2AMDJ-TC120Tablet

Quick Start Guide AG993 Auto-Steering System Version 1.0 AG993 Quick Start Guide 2 User Notice 1.Avoid exposure to the sun/rain if tractors without a cab, and be careful not to drop the device on the ground or be hit hard by other objects; 2.Please connect your device strictly in accordance with the requirements in this guide; 3.The power supply must be cut off before disassembling or installing the cables. When the device is not used for a long time, please disconnect the power cord to prevent battery power loss; 4.When supplying power, pay attention to the power supply requirements of the device (DC12V, 24V); 5.It is forbidden to use hard objects when operating the display screen; 6.When the device is in automatic driving mode, the driver is strictly prohibited from leaving the cab; 7.Since the device does not have an obstacle avoidance system, the driver must promptly control the vehicle to avoid people, animals, trees, ditches, buildings, etc. The company is not responsible for problems caused by human operation during automatic driving; 8.The device cannot control the speed of the vehicle. The driver must manually adjust the speed of the vehicle to ensure safety and avoid the vehicle rolling over or losing control; 9.It is not allowed to use automatic driving on public roads. Make sure to turn off the power of the device before entering public roads or public areas; 10.Pay attention to taking appropriate lightning protection measures to prevent lightning strikes; 11.Equipment damaged due to force majeure (lightning, high voltage, collision, etc.) is not covered by our company's warranty; 12.It is forbidden to disassemble this product by yourself, otherwise the warranty will not be void; 13.This system should be used in an open area away from obstructions; 14.During the use of the equipment, please stay away from strong electric fields, magnetic fields, high-voltage lines, broadcast signal towers and other interference sources. 15.Transmitting under the control of the master station. Wireless Capabilities: AG993 Quick Start Guide 3 1、4G: It supports wireless communication with the CORS system by inserting a SIM card. 2、WIFI/BT: Via software configuration for flat and flat connections. 3、GNSS: GNSS module for satellite positioning. AG993 Quick Start Guide 4 This Quick Start Guide introduces how to start using AG993 Auto- Steering System quickly. 1. Item List AG993 with Basic Accessories 1 GC30 Guidance Controller 2 TC120 Tablet 3 TES30 Electric Motor 4 Main Cable 5 Wheel Angle Sensor 6 Steering Wheel AG993 Quick Start Guide 5 7 Camera 8 Power Switch Mount 9 Motor Bracket A 10 Motor Bracket U 11 Tablet Bracket 12 Zip Tie 13 Type-C to USB Converter 14 Spline 15 Screw Pack 16 Warranty Card Optional Accessories 17 Steering Wheel Knob / / / AG993 Quick Start Guide 6 2. Software Main Interface Main interface icon introduction： No. Description Icon 1 Working width 2 Work area 3 Device real-time speed 4 Offset Error display 5 GNSS signal status 6 Satellite number Oscar Quick Start Guide – Warranty info 7 7 Time display 8 Line centering/ shift 9 AB line setting button 10 Boundary setting button 11 Zoom in / out button 12 2D / 3D view switching button 13 Camera switch button 14 Auto-steering button 15 Task management 16 Farm management 17 Menu 18 System status Oscar Quick Start Guide – Warranty info 8 3. Operation Guide Vehicle Setting Users can create, edit, delete multiple vehicles, configure the corresponding parameters for the current vehicle. Create new vehicle: Enter vehicle name, select vehicle type. Oscar Quick Start Guide – Warranty info 9 Measure and enter vehicle parameters. Oscar Quick Start Guide – Warranty info 10 Implement Setting Users can add agricultural implements, configure corresponding parameters, and implement types to facilitate auto-steering. Select implement type, select connection method, and enter name or use default name. Oscar Quick Start Guide – Warranty info 11 Measure and enter implement parameters. Oscar Quick Start Guide – Warranty info 12 GNSS Setting 1.TAP ： Turn on TAP service to use Tersus satellite-based positioning service. Oscar Quick Start Guide – Warranty info 13 2.Network RTK: Configure Ntrip, TCP or TCS to get RTK positioning. 3.Radio RTK: Set radio connection as a rover, enter corresponding protocol, air baud rate, channel and frequence. Oscar Quick Start Guide – Warranty info 14 4.NMEA Output: Output NMEA data via serial port, configure serial baud rate and output date rate as requirement. 5.USB Switch: Switch controller USB output from controller system CPU or GNSS board. Use it only if customer support engineers require related logs. Oscar Quick Start Guide – Warranty info 15 Calibration 1.Steer Calibration：To calibrate the steer ratio and coefficient. Follow the guide, drive straight forward and click start, the calibration will be completed automatically. 2.IMU Calibration: To reduce the roll angle error caused by guidance controller installation. Oscar Quick Start Guide – Warranty info 16 Follow the guide to complete the calibration. 3.Antenna Calibration ： To calibrate the deviation caused by guidance controller installation. In principle, the center of the antenna and the center of the vehicle remain in line. Please accurately measure the horizontal offset of the antenna from the central axis, then this calibration is not required. Follow the guide to complete the calibration. Oscar Quick Start Guide – Warranty info 17 4.Implement Calibration: To correct the implement offset. Automatic drive 3-line to get the A and B value, compare with the preset Overlap/Gap value (parameter “(B)” in implement setting). Oscar Quick Start Guide – Warranty info 18 Follow the guide to complete the calibration. Oscar Quick Start Guide – Warranty info 19 Guidance Line Setting Click Line button from the main interface. Select desired line from the list, or click New to create a new guidance line. Select desired line type to create a new one. V1.0.0 version only …

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Note: This test report is prepared for the customer shown above and for the device described herein. It may not be duplicated or used in part without prior written consent from Bay Area Compliance Laboratories Corp. (Kunshan). This report must not be used by the customer to claim product certification, approval, or endorsement by NVLAP, or any agency of the U.S.Govemment. FCC PART 27 FCC PART 22H TEST REPORT For Tersus GNSS Inc. Rm 601, Bldg E2, No. 88, Jinjihu Ave, Suzhou, China FCC ID: 2AMDJ-TC120 Report Type: Original Report Product Name: Tablet Report Number: RSHA250211001-00D Report Date: 2025-05-13 Reviewed By: Bard Liu Approved By: Kyle Xu Test Laboratory: Bay Area Compliance Laboratories Corp. (Kunshan) No.248 Chenghu Road, Kunshan, Jiangsu Province, China Tel: +86-512-86175000 Fax: +86-512-88934268 www.baclcorp.com.cn Bay Area Compliance Laboratories Corp.(Kunshan) Report No.: RSHA250211001-00D Page 2 of 53 TABLE OF CONTENTS REPORT REVISION HISTORY................................................................................................................................. 4 GENERAL INFORMATION ....................................................................................................................................... 5 PRODUCT DESCRIPTION FOR EQUIPMENT UNDER TEST (EUT) ..................................................................................... 5 OBJECTIVE ................................................................................................................................................................... 5 TEST METHODOLOGY .................................................................................................................................................. 6 MEASUREMENT UNCERTAINTY .................................................................................................................................... 6 TEST FACILITY ............................................................................................................................................................. 6 SYSTEM TEST CONFIGURATION .......................................................................................................................... 7 JUSTIFICATION ............................................................................................................................................................. 7 CHANNEL LIST ............................................................................................................................................................. 7 EQUIPMENT MODIFICATIONS ....................................................................................................................................... 9 SUPPORT EQUIPMENT LIST AND DETAILS .................................................................................................................... 9 EXTERNAL I/O CABLE.................................................................................................................................................. 9 BLOCK DIAGRAM OF TEST SETUP ................................................................................................................................ 9 TEST EQUIPMENT LIST ......................................................................................................................................... 11 SUMMARY OF TEST RESULTS ............................................................................................................................. 13 FCC §1.1310 & §2.1091 - MAXIMUM PERMISSIBLE EXPOSURE (MPE) ....................................................... 14 FCC §2.1047 - MODULATION CHARACTERISTIC ............................................................................................ 16 FCC §2.1046; § 22.913 (A); §27.50 (H) - RF OUTPUT POWER ........................................................................... 17 APPLICABLE STANDARDS .......................................................................................................................................... 17 TEST PROCEDURE ...................................................................................................................................................... 17 TEST DATA: SEE APPENDIX A .................................................................................................................................... 17 FCC §2.1049, §22.917, §22.905, §27.53 - OCCUPIED BANDWIDTH ................................................................... 18 APPLICABLE STANDARDS .......................................................................................................................................... 18 TEST PROCEDURE ...................................................................................................................................................... 18 TEST DATA: SEE APPENDIX B .................................................................................................................................... 18 FCC § 2.1051; § 22.917 (A); §27.53 (M); - SPURIOUS EMISSIONS AT ANTENNA TERMINALS ................ 19 APPLICABLE STANDARDS .......................................................................................................................................... 19 TEST PROCEDURE ...................................................................................................................................................... 19 TEST DATA: SEE APPENDIX D .................................................................................................................................... 19 FCC § 2.1053; § 22.917 (A); §27.53 (M); - SPURIOUS RADIATED EMISSIONS .............................................. 20 APPLICABLE STANDARDS .......................................................................................................................................... 20 TEST PROCEDURE ......................................................................…

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Bay Area Compliance Laboratories Corp. (Kunshan) Project No.: RSHA250211001 1 / 2 EXHIBIT E - TEST SETUP PHOTOGRAPHS Radiated Emissions (Below 1 GHz) Radiated Spurious Emissions (1 - 18 GHz) Bay Area Compliance Laboratories Corp. (Kunshan) Project No.: RSHA250211001 2 / 2 Radiated Spurious Emissions (18 - 27 GHz)

APPENDIX D_TX spurious Report No.:RSHA250211001-00D Page 18 of 21 B41 , Normal 1RB was the worst case 5MHz_Low_QPSK_1@0(30MHz~27.9GHz) 5MHz_Low_QPSK_25@0(30MHz~27.9GHz) 5MHz_Middle_QPSK_1@0(30MHz~27.9GHz) 5MHz_Middle_QPSK_25@0(30MHz~27.9GHz) 5MHz_High_QPSK_1@0(30MHz~27.9GHz) 5MHz_High_QPSK_25@0(30MHz~27.9GHz) APPENDIX D_TX spurious Report No.:RSHA250211001-00D Page 19 of 21 10MHz_Low_QPSK_1@0(30MHz~27.9GHz) 10MHz_Low_QPSK_50@0(30MHz~27.9GHz) 10MHz_Middle_QPSK_1@0(30MHz~27.9GHz) 10MHz_Middle_QPSK_50@0(30MHz~27.9GHz) 10MHz_High_QPSK_1@0(30MHz~27.9GHz) 10MHz_High_QPSK_50@0(30MHz~27.9GHz) APPENDIX D_TX spurious Report No.:RSHA250211001-00D Page 20 of 21 15MHz_Low_QPSK_1@0(30MHz~27.9GHz) 15MHz_Low_QPSK_75@0(30MHz~27.9GHz) 15MHz_Middle_QPSK_1@0(30MHz~27.9GHz) 15MHz_Middle_QPSK_75@0(30MHz~27.9GHz) 15MHz_High_QPSK_1@0(30MHz~27.9GHz) 15MHz_High_QPSK_75@0(30MHz~27.9GHz) APPENDIX D_TX spurious Report No.:RSHA250211001-00D Page 21 of 21 20MHz_Low_QPSK_1@0(30MHz~27.9GHz) 20MHz_Low_QPSK_100@0(30MHz~27.9GHz) 20MHz_Middle_QPSK_1@0(30MHz~27.9GHz) 20MHz_Middle_QPSK_100@0(30MHz~27.9GHz) 20MHz_High_QPSK_1@0(30MHz~27.9GHz) 20MHz_High_QPSK_100@0(30MHz~27.9GHz) ***** END *****

APPENDIX D_TX spurious Report No.:RSHA250211001-00D Page 1 of 21 B5 , Normal Mode Va l u e (dBm) Limit Verdict 1.4MHz_Low_QPSK_1@0(30MHz~9.49GHz) -34.14 See Graphs Pass 1.4MHz_Low_QPSK_6@0(30MHz~9.49GHz) -34.63 See Graphs Pass 1.4MHz_Middle_QPSK_1@0(30MHz~9.49GHz) -34.33 See Graphs Pass 1.4MHz_Middle_QPSK_6@0(30MHz~9.49GHz) -34.09 See Graphs Pass 1.4MHz_High_QPSK_1@0(30MHz~9.49GHz) -34.16 See Graphs Pass 1.4MHz_High_QPSK_6@0(30MHz~9.49GHz) -34.49 See Graphs Pass 3MHz_Low_QPSK_1@0(30MHz~9.49GHz) -34.25 See Graphs Pass 3MHz_Low_QPSK_15@0(30MHz~9.49GHz) -34.40 See Graphs Pass 3MHz_Middle_QPSK_1@0(30MHz~9.49GHz) -34.32 See Graphs Pass 3MHz_Middle_QPSK_15@0(30MHz~9.49GHz) -33.87 See Graphs Pass 3MHz_High_QPSK_1@0(30MHz~9.49GHz) -33.58 See Graphs Pass 3MHz_High_QPSK_15@0(30MHz~9.49GHz) -34.19 See Graphs Pass 5MHz_Low_QPSK_1@0(30MHz~9.49GHz) -34.26 See Graphs Pass 5MHz_Low_QPSK_25@0(30MHz~9.49GHz) -34.46 See Graphs Pass 5MHz_Middle_QPSK_1@0(30MHz~9.49GHz) -34.58 See Graphs Pass 5MHz_Middle_QPSK_25@0(30MHz~9.49GHz) -33.85 See Graphs Pass 5MHz_High_QPSK_1@0(30MHz~9.49GHz) -34.14 See Graphs Pass 5MHz_High_QPSK_25@0(30MHz~9.49GHz) -33.67 See Graphs Pass 10MHz_Low_QPSK_1@0(30MHz~9.49GHz) -34.84 See Graphs Pass 10MHz_Low_QPSK_50@0(30MHz~9.49GHz) -34.01 See Graphs Pass 10MHz_Middle_QPSK_1@0(30MHz~9.49GHz) -34.54 See Graphs Pass 10MHz_Middle_QPSK_50@0(30MHz~9.49GHz) -34.34 See Graphs Pass 10MHz_High_QPSK_1@0(30MHz~9.49GHz) -34.09 See Graphs Pass 10MHz_High_QPSK_50@0(30MHz~9.49GHz) -34.75 See Graphs Pass Note:1RB was the worst case. APPENDIX D_TX spurious Report No.:RSHA250211001-00D Page 2 of 21 B5 , Normal 1RB was the worst case 1.4MHz_Low_QPSK_1@0(30MHz~9.49GHz) 1.4MHz_Low_QPSK_6@0(30MHz~9.49GHz) 1.4MHz_Middle_QPSK_1@0(30MHz~9.49GHz) 1.4MHz_Middle_QPSK_6@0(30MHz~9.49GHz) 1.4MHz_High_QPSK_1@0(30MHz~9.49GHz) 1.4MHz_High_QPSK_6@0(30MHz~9.49GHz) APPENDIX D_TX spurious Report No.:RSHA250211001-00D Page 3 of 21 3MHz_Low_QPSK_1@0(30MHz~9.49GHz) 3MHz_Low_QPSK_15@0(30MHz~9.49GHz) 3MHz_Middle_QPSK_1@0(30MHz~9.49GHz) 3MHz_Middle_QPSK_15@0(30MHz~9.49GHz) 3MHz_High_QPSK_1@0(30MHz~9.49GHz) 3MHz_High_QPSK_15@0(30MHz~9.49GHz) APPENDIX D_TX spurious Report No.:RSHA250211001-00D Page 4 of 21 5MHz_Low_QPSK_1@0(30MHz~9.49GHz) 5MHz_Low_QPSK_25@0(30MHz~9.49GHz) 5MHz_Middle_QPSK_1@0(30MHz~9.49GHz) 5MHz_Middle_QPSK_25@0(30MHz~9.49GHz) 5MHz_High_QPSK_1@0(30MHz~9.49GHz) 5MHz_High_QPSK_25@0(30MHz~9.49GHz) APPENDIX D_TX spurious Report No.:RSHA250211001-00D Page 5 of 21 10MHz_Low_QPSK_1@0(30MHz~9.49GHz) 10MHz_Low_QPSK_50@0(30MHz~9.49GHz) 10MHz_Middle_QPSK_1@0(30MHz~9.49GHz) 10MHz_Middle_QPSK_50@0(30MHz~9.49GHz) 10MHz_High_QPSK_1@0(30MHz~9.49GHz) 10MHz_High_QPSK_50@0(30MHz~9.49GHz) APPENDIX D_TX spurious Report No.:RSHA250211001-00D Page 6 of 21 B7 , Normal Mode Va l u e (dBm) Limit Verdict 5MHz_Low_QPSK_1@0(30MHz~26.7GHz) -33.61 See Graphs Pass 5MHz_Low_QPSK_25@0(30MHz~26.7GHz) -33.78 See Graphs Pass 5MHz_Middle_QPSK_1@0(30MHz~26.7GHz) -32.26 See Graphs Pass 5MHz_Middle_QPSK_25@0(30MHz~26.7GHz) -32.21 See Graphs Pass 5MHz_High_QPSK_1@0(30MHz~26.7GHz) -33.26 See Graphs Pass 5MHz_High_QPSK_25@0(30MHz~26.7GHz) -33.05 See Graphs Pass 10MHz_Low_QPSK_1@0(30MHz~26.7GHz) -31.87 See Graphs Pass 10MHz_Low_QPSK_50@0(30MHz~26.7GHz) -32.83 See Graphs Pass 10MHz_Middle_QPSK_1@0(30MHz~26.7GHz) -32.56 See Graphs Pass APPENDIX D_TX spurious Report No.:RSHA250211001-00D Page 7 of 21 Mode Va l u e (dBm) Limit Verdict 10MHz_Middle_QPSK_50@0(30MHz~26.7GHz) -33.68 See Graphs Pass 10MHz_High_QPSK_1@0(30MHz~26.7GHz) -33.23 See Graphs Pass 10MHz_High_QPSK_50@0(30MHz~26.7GHz) -31.62 See Graphs Pass 15MHz_Low_QPSK_1@0(30MHz~26.7GHz) -31.51 See Graphs Pass 15MHz_Low_QPSK_75@0(30MHz~26.7GHz) -32.86 See Graphs Pass 15MHz_Middle_QPSK_1@0(30MHz~26.7GHz) -32.83 See Graphs Pass 15MHz_Middle_QPSK_75@0(30MHz~26.7GHz) -33.47 See Graphs Pass 15MHz_High_QPSK_1@0(30MHz~26.7GHz) -33.27 See Graphs Pass 15MHz_High_QPSK_75@0(30MHz~26.7GHz) -32.24 See Graphs Pass 20MHz_Low_QPSK_1@0(30MHz~26.7GHz) -33.40 See Graphs Pass 20MHz_Low_QPSK_100@0(30MHz~26.7GHz) -33.74 See Graphs Pass 20MHz_Middle_QPSK_1@0(30MHz~26.7GHz) -33.74 See Graphs Pass 20MHz_Middle_QPSK_100@0(30MHz~26.7GHz) -32.05 See Graphs Pass 20MHz_High_QPSK_1@0(30MHz~26.7GHz) -32.90 See Graphs Pass 20MHz_High_QPSK_100@0(30MHz~26.7GHz) -33.11 See Graphs Pass B38 , Normal Mode Va l u e (dBm) Limit Verdict 5MHz_Low_QPSK_1@0(30MHz~27.2GHz) -32.98 See Graphs Pass 5MHz_Low_QPSK_25@0(30MHz~27.2GHz) -33.42 See Graphs Pass 5MHz_Middle_QPSK_1@0(30MHz~27.2GHz) -32.95 See Graphs Pass 5MHz_Middle_QPSK_25@0(30MHz~27.2GHz) -32.51 See Graphs Pass 5MHz_High_QPSK_1@0(30MHz~27.2GHz) -33.01 See Graphs Pass 5MHz_High_QPSK_25@0(30MHz~27.2GHz) -32.07 See Graphs Pass 10MHz_Low_QPSK_1@0(30MHz~27.2GHz) -32.94 See Graphs Pass 10MHz_Low_QPSK_50@0(30MHz~27.2GHz) -33.14 See Graphs Pass 10MHz_Middle_QPSK_1@0(30MHz~27.2GHz) -33.11 See Graphs Pass 10MHz_Middle_QPSK_50@0(30MHz~27.2GHz) -33.26 See Graphs Pass 10MHz_High_QPSK_1@0(30MHz~27.2GHz) -32.60 See Graphs Pass 10MHz_High_QPSK_50@0(30MHz~27.2GHz) -33.96 See Graphs Pass 15MHz_Low_QPSK_1@0(30MHz~27.2GHz) -33.49 See Graphs Pass 15MHz_Low_QPSK_75@0(30MHz~27.2GHz) -32.42 See Graphs Pass 15MHz_Middle_QPSK_1@0(30MHz~27.2GHz) -33.88 See Graphs Pass 15MHz_Middle_QPSK_75@0(30MHz~27.2GHz) -33.17 See Graphs Pass APPENDIX D_TX spurious Report No.:RSHA250211001-00D Page 8 of 21 Mode Va l u e (dBm) Limit Verdict 15MHz_High_QPSK_1@0(30MHz~27.2GHz) -33.34 See Graphs Pass 15MHz_High_QPSK_75@0(30MHz~27.2GHz) -33.37 See Graphs Pass 20MHz_Low_QPSK_1@0(30MHz~27.2GHz) -33.19 See Graphs Pass 20MHz_Low_QPSK_100@0(30MHz~27.2GHz) -33.62 See Graphs Pass 20MHz_Middle_QPSK_1@0(30MHz~27.2GHz) -32.18 See Graphs Pass 20MHz_Middle_QPSK_100@0(30MHz~27.2GHz) -33.81 See Graphs Pass 20MHz_High_QPSK_1@0(30MHz~27.2GHz) -33.17 See Graphs Pass 20MHz_High_QPSK_100@0(30MHz~27.2GHz) -32.71 See Graphs Pass B41 , Normal Mode Va l u e (dBm) Limit Verdict 5MHz_Low_QPSK_1@0(30MHz~27.9GHz) -32.87 See Graphs Pass 5MHz_Low_QPSK_25@0(30MHz~27.9GHz) …

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APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 22 of 33 15MHz_High_16QAM_1@74 15MHz_High_16QAM_75@0 20MHz_Low_QPSK_1@0 20MHz_Low_QPSK_100@0 20MHz_Low_16QAM_1@0 20MHz_Low_16QAM_100@0 APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 23 of 33 20MHz_High_QPSK_1@99 20MHz_High_QPSK_100@0 20MHz_High_16QAM_1@99 20MHz_High_16QAM_100@0 B38 Duty Cycle, Normal 5MHz_Middle_QPSK_25@0 2.991ms,10.002ms 5MHz_Middle_16QAM_25@0 2.993ms,10.007ms APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 24 of 33 10MHz_Middle_QPSK_50@0 2.991ms,10.002ms 10MHz_Middle_16QAM_50@0 2.986ms,9.997ms 15MHz_Middle_QPSK_75@0 2.991ms,10.002ms 15MHz_Middle_16QAM_75@0 2.991ms,10.002ms 20MHz_Middle_QPSK_100@0 2.991ms,10.002ms 20MHz_Middle_16QAM_100@0 2.991ms,10.002ms APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 25 of 33 LTE Band 41 , Normal Mode Reading (dBm) Duty factor （ dB ） Result (dBm) Limit Verdict 5MHz_Low_QPSK_1@0 -19.10 5.24 -13.86 See Graphs Pass 5MHz_Low_QPSK_25@0 -19.76 5.24 -14.52 See Graphs Pass 5MHz_Low_16QAM_1@0 -20.30 5.24 -15.06 See Graphs Pass 5MHz_Low_16QAM_25@0 -24.18 5.24 -18.94 See Graphs Pass 5MHz_High_QPSK_1@24 -21.30 5.24 -16.06 See Graphs Pass 5MHz_High_QPSK_25@0 -19.70 5.24 -14.46 See Graphs Pass 5MHz_High_16QAM_1@24 -23.85 5.24 -18.61 See Graphs Pass 5MHz_High_16QAM_25@0 -21.58 5.24 -16.34 See Graphs Pass 10MHz_Low_QPSK_1@0 -21.71 5.24 -16.47 See Graphs Pass 10MHz_Low_QPSK_50@0 -25.81 5.24 -20.57 See Graphs Pass 10MHz_Low_16QAM_1@0 -21.18 5.25 -15.93 See Graphs Pass 10MHz_Low_16QAM_50@0 -23.44 5.25 -18.19 See Graphs Pass 10MHz_High_QPSK_1@49 -21.42 5.24 -16.18 See Graphs Pass 10MHz_High_QPSK_50@0 -21.51 5.24 -16.27 See Graphs Pass 10MHz_High_16QAM_1@49 -24.27 5.25 -19.02 See Graphs Pass 10MHz_High_16QAM_50@0 -18.33 5.25 -13.08 See Graphs Pass 15MHz_Low_QPSK_1@0 -23.18 5.24 -17.94 See Graphs Pass 15MHz_Low_QPSK_75@0 -29.32 5.24 -24.08 See Graphs Pass 15MHz_Low_16QAM_1@0 -23.09 5.24 -17.85 See Graphs Pass 15MHz_Low_16QAM_75@0 -26.86 5.24 -21.62 See Graphs Pass 15MHz_High_QPSK_1@74 -23.05 5.24 -17.81 See Graphs Pass 15MHz_High_QPSK_75@0 -20.21 5.24 -14.97 See Graphs Pass 15MHz_High_16QAM_1@74 -21.36 5.24 -16.12 See Graphs Pass 15MHz_High_16QAM_75@0 -18.46 5.24 -13.22 See Graphs Pass 20MHz_Low_QPSK_1@0 -19.47 5.24 -14.23 See Graphs Pass 20MHz_Low_QPSK_100@0 -26.97 5.24 -21.73 See Graphs Pass 20MHz_Low_16QAM_1@0 -25.75 5.24 -20.51 See Graphs Pass 20MHz_Low_16QAM_100@0 -28.95 5.24 -23.71 See Graphs Pass 20MHz_High_QPSK_1@99 -24.52 5.24 -19.28 See Graphs Pass 20MHz_High_QPSK_100@0 -18.62 5.24 -13.38 See Graphs Pass 20MHz_High_16QAM_1@99 -22.17 5.24 -16.93 See Graphs Pass 20MHz_High_16QAM_100@0 -21.57 5.24 -16.33 See Graphs Pass Note: The margin of other frequency is greater than the Duty factor, so the test result is Pass. APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 26 of 33 Duty Cycle B41 , Normal Mode To n (ms) Ton+Toff (ms) Duty Cycle (%) Duty Cycle Factor(dB) 5MHz_Middle_QPSK_25@0 2.991 10.002 29.90 5.24 5MHz_Middle_16QAM_25@0 2.993 10.007 29.91 5.24 10MHz_Middle_QPSK_50@0 2.991 10.002 29.90 5.24 10MHz_Middle_16QAM_50@0 2.986 9.997 29.86 5.25 15MHz_Middle_QPSK_75@0 2.991 10.002 29.90 5.24 15MHz_Middle_16QAM_75@0 2.993 10.007 29.91 5.24 20MHz_Middle_QPSK_100@0 2.991 10.002 29.90 5.24 20MHz_Middle_16QAM_100@0 2.991 10.002 29.90 5.24 Duty Cycle = Ton/(Ton+Toff)*100% APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 27 of 33 LTE Band 41 , Normal 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 APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 28 of 33 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_50@0 APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 29 of 33 10MHz_High_QPSK_1@49 10MHz_High_QPSK_50@0 10MHz_High_16QAM_1@49 10MHz_High_16QAM_50@0 15MHz_Low_QPSK_1@0 15MHz_Low_QPSK_75@0 APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 30 of 33 15MHz_Low_16QAM_1@0 15MHz_Low_16QAM_75@0 15MHz_High_QPSK_1@74 15MHz_High_QPSK_75@0 15MHz_High_16QAM_1@74 15MHz_High_16QAM_75@0 APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 31 of 33 20MHz_Low_QPSK_1@0 20MHz_Low_QPSK_100@0 20MHz_Low_16QAM_1@0 20MHz_Low_16QAM_100@0 20MHz_High_QPSK_1@99 20MHz_High_QPSK_100@0 APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 32 of 33 20MHz_High_16QAM_1@99 20MHz_High_16QAM_100@0 B41 Duty Cycle , Normal 5MHz_Middle_QPSK_25@0 2.991ms,10.002ms 5MHz_Middle_16QAM_25@0 2.993ms,10.007ms 10MHz_Middle_QPSK_50@0 2.991ms,10.002ms 10MHz_Middle_16QAM_50@0 2.986ms,9.997ms APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 33 of 33 15MHz_Middle_QPSK_75@0 2.991ms,10.002ms 15MHz_Middle_16QAM_75@0 2.993ms,10.007ms 20MHz_Middle_QPSK_100@0 2.991ms,10.002ms 20MHz_Middle_16QAM_100@0 2.991ms,10.002ms

APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 13 of 33 15MHz_Low_16QAM_1@0 15MHz_Low_16QAM_75@0 15MHz_High_QPSK_1@74 15MHz_High_QPSK_75@0 15MHz_High_16QAM_1@74 15MHz_High_16QAM_75@0 APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 14 of 33 20MHz_Low_QPSK_1@0 20MHz_Low_QPSK_100@0 20MHz_Low_16QAM_1@0 20MHz_Low_16QAM_100@0 20MHz_High_QPSK_1@99 20MHz_High_QPSK_100@0 APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 15 of 33 20MHz_High_16QAM_1@99 20MHz_High_16QAM_100@0 APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 16 of 33 B38 , Normal Mode Reading (dBm) Duty factor （ dB ） Result (dBm) Limit Verdict 5MHz_Low_QPSK_1@0 -19.04 5.24 -13.80 See Graph Pass 5MHz_Low_QPSK_25@0 -21.91 5.24 -16.67 See Graph Pass 5MHz_Low_16QAM_1@0 -19.93 5.24 -14.69 See Graph Pass 5MHz_Low_16QAM_25@0 -24.64 5.24 -19.40 See Graph Pass 5MHz_High_QPSK_1@24 -19.63 5.24 -14.39 See Graph Pass 5MHz_High_QPSK_25@0 -25.26 5.24 -20.02 See Graph Pass 5MHz_High_16QAM_1@24 -18.97 5.24 -13.73 See Graph Pass 5MHz_High_16QAM_25@0 -25.81 5.24 -20.57 See Graph Pass 10MHz_Low_QPSK_1@0 -17.31 5.24 -12.07 See Graph Pass 10MHz_Low_QPSK_50@0 -23.36 5.24 -18.12 See Graph Pass 10MHz_Low_16QAM_1@0 -21.14 5.25 -15.89 See Graph Pass 10MHz_Low_16QAM_50@0 -26.29 5.25 -21.04 See Graph Pass 10MHz_High_QPSK_1@49 -20.21 5.24 -14.97 See Graph Pass 10MHz_High_QPSK_50@0 -25.25 5.24 -20.01 See Graph Pass 10MHz_High_16QAM_1@49 -22.17 5.25 -16.92 See Graph Pass 10MHz_High_16QAM_50@0 -26.13 5.25 -20.88 See Graph Pass 15MHz_Low_QPSK_1@0 -21.99 5.24 -16.75 See Graph Pass 15MHz_Low_QPSK_75@0 -23.34 5.24 -18.10 See Graph Pass 15MHz_Low_16QAM_1@0 -20.94 5.24 -15.70 See Graph Pass 15MHz_Low_16QAM_75@0 -26.67 5.24 -21.43 See Graph Pass 15MHz_High_QPSK_1@74 -20.39 5.24 -15.15 See Graph Pass 15MHz_High_QPSK_75@0 -26.65 5.24 -21.41 See Graph Pass 15MHz_High_16QAM_1@74 -21.18 5.24 -15.94 See Graph Pass 15MHz_High_16QAM_75@0 -26.42 5.24 -21.18 See Graph Pass 20MHz_Low_QPSK_1@0 -22.41 5.24 -17.17 See Graph Pass 20MHz_Low_QPSK_100@0 -25.87 5.24 -20.63 See Graph Pass 20MHz_Low_16QAM_1@0 -25.72 5.24 -20.48 See Graph Pass 20MHz_Low_16QAM_100@0 -29.01 5.24 -23.77 See Graph Pass 20MHz_High_QPSK_1@99 -20.82 5.24 -15.58 See Graph Pass 20MHz_High_QPSK_100@0 -29.80 5.24 -24.56 See Graph Pass 20MHz_High_16QAM_1@99 -22.29 5.24 -17.05 See Graph Pass 20MHz_High_16QAM_100@0 -28.70 5.24 -23.46 See Graph Pass Note: The margin of other frequency is greater than the Duty factor, so the test result is Pass. APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 17 of 33 Duty Cycle B38 , Normal Mode To n (ms) Ton+Toff (ms) Duty Cycle (%) Duty Cycle Factor(dB) 5MHz_Middle_QPSK_25@0 2.991 10.002 29.90 5.24 5MHz_Middle_16QAM_25@0 2.993 10.007 29.91 5.24 10MHz_Middle_QPSK_50@0 2.991 10.002 29.90 5.24 10MHz_Middle_16QAM_50@0 2.986 9.997 29.86 5.25 15MHz_Middle_QPSK_75@0 2.991 10.002 29.90 5.24 15MHz_Middle_16QAM_75@0 2.991 10.002 29.90 5.24 20MHz_Middle_QPSK_100@0 2.991 10.002 29.90 5.24 20MHz_Middle_16QAM_100@0 2.991 10.002 29.90 5.24 Duty Cycle = Ton/(Ton+Toff)*100% APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 18 of 33 B38 , Normal 5MHz_Low_QPSK_1@0 5MHz_Low_QPSK_25@0 5MHz_Low_16QAM_1@0 5MHz_Low_16QAM_25@0 APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 19 of 33 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 APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 20 of 33 10MHz_Low_16QAM_1@0 10MHz_Low_16QAM_50@0 10MHz_High_QPSK_1@49 10MHz_High_QPSK_50@0 10MHz_High_16QAM_1@49 10MHz_High_16QAM_50@0 APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 21 of 33 15MHz_Low_QPSK_1@0 15MHz_Low_QPSK_75@0 15MHz_Low_16QAM_1@0 15MHz_Low_16QAM_75@0 15MHz_High_QPSK_1@74 15MHz_High_QPSK_75@0

APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 1 of 33 B5 , Normal Mode Result (dBm) Limit Verdict 1.4MHz_Low_QPSK_1@0 -16.68 See Graphs Pass 1.4MHz_Low_QPSK_6@0 -22.69 See Graphs Pass 1.4MHz_Low_16QAM_1@0 -17.59 See Graphs Pass 1.4MHz_Low_16QAM_6@0 -23.70 See Graphs Pass 1.4MHz_High_QPSK_1@5 -16.52 See Graphs Pass 1.4MHz_High_QPSK_6@0 -22.68 See Graphs Pass 1.4MHz_High_16QAM_1@5 -19.10 See Graphs Pass 1.4MHz_High_16QAM_6@0 -24.96 See Graphs Pass 3MHz_Low_QPSK_1@0 -16.68 See Graphs Pass 3MHz_Low_QPSK_15@0 -27.14 See Graphs Pass 3MHz_Low_16QAM_1@0 -18.55 See Graphs Pass 3MHz_Low_16QAM_15@0 -29.08 See Graphs Pass 3MHz_High_QPSK_1@14 -16.37 See Graphs Pass 3MHz_High_QPSK_15@0 -27.90 See Graphs Pass 3MHz_High_16QAM_1@14 -19.51 See Graphs Pass 3MHz_High_16QAM_15@0 -30.21 See Graphs Pass 5MHz_Low_QPSK_1@0 -15.64 See Graphs Pass 5MHz_Low_QPSK_25@0 -26.73 See Graphs Pass 5MHz_Low_16QAM_1@0 -16.95 See Graphs Pass 5MHz_Low_16QAM_25@0 -28.53 See Graphs Pass 5MHz_High_QPSK_1@24 -15.60 See Graphs Pass 5MHz_High_QPSK_25@0 -27.01 See Graphs Pass 5MHz_High_16QAM_1@24 -16.53 See Graphs Pass 5MHz_High_16QAM_25@0 -28.25 See Graphs Pass 10MHz_Low_QPSK_1@0 -21.89 See Graphs Pass 10MHz_Low_QPSK_50@0 -31.62 See Graphs Pass 10MHz_Low_16QAM_1@0 -22.37 See Graphs Pass 10MHz_Low_16QAM_50@0 -34.20 See Graphs Pass 10MHz_High_QPSK_1@49 -21.42 See Graphs Pass 10MHz_High_QPSK_50@0 -33.60 See Graphs Pass 10MHz_High_16QAM_1@49 -22.40 See Graphs Pass 10MHz_High_16QAM_50@0 -34.90 See Graphs Pass APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 2 of 33 B5 , 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 1.4MHz_High_QPSK_1@5 1.4MHz_High_QPSK_6@0 APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 3 of 33 1.4MHz_High_16QAM_1@5 1.4MHz_High_16QAM_6@0 3MHz_Low_QPSK_1@0 3MHz_Low_QPSK_15@0 3MHz_Low_16QAM_1@0 3MHz_Low_16QAM_15@0 APPENDIX C_Band edge Report No.:RSHA250211001-00D Page 4 of 33 …

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