1 MHz Tech.: 2xWCDMA MHz Limit: −19 dBm/50 kHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Section 8 Testing data Test name Band edge measurement at RF antenna connector (Band 2/25) Specification FCC Part 24 and RSS-133, Issue 6 Report ID: REP013195 Page 204 of 259 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −19 dBm and lower. Figure 8.6-136: Conducted emission at the lower band edge Figure 8.6-137: Conducted emission 1 MHz away from the lower band edge Frequency: 1930 MHz Mode: Multi-carrier operation Frequency: 1929 MHz Mode: Multi-carrier operation Meas. BW: 1% of EBW Tech.: 2xLTE 1.4 MHz (10W) Meas. BW: 1 MHz Tech.: 2xLTE 1.4 MHz (10W) Limit: −19 dBm/14 kHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Figure 8.6-138: Conducted emission at the upper frequency block edge of the lower channel Figure 8.6-139: Conducted emission 1 MHz away at the upper frequency block edge of the lower channel Frequency: 1950 MHz Mode: Multi-carrier operation Frequency: 1951 MHz Mode: Multi-carrier operation Meas. BW: 1% of EBW Tech.: 2xLTE 1.4 MHz (10W) Meas. BW: 1 MHz Tech.: 2xLTE 1.4 MHz (10W) Limit: −19 dBm/14 kHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Section 8 Testing data Test name Band edge measurement at RF antenna connector (Band 2/25) Specification FCC Part 24 and RSS-133, Issue 6 Report ID: REP013195 Page 205 of 259 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −19 dBm and lower. Figure 8.6-140: Conducted emission at the upper band edge Figure 8.6-141: Conducted emission 1 MHz away from the upper band edge Frequency: 1995 MHz Mode: Multi-carrier operation Frequency: 1996 MHz Mode: Multi-carrier operation Meas. BW: 1% of EBW Tech.: 2xLTE 1.4 MHz (10W) Meas. BW: 1 MHz Tech.: 2xLTE 1.4 MHz (10W) Limit: −19 dBm/14 kHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Figure 8.6-142: Conducted emission at the lower frequency block edge of the top channel Figure 8.6-143: Conducted emission 1 MHz away at the lower frequency block edge of the top channel Frequency: 1975 MHz Mode: Multi-carrier operation Frequency: 1974 MHz Mode: Multi-carrier operation Meas. BW: 1% of EBW Tech.: 2xLTE 1.4 MHz (10W) Meas. BW: 1 MHz Tech.: 2xLTE 1.4 MHz (10W) Limit: −19 dBm/14 kHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Section 8 Testing data Test name Band edge measurement at RF antenna connector (Band 2/25) Specification FCC Part 24 and RSS-133, Issue 6 Report ID: REP013195 Page 206 of 259 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −19 dBm and lower. Figure 8.6-144: Conducted emission at the lower band edge Figure 8.6-145: Conducted emission 1 MHz away from the lower band edge Frequency: 1930 MHz Mode: Multi-carrier operation Frequency: 1929 MHz Mode: Multi-carrier operation Meas. BW: 1% of EBW Tech.: 2xLTE 5 MHz Meas. BW: 1 MHz Tech.: 2xLTE 5 MHz Limit: −19 dBm/50 kHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Figure 8.6-146: Conducted emission at the upper band edge Figure 8.6-147: Conducted emission 1 MHz away from the upper band edge Frequency: 1995 MHz Mode: Multi-carrier operation Frequency: 1996 MHz Mode: Multi-carrier operation Meas. BW: 1% of EBW Tech.: 2xLTE 5 MHz Meas. BW: 1 MHz Tech.: 2xLTE 5 MHz Limit: −19 dBm/50 kHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Section 8 Testing data Test name Band edge measurement at RF antenna connector (Band 2/25) Specification FCC Part 24 and RSS-133, Issue 6 Report ID: REP013195 Page 207 of 259 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −19 dBm and lower. Figure 8.6-148: Conducted emission at the lower band edge Figure 8.6-149: Conducted emission 1 MHz away from the lower band edge Frequency: 1930 MHz Mode: Multi-carrier operation Frequency: 1929 MHz Mode: Multi-carrier operation Meas. BW: 1% of EBW Tech.: 2xNR 5 MHz Meas. BW: 1 MHz Tech.: 2xNR 5 MHz Limit: −19 dBm/50 kHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Figure 8.6-150: Conducted emission at the upper band edge Figure 8.6-151: Conducted emission 1 MHz away from the upper band edge Frequency: 1995 MHz Mode: Multi-carrier operation Frequency: 1996 MHz Mode: Multi-carrier operation Meas. BW: 1% of EBW Tech.: 2xNR 5 MHz Meas. BW: 1 MHz Tech.: 2xNR 5 MHz Limit: −19 dBm/50 kHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Section 8 Testing data Test name Band edge measurement at RF antenna connector (Band 2/25) Specification FCC Part 24 and RSS-133, Issue 6 Report ID: REP013195 Page 208 of 259 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −19 dBm and lower. Figure 8.6-152: Conducted emission at the lower band edge Frequency: 1930 MHz Mode: Multi-carrier operation Meas. BW: 1 MHz Tech.: 4xWCDMA MHz Limit: −19 dBm/MHz Notes: Non-contiguous Figure 8.6-153: Conducted emission at the upper band edge Figure 8.6-154: Conducted emission 1…

Text truncated - open the document above for the full version.

Section 8 Testing data Test name Band edge measurement at RF antenna connector (Band 2/25) Specification FCC Part 24 and RSS-133, Issue 6 Report ID: REP013195 Page 178 of 259 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −19 dBm and lower. Figure 8.6-39: Conducted emission at the upper band edge Figure 8.6-40: Conducted emission 1 MHz away from the upper band edge Frequency: 1995 MHz Mode: Single-carrier operation Frequency: 1996 MHz Mode: Single-carrier operation Meas. BW: 1% of EBW Tech.: NR 10 MHz Meas. BW: 1 MHz Tech.: NR 10 MHz Limit: −19 dBm/100 kHz Notes: None Limit: −19 dBm/MHz Notes: None Figure 8.6-41: Conducted emission at the lower frequency block edge of the top channel Figure 8.6-42: Conducted emission 1 MHz away at the lower frequency block edge of the top channel Frequency: 1985 MHz Mode: Single-carrier operation Frequency: 1984 MHz Mode: Single-carrier operation Meas. BW: 1% of EBW Tech.: NR 10 MHz Meas. BW: 1 MHz Tech.: NR 10 MHz Limit: −19 dBm/100 kHz Notes: None Limit: −19 dBm/MHz Notes: None Section 8 Testing data Test name Band edge measurement at RF antenna connector (Band 2/25) Specification FCC Part 24 and RSS-133, Issue 6 Report ID: REP013195 Page 179 of 259 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −19 dBm and lower. Figure 8.6-43: Conducted emission at the lower band edge Figure 8.6-44: Conducted emission at the upper frequency block edge of the lower channel Frequency: 1930 MHz Mode: Single-carrier operation Frequency: 1945 MHz Mode: Single-carrier operation Meas. BW: 1 MHz Tech.: LTE 15 MHz with GB Meas. BW: 1 MHz Tech.: LTE 15 MHz with GB Limit: −19 dBm/MHz Notes: None Limit: −19 dBm/MHz Notes: None Figure 8.6-45: Conducted emission at the upper band edge Figure 8.6-46: Conducted emission at the lower frequency block edge of the top channel Frequency: 1995 MHz Mode: Single-carrier operation Frequency: 1980 MHz Mode: Single-carrier operation Meas. BW: 1 MHz Tech.: LTE 15 MHz with GB Meas. BW: 1 MHz Tech.: LTE 15 MHz with GB Limit: −19 dBm/MHz Notes: None Limit: −19 dBm/MHz Notes: None Section 8 Testing data Test name Band edge measurement at RF antenna connector (Band 2/25) Specification FCC Part 24 and RSS-133, Issue 6 Report ID: REP013195 Page 180 of 259 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −19 dBm and lower. Figure 8.6-47: Conducted emission at the lower band edge Figure 8.6-48: Conducted emission at the upper frequency block edge of the lower channel Frequency: 1930 MHz Mode: Single-carrier operation Frequency: 1945 MHz Mode: Single-carrier operation Meas. BW: 1 MHz Tech.: NR 15 MHz Meas. BW: 1 MHz Tech.: NR 15 MHz Limit: −19 dBm/MHz Notes: None Limit: −19 dBm/MHz Notes: None Figure 8.6-49: Conducted emission at the upper band edge Figure 8.6-50: Conducted emission at the lower frequency block edge of the top channel Frequency: 1995 MHz Mode: Single-carrier operation Frequency: 1980 MHz Mode: Single-carrier operation Meas. BW: 1 MHz Tech.: NR 15 MHz Meas. BW: 1 MHz Tech.: NR 15 MHz Limit: −19 dBm/MHz Notes: None Limit: −19 dBm/MHz Notes: None Section 8 Testing data Test name Band edge measurement at RF antenna connector (Band 2/25) Specification FCC Part 24 and RSS-133, Issue 6 Report ID: REP013195 Page 181 of 259 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −19 dBm and lower. Figure 8.6-51: Conducted emission at the lower band edge Figure 8.6-52: Conducted emission at the upper frequency block edge of the lower channel Frequency: 1930 MHz Mode: Single-carrier operation Frequency: 1950 MHz Mode: Single-carrier operation Meas. BW: 1 MHz Tech.: LTE 20 MHz with GB Meas. BW: 1 MHz Tech.: LTE 20 MHz with GB Limit: −19 dBm/MHz Notes: None Limit: −19 dBm/MHz Notes: None Figure 8.6-53: Conducted emission at the upper band edge Figure 8.6-54: Conducted emission at the lower frequency block edge of the top channel Frequency: 1995 MHz Mode: Single-carrier operation Frequency: 1975 MHz Mode: Single-carrier operation Meas. BW: 1 MHz Tech.: LTE 20 MHz with GB Meas. BW: 1 MHz Tech.: LTE 20 MHz with GB Limit: −19 dBm/MHz Notes: None Limit: −19 dBm/MHz Notes: None Section 8 Testing data Test name Band edge measurement at RF antenna connector (Band 2/25) Specification FCC Part 24 and RSS-133, Issue 6 Report ID: REP013195 Page 182 of 259 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −19 dBm and lower. Figure 8.6-55: Conducted emission at the lower band edge Figure 8.6-56: Conducted emission at the upper frequency block edge of the lower channel Frequency: 1930 MHz Mode: Single-carrier operation Frequency: 1950 MHz Mode: Single-carrier operation Meas. BW: 1 MHz Tech.: NR 20 MHz Meas. BW: 1 MHz Tech.: NR 20 MHz Limit: −19 dBm/MHz Notes: None Limit: −19 dBm/MHz Notes: None Figure 8.6-57: Conducted emission at the upper band edge Figure 8.6-58: Conducted emission at the lower frequency block edge of the top channel Frequency: 1995 MHz Mode: Single-carrier operation Frequency: 1975 MHz Mode: Single-carrier operation Meas. BW: 1 MHz Tech.: NR 20 MHz Meas. BW: 1 MHz Tech.: NR 20 MHz Limit: −19 dBm/MHz Notes: None Limit: −19 dBm/MHz Notes: None Section 8 Testing data Test name Band edge measurement at RF antenna connector (Band 2/25) Specification FCC Part 24 and RSS-133, Issue 6 Report ID: REP013195 Page 183 of 259 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −19 dBm and lower. Figure 8.6-59: Conducted emission at the lower band edge Figure 8.6-60: Conducted emission at the upper frequency block edge of the lower channel Frequency: 1930 MHz Mode: Single-carrier operation Frequency: 1955 MHz Mode: Single-carrier operation Meas. BW: 1 MHz Tech.: NR …

Text truncated - open the document above for the full version.

Section 8 Testing data Test name Spurious emissions at RF antenna connector (Band 66) Specification FCC Part 27, RSS-139, Issue 4 Report ID: REP013195 Page 156 of 259 Test data, continued Figure 8.5-67: Conducted spurious emissions of 6xLTE 5 MHz low channel, six-carrier contiguous operation Figure 8.5-68: Conducted spurious emissions of 6xLTE 5 MHz mid channel, six-carrier contiguous operation Figure 8.5-69: Conducted spurious emissions of 6xLTE 5 MHz top channel, six-carrier contiguous operation Figure 8.5-70: Conducted spurious emissions of 6xNR 5 MHz low channel, six-carrier contiguous operation Figure 8.5-71: Conducted spurious emissions of 6xNR 5 MHz mid channel, six-carrier contiguous operation Figure 8.5-72: Conducted spurious emissions of 6xNR 5 MHz top channel, six-carrier contiguous operation Section 8 Testing data Test name Spurious emissions at RF antenna connector (Band 66) Specification FCC Part 27, RSS-139, Issue 4 Report ID: REP013195 Page 157 of 259 Test data, continued Figure 8.5-73: Conducted spurious emissions of 6xLTE 10 MHz low channel, six-carrier contiguous operation Figure 8.5-74: Conducted spurious emissions of 6xLTE 10 MHz mid channel, six-carrier contiguous operation Figure 8.5-75: Conducted spurious emissions of 6xLTE 10 MHz top channel, six-carrier contiguous operation Figure 8.5-76: Conducted spurious emissions of 6xNR 10 MHz low channel, six-carrier contiguous operation Figure 8.5-77: Conducted spurious emissions of 6xNR 10 MHz mid channel, six-carrier contiguous operation Figure 8.5-78: Conducted spurious emissions of 6xNR 10 MHz top channel, six-carrier contiguous operation Section 8 Testing data Test name Spurious emissions at RF antenna connector (Band 66) Specification FCC Part 27, RSS-139, Issue 4 Report ID: REP013195 Page 158 of 259 Test data, continued Figure 8.5-79: Conducted spurious emissions of 2xLTE 1.4 MHz (10W) low channel, two-carrier non-contiguous operation Figure 8.5-80: Conducted spurious emissions of 2xLTE 1.4 MHz (10W) mid channel, two-carrier non-contiguous operation Figure 8.5-81: Conducted spurious emissions of 2xLTE 1.4 MHz (10W) top channel, two-carrier non-contiguous operation Figure 8.5-82: Conducted spurious emissions of 2xWCDMA channel, two- carrier non-contiguous operation Figure 8.5-83: Conducted spurious emissions of 2xLTE 5 MHz channel, two- carrier non-contiguous operation Figure 8.5-84: Conducted spurious emissions of 2xNR 5 MHz channel, two- carrier non-contiguous operation Section 8 Testing data Test name Spurious emissions at RF antenna connector (Band 66) Specification FCC Part 27, RSS-139, Issue 4 Report ID: REP013195 Page 159 of 259 Figure 8.5-85: Conducted spurious emissions of 4xWCDMA channel, four- carrier non-contiguous operation Figure 8.5-86: Conducted spurious emissions of 6xLTE 5 MHz channel, six- carrier non-contiguous operation Figure 8.5-87: Conducted spurious emissions of 6xNR 5 MHz channel, six-carrier non-contiguous operation Section 8 Testing data Test name Spurious emissions at RF antenna connector (Band 66) Specification FCC Part 27, RSS-139, Issue 4 Report ID: REP013195 Page 160 of 259 Test data, continued Figure 8.5-88: Conducted spurious emissions of multi-RAT operation, GSM + WCDMA low channel [Contiguous] Figure 8.5-89: Conducted spurious emissions of multi-RAT operation, GSM + WCDMA mid channe…

Text truncated - open the document above for the full version.