TA8BKRY901523Radio Unit

1 (11) GFTL-22:001357 Uen, Rev E, 2026-06-22 © Telefonaktiebolaget LM Ericsson AB. This report shall not be reproduced except in full, without written approval of the laboratory. EMF Test Report: Ericsson Dot 4455/4465 B77D B25 B66 Accred. no. 1761 Testing ISO/IEC 17025 Test report issued by an Accredited Testing Laboratory Document number:GFTL-22:001357 Uen, Rev E Date of report: 2026-06-22 Testing laboratory:Ericsson EMF Research Laboratory Ericsson AB SE-164 80 Stockholm Sweden Company/Client: Denis Lalonde Ericsson Canada 349 Terry Fox Drive Ottawa ON K2K 2V6 Canada Tests performed by: Jens Eilers Bischoff Dates of tests: 2026-06-09 Manufacturer and market name(s) of device: Ericsson Dot 4455/4465 B77D B25 B66 Testing has been performed in accordance with: FCC OET Bulletin 65, KDB447498 D04 v01 Test results:Minimum separation distance for which the RF EMF exposure complies with the limits in FCC 47 CFR 1.1310 to be included in the Customer Product Information (CPI) for Ericsson Dot 4455/4465 B77D B25 B66. Additional information:Testing was conducted for mobile exposure conditions according to KDB447498 D04. Signature: Test Engineer ______________________________ Jens Eilers Bischoff Experienced Researcher [email protected] Tel: +46 761278274 Quality Manager ______________________________ Björn Flach Research Manager - EMF [email protected] Tel: +46 730956241 2 (11) GFTL-22:001357 Uen, Rev E, 2026-06-22 1 Summary of EMF Test Report 1 Equipment under test (EUT) Product name Ericsson Dot 4455 B77D B25 B66 (internal antenna) Ericsson Dot 4465 B77D B25 B66 (external antennas) Product number KRY 901 523/1 KRY 901 523/2 Supported bands, Tx frequency range (MHz), and standards B77D3700 – 3980NR TDD B251930-1995NR FDD, LTE FDD, NBIoT B662110-2200NR FDD, LTE FDD, NBIoT Exposure environment General public/uncontrolled, Occupational/controlled Results RF exposure compliance distances, required for the equipment under test (EUT) to comply with the mobile device exposure conditions and relevant limits applicable in the USA [1]-[3] are listed below for the general public (GP) and occupational (O) exposure limits. RF exposure compliance assessment results for general public (GP) and occupational (O) exposure for Dot 4455/4465 B77D B25 B66, together with an assumed output power tolerance of 1 dB, using procedures applicable for the US market [3] . Band Standard 2 Maximum nominal output power from the radio TDD DL duty cycle Compliance distance GPO B77D +B25+B66 N (B77D), N/L/I (B25), N/L/I (B66) 4 x 0.5 W + 2 x 0.2 W + 2 x 0.2 W 75% (B77D)20 cm 1 This page contains a summary of the test results. The full report provides a complete description of all test details and results. 2 The standards are abbreviated in this report according to: G for GSM, L for LTE, N for NR, and I for NB-IoT. 3 (11) GFTL-22:001357 Uen, Rev E, 2026-06-22 2 General information The purpose of the tests was to verify that the EUT is in compliance with the appropriate RF exposure standards, recommendations and limits applicable in the USA [1] – [3]. Compliance is demonstrated by showing that the EUT meets the test exemption criteria specified in [3] at a minimum test separation distance of 20 cm. The details of the analysis are presented in Section 4. It should be noted that the test results presented in this test report are valid for the frequency range and for the antenna properties specified in Table 1, in addition to the power level, the power tolerance and TDD downlink duty cycle specified in Table 2. These data, together with information on the physical separation of the antennas were supplied by the client and may affect the validity of the results. The test results were determined for Dot 4455 (equipped with internal antennas) and are also applicable for Dot 4465 connected to external antennas provided that the antenna gain for each branch is equal to or smaller than 4.35 dBi and that the minimum distance between antennas remains equal or larger than 73 mm. Proposed EMF health and safety information for inclusion in the Customer Product Information (CPI) is provided in Appendices A and B. 3 Equipment under test Table 1 summarizes the technical data for the EUT. Photographs and drawing of the EUT are presented in Appendix C. Table 1 Technical data for the EUT. Product nameEricsson Dot 4455/4465 B77D B25 B66 Product testedKRY 901 523/1 (Revision R2A) Supported bands, Tx frequency range (MHz), and standards B77D3700 – 3980NR TDD B251930-1995NR FDD, LTE FDD, NBIoT B662110-2200NR FDD, LTE FDD, NBIoT Dimensions of Radio head, H x D (mm) 78 × 230 Configuration(s) covered by this report B77D+B25+B66 Antenna(s) Eight internal antenna branches Maximum antenna gain for each branch (dBi) A: 4.33 B: 4.19 C:4.19 D:3.6 E:4.35 F:4.01 G:4.20 H:4.18 Exposure environment General public/uncontrolled, Occupational/controlled Output power levels of the EUT are given in Table 2. Table 2 Output power levels of the EUT. Band Standard Maximum nominal output power [W / dBm] Power tolerance [dB] TDD DL duty cycle Maximum time- averaged output power 3 [W / dBm] B77D +B25 +B66 N (B77D), N/L/I (B25), N/L/I (B66) 4 x 0.5 W + 2 x 0.2 W + 2 x 0.2 W 175% (B77D)2.83 / 34.5 The EUT related data in Table 1 and Table 2 were supplied by the client. 3 Conservative measure of the total maximum possible output power level delivered to the antennas including losses, tolerances, and maximum TDD DL duty cycle. 4 (11) GFTL-22:001357 Uen, Rev E, 2026-06-22 4 Test exemption justification FCC procedures [3] specify exemption criteria and exposure assessment methods to verify compliance with EMF exposure limits [1] of mobile devices. The minimum test separation distance for which the equipment is shown to comply with the exposure limits must be clearly provided in the operating and installation instructions. A minimum test separation distance of at least 20 cm is required between the device and nearby persons to apply mobile device exposure limits. 4…

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

Section 3: Equipment under test (EUT) details Report ID: REP169666 Page 13 of 203 3.5 Setup photographs Figure 3.5-1: Set up photo for Conducted Radio Compliance Testing Figure 3.5-2: Set up photo for Conducted Radio Compliance Testing (thermal) Section 3: Equipment under test (EUT) details Report ID: REP169666 Page 14 of 203 Setup photographs, continued Figure 3.5-3: EUT Set-up photo for Radiated Emissions [30 MHz to 1000 MHz] Figure 3.5-4: EUT Set-up photo for Radiated Emissions [30 MHz to 1000 MHz] Section 3: Equipment under test (EUT) details Report ID: REP169666 Page 15 of 203 Setup photographs, continued Figure 3.5-5: EUT Set-up photo for Radiated Emissions [1-6 GHz] Figure 3.5-6: EUT Set-up photo for Radiated Emissions [6-18 GHz] Section 3: Equipment under test (EUT) details Report ID: REP169666 Page 16 of 203 Setup photographs, continued Figure 3.5-7: EUT Set-up photo for Radiated Emissions [18-40 GHz] Figure 3.5-8: EUT Set-up photo for Radiated Emissions [18-40 GHz]

Section 8 Testing data Test name Radiated Spurious emissions Specification FCC 47 CFR Part 27, ISED RSS-Gen, RSS-192, RSS-198, RSS-133, RSS-139 Report ID: REP169666 Page 178 of 202 Test data, continued Figure 8.9-6: Radiated spurious emissions within 1–6 GHz, [B77D_Single carrier operation] Figure 8.9-7: Radiated spurious emissions within 1–6 GHz, [B77D_Multi carrier, Non-contiguous operation] 5 Figure 8.9-8: Radiated spurious emissions within 1–6 GHz, [B25_Single carrier operation] Figure 8.9-9: Radiated spurious emissions within 1–6 GHz, [B66_Multi carrier, Non-contiguous operation] Figure 8.9-10: Radiated spurious emissions within 1-6 GHz MHz, [Multi carrier, Non- Contiguous Channel] - Worst case comparison plot for model variant according to KDB 484596 D01 Referencing Test Data 0 10 20 30 40 50 60 70 80 90 1G 2G 3G 4G 5G 6G Level in dBμV/m Frequency in Hz RE 1-6 GHz scan [Dot 4465 B77D_Config 1] PK+_MAXH -33 dBm to 62.23 Intentional Tx 0 10 20 30 40 50 60 70 80 90 1G 2G 3G 4G 5G 6G Level in dBμV/m Frequency in Hz RE 1-6 GHz scan [Dot 4465 B77D_Config 2] PK+_MAXH -33 dBm to 62.23 Intentional Tx 0 10 20 30 40 50 60 70 80 1G 2G 3G 4G 5G 6G Level in dBμV/m Frequency in Hz RE 1-6 GHz scan [Dot 4465 B25_Config 1]_SC -16 dBm to 79.23 dBuV/m PK+_MAXH Intentional Tx 0 10 20 30 40 50 60 70 80 90 1G 2G 3G 4G 5G 6G Level in dBμV/m Frequency RE 1-6 GHz scan [Dot 4455 B66_Config 2] -16 dBm to 79.23 dBuV/m PK+_MAXH Intentional Tx 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 1G2G3G4G5G6G Level in dBμV/m Frequency in Hz RE 1-6 GHz scan [Dot 4455 B77D] AVG_MAXH PK+_MAXH -33 dBm to 62.23 Intentional Tx Section 8 Testing data Test name Radiated Spurious emissions Specification FCC 47 CFR Part 27, ISED RSS-Gen, RSS-192, RSS-198, RSS-133, RSS-139 Report ID: REP169666 Page 179 of 202 Test data, continued Figure 8.9-11: Radiated spurious emissions within 6–18 GHz, [B77D_Single carrier operation] Figure 8.9-12: Radiated spurious emissions within 6–18 GHz, [B77D_Multi carrier, Non-contiguous operation] Figure 8.9-13: Radiated spurious emissions within 6–18 GHz, [B25_Single carrier operation] Figure 8.9-14: Radiated spurious emissions within 6–18 GHz, [B66_Multi carrier, Non-contiguous operation] Figure 8.9-15: Radiated spurious emissions within 6-18 GHz MHz, [Multi carrier, Non- Contiguous Channel] - Worst case comparison plot for model variant according to KDB 484596 D01 Referencing Test Data 40 45 50 55 60 65 70 6G 8 9 10G 18G Level in dBμV/m Frequency in Hz RE 6-18 GHz scan [Dot 4465 B77D_Config 1]_SC PK+_MAXH MaxPeak-PK+ (Single) -33 dBm to 62.23 dBuV CAverage-CAV (Single) 40 42 44 46 48 50 52 54 56 58 60 62 64 66 68 70 6G 8 9 10G 18G Level in dBμV/m Frequency in Hz RE 6-18 GHz scan [Dot 4465 B77G_Config 2]_NC PK+_MAXH -30 dBm to 65.23 dBuV MaxPeak-PK+ (Single) CAverage-CAV (Single) 40 45 50 55 60 65 70 75 80 6G 8 9 10G 18G Level in dBμV/m Frequency in Hz RE 6-18 GHz scan [Dot 4455 B25_Confi g 1] PK+_MAXH -16 dBm to 79.23 dBuV 40 45 50 55 60 65 70 75 80 6G 8 9 10G 18G Level in dBμV/m Frequency in Hz RE 6-18 GHz scan [Dot 4465 B66_Confi g 2]_N C PK+_MAXH -16 dBm to 79.23 dBuV 40 45 50 55 60 65 70 6G 8 9 10G 18G Level in dBμV/m Frequency RE 6-18 GHz scan [Dot 4455 B77D] -33 dBm to 62.23 dBuV/m PK+_MAXH MaxPeak-PK+ (Single) -33 dBm to 62.23 dBuV CAverage-CAV (Single) Section 8 Testing data Test name Radiated Spurious emissions Specification FCC 47 CFR Part 27, ISED RSS-Gen, RSS-192, RSS-198, RSS-133, RSS-139 Report ID: REP169666 Page 180 of 202 Test data, continued Figure 8.9-16: Radiated spurious emissions within 18–40 GHz, [B77D_Single carrier operation] Figure 8.9-17: Radiated spurious emissions within 18–40 GHz, [B77D_Multi carrier, Non-contiguous operation] Figure 8.9-18: Radiated spurious emissions within 18–40 GHz, [B25_Single carrier operation] Figure 8.9-19: Radiated spurious emissions within 18–40 GHz, [B66_Multi carrier, Non-contiguous operation] Figure 8.9-20: Radiated spurious emissions within 18-40 GHz MHz, [Multi carrier, Non- Contiguous Channel] - Worst case comparison plot for model variant according to KDB 484596 D01 Referencing Test Data 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 18G 30G 40G Level in dBμV/m Frequency in Hz RSE 18-40 GHz scan [Dot 4465 B77D_Config 1]_SC AVG_MAXH PK+_MAXH -27 dBm to 68.23 dBuV MaxPeak-PK+ (Single) CAverage-CAV (Single) 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 18G 30G 40G Level in dBμV/m Frequency in Hz RSE 18-40 GHz scan [Dot 4465 B77D_Config 2]_NC AVG_MAXH PK+_MAXH -27 dBm to 68.23 dBuV MaxPeak-PK+ (Single) CAverage-CAV (Single) 20 25 30 35 40 45 50 55 60 65 70 75 80 18G 30G 40G Level in dBμV/m Frequency in Hz RSE 18-40 GHz scan [Dot 4465 B25_Config 1]_SC AVG_MAXH PK+_MAXH -16 dBm to 79.23 dBuV/m 20 25 30 35 40 45 50 55 60 65 70 75 80 18G 30G 40G Level in dBμV/m Frequency in Hz RSE 18-40 GHz scan [Dot 4455 B66_Config 2]_NC AVG_MAXH PK+_MAXH -16 dBm to 79.23 dBuV/m 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 18G 30G 40G Level in dBμV/m Frequency in Hz RSE 18-40 GHz scan [Dot 4455 B77D] AVG_MAXH PK+_MAXH -27 dBm to 68.23 dBuV MaxPeak-PK+ (Single) CAverage-CAV (Single) Section 8 Testing data Test name Frequency stability Specification RSS-133, RSS-139, RSS-192, RSS-198, FCC 27.54, FCC 24.235 Report ID: REP169666 Page 181 of 202 8.10 Frequency stability 8.10.1 Definitions and limits FCC §24.235 The frequency stability shall be sufficient to ensure that the fundamental emission stays within the authorized frequency block. FCC §27.54: The frequency stability shall be sufficient to ensure that the fundamental emissions stay within the authorized bands of operation. RSS-198, Section 5.4: The frequency stability shall be sufficient to ensure that the occupied bandwidth stays within the operating frequency block or frequency block group when tested at the temperature and supply voltage variations specified in RSS-Gen. RSS-192, Section 5.4: The frequency stability shall be sufficient to ensure that the occupied bandwidth stays within the operating frequency block…

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

Section 8 Testing data Test name Transmitter unwanted emission (Band 3900-3980 MHz) Specification RSS-198, Issue 1 Report ID: REP169666 Page 149 of 202 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 8.6-128: Conducted emission at the lower band edge Figure 8.6-129: Conducted emission at the upper band edge Frequency: 3900 MHz Mode: Single-carrier operation Frequency: 3980 MHz Mode: Single-carrier operation Meas. BW: 1 MHz Tech.: NR 80 MHz Meas. BW: 1 MHz Tech.: NR 80 MHz Limit: −19 dBm/MHz Notes: None Limit: −19 dBm/MHz Notes: None Section 8 Testing data Test name Transmitter unwanted emission (Band 3900-3980 MHz) Specification RSS-198, Issue 1 Report ID: REP169666 Page 150 of 202 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 8.6-130: Conducted emission at the lower band edge Figure 8.6-131: Conducted emission at the upper frequency block edge of the lower channel Frequency: 3900 MHz Mode: 2-carrier operation Frequency: 3920 MHz Mode: 2-carrier operation Meas. BW: 1 MHz Tech.: NR 10 MHz Meas. BW: 1 MHz Tech.: NR 10 MHz Limit: −19 dBm/MHz Notes: None Limit: −19 dBm/MHz Notes: None Figure 8.6-132: Conducted emission at the upper band edge Figure 8.6-133: Conducted emission at the lower frequency block edge of the upper channel Frequency: 3980 MHz Mode: 2-carrier operation Frequency: 3960 MHz Mode: 2-carrier operation Meas. BW: 1 MHz Tech.: NR 10 MHz Meas. BW: 1 MHz Tech.: NR 10 MHz Limit: −19 dBm/MHz Notes: None Limit: −19 dBm/MHz Notes: None Section 8 Testing data Test name Transmitter unwanted emission (Band 3900-3980 MHz) Specification RSS-198, Issue 1 Report ID: REP169666 Page 151 of 202 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 8.6-134: Conducted emission at the lower band edge Figure 8.6-135: Conducted emission at the upper band edge Frequency: 3900 MHz Mode: 2-carrier operation Frequency: 3980 MHz Mode: 2-carrier operation Meas. BW: 1 MHz Tech.: NR 40 MHz Meas. BW: 1 MHz Tech.: NR 40 MHz Limit: −19 dBm/MHz Notes: None Limit: −19 dBm/MHz Notes: None Section 8 Testing data Test name Transmitter unwanted emission (Band 3900-3980 MHz) Specification RSS-198, Issue 1 Report ID: REP169666 Page 152 of 202 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 at the upper frequency block edge of the lower channel Frequency: 3900 MHz Mode: 6-carrier operation Frequency: 3960 MHz Mode: 6-carrier operation Meas. BW: 1 MHz Tech.: NR 10 MHz Meas. BW: 1 MHz Tech.: NR 10 MHz Limit: −19 dBm/MHz Notes: None Limit: −19 dBm/MHz Notes: None Figure 8.6-138: Conducted emission at the upper band edge Figure 8.6-139: Conducted emission at the lower frequency block edge of the top channel Frequency: 3980 MHz Mode: 6-carrier operation Frequency: 3920 MHz Mode: 6-carrier operation Meas. BW: 1 MHz Tech.: NR 10 MHz Meas. BW: 1 MHz Tech.: NR 10 MHz Limit: −19 dBm/MHz Notes: None Limit: −19 dBm/MHz Notes: None Section 8 Testing data Test name Transmitter unwanted emission (Band 3900-3980 MHz) Specification RSS-198, Issue 1 Report ID: REP169666 Page 153 of 202 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −16 dBm and lower. Figure 8.6-140: Conducted emission at the lower band edge Figure 8.6-141: Conducted emission at the upper band edge Frequency: 3900 MHz Mode: 2-carrier operation Frequency: 3980 MHz Mode: 2-carrier operation Meas. BW: 1 MHz Tech.: NR 10 MHz Meas. BW: 1 MHz Tech.: NR 10 MHz Limit: −19 dBm/MHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Figure 8.6-142: Conducted emission at the lower band edge [spur zoom in] Figure 8.6-143: Conducted emission at the upper band edge [spur zoom in] Frequency: 3900 MHz Mode: 2-carrier operation Frequency: 3980 MHz Mode: 2-carrier operation RBW: 1 MHz Tech.: NR 10 MHz RBW: 1 MHz Tech.: NR 10 MHz Limit: −19 dBm/MHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Section 8 Testing data Test name Transmitter unwanted emission (Band 3900-3980 MHz) Specification RSS-198, Issue 1 Report ID: REP169666 Page 154 of 202 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 at the upper band edge Frequency: 3900 MHz Mode: 6-carrier operation Frequency: 3980 MHz Mode: 6-carrier operation Meas. BW: 1 MHz Tech.: NR 10 MHz Meas. BW: 1 MHz Tech.: NR 10 MHz Limit: −19 dBm/MHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Figure 8.6-146: Conducted emission at the lower band edge [spur zoom in] Figure 8.6-147: Conducted emission at the upper band edge [spur zoom in] Frequency: 3900 MHz Mode: 6-carrier operation Frequency: 3980 MHz Mode: 6-carrier operation RBW: 1 MHz Tech.: NR 10 MHz RBW: 1 MHz Tech.: NR 10 MHz Limit: −19 dBm/MHz Notes: Non-contiguous Limit: −19 dBm/MHz Notes: Non-contiguous Section 8 Testing data Test name Transmitter unwanted emission (Band 3900-3980 MHz) Specification RSS-198, Issue 1 Report ID: REP169666 Page 155 of 202 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 [Dot 4469 B77D – spot check evaluation] Figure 8.6-149: Conducted emission at the upper frequency block edge of the lower channel [Dot 4469 B77D – spot check evaluation] Frequency: 3900 MHz Mode: Single-carrier operation Frequency: 3910 MHz Mode: Single-carrier operation Meas. BW: 1 MHz Tech.: NR 10 MHz Meas.…

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

Section 8 Testing data Test name Transmitter unwanted emission (Band 3900-3980 MHz) Specification RSS-198, Issue 1 Report ID: REP169666 Page 128 of 202 Test data, continued Figure 8.6-36: Conducted spurious emissions of NR 10 MHz low ch - Dot 4469 B77D [Spot-check evaluation] Figure 8.6-37: Conducted spurious emissions of NR 10 MHz mid ch - Dot 4469 B77D [Spot-check evaluation] Figure 8.6-38: Conducted spurious emissions of NR 10 MHz top ch - Dot 4469 B77D [Spot-check evaluation] Figure 8.6-39: Conducted spurious emissions of 2xNR 10 MHz low ch - Dot 4469 B77D [Spot-check evaluation] Figure 8.6-40: Conducted spurious emissions of 2xNR 10 MHz mid ch - Dot 4469 B77D [Spot-check evaluation] Figure 8.6-41: Conducted spurious emissions of 2xNR 10 MHz top ch - Dot 4469 B77D [Spot-check evaluation] Section 8 Testing data Test name Transmitter unwanted emission (Band 3900-3980 MHz) Specification RSS-198, Issue 1 Report ID: REP169666 Page 129 of 202 Test data, continued Figure 8.6-42: Conducted spurious emissions of NR 10 MHz low ch - Dot 4459 B77D [Spot-check evaluation] Figure 8.6-43: Conducted spurious emissions of NR 10 MHz mid ch - Dot 4459 B77D [Spot-check evaluation] Figure 8.6-44: Conducted spurious emissions of NR 10 MHz top ch - Dot 4459 B77D [Spot-check evaluation] Figure 8.6-45: Conducted spurious emissions of 2xNR 10 MHz non- contiguous ch - Dot 4459 B77D [Spot-check evaluation] Section 8 Testing data Test name Transmitter unwanted emission (Band 3900-3980 MHz) Specification RSS-198, Issue 1 Report ID: REP169666 Page 130 of 202 Test data, continued Figure 8.6-46: Conducted spurious emissions 4200 to 4400 MHz of NR 10 MHz low channel, single carrier operation Figure 8.6-47: Conducted spurious emissions 4200 to 4400 MHz of NR 10 MHz mid channel, single carrier operation Figure 8.6-48: Conducted spurious emissions 4200 to 4400 MHz of NR 10 MHz top channel, single carrier operation Figure 8.6-49: Conducted spurious emissions 4200 to 4400 MHz of NR 15 MHz low channel, single carrier operation Figure 8.6-50: Conducted spurious emissions 4200 to 4400 MHz of NR 15 MHz mid channel, single carrier operation Figure 8.6-51: Conducted spurious emissions 4200 to 4400 MHz of NR 15 MHz top channel, single carrier operation Section 8 Testing data Test name Transmitter unwanted emission (Band 3900-3980 MHz) Specification RSS-198, Issue 1 Report ID: REP169666 Page 131 of 202 Test data, continued Figure 8.6-52: Conducted spurious emissions 4200 to 4400 MHz of NR 20 MHz low channel, single carrier operation Figure 8.6-53: Conducted spurious emissions 4200 to 4400 MHz of NR 20 MHz mid channel, single carrier operation Figure 8.6-54: Conducted spurious emissions 4200 to 4400 MHz of NR 20 MHz top channel, single carrier operation Figure 8.6-55: Conducted spurious emissions 4200 to 4400 MHz of NR 30 MHz low channel, single carrier operation Figure 8.6-56: Conducted spurious emissions 4200 to 4400 MHz of NR 30 MHz mid channel, single carrier operation Figure 8.6-57: Conducted spurious emissions 4200 to 4400 MHz of NR 30 MHz top channel, single carrier operation Section 8 Testing data Test name Transmitter unwanted emission (Band 3900-3980 MHz) Specification RSS-198, Issue 1 Report ID: REP169666 Page 132 of 202 Test data, continued Figure 8.6-58: Conducted spurious emissions 4200 to 4400 MHz of NR 40 MHz low channel, single carrier operation Figure 8.6-59: Conducted spurious emissions 4200 to 4400 MHz of NR 40 MHz mid channel, single carrier operation Figure 8.6-60: Conducted spurious emissions 4200 to 4400 MHz of NR 40 MHz top channel, single carrier operation Figure 8.6-61: Conducted spurious emissions 4200 to 4400 MHz of NR 50 MHz low channel, single carrier operation Figure 8.6-62: Conducted spurious emissions 4200 to 4400 MHz of NR 60 MHz mid channel, single carrier operation Figure 8.6-63: Conducted spurious emissions 4200 to 4400 MHz of NR 50 MHz top channel, single carrier operation Section 8 Testing data Test name Transmitter unwanted emission (Band 3900-3980 MHz) Specification RSS-198, Issue 1 Report ID: REP169666 Page 133 of 202 Test data, continued Figure 8.6-64: Conducted spurious emissions 4200 to 4400 MHz of NR 60 MHz low channel, single carrier operation Figure 8.6-65: Conducted spurious emissions 4200 to 4400 MHz of NR 60 MHz mid channel, single carrier operation Figure 8.6-66: Conducted spurious emissions 4200 to 4400 MHz of NR 60 MHz top channel, single carrier operation Figure 8.6-67: Conducted spurious emissions 4200 to 4400 MHz of NR 70 MHz low channel, single carrier operation Figure 8.6-68: Conducted spurious emissions 4200 to 4400 MHz of NR 70 MHz mid channel, single carrier operation Figure 8.6-69: Conducted spurious emissions 4200 to 4400 MHz of NR 70 MHz top channel, single carrier operation Section 8 Testing data Test name Transmitter unwanted emission (Band 3900-3980 MHz) Specification RSS-198, Issue 1 Report ID: REP169666 Page 134 of 202 Figure 8.6-70: Conducted spurious emissions 4200 to 4400 MHz of NR 80 MHz channel, single carrier operation Figure 8.6-71: Conducted spurious emissions 4200 to 4400 MHz of 2xNR 10 MHz low channel, 2 carrier operation Figure 8.6-72: Conducted spurious emissions 4200 to 4400 MHz of 2xNR 10 MHz mid channel, 2 carrier operation Figure 8.6-73: Conducted spurious emissions 4200 to 4400 MHz of 2xNR 10 MHz top channel, 2 carrier operation Figure 8.6-74: Conducted spurious emissions 4200 to 4400 MHz of 2xNR 40 MHz channel, 2 carrier operation Section 8 Testing data Test name Transmitter unwanted emission (Band 3900-3980 MHz) Specification RSS-198, Issue 1 Report ID: REP169666 Page 135 of 202 Test data, continued Figure 8.6-75: Conducted spurious emissions 4200 to 4400 MHz of 6xNR 10 MHz low channel, 6 carrier operation Figure 8.6-76: Conducted spurious emissions 4200 to 4400 MHz of 6xNR 10 MHz mid channel, 6 carrier operation Figure 8.6-77: Conducted spurious emissions 4200 to 4400 MHz of 6xNR 10 MHz top channel, 6 carrier operation Figure 8.6-75: Conduct…

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

Section 8 Testing data Test name Transmitter unwanted emissions (Band 3700-3980 MHz) Specification FCC 47 CFR Part 27 and RSS-192, Issue 5 Report ID: REP169666 Page 107 of 202 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −33 dBm and lower. Figure 8.5-135: Conducted emission at the lower band edge Figure 8.5-136: Conducted emission at the upper frequency block edge of the lower channel Frequency: 3700 MHz Mode: 2-carrier operation Frequency: 3900 MHz Mode: 2-carrier operation Meas. BW: 1 MHz Tech.: NR 10 MHz Meas. BW: 1 MHz Tech.: NR 10 MHz Limit: −33 dBm/MHz Notes: Non-contiguous Limit: −33 dBm/MHz Notes: Non-contiguous Figure 8.5-137: Conducted emission at the upper band edge Figure 8.5-138: Conducted emission at the lower frequency block edge of the upper channel Frequency: 3980 MHz Mode: 2-carrier operation Frequency: 3780 MHz Mode: 2-carrier operation Meas. BW: 1 MHz Tech.: NR 10 MHz Meas. BW: 1 MHz Tech.: NR 10 MHz Limit: −33 dBm/MHz Notes: Non-contiguous Limit: −33 dBm/MHz Notes: Non-contiguous Section 8 Testing data Test name Transmitter unwanted emissions (Band 3700-3980 MHz) Specification FCC 47 CFR Part 27 and RSS-192, Issue 5 Report ID: REP169666 Page 108 of 202 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −33 dBm and lower. Figure 8.5-139: Conducted emission at the lower band edge Figure 8.5-140: Conducted emission at the upper frequency block edge of the lower channel Frequency: 3700 MHz Mode: 6-carrier operation Frequency: 3900 MHz Mode: 6-carrier operation Meas. BW: 1 MHz Tech.: NR 10 MHz Meas. BW: 1 MHz Tech.: NR 10 MHz Limit: −33 dBm/MHz Notes: Non-contiguous Limit: −33 dBm/MHz Notes: Non-contiguous Figure 8.5-141: Conducted emission at the upper band edge Figure 8.5-142: Conducted emission at the lower frequency block edge of the upper channel Frequency: 3980 MHz Mode: 6-carrier operation Frequency: 3780 MHz Mode: 6-carrier operation Meas. BW: 1 MHz Tech.: NR 10 MHz Meas. BW: 1 MHz Tech.: NR 10 MHz Limit: −33 dBm/MHz Notes: Non-contiguous Limit: −33 dBm/MHz Notes: Non-contiguous Section 8 Testing data Test name Transmitter unwanted emissions (Band 3700-3980 MHz) Specification FCC 47 CFR Part 27 and RSS-192, Issue 5 Report ID: REP169666 Page 109 of 202 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −33 dBm and lower. Figure 8.5-143: Conducted emission at the upper band edge [ISED] Figure 8.5-144: Conducted emission at the lower frequency block edge of the upper channel [ISED] Frequency: 3900 MHz Mode: Single-carrier operation Frequency: 3890 MHz Mode: Single-carrier operation Meas. BW: 1 MHz Tech.: NR 10 MHz Meas. BW: 1 MHz Tech.: NR 10 MHz Limit: −33 dBm/MHz Notes: None Limit: −33 dBm/MHz Notes: None Figure 8.5-145: Conducted emission at the upper band edge [ISED] Figure 8.5-146: Conducted emission at the lower frequency block edge of the upper channel [ISED] Frequency: 3900 MHz Mode: Single-carrier operation Frequency: 3880 MHz Mode: Single-carrier operation Meas. BW: 1 MHz Tech.: NR 15 MHz Meas. BW: 1 MHz Tech.: NR 15 MHz Limit: −33 dBm/MHz Notes: None Limit: −33 dBm/MHz Notes: None Section 8 Testing data Test name Transmitter unwanted emissions (Band 3700-3980 MHz) Specification FCC 47 CFR Part 27 and RSS-192, Issue 5 Report ID: REP169666 Page 110 of 202 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −33 dBm and lower. Figure 8.5-147: Conducted emission at the upper band edge [ISED] Figure 8.5-148: Conducted emission at the lower frequency block edge of the upper channel [ISED] Frequency: 3900 MHz Mode: Single-carrier operation Frequency: 3880 MHz Mode: Single-carrier operation Meas. BW: 1 MHz Tech.: NR 20 MHz Meas. BW: 1 MHz Tech.: NR 20 MHz Limit: −33 dBm/MHz Notes: None Limit: −33 dBm/MHz Notes: None Figure 8.5-149: Conducted emission at the upper band edge [ISED] Figure 8.5-150: Conducted emission at the lower frequency block edge of the upper channel [ISED] Frequency: 3900 MHz Mode: Single-carrier operation Frequency: 3870 MHz Mode: Single-carrier operation Meas. BW: 1 MHz Tech.: NR 30 MHz Meas. BW: 1 MHz Tech.: NR 30 MHz Limit: −33 dBm/MHz Notes: None Limit: −33 dBm/MHz Notes: None Section 8 Testing data Test name Transmitter unwanted emissions (Band 3700-3980 MHz) Specification FCC 47 CFR Part 27 and RSS-192, Issue 5 Report ID: REP169666 Page 111 of 202 Test data, continued On the plots below the measured Channel Power value in the “Total Channel Power” column must be −33 dBm and lower. Figure 8.5-151: Conducted emission at the upper band edge [ISED] Figure 8.5-152: Conducted emission at the lower frequency block edge of the upper channel [ISED] Frequency: 3900 MHz Mode: Single-carrier operation Frequency: 3860 MHz Mode: Single-carrier operation Meas. BW: 1 MHz Tech.: NR 40 MHz Meas. BW: 1 MHz Tech.: NR 40 MHz L…

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