2AVFNLCE122ALTE Outdoor CPE

REV. ZONE DATE DESCRIPTION SIGNAPPROVER V1.0 --- 2021-05-17 Zhou Mo Tong Mingxu --------- --------- GENERAL TORANCE AB C D 0~8 ± 0.03 0.05 0.10 0.20 8~25 ± 0.05 0.08 0.20 0.30 25~80 ± 0.08 0.12 0.30 0.40 80~250 ± 0.12 0.20 0.40 0.50 250~ ± 0.20 0.30 0.50 0.60 SELECT A QUANTITY 1 SCALE1:1 SIZE A1 UNIT mm SHEET1 of 1 VIEW DIRECTION PART NAME LTE outdoor CPE说明书 PART NO. --- PROJECT NAME 波浪壳 DESIGN Zhou Mo MATERIAL SEE NOTES CHECK Wang Huaibing FINISHSEE NOTES APPROVAL Tong Mingxu DATE 2021-05-17 DIM GRADE 5876 412 3 12 910 11 131615 14 A B C E F D L K J H G I 14 151613 11 109 12 3 214 6785 I G H J K L D F E C B A LTE Outdoor CPE Quick Start Guide Introduction LTE outdoor CPE is a highly advanced LTE outdoor multi-service product solution specifically designed to meet integrated data needs for residential, business and enterprise users. The product supports advanced Gigabit networking functionalities. It enables wide service coverage and provides high data throughput and networking features to customers who needs easy broadband access. Panel of device · I/O panel of ODU · Packing List Make sure you have everything you need to properly configure the device. ODUPoEEthernet cablePower supply Stainless steel clamp Cable glandsSlotted end cap How does it work 1. Connect the Power Adapter to PoE injector. 2. PoE injector provides the power to ODU via LAN cable. 3PC connects LAN Cable to PoE, then PC can surf the Internet when ODU accesses the LTE network. This quick installation guide shows you how to configure your ODU in order to access the Internet. Configure hardware Please make sure that you are familiar with all accident prevention and safety procedures necessary for working at height and with electrici- ty before starting to install the device. DO NOT install the ODU during a lightning storm. Insert a SIM Card to the Slot Step 1 CAT5e (or above) cable to thread through the cable glands. Step 2 Connect the end of the CAT5e (or above) Ethernet cable to the PoE port of the ODU. Step 3 Wiring the cable glands into ODU and seal tightly. NOTE: Make sure you have inserted the SIM card into the ODU. Mount the ODU See the installation instructions to mount the ODU correctly. Header Connection Mounting Bracket The ODU can be mounted on an antenna pole or mast or on a wall using the supplied mounting bracket. · Choose a mounting point that is sturdy enough to hold the ODU, even during high winds. · When choosing a location to install the ODU, please note that the ODU’s front panel should point towards your service provider’s nearest base station. You do not need to be able to see the base station from the ODU’s position. However, if you experience difficulties with signal reception, a Line of Sight (LoS) connection may produce better results. · It is suggested that you transport the ODU to its intended installation location in its original protective package. To obtain the best radio signal level and connection quality, the CPE antenna should be aimed towards the best eNB or BS directly.To search for the best eNB direction, the user can rotate the CPE slowly and tilt CPE slightly to find the best signal direction. The CPE radio signal strength level can be observed from the RF LEDs mounted on the lower panel as shown below. Different colored LEDs represent different signal strength. Choose a location Connect the PoE Place a CAT5e (or above) Ethernet cable (not included) from the location of your intended Router to the desired PC location. If you intend to use cable clamps or other methods to secure the cable, do not tighten them until you finish installing the Router and ODU. ODU Computer PoEAdapter Hardware connections of Router Configure the CPE Login to the website Use a browser to access the management web page to configure and manage the CPE. The following procedure describes how to use a computer running Windows 7 or above version and Internet Explorer to connect to the CPE webpage. Connect to the CPE correctly. Start Internet Explorer, type http://192.168.225.1 in the address bar, and press Enter. Enter the user name and password, and click Log In. You can connect to the management web page after the password is verified. Configuration of LTE Step 1 Connect to the CPE correctly. Step 2 Go to the management website. Step 3 Choose Settings Network LTE Settings. Step 4 Set the connection mode and scan mode. The default setting is automatic connection and full band scanning, if you want to connect to the LTE network according to your needs, you can set the connection mode as manual, and simply scan a specific band. Frequently Asked Questions · Make sure that the CPE is powered on. · Verify that the CPE is correctly connected to the computer through a network cable. If the problem persists, contact authorized local service suppliers. · Check that the power adapter and PoE have connected to the CPE properly. · Check that the CPE is placed in an open area that is far away from obstructions, such as concrete or wooden walls. · Check that the CPE is placed far away from household electrical appliances that generate strong electromagnetic field, such as microwave ovens, refrigerators, and satellite dishes. If the problem persists, contact authorized local service suppliers. · The CPE is heated after being used for long time. Therefore, you must turn off the CPE when not you are using. · Check that the CPE is properly ventilated and protected from direct sunlight. Fails to Log in to the web management page. · Make sure that the power cable is connected to the PoE, and the CPE is connected to the right port of the PoE. · Make sure that the power adapter and PoE are compatible with the CPE. The POWER indicator does not turn on. The CPE fails to search for the LTE network. The CPE power adapter has overheated · If the CPE powers off unexpectedly while being configured, the parameters may be restored to the default settings. · After configuring the parameters, download the configuration file to quickly restor…

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Compliance Certification Services (Kunshan) Inc. Shenzhen Branch SZCCS-TRF-01 Rev. A/0 Aug01,2022 Report No.: FYCR221100048103 Page: 1 of 7 Winkey Wang EMC Technical Manager RF EXPOSURE EVALUATION REPORT Application No.: FYCR2211000481AT Applicant: Leax Arkivator Telecom USA Inc. Address of Applicant: 833 E Arapaho Rd Suite 203, Richardson, Texas 75081 United States Manufacturer: Leax Arkivator Telecom USA Inc. Address of Manufacturer: 833 E Arapaho Rd Suite 203, Richardson, Texas 75081 United States Factory: Leax Arkivator Telecom USA Inc. Address of Factory: 833 E Arapaho Rd Suite 203, Richardson, Texas 75081 United States Equipment Under Test (EUT): EUT Name: LTE Outdoor CPE Model No.: LCE122A Trade Mark: N/A FCC ID: 2AVFNLCE122A Standard(s) : FCC Rules 47 CFR §2.1091 KDB 447498 D04 interim General RF Exposure Guidance v01 Date of Receipt: 2022-11-16 Date of Evaluation: 2022-11-16 to 2023-02-03 Date of Issue: 2023-02-07 Evaluation Result: Pass* * In the configuration evaluated, the EUT complied with the standards specified above. Compliance Certification Services (Kunshan) Inc. Shenzhen Branch SZCCS-TRF-01 Rev. A/0 Aug01,2022 Report No.: FYCR221100048103 Page: 2 of 7 Revision Record Version Chapter Date Modifier Remark 01 2023-02-08 Original Authorized for issue by: Tree Zhan/Project Engineer Winkey Wang/Reviewer Compliance Certification Services (Kunshan) Inc. Shenzhen Branch SZCCS-TRF-01 Rev. A/0 Aug01,2022 Report No.: FYCR221100048103 Page: 3 of 7 2 Contents Page 1 Cover Page ................................................................................................................................................ 1 2 Contents .................................................................................................................................................... 3 3 General Information .................................................................................................................................. 4 3.1 General Description of E.U.T. ............................................................................................................ 4 3.2 Details of E.U.T. ................................................................................................................................. 4 3.3 Separation Distance ........................................................................................................................... 4 3.4 Test Location ...................................................................................................................................... 5 3.5 Test Facility ........................................................................................................................................ 5 3.6 Deviation from Standards ................................................................................................................... 5 3.7 Abnormalities from Standard Conditions ........................................................................................... 5 4 FCC Radiofrequency radiation exposure limits .................................................................................... 6 5 Measurement and Calculation ................................................................................................................. 7 5.1 Maximum transmit power ................................................................................................................... 7 Compliance Certification Services (Kunshan) Inc. Shenzhen Branch SZCCS-TRF-01 Rev. A/0 Aug01,2022 Report No.: FYCR221100048103 Page: 4 of 7 3 General Information 3.1 General Description of E.U.T. Product Type: Portable device Mobile device Fixed device 3.2 Details of E.U.T. Power supply: POE Passive Injector powered by Adapter Adapter Model No.: ASSA107A-240050 Input: AC 100-240V; 50/60Hz; Output: DC 24V 500mA EUT Powered by POE Passive Injector; POE Model: GRT-HCQ-A Cable(s): Network cable: unshielded 100.5cm Cable of Adapter: unshielded 125.5cm EUT Type: CPE-CBSD Category of EUT: Category B LTE Operation Frequency Band: LTE FDD Band 48 LTE CA Band: Non-contiguous: 10+10 MHz; 10+20 MHz; 20+10 MHz; 20+20MHz Contiguous: 10+20 MHz; 20+10 MHz; 20+20MHz Modulation Type: QPSK, 16QAM, 64QAM Antenna Type: Panel Antenna Antenna Gain: Ant 0: 15.6dBi Ant 2: 15.6dBi Single-carrier: Ant 0 and Ant 2 can Simultaneous transmission CA: Ant 0 and Ant 2 is used for transmitting antennas. Remark: The information in this section is provided by the applicant or manufacturer, CCS is not liable to the accuracy, suitability, reliability or/and integrity of the information. 3.3 Separation Distance Minimum test separation distance: 27cm Remark: This minimum test separation distance is determined by the smallest distance from the antenna and radiating structures or outer surface of the device, according to the host form factor, exposure conditions and platform requirements, to any part of the body or extremity of a user or bystander. Compliance Certification Services (Kunshan) Inc. Shenzhen Branch SZCCS-TRF-01 Rev. A/0 Aug01,2022 Report No.: FYCR221100048103 Page: 5 of 7 3.4 Test Location All tests were performed at: Compliance Certification Services（Kunshan）Inc. Shenzhen branch. Fuyong lab. Xinlong TechnoPark,Fengtang Road, Fuyong Subdistrict, Bao’an, Shenzhen, China Tel: +86 755 8866 3988 Fax: +86 755 2671 0594 No tests were sub-contracted. 3.5 Test Facility The test facility is recognized, certified, or accredited by the following organizations: • A2LA (Certificate No. 6606.01) Compliance Certification Services（Kunshan）Inc. Shenzhen branch is accredited by the American Association for Laboratory Accreditation(A2LA). Certificate No. 6606.01. • FCC –Designation Number: CN1322 Compliance Certification Services（Kunshan）Inc. Shenzhen branch has been recognized as an accredited testing laboratory. Designation Number: CN1322. Test Firm Registration Number: 718073 • Innovation, Science and Economic Development Canada Compliance Certification Ser…

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Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 1 of 43 Effective (Isotropic) Radiated Output Power Data & Maximum Power Spectral Density SISO: Frequency Gain DCCF Conducted power Final Conducted power EIRP Conducted Power Final Conducted power PSD Final PSD EIRP PSD (MHz) Size Offset dbi dB dBm dBm dBm dBm/10MHz dBm/10MHz Result Limit dBm/MHz dBm/MHz dBm/MHz 0 15.6 2.22 16.46 18.68 34.28 16.47 18.69 34.29 <=47 17.22 19.44 35.04 <=37 Pass 25 15.6 2.22 16.43 18.65 34.25 16.42 18.64 34.24 <=47 17.19 19.41 35.01 <=37 Pass 49 15.6 2.22 16.44 18.66 34.26 16.45 18.67 34.27 <=47 17.2 19.42 35.02 <=37 Pass 0 15.6 2.22 16.51 18.73 34.33 16.5 18.72 34.32 <=47 13.24 15.46 31.06 <=37 Pass 13 15.6 2.22 16.52 18.74 34.34 16.5 18.72 34.32 <=47 13.23 15.45 31.05 <=37 Pass 25 15.6 2.22 16.54 18.76 34.36 16.52 18.74 34.34 <=47 13.25 15.47 31.07 <=37 Pass 50 0 15.6 2.22 16.61 18.83 34.43 16.56 18.78 34.38 <=47 8.53 10.75 26.35 <=37 Pass 0 15.6 2.22 16.29 18.51 34.11 16.3 18.52 34.12 <=47 16.68 18.9 34.5 <=37 Pass 25 15.6 2.22 16.27 18.49 34.09 16.28 18.5 34.1 <=47 16.66 18.88 34.48 <=37 Pass 49 15.6 2.22 16.28 18.5 34.1 16.29 18.51 34.11 <=47 16.67 18.89 34.49 <=37 Pass 0 15.6 2.22 16.32 18.54 34.14 16.3 18.52 34.12 <=47 13.32 15.54 31.14 <=37 Pass 13 15.6 2.22 16.35 18.57 34.17 16.34 18.56 34.16 <=47 13.35 15.57 31.17 <=37 Pass 25 15.6 2.22 16.33 18.55 34.15 16.31 18.53 34.13 <=47 13.33 15.55 31.15 <=37 Pass 50 0 15.6 2.22 16.46 18.68 34.28 16.45 18.67 34.27 <=47 8.65 10.87 26.47 <=37 Pass 0 15.6 2.22 17.54 19.76 35.36 17.53 19.75 35.35 <=47 18.42 20.64 36.24 <=37 Pass 25 15.6 2.22 17.52 19.74 35.34 17.51 19.73 35.33 <=47 18.43 20.65 36.25 <=37 Pass 49 15.6 2.22 17.53 19.75 35.35 17.52 19.74 35.34 <=47 18.38 20.6 36.2 <=37 Pass 0 15.6 2.22 17.34 19.56 35.16 17.34 19.56 35.16 <=47 12.58 14.8 30.4 <=37 Pass 13 15.6 2.22 17.32 19.54 35.14 17.31 19.53 35.13 <=47 12.56 14.78 30.38 <=37 Pass 25 15.6 2.22 17.33 19.55 35.15 17.32 19.54 35.14 <=47 12.57 14.79 30.39 <=37 Pass 50 0 15.6 2.22 17 19.22 34.82 16.97 19.19 34.79 <=47 8.64 10.86 26.46 <=37 Pass 0 15.6 2.22 16.39 18.61 34.21 16.38 18.6 34.2 <=47 16.96 19.18 34.78 <=37 Pass 25 15.6 2.22 16.36 18.58 34.18 16.35 18.57 34.17 <=47 16.95 19.17 34.77 <=37 Pass 49 15.6 2.22 16.38 18.6 34.2 16.38 18.6 34.2 <=47 16.96 19.18 34.78 <=37 Pass 0 15.6 2.22 16.4 18.62 34.22 16.39 18.61 34.21 <=47 12.23 14.45 30.05 <=37 Pass 13 15.6 2.22 16.39 18.61 34.21 16.38 18.6 34.2 <=47 12.19 14.41 30.01 <=37 Pass 25 15.6 2.22 16.38 18.6 34.2 16.38 18.6 34.2 <=47 12.18 14.4 30 <=37 Pass 50 0 15.6 2.22 16.43 18.65 34.25 16.43 18.65 34.25 <=47 8.19 10.41 26.01 <=37 Pass 0 15.6 2.22 16.28 18.5 34.1 16.28 18.5 34.1 <=47 16.83 19.05 34.65 <=37 Pass 25 15.6 2.22 16.29 18.51 34.11 16.29 18.51 34.11 <=47 16.85 19.07 34.67 <=37 Pass 49 15.6 2.22 16.28 18.5 34.1 16.29 18.51 34.11 <=47 16.84 19.06 34.66 <=37 Pass 0 15.6 2.22 16.3 18.52 34.12 16.31 18.53 34.13 <=47 12.21 14.43 30.03 <=37 Pass 13 15.6 2.22 16.31 18.53 34.13 16.3 18.52 34.12 <=47 12.2 14.42 30.02 <=37 Pass 25 15.6 2.22 16.32 18.54 34.14 16.32 18.54 34.14 <=47 12.23 14.45 30.05 <=37 Pass 50 0 15.6 2.22 16.39 18.61 34.21 16.41 18.63 34.23 <=47 8.39 10.61 26.21 <=37 Pass 0 15.6 2.22 17.51 19.73 35.33 17.51 19.73 35.33 <=47 17.97 20.19 35.79 <=37 Pass 25 15.6 2.22 17.49 19.71 35.31 17.48 19.7 35.3 <=47 17.94 20.16 35.76 <=37 Pass 49 15.6 2.22 17.48 19.7 35.3 17.48 19.7 35.3 <=47 17.93 20.15 35.75 <=37 Pass 0 15.6 2.22 17.26 19.48 35.08 17.27 19.49 35.09 <=47 12.83 15.05 30.65 <=37 Pass 13 15.6 2.22 17.28 19.5 35.1 17.26 19.48 35.08 <=47 12.81 15.03 30.63 <=37 Pass 25 15.6 2.22 17.26 19.48 35.08 17.25 19.47 35.07 <=47 12.79 15.01 30.61 <=37 Pass 50 0 15.6 2.22 17 19.22 34.82 17.01 19.23 34.83 <=47 8.52 10.74 26.34 <=37 Pass 0 15.6 2.22 16.39 18.61 34.21 16.39 18.61 34.21 <=47 16.86 19.08 34.68 <=37 Pass 25 15.6 2.22 16.38 18.6 34.2 16.37 18.59 34.19 <=47 16.85 19.07 34.67 <=37 Pass 49 15.6 2.22 16.37 18.59 34.19 16.37 18.59 34.19 <=47 16.85 19.07 34.67 <=37 Pass 0 15.6 2.22 16.39 18.61 34.21 16.38 18.6 34.2 <=47 12.83 15.05 30.65 <=37 Pass 13 15.6 2.22 16.38 18.6 34.2 16.37 18.59 34.19 <=47 12.8 15.02 30.62 <=37 Pass 25 15.6 2.22 16.38 18.6 34.2 16.38 18.6 34.2 <=47 12.82 15.04 30.64 <=37 Pass 50 0 15.6 2.22 16.42 18.64 34.24 16.42 18.64 34.24 <=47 8.71 10.93 26.53 <=37 Pass 0 15.6 2.22 16.29 18.51 34.11 16.28 18.5 34.1 <=47 17.05 19.27 34.87 <=37 Pass 25 15.6 2.22 16.29 18.51 34.11 16.28 18.5 34.1 <=47 17.05 19.27 34.87 <=37 Pass 49 15.6 2.22 16.28 18.5 34.1 16.27 18.49 34.09 <=47 17.03 19.25 34.85 <=37 Pass 0 15.6 2.22 16.29 18.51 34.11 16.29 18.51 34.11 <=47 12.54 14.76 30.36 <=37 Pass 13 15.6 2.22 16.27 18.49 34.09 16.26 18.48 34.08 <=47 12.5 14.72 30.32 <=37 Pass 25 15.6 2.22 16.27 18.49 34.09 16.25 18.47 34.07 <=47 12.51 14.73 30.33 <=37 Pass 50 0 15.6 2.22 16.39 18.61 34.21 16.4 18.62 34.22 <=47 8.41 10.63 26.23 <=37 Pass 0 15.6 2.22 17.51 19.73 35.33 17.51 19.73 35.33 <=47 17.93 20.15 35.75 <=37 Pass 25 15.6 2.22 17.49 19.71 35.31 17.5 19.72 35.32 <=47 17.92 20.14 35.74 <=37 Pass 49 15.6 2.22 17.49 19.71 35.31 17.49 19.71 35.31 <=47 17.9 20.12 35.72 <=37 Pass 0 15.6 2.22 17.32 19.54 35.14 17.31 19.53 35.13 <=47 13.87 16.09 31.69 <=37 Pass 13 15.6 2.22 17.31 19.53 35.13 17.32 19.54 35.14 <=47 13.88 16.1 31.7 <=37 Pass 25 15.6 2.22 17.3 19.52 35.12 17.3 19.52 35.12 <=47 13.86 16.08 31.68 <=37 Pass 50 0 15.6 2.22 17.01 19.23 34.83 17.02 19.24 34.84 <=47 9.19 11.41 27.01 <=37 Pass 64QAM 3555 1 25 3625 1 25 3695 1 25 16QAM 3555 1 25 3625 1 25 3695 1 25 QPSK 3555 1 25 3625 1 25 3695 1 25 Band: 48 / Bandwidth: 10MHz -ANT 0 Modulation RB Allocation EIRP (dBm/10MHz) Limit Verdict Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 2 of 43 FrequencyGainDCCF Conducted power Final Conducted power EIRP Conducted Power Final Conducted power PSDFinal PSDEIRP PSD (MHz)SizeOffsetdbidBdBmdBmdBmdBm/10MHzdBm/10MHzResultLimitdBm/MHzdBm/MHzdBm/MHz 015.62.2216.6518.8734.4716.6318.8534.45<=4716.7518.9734.57<=3…

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Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 17 of 43 Ant 2_10M_Q16_1RB0_PSD_High channel Ant 2_10M_Q16_1RB0_PSD_Low channel Ant 2_10M_Q16_1RB0_PSD_Middle channel Ant 2_10M_Q16_FULLRB_PSD_High channel Ant 2_10M_Q16_FULLRB_PSD_Low channel Ant 2_10M_Q16_FULLRB_PSD_Middle channel Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 18 of 43 Ant 2_10M_Q64_1RB0_PSD_High channel Ant 2_10M_Q64_1RB0_PSD_Middle channel Ant 2_10M_Q64_1RB0_PSD__Low channel Ant 2_10M_Q64_FULLRB_PSD_High channel Ant 2_10M_Q64_FULLRB_PSD_Low channel Ant 2_10M_Q64_FULLRB_PSD_Middle channel Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 19 of 43 Ant 2_10M_QPSK_1RB0_PSD_High channel Ant 2_10M_QPSK_1RB0_PSD_Low channel Ant 2_10M_QPSK_1RB0_PSD_Middle channel Ant 2_10M_QPSK_FULLRB_PSD_High channel Ant 2_10M_QPSK_FULLRB_PSD_Low channel Ant 2_10M_QPSK_FULLRB_PSD_Middle channel Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 20 of 43 Ant 2_20M_Q16_1RB0_PSD_High channel Ant 2_20M_Q16_1RB0_PSD_Low channel Ant 2_20M_Q16_1RB0_PSD_Middle channel Ant 2_20M_Q16_FULLRB_PSD_High channel Ant 2_20M_Q16_FULLRB_PSD_Low channel Ant 2_20M_Q16_FULLRB_PSD_Middle channel Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 21 of 43 Ant 2_20M_Q64_1RB0_PSD_High channel Ant 2_20M_Q64_1RB0_PSD_Low channel Ant 2_20M_Q64_1RB0_PSD_Middle channel Ant 2_20M_Q64_FULLRB_PSD_High channel Ant 2_20M_Q64_FULLRB_PSD_Low channel Ant 2_20M_Q64_FULLRB_PSD_Middle channel Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 22 of 43 Ant 2_20M_QPSK_1RB0_PSD_High channel Ant 2_20M_QPSK_1RB0_PSD_Low channel Ant 2_20M_QPSK_1RB0_PSD_Middle channel Ant 2_20M_QPSK_FULLRB_PSD_High channel Ant 2_20M_QPSK_FULLRB_PSD_Low channel Ant 2_20M_QPSK_FULLRB_PSD_Middle channel Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 23 of 43 CA PCC 10MHz + SCC 20MHz Frequency Gain DCCF Conducted power Conducted power Conducted power EIRP Conducted Power Conducted Power PSD PSD EIRP PSD (MHz) Size Offset dbi dB dBm (PCC) dBm (SCC) dBm dBm dBm/10MHz (PCC) dBm/10MHz (SCC) Result Limit dBm/MHz (PCC) dBm/MHz (SCC) dBm/MHz 1+1 PCC 49 SCC 0 15.6 3.98 14.86 15.11 21.98 37.58 14.86 15.08 30.68 <=47 14.83 15.06 30.66 <=37 Pass 50+100 PCC 0 SCC 0 15.6 3.98 14.79 15.31 22.05 37.65 14.81 13.18 30.41 <=47 6.59 3.73 22.19 <=37 Pass 1+1 PCC 49 SCC 0 15.6 3.98 15.06 15.26 22.15 37.75 15.05 15.21 30.81 <=47 15.92 15.41 31.52 <=37 Pass 50+100 PCC 0 SCC 0 15.6 3.98 14.7 15.34 22.02 37.62 14.69 13.19 30.29 <=47 6.52 5.71 22.12 <=37 Pass 1+1 PCC 49 SCC 0 15.6 3.98 15.44 15.49 22.46 38.06 15.45 15.5 31.10 <=47 16.52 15.99 32.12 <=37 Pass 50+100 PCC 49 SCC 0 15.6 3.98 15.16 15.51 22.33 37.93 15.1 13.29 30.70 <=47 7.55 5.89 23.15 <=37 Pass 1+1 PCC 49 SCC 0 15.6 3.98 14.96 15.08 22.01 37.61 14.95 15.04 30.64 <=47 14.82 14.93 30.53 <=37 Pass 50+100 PCC 0 SCC 0 15.6 3.98 14.61 15.16 21.88 37.48 14.61 12.98 30.21 <=47 6.61 4.38 22.21 <=37 Pass 1+1 PCC 49 SCC 0 15.6 3.98 15.22 15.15 22.18 37.78 15.2 15.16 30.80 <=47 15.59 16.26 31.86 <=37 Pass 50+100 PCC 0 SCC 0 15.6 3.98 14.62 15.43 22.03 37.63 14.62 13.25 30.22 <=47 6.56 5.14 22.16 <=37 Pass 1+1 PCC 49 SCC 0 15.6 3.98 15.61 15.52 22.56 38.16 15.61 15.54 31.21 <=47 16.43 15.87 32.03 <=37 Pass 50+100 PCC 0 SCC 0 15.6 3.98 15.19 15.48 22.33 37.93 15.19 13.28 30.79 <=47 7.26 5.94 22.86 <=37 Pass 1+1 PCC 49 SCC 0 15.6 3.98 14.78 14.89 21.83 37.43 14.78 14.86 30.46 <=47 16.01 15.19 31.61 <=37 Pass 50+100 PCC 0 SCC 0 15.6 3.98 14.56 15.15 21.86 37.46 14.57 13 30.17 <=47 6.71 4.5 22.31 <=37 Pass 1+1 PCC 49 SCC 0 15.6 3.98 15.07 15.25 22.15 37.75 15.06 15.23 30.83 <=47 15.12 15.94 31.54 <=37 Pass 50+100 PCC 0 SCC 0 15.6 3.98 14.61 15.54 22.09 37.69 14.61 13.34 30.21 <=47 6.86 5.42 22.46 <=37 Pass 1+1 PCC 49 SCC 0 15.6 3.98 15.47 15.38 22.42 38.02 15.47 15.32 31.07 <=47 15.95 15.78 31.55 <=37 Pass 50+100 PCC 0 SCC 0 15.6 3.98 15.17 15.51 22.33 37.93 15.16 13.35 30.76 <=47 6.97 5.62 22.57 <=37 Pass 64QAM 3555.5 + 3569.9 3615.6 + 3630 3675.6 + 3690 16QAM 3555.5 + 3569.9 3615.6 + 3630 3675.6 + 3690 QPSK 3555.5 + 3569.9 3615.6 + 3630 3675.6 + 3690 Band: 48 / Bandwidth: PCC 10MHz+SCC 20MHz Modulation RB Allocation EIRP (dBm/10MHz) Verdict Limit Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 24 of 43 PCC 20MHz + SCC 10MHz Frequency Gain DCCF Conducted power Conducted power Conducted power EIRP Conducted Power Conducted Power PSD PSD EIRP PSD (MHz) Size Offset dbi dB dBm (PCC) dBm (SCC) dBm dBm dBm/10MHz (PCC) dBm/10MHz (SCC) Result Limit dBm/MHz (PCC) dBm/MHz (SCC) dBm/MHz 1+1 PCC 100 SCC 0 15.6 3.98 14.66 15.12 21.89 37.49 14.61 15.11 30.71 <=47 14.61 15.94 31.54 <=37 Pass 100+50 PCC 0 SCC 0 15.6 3.98 14.57 15.23 21.90 37.50 12.29 15.32 30.92 <=47 4.12 7.19 22.79 <=37 Pass 1+1 PCC 100 SCC 0 15.6 3.98 15.67 15.46 22.56 38.16 15.63 15.46 31.23 <=47 15.48 15.66 31.26 <=37 Pass 50+100 PCC 0 SCC 0 15.6 3.98 14.71 15.66 22.20 37.80 12.57 15.62 31.22 <=47 4.5 8.37 23.97 <=37 Pass 1+1 PCC 100 SCC 0 15.6 3.98 15.57 15.46 22.51 38.11 15.52 15.47 31.12 <=47 14.95 15.76 31.36 <=37 Pass 50+100 PCC 0 SCC 0 15.6 3.98 15.2 15.63 22.41 38.01 12.92 15.6 31.20 <=47 4.66 7.99 23.59 <=37 Pass 1+1 PCC 100 SCC 0 15.6 3.98 14.68 15.03 21.85 37.45 14.65 15.1 30.70 <=47 14.62 15.85 31.45 <=37 Pass 50+100 PCC 0 SCC 0 15.6 3.98 14.61 15.21 21.91 37.51 12.41 15.22 30.82 <=47 3.36 7.82 23.42 <=37 Pass 1+1 PCC 100 SCC 0 15.6 3.98 15.8 15.45 22.62 38.22 15.73 15.45 31.33 <=47 16.54 16.16 32.14 <=37 Pass 50+100 PCC 0 SCC 0 15.6 3.98 14.75 15.6 22.19 37.79 12.54 15.61 31.21 <=47 4.15 7.62 23.22 <=37 Pass 1+1 PCC 100 SCC 0 15.6 3.98 15.66 15.4 22.52 38.12 15.61 15.39 31.21 <=47 16.97 16.17 32.57 <=37 Pass 50+100 PCC 0 SCC 0 15.6 3.98 15.14 15.78 22.46 38.06 12.89 15.78 31.38 <=47 4.53 8.54 24.14 <=37 Pass 1+1 PCC 100 SCC 0 15.6 3.98 14.79 14.93 21.85 37.45 14.77 14.98 30.58 <=47 14.9 15.42 31.02 <=37 Pass 50+100 PCC 0 SCC 0 15.6 3.98 14.59 15.1 21.…

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Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 32 of 43 PCC 20MHz + SCC 10MHz PCC_20M_3560MHz_Q16_1RB0_PSD PCC_20M_3560MHz_Q16_FULLRB_PSD PCC_20M_3560MHz_Q64_1RB0_PSD PCC_20M_3560MHz_Q64_FULLRB_PSD PCC_20M_3560MHz_QPSK_1RB0_PSD PCC_20M_3560MHz_QPSK_FULLRB_PSD Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 33 of 43 PCC_20M_3620.1MHz_Q16_1RB0_PSD PCC_20M_3620.1MHz_Q16_FULLRB_PSD PCC_20M_3620.1MHz_Q64_1RB0_PSD PCC_20M_3620.1MHz_Q64_FULLRB_PSD PCC_20M_3620.1MHz_QPSK_1RB0_PSD PCC_20M_3620.1MHz_QPSK_FULLRB_PSD Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 34 of 43 PCC_20M_3680.1MHz_Q16_1RB0_PSD PCC_20M_3680.1MHz_Q16_FULLRB_PSD PCC_20M_3680.1MHz_Q64_1RB0_PSD PCC_20M_3680.1MHz_Q64_FULLRB_PSD PCC_20M_3680.1MHz_QPSK_1RB0_PSD PCC_20M_3680.1MHz_QPSK_FULLRB_PSD Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 35 of 43 SCC_10M_3574.4MHz_Q16_1RB0_PSD SCC_10M_3574.4MHz_Q16_FULLRB_PSD SCC_10M_3574.4MHz_Q64_1RB0_PSD SCC_10M_3574.4MHz_Q64_FULLRB_PSD SCC_10M_3574.4MHz_QPSK_1RB0_PSD SCC_10M_3574.4MHz_QPSK_FULLRB_PSD Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 36 of 43 SCC_10M_3634.5MHz_Q16_1RB0_PSD SCC_10M_3634.5MHz_Q16_FULLRB_PSD SCC_10M_3634.5MHz_Q64_1RB0_PSD SCC_10M_3634.5MHz_Q64_FULLRB_PSD SCC_10M_3634.5MHz_QPSK_1RB0_PSD SCC_10M_3634.5MHz_QPSK_FULLRB_PSD Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 37 of 43 SCC_10M_3694.5MHz_Q16_1RB0_PSD SCC_10M_3694.5MHz_Q16_FULLRB_PSD SCC_10M_3694.5MHz_Q64_1RB0_PSD SCC_10M_3694.5MHz_Q64_FULLRB_PSD SCC_10M_3694.5MHz_QPSK_1RB0_PSD SCC_10M_3694.5MHz_QPSK_FULLRB_PSD Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 38 of 43 PCC 20MHz + SCC 20MHz PCC_20M_3560MHz_Q16_1RB0_PSD PCC_20M_3560MHz_Q16_FULLRB_PSD PCC_20M_3560MHz_Q64_1RB0_PSD PCC_20M_3560MHz_Q64_FULLRB_PSD PCC_20M_3560MHz_QPSK_1RB0_PSD PCC_20M_3560MHz_QPSK_FULLRB_PSD Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 39 of 43 PCC_20M_3615.1MHz_Q16_1RB0_PSD PCC_20M_3615.1MHz_Q16_FULLRB_PSD PCC_20M_3615.1MHz_Q64_1RB0_PSD PCC_20M_3615.1MHz_Q64_FULLRB_PSD PCC_20M_3615.1MHz_QPSK_1RB0_PSD PCC_20M_3615.1MHz_QPSK_FULLRB_PSD Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 40 of 43 PCC_20M_3670.2MHz_Q16_1RB0_PSD PCC_20M_3670.2MHz_Q16_FULLRB_PSD PCC_20M_3670.2MHz_Q64_1RB0_PSD PCC_20M_3670.2MHz_Q64_FULLRB_PSD PCC_20M_3670.2MHz_QPSK_1RB0_PSD PCC_20M_3670.2MHz_QPSK_FULLRB_PSD Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 41 of 43 SCC_20M_3579.8MHz_Q16_1RB0_PSD SCC_20M_3579.8MHz_Q16_FULLRB_PSD SCC_20M_3579.8MHz_Q64_1RB0_PSD SCC_20M_3579.8MHz_Q64_FULLRB_PSD SCC_20M_3579.8MHz_QPSK_1RB0_PSD SCC_20M_3579.8MHz_QPSK_FULLRB_PSD Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 42 of 43 SCC_20M_3634.9MHz_Q16_1RB0_PSD SCC_20M_3634.9MHz_Q16_FULLRB_PSD SCC_20M_3634.9MHz_Q64_1RB0_PSD SCC_20M_3634.9MHz_Q64_FULLRB_PSD SCC_20M_3634.9MHz_QPSK_1RB0_PSD SCC_20M_3634.9MHz_QPSK_FULLRB_PSD Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Page: 43 of 43 SCC_20M_3690MHz_Q16_1RB0_PSD SCC_20M_3690MHz_Q16_FULLRB_PSD SCC_20M_3690MHz_Q64_1RB0_PSD SCC_20M_3690MHz_Q64_FULLRB_PSD SCC_20M_3690MHz_QPSK_1RB0_PSD SCC_20M_3690MHz_QPSK_FULLRB_PSD - End of the Appendix -

Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Report No.: FYCR221100048102 Page: 1 of 28 Winkey Wang EMC Technical Manager TEST REPORT Application No.: FYCR2211000481AT Applicant: Leax Arkivator Telecom USA Inc. Address of Applicant: 833 E Arapaho Rd.Suite 203 Richardson,TX 75081 Manufacturer: Leax Arkivator Telecom USA Inc. Address of Manufacturer: 833 E Arapaho Rd.Suite 203 Richardson,TX 75081 Factory: Leax Arkivator Telecom USA Inc. Address of Factory: 833 E Arapaho Rd.Suite 203 Richardson,TX 75081 Equipment Under Test (EUT): EUT Name: LTE Outdoor CPE Model No.: LCE122A Trade Mark: N/A FCC ID: 2AVFNLCE122A Standard(s) : 47 CFR Part 2 47 CFR Part 96 subpart E Date of Receipt: 2022-11-16 Date of Test: 2022-11-16 to 2023-02-03 Date of Issue: 2023-02-07 Test Result: Pass * In the configuration tested, the EUT complied with the standards specified above. Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Report No.: FYCR221100048102 Page: 2 of 28 Revision Record Version Chapter Date Modifier Remark 01 2023-02-07 Original Authorized for issue by: Tree Zhan/Project Engineer Winkey Wang/Reviewer Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Report No.: FYCR221100048102 Page: 3 of 28 2 Test Summary Test Item FCC Rule No. Requirements Verdict Effective (Isotropic) Radiated Output Power Data & Maximum Power Spectral Density §2.1046 §96.41(b) EIRP≤ 47dBm/10MHz(LTE Band 48) PSD≤ 37dBm/MHz(LTE Band 48) PASS Peak-Average Ratio §96.41(g) ≤13dB PASS Modulation Characteristics §2.1047 Digital modulation PASS Bandwidth §2.1049(h) OBW: No limit EBW: No limit PASS Band Edge Compliance §2.1051 §96.41(e) Refer to clause 6.4 for LTE Band48 PASS Spurious emissions at antenna terminals §2.1051 §96.41(e) Refer to clause 6.5 for LTE Band48 PASS Field strength of spurious radiation §2.1051 §96.41(e) Refer to clause 6.6 for LTE Band48 PASS Frequency stability §2.1055 ≤ ±2.5ppm. PASS Note: (1) The test items except radiated spurious emission of intra band non-contiguous were cover by LTE single carrier due to the CA power is reduced. Compliance Certification Services (Kunshan) Inc. Shenzhen Branch Report No.: FYCR221100048102 Page: 4 of 28 3 Contents Page 1 COVER PAGE ............................................................................................................................................ 1 2 TEST SUMMARY ....................................................................................................................................... 3 3 CONTENTS ...............................................................................................................................................…

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