Clause Test Item Result. Section (b) (3) Maximum Average Conducted Output Power Pass. Section (e) Maximum Power Spectral Density Pass
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- Douglas Wiggins
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2 Test Result Summary Clause Test Item Result Section (b) (3) Maximum Average Conducted Output Power Pass Section (e) Maximum Power Spectral Density Pass Section (a) (2) 6 db Bandwidth Pass Section (d) Emissions in non-restricted frequency bands Pass Section / Spurious Radiated Emissions and Restricted Bands of Operation Pass Note: Conducted measurements are done according to the procedure given in KDB No D01 DTS Meas Guidance v03r04 The Module is originally certified for FCC with FCC ID: XF6-RS9113SB, with respect to the changes made to originally certified module Class 2 permissive change has been applied. Changes made to the originally certified module are listed in the below table. Application Purpose Antenna Wi-Fi ZigBee BT LE BT (BR+EDR) Class II Permissive Change Redpine Antenna Molex Antenna Fractus Antenna Antenna Factor (Linx s) Antenna 40Mz Channel added Additional antenna with 20Mz & 40Mz channel Additional antenna with 20Mz & 40Mz channel Additional antenna with 20Mz & 40Mz channel None None None Additional Antenna Additional Antenna Additional Antenna Additional Antenna Additional Antenna Additional Antenna Refer FCC_DSS Test Report ( ) Test Report No.: Date: Page 2 of 76
3 Content List of Test and Measurement Instruments... 4 General Product Information... 5 Product Function and Intended Use... 5 Ratings and System Details... 5 Test Set-up and Operation Mode... 8 Principle of Configuration Selection... 8 Test Operation and Test Software... 8 Test Modes Data Rates and Modulations... 8 Test Methodology... 9 Radiated Emission Test... 9 Test Results Maximum Average Conducted Output Power Section (b) (3) Maximum Power Spectral Density Section (e) db Bandwidth Section (a) (2) Emissions in restricted frequency bands Section (d) Spurious Radiated Emissions and Restricted Bands of Operation Section and Appendix 1: Test Setup Photo Appendix 2: EUT External Photo Appendix 3: EUT Internal Photo Appendix 4: Maximum Permissible Exposure Calculation Test Report No.: Date: Page 3 of 76
4 List of Test and Measurement Instruments Equipment EMI Test Receiver Broadband Antenna Active Loop Antenna Broadband orn Antenna Emission orn Antenna Anechoic Chamber Spectrum Analyser Manufacturer Rohde & Schwarz Model Name Serial Number ESU Frankonia ALX-4000 ALX Frankonia LAX-10 LAX Frankonia AX-18 AX ETS Lindgren Calibratio n Due Date Periodicity Yearly Yearly Yearly Yearly Yearly Frankonia Agilent Technologies E4407B US Yearly Used for Test Items Spurious Radiated Emissions Antenna - Port Conducted Tests Testing Facilities: 1) TU Rheinland (India) Private Limited 82/A, 3rd Main, West Wing Electronic City Phase 1, osur Road Bangalore , India. 2) TU Rheinland (India) Private Limited No. 108, West Wing Electronic city Phase I Bangalore Test Report No.: Date: Page 4 of 76
5 General Product Information Product Function and Intended Use The RS9113 module integrates a multi-threaded MAC processor with integrated analog peripherals and support for digital peripherals, baseband digital signal processor, analog front-end, crystal oscillator, calibration OTP memory, single band RF transceiver, single-band high-power amplifiers, baluns, diplexers, diversity switch and Quad-SPI Flash thus providing a fully-integrated solution for embedded wireless applications. The RS9113 based chips and modules leverage and improve upon Redpine s proven low power innovations from Lite-FTM products (RS9110) and provide WLAN n, BT4.0 and ZigBee convergence solution for integration into mobile and M2M communication devices. It can connect to a host processor through SDIO, USB, SPI or UART interfaces. Ratings and System Details Operating Range 2400Mz Mz No. of channel Refer page 6 & 7 of 76 Channel Spacing 5Mz Wi-Fi, Zigbee 2Mz BT LE Transmit Power (Conducted) n : 40Mz Channel 7.27dBm Data Rate Number of antenna Refer page 7 of 76 Antenna Gain and Antenna type Refer page 7 of b: 1,2, 5.5,11 Mbps g: 6, 9, 12, 18, 24, 36, 48, 54 Mbps n: 6.5, 14.4, 21.7, 28.9, 39, 52,57.8, 65Mbps (MCS0,MCS1,MCS2,MCS3,MCS4,MCS5,MCS6 & MCS7) ZigBee 250Kbps BLE 1Mbps Supply oltage to Module Environmental DC from ost device Operational Temperature: -40ºC to 85º C Test Conditions: Supply oltage: 5 DC from USB Environmental conditions: Temperature: +24 º C R: 62% Test Report No.: Date: Page 5 of 76
6 Table of frequencies Band Channel No Mz_20Mz BW Channel Band Channel No Mz_40Mz Bandwidth Channel Band Channel No _BLE : : : : : : : : Test Report No.: Date: Page 6 of 76
7 Band Channel No _ZigBee : : : : : : : : Table 1: List of Antenna Used Make Model/Part # Antenna Gain at 2.4Gz (dbi) Type of Antenna Redpine Trace Molex PS External Fractus FR05-S1-NO Chip Antenna Factor (Linx s) ANT-2.4-CW-RCT- RP 2.2 Whip Test Report No.: Date: Page 7 of 76
8 Test Set-up and Operation Mode Principle of Configuration Selection Transmission was enabled with 100% duty cycle on low, mid and high channel. Test Operation and Test Software Test software was used to enable the transmission with 100% duty cycle, changing channels (low/mid/high) and data rates on the EUT for the tests in this report. Special Accessories and Auxiliary Equipment - None Countermeasures to achieve EMC Compliance - None Test Modes Data Rates and Modulations For Radiated spurious emissions, the tests were performed for all data rates and only worst case results (results which are close to standard limit) are reported in this report. Note: Among the 4 antennas listed in table 1, Fractus antenna was tested with highest power level for 40 Mz radiated test. ence same power level was used to perform antenna port test for 40Mz channel. Test Report No.: Date: Page 8 of 76
9 Test Methodology Radiated Emission Test The radiated emission measurement was performed according to the procedures in ANSI C The equipment under test (EUT) was placed at the middle of the 80 cm high turntable, and the EUT is 3 meters far from the measuring antenna for below 1Gz & The equipment under test (EUT) was placed at the middle of the 1.5m high turntable, and the EUT is 3 meters far from the measuring antenna for above 1Gz. The turntable was rotated 360 for obtaining the maximum emission. The height of the measuring antennas was scanned between 1m and 4m, and the antenna rotated to repeat the measurements for both the horizontal and vertical antenna polarizations. Repeat the measurement steps until the maximum emissions were obtained. The measurement above 1000Mz was performed by horn antenna. The measurement below 30Mz was performed by loop antenna. The EUT was rotated around the X-, Y-, and Z-Axis and the results from worst case axis are recorded. Semi-anechoic 3m EUT Turntable Pre-Amplifier Measuring Receiver / Spectrum Analyzer Ground Plane Test Report No.: Date: Page 9 of 76
10 Test Results Maximum Average Conducted Output Power Section (b) (3) Result Pass Test Specification Measurement Bandwidth (RBW) Requirement FCC Part 15 Subpart C 1Mz <1 watt (30dBm). Test Method: EUT 6dB Attenuator Spectrum Analyzer Note: For measurement of Maximum Average conducted output power method AGSA-1 was used Test Result: Wi-Fi_40Mz BW Cable Loss (1dB) + Attenuator (6dB): 7dB (Included in the test results) Protocol n Data Rate MCS0 MCS4 MCS7 Channel Total Power (dbm) Limit (dbm) Test Report No.: Date: Page 10 of 76
11 Data Rate: MCS0 Channel : 2422 Mz Data Rate: MCS0 Channel : 2442 Mz Test Report No.: Date: Page 11 of 76
12 Data Rate: MCS0 Channel : 2457 Mz Data Rate: MCS4 Channel : 2422 Mz Test Report No.: Date: Page 12 of 76
13 Data Rate: MCS4 Channel : 2442 Mz Data Rate: MCS4 Channel : 2457 Mz Test Report No.: Date: Page 13 of 76
14 Data Rate: MCS7 Channel : 2422 Mz Data Rate: MCS7 Channel : 2442 Mz Test Report No.: Date: Page 14 of 76
15 Data Rate: MCS7 Channel : 2457 Mz Test Report No.: Date: Page 15 of 76
16 Maximum Power Spectral Density Result Section (e) Pass Test Specification Detector Function Requirement FCC Part 15 Section (e) Average For digitally modulated systems, the power spectral density conducted from the intentional radiator to the antenna shall not be greater than 8 dbm. Note: For measurement of Maximum power spectral density option 1 was used Test Method: EUT 6dB Attenuator Spectrum Analyzer Test Result: Wi-Fi_40Mz BW Cable Loss (1dB) + Attenuator (6dB): 7dB (Included in the test results) Protocol n Data Rate MCS0 MCS4 MCS7 Channel Total PSD (dbm) Limit (dbm) Test Report No.: Date: Page 16 of 76
17 Data rate: MCS0 Channel : 2422 Mz Data rate: MCS0 Channel : 2442 Mz Test Report No.: Date: Page 17 of 76
18 Data rate: MCS0 Channel : 2457 Mz Data rate: MCS4 Channel : 2422 Mz Test Report No.: Date: Page 18 of 76
19 Data rate: MCS4 Channel : 2442 Mz Data rate: MCS4 Channel : 2457 Mz Test Report No.: Date: Page 19 of 76
20 Data rate: MCS7 Channel : 2422 Mz Data rate: MCS7 Channel : 2442 Mz Test Report No.: Date: Page 20 of 76
21 Data rate: MCS7 Channel : 2457 Mz Test Report No.: Date: Page 21 of 76
22 6 db Bandwidth Section (a) (2) Result Pass Test Specification FCC Part 15 Section (a) (2) Requirement The minimum 6 db bandwidth shall be at least 500 kz. Test Method: EUT 6dB Attenuator Spectrum Analyzer Test Result: Wi-Fi_40Mz BW Cable Loss (1dB) + Attenuator (6dB): 7dB (Included in the test results) Protocol Data Rate Channel 6 db Bandwidth 99% OBW MCS n MCS4 MCS Test Report No.: Date: Page 22 of 76
23 Data Rate: MCS0 Channel: 2422 Mz Data Rate: MCS0 Channel: 2442 Mz Test Report No.: Date: Page 23 of 76
24 Data Rate: MCS0 Channel: 2457 Mz Data Rate: MCS4 Channel: 2422 Mz Test Report No.: Date: Page 24 of 76
25 Data Rate: MCS4 Channel: 2442 Mz Data Rate: MCS4 Channel: 2457 Mz Test Report No.: Date: Page 25 of 76
26 Data Rate: MCS7 Channel: 2422 Mz Data Rate: MCS7 Channel: 2442Mz Test Report No.: Date: Page 26 of 76
27 Data Rate: MCS7 Channel: 2457 Mz Test Report No.: Date: Page 27 of 76
28 Emissions in restricted frequency bands Result Section (d) Pass Test Specification Detector Function Requirement FCC Part 15 Section (d) Peak In any 100kz bandwidth outside the frequency band in which the spread spectrum or digitally modulated intentional radiator is operating, the radio frequency power that is produced by the intentional radiator shall be at least 20dB below that in the 100kz bandwidth within the band that contains the highest level of the desired power, based on either an RF conducted or a radiated measurement, provided the transmitter demonstrates compliance with the peak conducted power limits. Test Method: EUT 6dB Attenuator Spectrum Analyzer Test Result: Wi-Fi_40Mz BW Cable Loss (1dB) + Attenuator (6dB): 7dB (Included in the test results) Protocol Data Rate (Mbps) Channel Frequenc y alue at Band Edge alue A (dbm) Reference alue B (dbm) Band Edge alue A-B (dbc) Limit (dbc) MCS n MCS MCS Note: The channel no. 7 (2442 Mz) found to contain the maximum PSD level and is used to establish the reference level. Test Report No.: Date: Page 28 of 76
29 Reference Level Plot: MCS0 Reference Level Plot: MCS4 Test Report No.: Date: Page 29 of 76
30 Reference Level Plot: MCS7 Test Report No.: Date: Page 30 of 76
31 Data Rate: MCS0 Channel frequency: 2422 Mz Data Rate: MCS0 Channel frequency: 2457 Mz Test Report No.: Date: Page 31 of 76
32 Data Rate: MCS4 Channel frequency: 2422 Mz Data Rate: MCS4 Channel frequency: 2457 Mz Test Report No.: Date: Page 32 of 76
33 Data Rate: MCS7 Channel frequency: 2422 Mz Data Rate: MCS7 Channel frequency: 2457 Mz Test Report No.: Date: Page 33 of 76
34 Spurious Radiated Emissions and Restricted Bands of Operation Section and Result Pass Test Specification Test Method Measurement Location Measuring Distance Detection Requirement FCC Part 15 Section & ANSI C Semi Anechoic Chamber 3m QP for frequency below 1Gz, Average for frequency above 1Gz As per the limits mentioned in the bellow table Limit for Radiated Emission of Section : Field strength ( /m) Field strength (db /m) Distance of Measurement (m) /F(kz) * /F(kz) * * Above Remark: * The limit shows in the table above of frequency range , Mz and Mz is at 300 meter, 30 meter and 30 meter range respectively, which corresponds to , and 49.5dBμ/m at 3m range by extrapolation calculation and the measurement of loop antenna. The emission limits shown in the above table are based on measurements employing a CISPR quasi-peak detector except for the frequency bands 9 90 kz, kz and above 1000 Mz Radiated emission limits in these three bands are based on measurements employing an average detector Wi-Fi 20Mz bandwidth Channel Low Mz, Mid Mz & igh 2462Mz Wi-Fi 40Mz bandwidth Channel Low Mz, Mid Mz & igh 2457Mz ZigBee Channel Low Mz, Mid Mz & igh 2480Mz Bluetooth Low Energy Low Mz, Mid Mz & igh 2480Mz Test Report No.: Date: Page 34 of 76
35 Test results: For frequency Range 9kz - 1 Gz No emissions found in this frequency range. For frequency above 1Gz a.) Antenna: Molex Wi-Fi Channel Low Mid igh B Mode: 1Mbps ; Channel size: 20Mz Bandwidth Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * - Test Report No.: Date: Page 35 of 76
36 (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) B Mode: 11Mbps ; Channel size 20Mz Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low Mid 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * - Test Report No.: Date: Page 36 of 76
37 igh 4874 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) G Mode: 6Mbps ; Channel Size: 20Mz Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low Mid 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) Test Report No.: Date: Page 37 of 76
38 igh 4874 (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) G Mode: 54Mbps ; Channel Size: 20Mz Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low Mid 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) Test Report No.: Date: Page 38 of 76
39 igh 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) N Mode: MCS0 ; Channel Size: 20MZ Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low Mid 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) * (Av) * (Pk) (Av) Test Report No.: Date: Page 39 of 76
40 igh 4874 (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) N Mode: MCS7 ; Channel Size: 20Mz Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * - Test Report No.: Date: Page 40 of 76
41 Mid igh 2412 (Av) * (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) N Mode: MCS0 ; Channel Size: 40MZ Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) Test Report No.: Date: Page 41 of 76
42 Mid igh 2390 (Av) (Pk) * (Av) * (Pk) (Av) (Pk) * (Av) 76.6 * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) 85.9 * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) N Mode: MCS7 ; Channel Size: 40MZ Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * - Test Report No.: Date: Page 42 of 76
43 Mid igh 2422 (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) 85.9 * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) Test Report No.: Date: Page 43 of 76
44 ZigBee: Channel Polarization Field Strength(dBµ/m) Limit (dbµ/m) Margin (db) Low Mid igh 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) Test Report No.: Date: Page 44 of 76
45 (Av) (Pk) (Av) (Pk) (Av) Bluetooth LE: Channel Polarization Field Strength(dBµ/m) Limit (dbµ/m) Margin (db) Low Mid igh 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) Test Report No.: Date: Page 45 of 76
46 (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) b.) Antenna : Fractus Wi-Fi B Mode: 1Mbps ; Channel size: 20Mz Bandwidth Channel Polarization Field Strength(dBµ/m) Limit (dbµ/m) Margin (db) Low Mid 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) 96.4 * (Pk) (Av) (Pk) (Av) (Pk) * - Test Report No.: Date: Page 46 of 76
47 igh 2437 (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) B Mode: 11Mbps ; Channel size: 20Mz Bandwidth Channel Polarization Field Strength(dBµ/m) Limit (dbµ/m) Margin (db) 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) Low 7236 (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) Mid 2437 (Pk) * - Test Report No.: Date: Page 47 of 76
48 igh 2437 (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) G Mode: 6Mbps ; Channel Size: 20Mz Bandwidth Channel Polarization Field Strength(dBµ/m) Limit (dbµ/m) Margin (db) Low 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * - Test Report No.: Date: Page 48 of 76
49 Mid igh 2412 (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) 96.4 * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) Test Report No.: Date: Page 49 of 76
50 G Mode: 54Mbps ; Channel Size: 20Mz Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) Low 7236 (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) Mid 7311 (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) igh 2462 (Pk) * - Test Report No.: Date: Page 50 of 76
51 2462 (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) N Mode: MCS0 ; Channel Size: 20Mz Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low Mid 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) Test Report No.: Date: Page 51 of 76
52 igh 7311 (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) 97.9 * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) N Mode: MCS7 ; Channel Size: 20Mz Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * - Test Report No.: Date: Page 52 of 76
53 Mid igh 4824 (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) 86.1 * (Pk) (Av) (Pk) (Av) (Pk) (Av) Test Report No.: Date: Page 53 of 76
54 N Mode: MCS0 ; Channel Size: 40Mz Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low Mid igh 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) 83.1 * (Pk) (Av) (Pk) (Av) (Pk) * (Av) 86.9 * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) Test Report No.: Date: Page 54 of 76
55 7371 (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) N Mode: MCS7 ; Channel Size: 40Mz Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low Mid 2390 (Pk) * (Av) 68.4 * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) Test Report No.: Date: Page 55 of 76
56 igh 4884 (Av) (Pk) (Av) (Pk) 96.7 * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) ZigBee: Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low Mid 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * - Test Report No.: Date: Page 56 of 76
57 igh 4880 (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) Bluetooth LE: Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) Test Report No.: Date: Page 57 of 76
58 Mid igh 2402 (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) Test Report No.: Date: Page 58 of 76
59 c.) Antenna: Redpine N Mode: MCS0 ; Channel Size: 40Mz Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low Mid igh 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) Test Report No.: Date: Page 59 of 76
60 4914 (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) N Mode: MCS7 ; Channel Size: 40Mz Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low Mid 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) Test Report No.: Date: Page 60 of 76
61 igh (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) D.) Antenna Factor (Linx s) Antenna B Mode: 1Mbps ; Channel size: 20Mz Bandwidth Channel Low Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) Test Report No.: Date: Page 61 of 76
62 Mid igh 7236 (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) B Mode: 11Mbps ; Channel size: 20Mz Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) Test Report No.: Date: Page 62 of 76
63 Mid igh 2390 (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) G Mode: 6Mbps ; Channel Size: 20Mz Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low 2390 (Pk) (Av) (Pk) * - Test Report No.: Date: Page 63 of 76
64 Mid igh 2412 (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * - Test Report No.: Date: Page 64 of 76
65 (Pk) (Av) (Pk) (Av) (Pk) (Av) G Mode: 54Mbps ; Channel Size: 20Mz Bandwidth Channel Polarization Field Strength(dBµ/m) Limit (dbµ/m) Margin (db) Low Mid 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) Test Report No.: Date: Page 65 of 76
66 igh 4874 (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) N Mode: MCS0 ; Channel Size: 20Mz Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low Mid 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * - Test Report No.: Date: Page 66 of 76
67 igh (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) N Mode: MCS7 ; Channel Size: 20Mz Bandwidth Channel Polarization Field Strength (dbµ/m) Limit (dbµ/m) Margin (db) Low 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) Test Report No.: Date: Page 67 of 76
68 Mid igh 7236 (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) Test Report No.: Date: Page 68 of 76
69 N Mode: MCS0 ; Channel Size: 40Mz Bandwidth Channel Polarization Field Strength(dBµ/m) Limit (dbµ/m) Margin (db) Low Mid igh 2390 (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) 76.6 * (Pk) (Av) (Pk) (Av) (Pk) (Av) (Pk) * (Av) * (Pk) (Av) (Pk) (Av) (Pk) Test Report No.: Date: Page 69 of 76
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