2BNNE-BQ-Q1004G LTE POC RADIO

1 User Manual Introductions Thank you for choosing our company’s 4G LTE POC RADIO products. In order for you to quickly enjoy the convenient brought by this terminal product, please read the User Manual carefully before use. The pictures in this manual are for reference only. If there is any discrepancy between the pictures and the actual product, please refer to the actual product. If there is any discrepancy between the function described and the actual function of the product, please refer to the actual function of the product. In accordance with the principle of continuous improvement and sustainable development, our company reserves the right to modify the contents of this manual without any prior notice .We apologize for any inconvenience caused. I . Instructions 1. Preparation Before Use a . Check if all accessories are complete and undamaged. b . If the accessories are normal, before use, pls install the SIM card provided by the operator and insert the battery . c .If you cannot log in successfully after the starting up, please check if the account is registered properly. If not, please register the terminal account on the management platform. You can use the IMEI/ICCID number as the account for registration. After registration, join the group, and then restart the terminal to use it . 1.1 Installing SIM Card Open the card slot cover, insert the SIM card into the slot (Pay attention to the direction of the card ) and then lock the card cover. Note: After insert SIMcards successfully, the SIM card and the device will be locked after starting up. If replaced to another device , the SIM card cannot be used normally, you need to contact the card supplier to unbind the SIM card. Pls do not insert the SIM card into other devices. 1.2 Installation/Removal of Back Clip Intercom terminal back clip use removable design, in a variety of special environment, the user can install or remove the back clip according to needs. Installation: a.One way : Align the back clip with the slot on the back of the battery,insert it from top to bottom,and you will hear a “click”sound. b.Two way : Align the screw holes on the metal bottom plate with the screw holes on the back of device,and tighten the screws clockwise with a screwdriver . Remove: a. One way : Pull the clip outward,and then mover the back clip upwards to remove it. b.Two way : Use a screwdriver to unscrew the screw connecting back clip and device counter clockwise . 2 During installation and removal ,please do not apply excessive force to avoid damaging the intercom and back clip. 1.3 Intercom Wearing Way It is better to wear in the chest, belt, shoulder belt, etc. It is recommended not to put in pockets of garments ! 2. Basic Operations 2.1 Basic operations Log in successfully ,enter into the home page of the device l. Intercom PTT: Press and hold on the PTT button to start speaking in the current group;release the PTT button to end the speaking. When a user speaking ,the indicator light turns red. When receiving communication ,the indicator light turns green. Menu item: On the home page, press the menu key to enter the menu page. Menu items include: group, members, Settings, and so on. Power switch: Turn on/off . 2.2 Groups Press the Menu key to enter the menu list, use direction keys to select up or down, View the group list: Select “Group”,enter to the group list page to display all groups . The current group is highlighted. Switching a group: On the Group list page, select the group you need,press the OK button . 2.3 Member List 2.4 Press the menu key ,Scroll up and down to select “member”, Then press OK button 3 enter to the member list that is the current group. View Member list : View all members of the group and their status: .: Online Online in same group. .: Online but in different group . .: Off-line 2.4 Call type 2.4.1 Single call: Select a member on line ,press PTT, and then release,this is created a single called. 2.4.2 Temporary group call : Select 2 or more members on line, press PTT, and then release , this is created a temporary group. Temporary group can last 30 seconds speaking maximum. If no one speaking for more than a minute ,the temporary Group will automatic disband . 2.4.3 All call : Press PTT speaking , all members in the same group all can receive voice . 2.5. Setting Before starting used , pls select “ setting”and “confirmed , and select “POC Change” and confirmed ,to check whether is the correct platform or not ! 2.6 GPS (Optional) On the menu list, select”Location “and press Confirm key. Will enter the location map page . 2.7 Account (About) Enter to “Account”can see the device inforamtion . IMEI : This number is the device’s identity ICCID: This number is SIM card No. 4 3. Platform If user use POC Global platform ,The software function see the POC Global Platform instruction book . 3.1 If user is Agent account , pls see Agent user instruction book. 3.2 If user is “unit user” , pls see the unit user instruction book. 5 II.Product list Name Quantity Unit Remark POC Intercom (include back splint) 1 piece Charge Adapter 1 piece Type-C Charging Cable 1 piece Product Qualification Certificate 1 piece User Manual 1 piece Pay attention: The product list is for reference only, if there is any change without notice , please refer to the actural products . III. Conservation and Cleaning In order to ensure the good performance of this product and extend its service life, please be familiar with thecontent as fllowing 1. Conservation Do not use hard objects to punctured or scratched . When not used external headset or not charging, please closed the jack cover. When move the intercom,pls handle with care, Do not grab the antenna directly, 2. Cleaning Before cleaning, please turn off the terminal device . After cleaning, Pls not used untill dry complete . Please clean the surface of machine by clean and dry lint-free cloth or brush at regularly . When the keys and surfaces of machine are dirty, it can be cleaned with speci…

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Bay Area Compliance Laboratories Corp.(Shenzhen) Report No.: 2501W01132E-SA TR-EM-SA014Page 1 of 28Version 3.0 Performance Qualification Report For 900MHz SAR Dipole-1 Equipment Details: Description: Dipole Manufacturer: Speag Model Number: D900V2 Serial Number: 132 Calibration Date: 2024/09/26 Calibration and Checked By: Approved By: Bob Lu Luke Jiang 1. Equipment List & Calibration Information: Equipment Model S/N Calibration Date Calibration Due Date DASY5 Test Software DASY52 52.10.2 N/A NCR NCR DASY6 Measurement Server DASY6 6.0.31 N/A NCR NCR Data Acquisition Electronics DAE4 1724 2024/03/28 2025/03/27 Dosimetric E-field Probes EX3DV4 7783 2024/04/12 2025/04/11 Mounting Device MD4HHTV5 SD 000 H01 KA NCR NCR SAM Twin Phantom SAM-Twin V8.0 1962 NCR NCR Simulated Tissue Liquid Head HBBL600-10000V62200808-2 Each Time SAM Twin Phantom SAM-Twin V8.0 1962 NCR NCR Network Analyzer E5071C SER MY46519680 2024/05/21 2025/05/20 Network Analyzer Calibration Kit 50Ω 51026 NCR NCR MXG Analog Signal Generator N5181A MY48180408 2024/01/16 2025/01/15 Microwave peak power sensor MA24418A 12622 NCR NCR USB wideband power sensor U2021XA MY52350001 2024/05/21 2025/05/20 20dBAttenuator N/A N/A NCR NCR Directional Coupler 855673 3307 NCR NCR 2.Standard Requirements: Referring to KDB 865664 D01 3.3.2, for dipole calibration, longer calibration intervals of up to three years may be considered when it is demonstrated that the SAR target, impedance and return loss of a dipole have remain stable according to the following requirements: 1) When the measured SAR does not deviates from the calibrated SAR value by more than 10%. 2) When the most recent return-loss result, measured at least annually, does not deviate by more than 20% from the previous measurement or meeting the required 20 dB minimum return-loss requirement. 3) When the most recent measurement of the real or imaginary parts of the impedance, measured at least annually, does not deviate by more than 5 Ω from the previous measurement. Bay Area Compliance Laboratories Corp.(Shenzhen) Report No.: 2501W01132E-SA TR-EM-SA014Page 2 of 28Version 3.0 3. Environmental Conditions: TSL Temperature: 19.6 ~ 20.3°C Ambient Temperature: 21.8 ~ 23°C Relative Humidity:49 ~ 63% ATM Pressure:101.3 kPa Test Date:2024/09/26 4. Test Results: Return Loss &Impedance Measurement Results: Frequency (MHz) Simulated Liquid Parameter Measured Value Target Value Deviation Reference Range Results 900 Head Return Loss 21.803 dB 22.005 dB -0.92% ±20%;≥20dB Pass Real Impedance 49.421 Ω 47.694 Ω 1.727 Ω ≤5Ω Pass Imaginary Impedance -8.084 Ω -7.428 Ω 0.656 Ω ≤5Ω Pass Liquid Verification Results: Frequency (MHz) Liquid Type Liquid Parameter Target Value Delta (%) Tolerance (%) ε r Ơ (S/m) ε r Ơ (S/m) Δε r ΔƠ 900 Simulated Tissue Liquid Head 39.867 0.975 41.50 0.97 -3.93 0.52 ±5 System Accuracy Check Results: Frequency Band (MHz) Liquid Type Input Power (mW) Measured SAR (W/kg) Normalized to 1W (W/kg) Target Value (W/Kg) Delta (%) Tolerance (%) 900 Head 100 1g 1.05 10.5 10.8 -2.778 ±10 10g 0.688 6.88 6.93 -0.722 ±10 Note: 1. Return Loss Deviation = (Measured-Target)/Target×100% 2. The target values above please refer to 900MHz dipole calibration certificate (Certificate No .: 23J02Z80061), which was issue by CTTL. Bay Area Compliance Laboratories Corp.(Shenzhen) Report No.: 2501W01132E-SA TR-EM-SA014Page 3 of 28Version 3.0 5. Test Plot &System Validation Data： Dipole, 900MHz, 132 Bay Area Compliance Laboratories Corp.(Shenzhen) Report No.: 2501W01132E-SA TR-EM-SA014Page 4 of 28Version 3.0 System Performance900 MHz Head DUT: Dipole 900 MHz; Type: D900V2; Serial: 132 Communication System: UID 0, CW (0); Frequency: 900 MHz;Duty Cycle: 1:1 Medium parameters used: f = 900 MHz; σ = 0.975 S/m; ε r = 39.867; ρ = 1000 kg/m 3 Phantom section: Flat Section DASY5 Configuration:  Probe: EX3DV4 - SN7783; ConvF(9.05, 9.05, 9.05) @ 900 MHz;  Sensor-Surface: 1.4mm (Mechanical Surface Detection)  Electronics: DAE4 Sn1724; Calibrated: 3/28/2024  Phantom: SAM-Twin V8.0 P1aP2a; Type: QD 000 P41 AA ; Serial: 1962  Measurement SW: DASY52, Version 52.10 (2); Configuration/Head 900MHz Pin=100mW/Area Scan (7x12x1): Measurement grid: dx=15mm, dy=15mm Maximum value of SAR (measured) = 1.49 W/kg Configuration/Head 900MHz Pin=100mW/Zoom Scan (7x7x7)/Cube 0: Measurement grid: dx=5mm, dy=5mm, dz=5mm Reference Value = 35.34 V/m; Power Drift = -0.03 dB Peak SAR (extrapolated) = 1.66 W/kg SAR(1 g) = 1.05 W/kg; SAR(10 g) = 0.688 W/kg Maximum value of SAR (measured) = 1.44 W/kg 0 dB = 1.44 W/kg = 1.58 dBW/kg Bay Area Compliance Laboratories Corp.(Shenzhen) Report No.: 2501W01132E-SA TR-EM-SA014Page 5 of 28Version 3.0 Performance Qualification Report For 1750MHz SAR Dipole-1 Equipment Details: Description: Dipole Manufacturer: Speag Model Number: D1750V2 Serial Number: 1199 Calibration Date: 2024/03/27 Calibration and Checked By: Approved By: Bob Lu Luke Jiang 1. Equipment List & Calibration Information: Equipment Model S/N Calibration Date Calibration Due Date DASY5 Test Software DASY52 52.10.2 N/A NCR NCR DASY6 Measurement Server DASY6 6.0.31 N/A NCR NCR Data Acquisition Electronics DAE4 1325 2023/09/27 2024/09/26 E-Field Probe EX3DV4 7382 2023/09/27 2024/09/26 Mounting Device MD4HHTV5 SD 000 H01 KA NCR NCR SAM Twin Phantom SAM-Twin V8.0 1962 NCR NCR Simulated Tissue Liquid Head HBBL600-10000V62200808-2 Each Time SAM Twin Phantom SAM-Twin V8.0 1962 NCR NCR Network Analyzer E5071C SER MY46519680 2023/06/08 2024/06/07 Network Analyzer Calibration Kit 50Ω 51026 NCR NCR MXG Analog Signal Generator N5181A MY48180408 2024/01/16 2025/01/15 Microwave peak power sensor MA24418A 12622 NCR NCR USB wideband power sensor U2021XA MY52350001 2023/06/08 2024/06/07 20dBAttenuator N/A N/A NCR NCR Directional Coupler 855673 3307 NCR NCR 2. Standard Requirements: Referring to KDB 865664 D01 3.3.2, for dipole calibration, longer calibration intervals of up to three years may be considered when it is demonstrated that the SAR target, impe…

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Bay Area Compliance Laboratories Corp. (Xiamen) Report No.: 2507W16832E-RF-TSP Page 1 / 2 EUT SETUP PHOTOS RE- Front View (Below 1GHz) RE- Rear View (Below 1GHz) Bay Area Compliance Laboratories Corp. (Xiamen) Report No.: 2507W16832E-RF-TSP Page 2 / 2 RE- Front View (Above 1GHz) RE- Rear View (Above 1GHz)

FCC PART 27 FCC PART 22H, PART 24E TEST REPORT For QUANZHOU BINQI ELECTRONIC TECHNOLOGY CO.LTD No.132 Xiaguang Si, Xiamei Village, Xiamei Town, Nan’an city ,Quanzhou City ,Fujian ,China FCC ID: 2BNNE-BQ-Q100 Report Type: Original Report Product Name: 4G LTE POC RADIO Report Number: 2507W16832E-RF-01 Re port Date: 2025-10-14 Reviewed By: Ash Lin Approved By: Miles Chen Prepared By : Bay Area Compliance Laboratories Corp. (Xiamen) Unit 102, No. 902 Meifeng South Road, Binhai West Avenue, Science and Technology Innovation Park, Torch High tech Zone XiaMen Tel: +86-592-3200111 www.baclcorp.com.cn Bay Area Compliance Laboratories Corp.( Xiamen) Report No.: 2507W16832E-RF-01 FCC Part 27, Part 22H, Part 24E Page 2 of 34 TABLE OF CONTENTS REPORT REVISION HISTORY ................................................................................................................................ 3 1. GENERAL INFORMATION ................................................................................................................................... 4 1.1 PRODUCT DESCRIPTION FOR EQUIPMENT UNDER TEST (EUT) ............................................................................... 4 1.3 ★ANTENNA INFORMATION .................................................................................................................................... 4 1.4 OBJECTIVE ............................................................................................................................................................. 5 1.5 MEASUREMENT UNCERTAINTY .............................................................................................................................. 5 1.6 TEST FACILITY ....................................................................................................................................................... 5 2. SYSTEM TEST CONFIGURATION ...................................................................................................................... 6 2.1 JUSTIFICATION ....................................................................................................................................................... 6 2.2 CHANNEL LIST ....................................................................................................................................................... 6 2.3 EUT OPERATION CONDITION: ................................................................................................................................ 7 2.4 SUPPORT EQUIPMENT LIST AND DETAILS ............................................................................................................... 8 2.5 EXTERNAL I/O CABLE ............................................................................................................................................ 8 2.6 BLOCK DIAGRAM OF TEST SETUP .......................................................................................................................... 8 3. SUMMARY OF TEST RESULTS ......................................................................................................................... 10 4. TEST EQUIPMENT LIST ..................................................................................................................................... 11 5. REQUIREMENTS AND TEST PROCEDURES ................................................................................................. 13 5.1. APPLICABLE STANDARD FOR PART 22 SUBPART H: ............................................................................................ 13 5.1.1 RF Output Power ......................................................................................................................................... 13 5.1.2 Spurious Emissions ...................................................................................................................................... 13 5.1.3 Frequency stability....................................................................................................................................... 13 5.2. APPLICABLE STANDARD FOR PART 24 SUBPART E: ............................................................................................ 14 5.2.1 RF Output Power ......................................................................................................................................... 14 5.2.2 Spurious Emissions ...................................................................................................................................... 14 5.2.3 Frequency stability....................................................................................................................................... 14 5.3. APPLICABLE STANDARD FOR PART 27: ............................................................................................................... 15 5.3.1 RF Output Power ......................................................................................................................................... 15 5.3.2 Spurious Emissions ...................................................................................................................................... 16 5.3.3 Frequency stability....................................................................................................................................... 17 5.4. TEST METHOD: .................................................................................................................................................... 18 5.4.1 Transmitter output power, e.r.p. and e.i.r.p ................................................................................................. 18 5.4.2 Occupied Bandwidth .................................................................................................................................... 19 5.4.3 Transmitter unwanted emissions-at antenna terminals ................................................................................ 20 5.4.4 Out of band emission ......…

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Report No.: 2507W16832E-RF Page 159 of 163 Band 7, Normal 1RB was the worst case 5MHz_Low_QPSK_1@0(30MHz~26.7GHz) 5MHz_Middle_QPSK_1@0(30MHz~26.7GHz) 5MHz_High_QPSK_1@0(30MHz~26.7GHz) 10MHz_Low_QPSK_1@0(30MHz~26.7GHz) 10MHz_Middle_QPSK_1@0(30MHz~26.7GHz) 10MHz_High_QPSK_1@0(30MHz~26.7GHz) Report No.: 2507W16832E-RF Page 160 of 163 15MHz_Low_QPSK_1@0(30MHz~26.7GHz) 15MHz_Middle_QPSK_1@0(30MHz~26.7GHz) 15MHz_High_QPSK_1@0(30MHz~26.7GHz) 20MHz_Low_QPSK_1@0(30MHz~26.7GHz) 20MHz_Middle_QPSK_1@0(30MHz~26.7GHz) 20MHz_High_QPSK_1@0(30MHz~26.7GHz) Report No.: 2507W16832E-RF Page 161 of 163 Band 66, Normal 1RB was the worst case 1.4MHz_Low_QPSK_1@0(30MHz~18.8GHz) 1.4MHz_Middle_QPSK_1@0(30MHz~18.8GHz) 1.4MHz_High_QPSK_1@0(30MHz~18.8GHz) 3MHz_Low_QPSK_1@0(30MHz~18.8GHz) 3MHz_Middle_QPSK_1@0(30MHz~18.8GHz) 3MHz_High_QPSK_1@0(30MHz~18.8GHz) Report No.: 2507W16832E-RF Page 162 of 163 5MHz_Low_QPSK_1@0(30MHz~18.8GHz) 5MHz_Middle_QPSK_1@0(30MHz~18.8GHz) 5MHz_High_QPSK_1@0(30MHz~18.8GHz) 10MHz_Low_QPSK_1@0(30MHz~18.8GHz) 10MHz_Middle_QPSK_1@0(30MHz~18.8GHz) 10MHz_High_QPSK_1@0(30MHz~18.8GHz) Report No.: 2507W16832E-RF Page 163 of 163 15MHz_Low_QPSK_1@0(30MHz~18.8GHz) 15MHz_Middle_QPSK_1@0(30MHz~18.8GHz) 15MHz_High_QPSK_1@0(30MHz~18.8GHz) 20MHz_Low_QPSK_1@0(30MHz~18.8GHz) 20MHz_Middle_QPSK_1@0(30MHz~18.8GHz) 20MHz_High_QPSK_1@0(30MHz~18.8GHz)

Report No.: 2507W16832E-RF Page 138 of 163 1.4MHz_Low_16QAM_1@0 1.4MHz_Low_16QAM_6@0 1.4MHz_High_QPSK_1@5 1.4MHz_High_QPSK_6@0 1.4MHz_High_16QAM_1@5 1.4MHz_High_16QAM_6@0 Report No.: 2507W16832E-RF Page 139 of 163 3MHz_Low_QPSK_1@0 3MHz_Low_QPSK_15@0 3MHz_Low_16QAM_1@0 3MHz_Low_16QAM_15@0 3MHz_High_QPSK_1@14 3MHz_High_QPSK_15@0 Report No.: 2507W16832E-RF Page 140 of 163 3MHz_High_16QAM_1@14 3MHz_High_16QAM_15@0 5MHz_Low_QPSK_1@0 5MHz_Low_QPSK_25@0 5MHz_Low_16QAM_1@0 5MHz_Low_16QAM_25@0 Report No.: 2507W16832E-RF Page 141 of 163 5MHz_High_QPSK_1@24 5MHz_High_QPSK_25@0 5MHz_High_16QAM_1@24 5MHz_High_16QAM_25@0 10MHz_Low_QPSK_1@0 10MHz_Low_QPSK_50@0 Report No.: 2507W16832E-RF Page 142 of 163 10MHz_Low_16QAM_1@0 10MHz_Low_16QAM_25@0 10MHz_High_QPSK_1@49 10MHz_High_QPSK_50@0 10MHz_High_16QAM_1@49 10MHz_High_16QAM_25@25 Report No.: 2507W16832E-RF Page 143 of 163 15MHz_Low_QPSK_1@0 15MHz_Low_QPSK_75@0 15MHz_Low_16QAM_1@0 15MHz_Low_16QAM_25@0 15MHz_High_QPSK_1@74 15MHz_High_QPSK_75@0 Report No.: 2507W16832E-RF Page 144 of 163 15MHz_High_16QAM_1@74 15MHz_High_16QAM_25@50 20MHz_Low_QPSK_1@0 20MHz_Low_QPSK_100@0 20MHz_Low_16QAM_1@0 20MHz_Low_16QAM_25@0 Report No.: 2507W16832E-RF Page 145 of 163 20MHz_High_QPSK_1@99 20MHz_High_QPSK_100@0 20MHz_High_16QAM_1@99 20MHz_High_16QAM_25@75 Report No.: 2507W16832E-RF Page 146 of 163 Spurious Emissions at Antenna Terminal FCC Part 22H Band 5, Normal Mode Va l u e (dBm) Limit Verdict 1.4MHz_Low_QPSK_1@0(30MHz~9.49GHz) -33.18 See Graphs Pass 1.4MHz_Middle_QPSK_1@0(30MHz~9.49GHz) -32.69 See Graphs Pass 1.4MHz_High_QPSK_1@0(30MHz~9.49GHz) -32.40 See Graphs Pass 3MHz_Low_QPSK_1@0(30MHz~9.49GHz) -32.25 See Graphs Pass 3MHz_Middle_QPSK_1@0(30MHz~9.49GHz) -32.35 See Graphs Pass 3MHz_High_QPSK_1@0(30MHz~9.49GHz) -33.29 See Graphs Pass 5MHz_Low_QPSK_1@0(30MHz~9.49GHz) -32.47 See Graphs Pass 5MHz_Middle_QPSK_1@0(30MHz~9.49GHz) -32.76 See Graphs Pass 5MHz_High_QPSK_1@0(30MHz~9.49GHz) -32.92 See Graphs Pass 10MHz_Low_QPSK_1@0(30MHz~9.49GHz) -32.63 See Graphs Pass 10MHz_Middle_QPSK_1@0(30MHz~9.49GHz) -32.97 See Graphs Pass 10MHz_High_QPSK_1@0(30MHz~9.49GHz) -33.04 See Graphs Pass Note:1RB was the worst case. Report No.: 2507W16832E-RF Page 147 of 163 Band 5, Normal 1RB was the worst case 1.4MHz_Low_QPSK_1@0(30MHz~9.49GHz) 1.4MHz_Middle_QPSK_1@0(30MHz~9.49GHz) 1.4MHz_High_QPSK_1@0(30MHz~9.49GHz) 3MHz_Low_QPSK_1@0(30MHz~9.49GHz) 3MHz_Middle_QPSK_1@0(30MHz~9.49GHz) 3MHz_High_QPSK_1@0(30MHz~9.49GHz) Report No.: 2507W16832E-RF Page 148 of 163 5MHz_Low_QPSK_1@0(30MHz~9.49GHz) 5MHz_Middle_QPSK_1@0(30MHz~9.49GHz) 5MHz_High_QPSK_1@0(30MHz~9.49GHz) 10MHz_Low_QPSK_1@0(30MHz~9.49GHz) 10MHz_Middle_QPSK_1@0(30MHz~9.49GHz) 10MHz_High_QPSK_1@0(30MHz~9.49GHz) Report No.: 2507W16832E-RF Page 149 of 163 5MHz_Low_QPSK_1@0(30MHz~9.49GHz) 5MHz_Middle_QPSK_1@0(30MHz~9.49GHz) 5MHz_High_QPSK_1@0(30MHz~9.49GHz) 10MHz_Low_QPSK_1@0(30MHz~9.49GHz) 10MHz_Middle_QPSK_1@0(30MHz~9.49GHz) 10MHz_High_QPSK_1@0(30MHz~9.49GHz) Report No.: 2507W16832E-RF Page 150 of 163 FCC Part 24E Band 2, Normal Mode Va l u e (dBm) Limit Verdict 1.4MHz_Low_QPSK_1@0(30MHz~20.1GHz) -31.21 See Graphs Pass 1.4MHz_Middle_QPSK_1@0(30MHz~20.1GHz) -30.79 See Graphs Pass 1.4MHz_High_QPSK_1@0(30MHz~20.1GHz) -30.74 See Graphs Pass 3MHz_Low_QPSK_1@0(30MHz~20.1GHz) -30.06 See Graphs Pass 3MHz_Middle_QPSK_1@0(30MHz~20.1GHz) -29.89 See Graphs Pass 3MHz_High_QPSK_1@0(30MHz~20.1GHz) -29.48 See Graphs Pass 5MHz_Low_QPSK_1@0(30MHz~20.1GHz) -30.84 See Graphs Pass 5MHz_Middle_QPSK_1@0(30MHz~20.1GHz) -31.06 See Graphs Pass 5MHz_High_QPSK_1@0(30MHz~20.1GHz) -30.99 See Graphs Pass 10MHz_Low_QPSK_1@0(30MHz~20.1GHz) -30.78 See Graphs Pass 10MHz_Middle_QPSK_1@0(30MHz~20.1GHz) -30.47 See Graphs Pass 10MHz_High_QPSK_1@0(30MHz~20.1GHz) -30.33 See Graphs Pass 15MHz_Low_QPSK_1@0(30MHz~20.1GHz) -30.22 See Graphs Pass 15MHz_Middle_QPSK_1@0(30MHz~20.1GHz) -29.99 See Graphs Pass 15MHz_High_QPSK_1@0(30MHz~20.1GHz) -29.72 See Graphs Pass 20MHz_Low_QPSK_1@0(30MHz~20.1GHz) -30.97 See Graphs Pass 20MHz_Middle_QPSK_1@0(30MHz~20.1GHz) -30.25 See Graphs Pass 20MHz_High_QPSK_1@0(30MHz~20.1GHz) -30.96 See Graphs Pass Note:1RB was the worst case. Report No.: 2507W16832E-RF Page 151 of 163 Band 2, Normal 1RB was the worst case 1.4MHz_Low_QPSK_1@0(30MHz~20.1GHz) 1.4MHz_Middle_QPSK_1@0(30MHz~20.1GHz) 1.4MHz_High_QPSK_1@0(30MHz~20.1GHz) 3MHz_Low_QPSK_1@0(30MHz~20.1GHz) 3MHz_Middle_QPSK_1@0(30MHz~20.1GHz) 3MHz_High_QPSK_1@0(30MHz~20.1GHz) Report No.: 2507W16832E-RF Page 152 of 163 5MHz_Low_QPSK_1@0(30MHz~20.1GHz) 5MHz_Middle_QPSK_1@0(30MHz~20.1GHz) 5MHz_High_QPSK_1@0(30MHz~20.1GHz) 10MHz_Low_QPSK_1@0(30MHz~20.1GHz) 10MHz_Middle_QPSK_1@0(30MHz~20.1GHz) 10MHz_High_QPSK_1@0(30MHz~20.1GHz) Report No.: 2507W16832E-RF Page 153 of 163 15MHz_Low_QPSK_1@0(30MHz~20.1GHz) 15MHz_Middle_QPSK_1@0(30MHz~20.1GHz) 15MHz_High_QPSK_1@0(30MHz~20.1GHz) 20MHz_Low_QPSK_1@0(30MHz~20.1GHz) 20MHz_Middle_QPSK_1@0(30MHz~20.1GHz) 20MHz_High_QPSK_1@0(30MHz~20.1GHz) Report No.: 2507W16832E-RF Page 154 of 163 FCC Part 27 Band 4, Normal Mode Va l u e (dBm) Limit Verdict 1.4MHz_Low_QPSK_1@0(30MHz~18.55GHz) -31.01 See Graphs Pass 1.4MHz_Middle_QPSK_1@0(30MHz~18.55GHz) -31.36 See Graphs Pass 1.4MHz_High_QPSK_1@0(30MHz~18.55GHz) -31.44 See Graphs Pass 3MHz_Low_QPSK_1@0(30MHz~18.55GHz) -30.28 See Graphs Pass 3MHz_Middle_QPSK_1@0(30MHz~18.55GHz) -30.32 See Graphs Pass 3MHz_High_QPSK_1@0(30MHz~18.55GHz) -30.60 See Graphs Pass 5MHz_Low_QPSK_1@0(30MHz~18.55GHz) -31.26 See Graphs Pass 5MHz_Middle_QPSK_1@0(30MHz~18.55GHz) -30.64 See Graphs Pass 5MHz_High_QPSK_1@0(30MHz~18.55GHz) -31.01 See Graphs Pass 10MHz_Low_QPSK_1@0(30MHz~18.55GHz) -31.00 See Graphs Pass 10MHz_Middle_QPSK_1@0(30MHz~18.55GHz) -29.96 See Graphs Pass 10MHz_High_QPSK_1@0(30MHz~18.55GHz) -30.42 See Graphs Pass 15MHz_Low_QPSK_1@0(30MHz~18.55GHz) -30.45 See Graphs Pass 15MHz_Middle_QPSK_1@0(30MHz~18.55GHz) -30.81 See Graphs Pass 15MHz_High_QPSK_1@0(30MHz~18.55GHz) -30.46 See Graphs Pass 20MHz_Low_QPSK_1@0(30MHz~18.55GHz) -31.02 See Graphs Pass 20MHz_Middle…

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Report No.: 2507W16832E-RF Page 124 of 163 20MHz_High_16QAM_1@99 20MHz_High_16QAM_25@75 FCC Part 27 Band 4, Normal 1.4MHz_Low_QPSK_1@0 1.4MHz_Low_QPSK_6@0 1.4MHz_Low_16QAM_1@0 1.4MHz_Low_16QAM_6@0 Report No.: 2507W16832E-RF Page 125 of 163 1.4MHz_High_QPSK_1@5 1.4MHz_High_QPSK_6@0 1.4MHz_High_16QAM_1@5 1.4MHz_High_16QAM_6@0 3MHz_Low_QPSK_1@0 3MHz_Low_QPSK_15@0 Report No.: 2507W16832E-RF Page 126 of 163 3MHz_Low_16QAM_1@0 3MHz_Low_16QAM_15@0 3MHz_High_QPSK_1@14 3MHz_High_QPSK_15@0 3MHz_High_16QAM_1@14 3MHz_High_16QAM_15@0 Report No.: 2507W16832E-RF Page 127 of 163 5MHz_Low_QPSK_1@0 5MHz_Low_QPSK_25@0 5MHz_Low_16QAM_1@0 5MHz_Low_16QAM_25@0 5MHz_High_QPSK_1@24 5MHz_High_QPSK_25@0 Report No.: 2507W16832E-RF Page 128 of 163 5MHz_High_16QAM_1@24 5MHz_High_16QAM_25@0 10MHz_Low_QPSK_1@0 10MHz_Low_QPSK_50@0 10MHz_Low_16QAM_1@0 10MHz_Low_16QAM_25@0 Report No.: 2507W16832E-RF Page 129 of 163 10MHz_High_QPSK_1@49 10MHz_High_QPSK_50@0 10MHz_High_16QAM_1@49 10MHz_High_16QAM_25@25 15MHz_Low_QPSK_1@0 15MHz_Low_QPSK_75@0 Report No.: 2507W16832E-RF Page 130 of 163 15MHz_Low_16QAM_1@0 15MHz_Low_16QAM_25@0 15MHz_High_QPSK_1@74 15MHz_High_QPSK_75@0 15MHz_High_16QAM_1@74 15MHz_High_16QAM_25@50 Report No.: 2507W16832E-RF Page 131 of 163 20MHz_Low_QPSK_1@0 20MHz_Low_QPSK_100@0 20MHz_Low_16QAM_1@0 20MHz_Low_16QAM_25@0 20MHz_High_QPSK_1@99 20MHz_High_QPSK_100@0 Report No.: 2507W16832E-RF Page 132 of 163 20MHz_High_16QAM_1@99 20MHz_High_16QAM_25@75 Band 7, Normal 5MHz_Low_QPSK_1@0 5MHz_Low_QPSK_25@0 5MHz_Low_16QAM_1@0 5MHz_Low_16QAM_25@0 Report No.: 2507W16832E-RF Page 133 of 163 5MHz_High_QPSK_1@24 5MHz_High_QPSK_25@0 5MHz_High_16QAM_1@24 5MHz_High_16QAM_25@0 10MHz_Low_QPSK_1@0 10MHz_Low_QPSK_50@0 Report No.: 2507W16832E-RF Page 134 of 163 10MHz_Low_16QAM_1@0 10MHz_Low_16QAM_25@0 10MHz_High_QPSK_1@49 10MHz_High_QPSK_50@0 10MHz_High_16QAM_1@49 10MHz_High_16QAM_25@25 Report No.: 2507W16832E-RF Page 135 of 163 15MHz_Low_QPSK_1@0 15MHz_Low_QPSK_75@0 15MHz_Low_16QAM_1@0 15MHz_Low_16QAM_25@0 15MHz_High_QPSK_1@74 15MHz_High_QPSK_75@0 Report No.: 2507W16832E-RF Page 136 of 163 15MHz_High_16QAM_1@74 15MHz_High_16QAM_25@50 20MHz_Low_QPSK_1@0 20MHz_Low_QPSK_100@0 20MHz_Low_16QAM_1@0 20MHz_Low_16QAM_25@0 Report No.: 2507W16832E-RF Page 137 of 163 20MHz_High_QPSK_1@99 20MHz_High_QPSK_100@0 20MHz_High_16QAM_1@99 20MHz_High_16QAM_25@75 Band 66, Normal 1.4MHz_Low_QPSK_1@0 1.4MHz_Low_QPSK_6@0

Report No.: 2507W16832E-RF Page 70 of 163 20MHz_Middle_16QAM_25@0 Occupied Bandwidth 26dB Bandwidth 20MHz_High_QPSK_100@0 Occupied Bandwidth 26dB Bandwidth 20MHz_High_16QAM_25@0 Occupied Bandwidth 26dB Bandwidth Report No.: 2507W16832E-RF Page 71 of 163 RF Output Power FCC Part 22H Band 5, Normal Mode Average Conducted Power(dBm) ERP (dBm) ERP (W) Limit (W) Verdict 1.4MHz_Low_QPSK_1@0 21.70 20.15 0.104 7 Pass 1.4MHz_Low_QPSK_1@3 21.72 20.17 0.104 7 Pass 1.4MHz_Low_QPSK_1@5 21.68 20.13 0.103 7 Pass 1.4MHz_Low_QPSK_3@0 21.68 20.13 0.103 7 Pass 1.4MHz_Low_QPSK_3@1 21.70 20.15 0.104 7 Pass 1.4MHz_Low_QPSK_3@3 21.76 20.21 0.105 7 Pass 1.4MHz_Low_QPSK_6@0 20.96 19.41 0.087 7 Pass 1.4MHz_Low_16QAM_1@0 20.72 19.17 0.083 7 Pass 1.4MHz_Low_16QAM_1@3 20.70 19.15 0.082 7 Pass 1.4MHz_Low_16QAM_1@5 20.77 19.22 0.084 7 Pass 1.4MHz_Low_16QAM_3@0 21.08 19.53 0.090 7 Pass 1.4MHz_Low_16QAM_3@1 21.14 19.59 0.091 7 Pass 1.4MHz_Low_16QAM_3@3 21.07 19.52 0.090 7 Pass 1.4MHz_Low_16QAM_6@0 20.30 18.75 0.075 7 Pass 1.4MHz_Middle_QPSK_1@0 21.42 19.87 0.097 7 Pass 1.4MHz_Middle_QPSK_1@3 21.39 19.84 0.096 7 Pass 1.4MHz_Middle_QPSK_1@5 21.51 19.96 0.099 7 Pass 1.4MHz_Middle_QPSK_3@0 21.42 19.87 0.097 7 Pass 1.4MHz_Middle_QPSK_3@1 21.44 19.89 0.097 7 Pass 1.4MHz_Middle_QPSK_3@3 21.50 19.95 0.099 7 Pass 1.4MHz_Middle_QPSK_6@0 20.57 19.02 0.080 7 Pass 1.4MHz_Middle_16QAM_1@0 20.37 18.82 0.076 7 Pass 1.4MHz_Middle_16QAM_1@3 20.45 18.90 0.078 7 Pass 1.4MHz_Middle_16QAM_1@5 20.54 18.99 0.079 7 Pass 1.4MHz_Middle_16QAM_3@0 20.72 19.17 0.083 7 Pass 1.4MHz_Middle_16QAM_3@1 20.78 19.23 0.084 7 Pass 1.4MHz_Middle_16QAM_3@3 20.85 19.30 0.085 7 Pass 1.4MHz_Middle_16QAM_6@0 19.94 18.39 0.069 7 Pass 1.4MHz_High_QPSK_1@0 21.63 20.08 0.102 7 Pass 1.4MHz_High_QPSK_1@3 21.54 19.99 0.100 7 Pass Report No.: 2507W16832E-RF Page 72 of 163 Mode Average Conducted Power(dBm) ERP (dBm) ERP (W) Limit (W) Verdict 1.4MHz_High_QPSK_1@5 21.60 20.05 0.101 7 Pass 1.4MHz_High_QPSK_3@0 21…

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