2BS8J-SY2884G module

SY288 LTE Cat.1 bis Module Specification Table of Contents 1. Overview 2. Specifications 3. RF Parameters 4. Pin Definition 1. Overview SY288 is a low-power LTE CAT1 module supporting mainstream frequency bands worldwide. It can be widely used in POS terminals, cloud speakers, IPC cameras, trackers, shared devices, and other IoT product fields. 2. Specifications Item Specification Chip Model EC718PM Frequency Bands FDD BAND: 1/2/3/4/5/7/8/12/13/14/17/18/19/20/25/26/28/66/71 TDD BAND: 34/38/39/40/41 Interface USB, UART, I2C, SPI SIM Interface Dual SIM single standby USIM1: 1.8V/3V cards; USIM2: 1.8V cards Dimensions 17.7 x 15.8 x 2.4 mm Operating Temperature -30C to +75C Operating Voltage 3.3V to 4.3V, typical 3.8V Protocol Standard Max 3GPP Rel-14 Cat 1 bis FDD and TDD Antenna 1T1R Physical Layer Max Data Rate LTE-FDD: 10 Mbps (DL) / 5 Mbps (UL) LTE-TDD: 8.96 Mbps (DL) / 3.1 Mbps (UL) Bandwidth 1.4/3/5/10/15/20 MHz Protocols TCP/UDP/NITZ/FILE/MQTT/PING/NTP/HTTP/HTTPS/SSL 3. RF Parameters Test Conditions: 3.8V / 25C / 10MHz Parameter Value Max Transmit Power 23dBm +/- 2.7dB Min Sensitivity -97dBm 4. Pin Definition 4.1 Pin Layout 1 2 3 4 5 6 7 8 9 10 11 22 21 20 19 18 17 16 15 14 97 36 37 38 39 40 41 42 43 44 33 32 31 30 29 28 27 26 25 24 23 GND NC NC NC NC NC PWRKEY NC ADC0 GND USIM1_DATA USIM1_VCC RST_N NET_STATUS UART1_RXD UART1_TXD UART1_DTRN UART1_RI UART1_DCD UART1_CTS UART1_RTS VDD_EXT STATUS NC GND UART2_TXD NC NC NC NC GND GND UART0_RXD UART0_TXD GND VBAT VBAT NC 12 USIM1_RST 13 USIM1_CLK 95 GND 96 ADC1 UART2_RXD NC 35 34 GND ANT GND 98 NC 94 GND 90 GND 91 GND 92 GND 89 GND 93 GND 79 USIM1 _DET 82 USB_BOOT 64 USIM2 _DATA 63 USIM2 _RST 62 USIM2 _CLK 60 USB_DM 59 USB_DP 65 USIM2 _VCC 61 USB_VBUS 99 NC 106 NC 72 GND 71 GND 70 GND 88 GND 69 NC 68 NC 105 NC 104 NC 45 GND 46 GND 47 GND 48 GND 49 NC 50 NC 51 NC 52 NC 53 NC 100 NC 73 GND 74 NC 75 NC 76 NC 77 NC 78 NC 80 NC 101 NC 54 NC 55 NC 56 NC 57 NC 58 NC 102 NC 103 NC 66 I2C0_SDA 67 I2C0_SCL 87 NC 86 NC 85 NC 84 NC 83 NC 81 NC 107 NC 108 NC 109 NC 4.2 Pin Description No. Name Type Description 1 GND GND Ground 2 NC - Not connected 3 NC - Not connected 4 NC - Not connected 5 NC - Not connected 6 NC - Not connected 7 PWRKEY DI Module power on: Pull low for >=500ms or ground; Module power off: Pull low for >=650ms 8 NC - Not connected 9 ADC0 AI 0~1.2V, 12-bit 10 GND GND Ground 11 USIM1_DATA DIO USIM1 card data 12 USIM1_RST DO USIM1 card reset 13 USIM1_CLK DO USIM1 card clock 14 USIM1_VDD PO USIM1 card power supply 15 RESET_N DI Module reset: Pull low for >=300ms 16 NET_STATUS DO Network search: Slow flash (200ms H / 1800ms L); Standby: Slow flash (1800ms H / 200ms L); Data transfer: Fast flash (125ms H / 125ms L); Note: Connected to USB_BOOT internally 17 UART1_RXD DI Main UART receive 18 UART1_TXD DO Main UART transmit 19 UART1_DTR DI Main UART data terminal ready 20 UART1_RI DO Main UART ring indicator output 21 UART1_DCD DO Main UART carrier detect output 22 UART1_CTS DO Clear to send 23 UART1_RTS DI Request to send 24 VDD_EXT PO Test point reserved. Requires 1uF capacitor + TVS. For external pull-up only (>=4.7kohm) 25 STATUS DO Module power on indicator (high level output) 26 NC - Not connected 27 GND GND Ground 28 UART2_RXD DI UART2 receive 29 UART2_TXD DO UART2 transmit 30 NC - Not connected 31 NC - Not connected 32 NC - Not connected 33 NC - Not connected 34 GND GND Ground 35 ANT_MAIN ANT Antenna port, 50ohm characteristic impedance 36 GND GND Ground 37 GND GND Ground 38 UART0_RXD DI DEBUG UART receive 39 UART0_TXD DO DEBUG UART transmit 40 GND GND Ground 41 GND GND Ground 42 VBAT PI External power, 1.2A required. TVS recommended. Test point reserved. 43 VBAT PI External power, 1.2A required. TVS recommended. Test point reserved. 44 NC - Not connected 45 GND GND Ground 46 GND GND Ground 47 GND GND Ground 48 GND GND Ground 59 USB_DP AIO USB positive, 90ohm differential impedance required 60 USB_DM AIO USB negative, 90ohm differential impedance required 61 USB_VBUS AI 3.0V~5.25V, test point reserved 62 USIM2_CLK DO USIM2 card clock 63 USIM2_RST DO USIM2 card reset 64 USIM2_DATA DIO USIM2 card data 65 USIM2_VDD PO USIM2 card power supply 66 I2C0_SDA - I2C0 data 67 I2C0_SCL - I2C0 clock 68 NC - Not connected 69 NC - Not connected 70 GND GND Ground 71 GND GND Ground 72 GND GND Ground 73 GND GND Ground 74 NC - Not connected 75 NC - Not connected 76 NC - Not connected 77 NC - Not connected 78 NC - Not connected 79 USIM1_DET DI USIM1 card hot-swap detection 80 NC - Not connected 81 NC - Not connected 82 USB_BOOT DI Test point reserved. Pull up to VDD_EXT before power on for forced download mode. 83 NC - Not connected 84 NC - Not connected 85 NC - Not connected 86 NC - Not connected 87 NC - Not connected 88 GND GND Ground 89 GND GND Ground 90 GND GND Ground 91 GND GND Ground 92 GND GND Ground 93 GND GND Ground 94 GND GND Ground 95 GND GND Ground 96 ADC1 AI 0~1.2V, 12-bit 97 NC - Not connected 98 NC - Not connected 99 NC - Not connected 100 NC - Not connected 101 NC - Not connected 102 NC - Not connected 103 NC - Not connected 104 NC - Not connected 105 NC - Not connected 106 NC - Not connected 107 NC - Not connected 108 NC - Not connected 109 NC - Not connected Pin Type Legend Type Description GND Ground DI Digital Input DO Digital Output DIO Digital Input/Output AI Analog Input AO Analog Output AIO Analog Input/Output PI Power Input PO Power Output ANT Antenna NC Not Connected FCC Statement This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Any Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be inst…

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ANTENNA SPECIFICATION Customer Name: Project Name: Operating Frequency: 600-6000 MHz Hardware Version: V0.1 Material Specification Specification Model Part Number Customer Part Number FPC Antenna itp024005-EX5G0-1 Revision History Date Description of Change Changed By Version Internal Sign-off R&D QA Engineer: Approved: Mechanical: Reviewed: QA Engineer: Approved: RF: Reviewed: Customer Sign-off Electronic Engineer Project Manager Mechanical Engineer QA Engineer Hangzhou Vision Link Intelligence Technology Co., Ltd Table of Contents 1. Project Information 2. Antenna Matching Circuit 3. Device Test Data 3.1 S11 Test Method Description 3.2 Test Environment 3.3 S11 Test Parameters 3.4 Passive Data 3.5 Electrical Performance 3.6 Mechanical Performance 4. Mass Production Antenna Specifications 1. Project Information Antenna Image 2. Antenna Matching Circuit The antenna is screwed onto the SMA connector on the main board. No additional matching circuit has been added. 3. Device Test Data 3.1 S11 Test Method Description Test Equipment: Network Analyzer (Agilent E5071C) Test Method: A 50-ohm cable is connected from the instrument test port. After calibration with a calibration kit, the cable is connected to the SMA connector of the test fixture. The return loss and VSWR at the corresponding frequency points are recorded. Test setup diagram is shown below: 3.2 Test Environment Test System RTS100 24-probe OTA Measurement System Test Environment Temperature: 22°C ± 3°C, Humidity: 50% ± 15% Test Equipment (Passive) Network Analyzer E5071C Test Equipment (Active) Comprehensive Tester CMW500 RTS-100 Test System Capabilities: • Suitable for: mobile phones, smart watches, tablet PCs, laptops, Bluetooth headsets, routers, GPS antennas, small drones, smart door locks, and other small/medium wireless terminals and modules • Supported Frequencies: 600 MHz - 8 GHz • Supported Polarizations: Linear, Circular, Elliptical • Passive Test Items: Gain, Efficiency, 2D Pattern, 3D Pattern, Roundness, Axial Ratio, etc. • Active Test Items: Overall TRP, TIS, EIRP, EIS • Supported Standards: 2G/3G/4G/5G, Wi-Fi b/g/n/a/ac/ax, Bluetooth, NB-IoT, Cat-M (eMTC), GPS/BEIDOU/GLONASS, ZigBee, LoRa (non-signaling) 3.3 S11 Test Parameters Antenna VSWR (Voltage Standing Wave Ratio) 3.4 Passive Data 3.4.1 Antenna Passive Efficiency and Gain Frequency (MHz) Max Gain (dBi) Efficiency (%) 600 -4.69 14.79 650 1.77 47.97 700 2.17 40.64 750 2.15 42.76 800 0.69 37.5 850 1.4 45.19 900 1.17 43.45 950 0.11 35.16 1000 1.35 40.74 1050 1.5 43.25 1100 1.65 37.67 1150 0.85 28.58 1200 -0.24 27.42 1250 -0.36 31.77 1300 -1.38 28.51 1350 -0.16 34.36 1400 0.34 40.27 1450 0.07 42.46 1500 1.01 48.53 1550 1.36 46.56 1600 1.87 49.55 1650 2.29 48.87 1700 1.9 45.39 1750 1.71 46.99 1800 0.28 39.26 1850 0.23 33.27 1900 0.35 31.55 1950 0.73 31.77 2000 2.07 36.98 2050 1.82 40.46 2100 1.59 43.35 2150 1.72 47.86 2200 2.37 45.29 2250 1.99 43.05 2300 2.01 45.08 2350 1.79 43.35 2400 2.07 43.55 2450 1.07 40.93 2500 0.75 41.78 2550 0.13 41.88 2600 -0.12 39.9 2650 -0.65 40.93 2700 -0.82 43.15 2750 -1.31 39.26 2800 -0.55 43.85 2850 -0.23 39.9 2900 -0.19 42.07 2950 -0.09 43.45 3000 0.37 40.74 3050 0.56 42.66 3100 0.77 40.09 3150 -0.04 37.33 3200 -0.04 36.98 3250 0.24 37.41 3300 0.54 36.64 3350 0.81 35.4 3400 0.79 40.36 3450 1.53 40.09 3500 1.41 38.64 3550 1.38 42.17 3600 0.56 40.93 3650 0.44 40.09 3700 0.88 39.81 3750 0.88 35.48 3800 0.84 34.28 3850 2.02 38.11 3900 0.82 32.51 3950 0.51 30.76 4000 1.27 33.04 4050 1.65 34.43 4100 0.83 34.75 4150 0.71 32.06 4200 0.2 27.16 4250 0.24 23.88 4300 -0.8 24.49 4350 -0.69 22.44 4400 -0.07 22.91 4450 -0.45 21.18 4500 0.88 22.91 4550 -0.12 22.65 4600 0.64 25.23 4650 1.2 30.55 4700 1.59 32.58 4750 1.37 34.51 4800 1.0 31.41 4850 1.02 31.77 4900 0.5 31.33 4950 -0.54 28.38 5000 -0.16 24.55 5050 -1.45 24.43 5100 0.03 28.18 5150 -0.03 28.71 5200 -0.63 26.49 5250 0.21 24.6 5300 0.33 28.12 5350 0.52 24.21 5400 -0.44 25.82 5450 -0.34 26.73 5500 1.61 24.43 5550 2.59 24.95 5600 1.04 23.5 5650 1.66 25.29 5700 1.14 24.38 5750 0.95 23.33 5800 1.34 21.38 5850 0.78 22.65 5900 0.33 24.43 5950 1.22 21.13 6000 -0.33 20.42 3.4.2 Radiation Pattern 3.5 Electrical Performance Parameter Specification Frequency (MHz) 600 - 6000 MHz Input Impedance 50 Ω VSWR < 3 Gain -4.6 ~ 2.5 dBi Efficiency 14 ~ 49% Polarization Linear Radiation Pattern Omni-directional 3.6 Mechanical Performance Parameter Specification Mounting Method Screw/Bolt Adhesive Type None Connector Type SMA Male (inner pin replaceable per customer requirements) Antenna Dimensions (mm) 13.00 mm (diameter) x 201 mm (length) Material SMA + Plastic housing + Cable Cable Length (mm) No exposed cable Operating Temperature -40°C ~ +85°C Storage Temperature -40°C ~ +85°C 4. Mass Production Antenna Specifications During mass production, VSWR is used as the production test standard. Based on project-specific variations, the following standard applies: Frequency (MHz) Mass Production Standard 600 - 6000 MHz VSWR (production) < VSWR (qualification) + 0.5

Page 1 of 2 FCC ID: 2BS8J-SY288 PCB Setup Photo RF Conducted Page 2 of 2 FCC ID: 2BS8J-SY288 Radiated Emissions (Below 1GHz) Radiated Emissions (Above 1GHz)

The test results presented in this report relate only to the object tested. This report shall not be reproduced, except in full, without the written approval of the Shenzhen STS Test Services Co., Ltd. Radio Test Report Report No.:STS2604373W01 Issued for Hangzhou Vision Link Intelligence Technology Co., Ltd Room 117, No. 68 Shengtao Shanyun, Xingzhou Garden, Wenxin Subdistrict, West Lake District, Hangzhou City, Zhejiang Province, China Product Name: 4G module Brand Name: N/A Model Name: SY288 Series Model(s): N/A FCC ID: 2BS8J-SY288 Test Standards: 47 CFR Part 2, 22H, 24E, 27, 90 Page 2 of 99 Report No.: STS2604373W01 TEST REPORT Applicant’s Name ................. : Hangzhou Vision Link Intelligence Technology Co., Ltd Address .................................. : Room 117, No. 68 Shengtao Shanyun, Xingzhou Garden, Wenxin Subdistrict, West Lake District, Hangzhou City, Zhejiang Province, China Manufacturer’s Name ........... : Hangzhou Vision Link Intelligence Technology Co., Ltd Address .................................. : Room 117, No. 68 Shengtao Shanyun, Xingzhou Garden, Wenxin Subdistrict, West Lake District, Hangzhou City, Zhejiang Province, China Product Description Product Name ........................ : 4G module Brand Name ........................... : N/A Model Name ........................... : SY288 Series Model(s) .................... : N/A Test Standards...................... : 47 CFR Part 2, 22H, 24E, 27, 90 Test Procedure ....................... : KDB 971168 D01 v03r01,ANSI C63.26( 2015) This device described above has been tested by STS, the test results show that the equipment under test (EUT) is in compliance with the FCC requirements. And it is applicable only to the tested sample identified in the report. The test results presented in this report relate only to the object tested. This report shall not be reproduced, except in full, without the written approval of the Shenzhen STS Test Services Co., Ltd. Date of Test ............................... : Date of receipt of test item ......... : 15 Apr. 2026 Date (s) of performance of tests : 15 Apr. 2026~22 Apr. 2026 Date of Issue ............................. : 22 Apr. 2026 Test Result ................................. : Pass Testing Engineer : (Lenon Hou) Technical Manager : (Skylar Li) Authorized Signatory : (Bovey Yang) Page 3 of 99 Report No.: STS2604373W01 Table of Contents Page 1 SUMMARY OF TEST RESULTS 5 1.1 INTRODUCTION 7 2 PRODUCT INFORMATION 8 3 TEST CONFIGURATION OF EQUIPMENT UNDER TEST 13 4 MEASUREMENT INSTRUMENTS 19 5 TEST ITEMS 20 5.1 CONDUCTED OUTPUT POWER&TRANSMITTER RADIATED POWER 20 5.2 PEAK TO AVERAGE RATIO 21 5.3 OCCUPIED BANDWIDTH 22 5.4 FREQUENCY STABILITY 23 5.5 SPURIOUS EMISSIONS AT ANTENNA TERMINALS 34 5.6 BAND EDGE 35 5.7 FIELD STRENGTH OF SPURIOUS RADIATION MEASUREMENT 37 APPENDIX-PHOTOS OF TEST SETUP 99 Page 4 of 99 Report No.: STS2604373W01 Revision History Rev. Issue Date Report No. Effect Page Contents 00 22 Apr. 2026 STS2604373W01 ALL Initial Issue Page 5 of 99 Report No.: STS2604373W01 1 SUMMARY OF TEST RESULTS Test procedures according to the technical standards: The radiated emission testing was performed according to the procedures of KDB 971168 D01 v03r01 and ANSI C63.26( 2015) Test Description FCC Rules Band Test Limit Test Result Conducted Output Power 2.1046 / Reporting Only PASS Transmitter Radiated Power 22.913 B5, B26 ERP < 7 Watt PASS 24.232(c) B2, B25 EIRP < 2Watt 27.50(b) B13 ERP < 3 Watt 27.50(c) B12, B17, B71 ERP < 3 Watt 27.50(d) B4, B66, B70 EIRP < 1Watt 27.50(h) B7, B38, B41 EIRP < 2Watt 90.542 B14 ERP < 3Watt 90.635(b) B26 ERP < 100Watt Peak-to-Average Ratio 22.913(d) B5, B26 < 13 dB PASS 24.232(d) B2, B25 27.50 B4, B7, B12, B13, B17, B38, B41, B66, B71 Occupied Bandwidth 2.1049 / Reporting Only PASS Frequency Stability 2.1055 / < 2.5 ppm PASS 22.355 B5, B26 24.235 B2, B25, B35, B36 27.54 B4, B7, B12, B13, B17, B38, B41, B66, B71 90.213 B26 90.539 B14 <1.25 ppm PASS Spurious Emission at Antenna Terminals 2.1051 / < 43+10log10(P[Watts]) PASS 22.917 B5, B26 24.238(a) B2, B25 27.53(c) B13 27.53(g) B12, B17, B71 27.53(h) B4, B66 90.543(e) B14 90.691 B26 Page 6 of 99 Report No.: STS2604373W01 27.53(m) B7, B41 < 55+10log10(P[Watts]) Band Edge 2.1051 / Please refer to standard PASS 22.917 B5, B26 24.238(a) B2, B25 27.53(c) B13 27.53(g) B12, B17, B71 27.53(h) B4, B66 27.53(m) B7, B41 90.543(e) B14 90.691 B26 Field Strength of Spurious Radiation 2.1053 / < 43+10log10(P[Watts]) PASS 22.917 B5, B26 24.238(a) B2, B25 27.53(c) B13 27.53(g) B12, B17, B71 27.53(h) B4, B66 90.543(e) B14 90.691 B26 27.53(m) B7, B41 < 55+10log10(P[Watts]) Page 7 of 99 Report No.: STS2604373W01 1.1 INTRODUCTION TEST FACTORY SHENZHEN STS TEST SERVICES CO., LTD Add. : 101, Building B, Zhuoke Science Park, No.190 Chongqing Road, ZhanChengShequ, Fuhai Sub-District, Bao’an District, Shenzhen, Guang Dong, China FCC test Firm Registration Number: 625569 IC test Firm Registration Number: 12108A A2LA Certificate No.: 4338.01 MEASUREMENT UNCERTAINTY The measurement uncertainties shown below were calculated in accordance with the requirements ofANSI C63.4-2014. All measurement uncertainty values are shown with a coverage factor of k = 2 toindicate a 95% level of confidence. The measurement data shown herein meets or exceeds the UCISPRmeasurement uncertainty values specified in CISPR 16-4-2 and, thus, can be compared directly tospecified limits to determine compliance. No. Item Uncertainty 1 RF output power, conducted ±0.751dB 2 Unwanted Emissions, conducted ±2.888dB 3 All emissions, radiated 9K-30MHz ±2.48dB 4 All emissions, radiated 30M-1GHz ±2.52dB 5 All emissions, radiated 1G-18GHz ±3.48dB 6 All emissions, radiated>18GHz ±4.18dB 7 Conducted Emission (9KHz-150KHz) ±2.48dB 8 Conducted Emission (150KHz-30MHz) ±2.52dB 9 Occupied Channel Bandwidth ±3.6% 10 Power Spectral Density, conducted ±1.214dB 11 Duty Cycle ±3.2% Page 8 of 99 Report No.: STS2604373W01 2 PRODUCT INFORMATION Product Name 4G module Brand Name N/A …

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Report No.: STS2604373W01_Appendix LTE 500 Band26(824-849) 16QAM BW=5MHz Channel=26915 RB Size=25 Position=#0 Band26(824-849) QPSK BW=1.4MHz Channel=26915 RB Size=6 Position=#0 Report No.: STS2604373W01_Appendix LTE 501 Band26(824-849) 16QAM BW=5MHz Channel=27015 RB Size=25 Position=#0 Band26(824-849) QPSK BW=1.4MHz Channel=26797 RB Size=6 Position=#0 Report No.: STS2604373W01_Appendix LTE 502 Band26(824-849) QPSK BW=1.4MHz Channel=27033 RB Size=6 Position=#0 Band26(824-849) QPSK BW=5MHz Channel=26915 RB Size=25 Position=#0 Report No.: STS2604373W01_Appendix LTE 503 Band26(824-849) QPSK BW=3MHz Channel=26805 RB Size=15 Position=#0 Band26(824-849) QPSK BW=3MHz Channel=26915 RB Size=15 Position=#0 Report No.: STS2604373W01_Appendix LTE 504 Band26(824-849) QPSK BW=3MHz Channel=27025 RB Size=15 Position=#0 Band26(824-849) QPSK BW=5MHz Channel=26815 RB Size=25 Position=#0 Report No.: STS2604373W01_Appendix LTE 505 Band26(824-849) QPSK BW=5MHz Channel=27015 RB Size=25 Position=#0 Band26(824-849) QPSK BW=10MHz Channel=26840 RB Size=50 Position=#0 Report No.: STS2604373W01_Appendix LTE 506 Band26(824-849) QPSK BW=10MHz Channel=26915 RB Size=50 Position=#0 Band26(824-849) QPSK BW=10MHz Channel=26990 RB Size=50 Position=#0 Report No.: STS2604373W01_Appendix LTE 507 Band26(824-849) QPSK BW=15MHz Channel=26865 RB Size=75 Position=#0 Band26(824-849) QPSK BW=15MHz Channel=26915 RB Size=75 Position=#0 Report No.: STS2604373W01_Appendix LTE 508 Band26(824-849) QPSK BW=15MHz Channel=26965 RB Size=75 Position=#0 Band38 16QAM BW=5MHz Channel=37775 RB Size=25 Position=#0 Report No.: STS2604373W01_Appendix LTE 509 Band38 16QAM BW=5MHz Channel=38000 RB Size=25 Position=#0 Band38 16QAM BW=5MHz Channel=38225 RB Size=25 Position=#0 Report No.: STS2604373W01_Appendix LTE 510 Band38 QPSK BW=5MHz Channel=37775 RB Size=25 Position=#0 Band38 QPSK BW=5MHz Channel=38000 RB Size=25 Position=#0 Report No.: STS2604373W01_Appendix LTE 511 Band38 QPSK BW=5MHz Channel=38225 RB Size=25 Position=#0 Band38 QPSK BW=10MHz Channel=37800 RB Size=50 Position=#0 Report No.: STS2604373W01_Appendix LTE 512 Band38 QPSK BW=10MHz Channel=38000 RB Size=50 Position=#0 Band38 QPSK BW=10MHz Channel=38200 RB Size=50 Position=#0 Report No.: STS2604373W01_Appendix LTE 513 Band38 QPSK BW=15MHz Channel=37825 RB Size=75 Position=#0 Band38 QPSK BW=15MHz Channel=38000 RB Size=75 Position=#0 Report No.: STS2604373W01_Appendix LTE 514 Band38 QPSK BW=15MHz Channel=38175 RB Size=75 Position=#0 Band38 QPSK BW=20MHz Channel=37850 RB Size=100 Position=#0 Report No.: STS2604373W01_Appendix LTE 515 Band38 QPSK BW=20MHz Channel=38000 RB Size=100 Position=#0 Band38 QPSK BW=20MHz Channel=38150 RB Size=100 Position=#0 Report No.: STS2604373W01_Appendix LTE 516 Band4 16QAM BW=1.4MHz Channel=19957 RB Size=6 Position=#0 Band4 16QAM BW=1.4MHz Channel=20175 RB Size=6 Position=#0 Report No.: STS2604373W01_Appendix LTE 517 Band4 16QAM BW=1.4MHz Channel=20393 RB Size=6 Position=#0 Band4 16QAM BW=3MHz Channel=19965 RB Size=15 Position=#0 Report No.: STS2604373W01_Appendix LTE 518 Band4 16QAM BW=3MHz Channel=20175 RB Size=15 Position=#0 Band4 16QAM BW=3MHz Channel=20385 RB Size=15 Position=#0 Report No.: STS2604373W01_Appendix LTE 519 Band4 16QAM BW=5MHz Channel=19975 RB Size=25 Position=#0 Band4 QPSK BW=1.4MHz Channel=20393 RB Size=6 Position=#0 Report No.: STS2604373W01_Appendix LTE 520 Band4 QPSK BW=1.4MHz Channel=20175 RB Size=6 Position=#0 Band4 16QAM BW=5MHz Channel=20375 RB Size=25 Position=#0 Report No.: STS2604373W01_Appendix LTE 521 Band4 16QAM BW=5MHz Channel=20175 RB Size=25 Position=#0 Band4 QPSK BW=1.4MHz Channel=19957 RB Size=6 Position=#0 Report No.: STS2604373W01_Appendix LTE 522 Band4 QPSK BW=5MHz Channel=20175 RB Size=25 Position=#0 Band4 QPSK BW=3MHz Channel=19965 RB Size=15 Position=#0 Report No.: STS2604373W01_Appendix LTE 523 Band4 QPSK BW=3MHz Channel=20175 RB Size=15 Position=#0 Band4 QPSK BW=3MHz Channel=20385 RB Size=15 Position=#0 Report No.: STS2604373W01_Appendix LTE 524 Band4 QPSK BW=5MHz Channel=19975 RB Size=25 Position=#0 Band4 QPSK BW=5MHz Channel=20375 RB Size=25 Position=#0 Report No.: STS2604373W01_Appendix LTE 525 Band4 QPSK BW=10MHz Channel=20000 RB Size=50 Position=#0 Band4 QPSK BW=10MHz Channel=20175 RB Size=50 Position=#0 Report No.: STS2604373W01_Appendix LTE 526 Band4 QPSK BW=10MHz Channel=20350 RB Size=50 Position=#0 Band4 QPSK BW=15MHz Channel=20025 RB Size=75 Position=#0 Report No.: STS2604373W01_Appendix LTE 527 Band4 QPSK BW=15MHz Channel=20175 RB Size=75 Position=#0 Band4 QPSK BW=15MHz Channel=20325 RB Size=75 Position=#0 Report No.: STS2604373W01_Appendix LTE 528 Band4 QPSK BW=20MHz Channel=20050 RB Size=100 Position=#0 Band4 QPSK BW=20MHz Channel=20175 RB Size=100 Position=#0 Report No.: STS2604373W01_Appendix LTE 529 Band4 QPSK BW=20MHz Channel=20300 RB Size=100 Position=#0 Band41 16QAM BW=5MHz Channel=39675 RB Size=25 Position=#0 Report No.: STS2604373W01_Appendix LTE 530 Band41 16QAM BW=5MHz Channel=40620 RB Size=25 Position=#0 Band41 16QAM BW=5MHz Channel=41565 RB Size=25 Position=#0 Report No.: STS2604373W01_Appendix LTE 531 Band41 QPSK BW=5MHz Channel=39675 RB Size=25 Position=#0 Band41 QPSK BW=5MHz Channel=40620 RB Size=25 Position=#0 Report No.: STS2604373W01_Appendix LTE 532 Band41 QPSK BW=5MHz Channel=41565 RB Size=25 Position=#0 Band41 QPSK BW=10MHz Channel=39700 RB Size=50 Position=#0 Report No.: STS2604373W01_Appendix LTE 533 Band41 QPSK BW=10MHz Channel=40620 RB Size=50 Position=#0 Band41 QPSK BW=10MHz Channel=41540 RB Size=50 Position=#0 Report No.: STS2604373W01_Appendix LTE 534 Band41 QPSK BW=15MHz Channel=39725 RB Size=75 Position=#0 Band41 QPSK BW=15MHz Channel=40620 RB Size=75 Position=#0 Report No.: STS2604373W01_Appendix LTE 535 Band41 QPSK BW=15MHz Channel=41515 RB Size=75 Position=#0 Band41 QPSK BW=20MHz Channel=39750 RB Size=100 Position=#0 Report No.: STS2604373W01_Appendix LTE 536 Band41 QPSK BW=20MHz Channel=40620 RB Size=100 Position=#0 Band41 QPSK BW=20MHz Channel=41490 RB Size=100 Position=…

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Report No.: STS2604373W01_Appendix LTE 421 Band66 QPSK BW=20MHz Channel=132572 RB Size=100 Position=#0 Band7 16QAM BW=5MHz Channel=20775 RB Size=25 Position=#0 Report No.: STS2604373W01_Appendix LTE 422 Band7 16QAM BW=5MHz Channel=21425 RB Size=25 Position=#0 Band7 QPSK BW=5MHz Channel=20775 RB Size=25 Position=#0 Report No.: STS2604373W01_Appendix LTE 423 Band7 QPSK BW=5MHz Channel=21425 RB Size=25 Position=#0 Band7 QPSK BW=10MHz Channel=20800 RB Size=50 Position=#0 Report No.: STS2604373W01_Appendix LTE 424 Band7 QPSK BW=10MHz Channel=21400 RB Size=50 Position=#0 Band7 QPSK BW=15MHz Channel=20825 RB Size=75 Position=#0 Report No.: STS2604373W01_Appendix LTE 425 Band7 QPSK BW=15MHz Channel=21375 RB Size=75 Position=#0 Band7 QPSK BW=20MHz Channel=20850 RB Size=100 Position=#0 Report No.: STS2604373W01_Appendix LTE 426 Band7 QPSK BW=20MHz Channel=21350 RB Size=100 Position=#0 Band71 16QAM BW=5MHz Channel=133147 RB Size=25 Position=#0 Report No.: STS2604373W01_Appendix LTE 427 Band71 16QAM BW=5MHz Channel=133447 RB Size=25 Position=#0 Band71 QPSK BW=5MHz Channel=133147 RB Size=25 Position=#0 Report No.: STS2604373W01_Appendix LTE 428 Band71 QPSK BW=5MHz Channel=133447 RB Size=25 Position=#0 Band71 QPSK BW=10MHz Channel=133172 RB Size=50 Position=#0 Report No.: STS2604373W01_Appendix LTE 429 Band71 QPSK BW=10MHz Channel=133422 RB Size=50 Position=#0 Band71 QPSK BW=15MHz Channel=133197 RB Size=75 Position=#0 Report No.: STS2604373W01_Appendix LTE 430 Band71 QPSK BW=15MHz Channel=133397 RB Size=75 Position=#0 Band71 QPSK BW=20MHz Channel=133222 RB Size=100 Position=#0 Report No.: STS2604373W01_Appendix LTE 431 Band71 QPSK BW=20MHz Channel=133372 RB Size=100 Position=#0 06 Out-of-band emissions Report No.: STS2604373W01_Appendix LTE 432 Band Bandwidth (MHz) UL Channel RB Size RB Position Modulation Spur Freq (MHz) Spur Level (dBm) Limit (dBm) Verdict Band12 1.4 23017 6 #0 QPSK 3.25 -34.24 -13 PASS Band12 1.4 23017 6 #0 16QAM 3.25 -34.38 -13 PASS Band12 1.4 23095 6 #0 QPSK 3.25 -34.28 -13 PASS Band12 1.4 23095 6 #0 16QAM 3.25 -34.08 -13 PASS Band12 1.4 23173 6 #0 QPSK 3.24 -34.03 -13 PASS Band12 1.4 23173 6 #0 16QAM 3.25 -34.08 -13 PASS Band12 3 23025 15 #0 QPSK 3.25 -34.03 -13 PASS Band12 3 23025 15 #0 16QAM 3.25 -33.93 -13 PASS Band12 3 23095 15 #0 QPSK 3.24 -34.07 -13 PASS Band12 3 23095 15 #0 16QAM 3.25 -34.00 -13 PASS Band12 3 23165 15 #0 QPSK 3.24 -33.79 -13 PASS Band12 3 23165 15 #0 16QAM 3.24 -33.86 -13 PASS Band12 5 23035 25 #0 QPSK 3.24 -34.04 -13 PASS Band12 5 23035 25 #0 16QAM 3.24 -33.94 -13 PASS Band12 5 23095 25 #0 QPSK 3.25 -34.09 -13 PASS Band12 5 23095 25 #0 16QAM 3.24 -33.77 -13 PASS Band12 5 23155 25 #0 QPSK 3.24 -33.99 -13 PASS Band12 5 23155 25 #0 16QAM 3.25 -33.86 -13 PASS Band12 10 23060 50 #0 QPSK 24314.65 -33.79 -13 PASS Band12 10 23095 50 #0 QPSK 3.25 -34.00 -13 PASS Band12 10 23130 50 #0 QPSK 3.24 -33.91 -13 PASS Band13 5 23205 25 #0 QPSK 3.24 -33.84 -13 PASS Band13 5 23205 25 #0 16QAM 3.25 -33.96 -13 PASS Band13 5 23230 25 #0 QPSK 3.26 -33.95 -13 PASS Band13 5 23230 25 #0 16QAM 3.24 -33.97 -13 PASS Band13 5 23255 25 #0 QPSK 3.25 -34.06 -13 PASS Band13 5 23255 25 #0 16QAM 3.25 -33.89 -13 PASS Band13 10 23230 50 #0 QPSK 3.24 -34.02 -13 PASS Band14 5 23305 25 #0 QPSK 1577.59 -47.40 -40 PASS Band14 5 23305 25 #0 16QAM 1580.27 -48.43 -40 PASS Band14 5 23330 25 #0 QPSK 1586.84 -48.57 -40 PASS Band14 5 23330 25 #0 16QAM 1603.45 -47.39 -40 PASS Band14 5 23355 25 #0 QPSK 1577.48 -48.23 -40 PASS Band14 5 23355 25 #0 16QAM 1561.92 -48.55 -40 PASS Band14 10 23330 50 #0 QPSK 1600.76 -48.70 -40 PASS Band17 5 23755 25 #0 QPSK 3.25 -34.11 -13 PASS Band17 5 23755 25 #0 16QAM 3.24 -33.98 -13 PASS Band17 5 23790 25 #0 QPSK 3.24 -33.91 -13 PASS Band17 5 23790 25 #0 16QAM 3.25 -34.30 -13 PASS Band17 5 23825 25 #0 QPSK 3.24 -33.90 -13 PASS Band17 5 23825 25 #0 16QAM 3.24 -33.95 -13 PASS Band17 10 23780 50 #0 QPSK 3.24 -34.05 -13 PASS Report No.: STS2604373W01_Appendix LTE 433 Band17 10 23790 50 #0 QPSK 3.25 -34.33 -13 PASS Band17 10 23800 50 #0 QPSK 3.25 -34.05 -13 PASS Band2 1.4 18607 6 #0 QPSK 3.24 -32.93 -13 PASS Band2 1.4 18607 6 #0 16QAM 3.24 -32.97 -13 PASS Band2 1.4 18900 6 #0 QPSK 3.24 -33.08 -13 PASS Band2 1.4 18900 6 #0 16QAM 3.24 -32.93 -13 PASS Band2 1.4 19193 6 #0 QPSK 3.25 -33.09 -13 PASS Band2 1.4 19193 6 #0 16QAM 3.24 -32.96 -13 PASS Band2 3 18615 15 #0 QPSK 3.24 -32.84 -13 PASS Band2 3 18615 15 #0 16QAM 3.24 -32.95 -13 PASS Band2 3 18900 15 #0 QPSK 3.25 -33.06 -13 PASS Band2 3 18900 15 #0 16QAM 3.24 -33.13 -13 PASS Band2 3 19185 15 #0 QPSK 3.24 -32.99 -13 PASS Band2 3 19185 15 #0 16QAM 3.25 -33.10 -13 PASS Band2 5 18625 25 #0 QPSK 3.24 -32.90 -13 PASS Band2 5 18625 25 #0 16QAM 3.24 -33.02 -13 PASS Band2 5 18900 25 #0 QPSK 3.24 -32.92 -13 PASS Band2 5 18900 25 #0 16QAM 3.24 -32.86 -13 PASS Band2 5 19175 25 #0 QPSK 3.24 -33.12 -13 PASS Band2 5 19175 25 #0 16QAM 3.25 -32.86 -13 PASS Band2 10 18650 50 #0 QPSK 3.24 -32.97 -13 PASS Band2 10 18900 50 #0 QPSK 3.24 -33.02 -13 PASS Band2 10 19150 50 #0 QPSK 3.24 -32.97 -13 PASS Band2 15 18675 75 #0 QPSK 3.24 -32.90 -13 PASS Band2 15 18900 75 #0 QPSK 3.24 -33.05 -13 PASS Band2 15 19125 75 #0 QPSK 3.24 -32.92 -13 PASS Band2 20 18700 100 #0 QPSK 3.24 -32.80 -13 PASS Band2 20 18900 100 #0 QPSK 3.24 -32.66 -13 PASS Band2 20 19100 100 #0 QPSK 3.24 -33.06 -13 PASS Band25 1.4 26047 6 #0 QPSK 3.25 -32.82 -13 PASS Band25 1.4 26047 6 #0 16QAM 3.25 -32.81 -13 PASS Band25 1.4 26365 6 #0 QPSK 3.25 -32.71 -13 PASS Band25 1.4 26365 6 #0 16QAM 3.25 -32.92 -13 PASS Band25 1.4 26683 6 #0 QPSK 3.25 -32.85 -13 PASS Band25 1.4 26683 6 #0 16QAM 3.24 -32.75 -13 PASS Band25 3 26055 15 #0 QPSK 3.25 -32.81 -13 PASS Band25 3 26055 15 #0 16QAM 3.25 -32.89 -13 PASS Band25 3 26365 15 #0 QPSK 3.24 -32.93 -13 PASS Band25 3 26365 15 #0 16QAM 3.25 -32.55 -13 PASS Band25 3 26675 15 #0 QPSK 3.25 -32.94 -13 PASS Band25 3 26675 15 #0 16QAM 3.25 -32.79 -13 PASS Band25 5 26065 25 #0 QPSK 3.25 -32.86 -13 PASS Band25 5 26065 25 #0 16QAM 3.25 -32.75 -13 PASS Band25 5 26365 …

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Report No.: STS2604373W01_Appendix LTE 331 Band71 QPSK BW=10MHz Channel=133422 RB Size=50 Position=#0 Band71 QPSK BW=15MHz Channel=133197 RB Size=75 Position=#0 Report No.: STS2604373W01_Appendix LTE 332 Band71 QPSK BW=15MHz Channel=133297 RB Size=75 Position=#0 Band71 QPSK BW=15MHz Channel=133397 RB Size=75 Position=#0 Report No.: STS2604373W01_Appendix LTE 333 Band71 QPSK BW=20MHz Channel=133222 RB Size=100 Position=#0 Band71 QPSK BW=20MHz Channel=133297 RB Size=100 Position=#0 Report No.: STS2604373W01_Appendix LTE 334 Band71 QPSK BW=20MHz Channel=133372 RB Size=100 Position=#0 05 Band edge Report No.: STS2604373W01_Appendix LTE 335 Band Bandwidth (MHz) UL Channel RB Size RB Position Modulation Spur Freq (MHz) Spur Level (dBm) Limit (dBm) Verdict Band12 1.4 23017 6 #0 QPSK 698.90 -20.84 -13 PASS Band12 …

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