2AAQS-ISP5261Wi-Fi, BLE and Thread radio module

Insight SiP

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Application Details

Equipment Class: NII - Unlicensed National Information Infrastructure TX
Date of Grant: Mar 04, 2026
Application Purpose: Original Equipment
Equipment Note: Wi-Fi, BLE and Thread radio module
Frequency Range: 5180.00000000 - 5240.00000000
Company: Insight SiP
Country: France

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Document Text

Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.

Users Manual

ISP5261 Data Sheet www.insightsip.com The information contained in this document is the property of Insight SiP and should not be disclosed to any third party without written permission. Specification subject to change without notice. Document reference ISP5261 UserMan.docx Page 1/29 Wi-Fi 6 and Bluetooth Low Energy / 802.15.4 Built-in Antennas Smart Module Applications  Low Power Wi-Fi Connections  IoT router connections  Thread - Matter - Router Bridge Certifications  Bluetooth SIG  Wi-Fi Alliance pending  Matter Ready  Thread Ready  CE pending  FCC, IC pending  TELEC pending  RoHS, Reach & POP compliant  Conflict Mineral Declaration  Cyber Resilience Act Declaration Key Features  Wi-Fi 6 IEEE 802.11ax/ac/n/a/g/b/e/i/k/v/w  Wi-Fi dual-band (2.4GHz/5GHz) support, 20MHz channel  Bluetooth Low Energy 5.3 Long Range, and Wi-Fi Coexistence  802.15.4  Matter, Thread  Based on NXP RW612  PSA Certified Level 3  Fully integrated RF Matching and Antennas Wi-Fi & Bluetooth at 2.4 GHz, Wi-Fi at 5 GHz  Integrated 40 MHz & 32.768 kHz Crystals  DC/DC converters with loading circuit  Configurable 64 GPIOs including ADC & DAC  Digital interfaces USB, QSPI, UART, I²S, PDM, PWM  Power supply 3.3V  Very small size 12 x 12 x 1.8 mm  Temperature -40 to +85 °C This highly miniaturized LGA module, 12 x 12 x 1. 8mm, is based on the RW612 Wi-Fi 6 / Bluetooth LE / 802.15.4 Wireless MCU. Integrating a Cortex™ M33 CPU, a QSPI flash and a RAM memory combined with optimized antennas, ISP5261 offers the perfect stand-alone Dual-Band Wi-Fi 6 and Bluetooth LE combo module with integrated antennas. ISP5261 Data Sheet www.insightsip.com The information contained in this document is the property of Insight SiP and should not be disclosed to any third party without written permission. Specification subject to change without notice. Document reference ISP5261 UserMan.docx Page 2/29 Document Revision History Revision Date Ref Change Description R0 15/10/2023 jfc pg Initial preliminary document R1 24/11/2023 jfc pg Errata and typo corrections R2 04/12/2023 jf pg Power supply data correction R3 23/10/2024 jf pg Remove preliminary references Update electrical values in chapter 2.2 and 2.3 Correct schematic in chapter 2.10 Add configuration pin section in chapter 3 R4 12/03/2025 pg pg Packaging information update chapter 5 R5 04/06/2025 jf Add CE, USA and Canada information in chapter 7 ISP5261 Data Sheet www.insightsip.com The information contained in this document is the property of Insight SiP and should not be disclosed to any third party without written permission. Specification subject to change without notice. Document reference ISP5261 UserMan.docx Page 3/29 Contents 1. Block Diagram & Features .................................................................................................................................................... 4 2. Specifications .............................................................................................................................................................................. 5 2.1. General Notice ................................................................................................................................................................................................. 5 2.2. Absolute Maximum Ratings ................................................................................................................................................................... 5 2.3. Operating Conditions ................................................................................................................................................................................. 6 2.4. Current Consumption ................................................................................................................................................................................. 6 2.5. Reference Clock Specifications ........................................................................................................................................................... 7 2.6. Transmit Frequency Error ........................................................................................................................................................................ 7 2.7. Radio specifications ..................................................................................................................................................................................... 7 2.8. 2.4GHz Dual-band Antenna Performance .................................................................................................................................. 9 2.9. 5GHz Dual-band Antenna Performance ..................................................................................................................................... 10 2.10. Electrical Schematic ................................................................................................................................................................................... 12 3. Pin Description ........................................................................................................................................................................... 13 4. Mechanical Outline ................................................................................................................................................................. 18 4.1. Mechanical Dimensions ............................................................................................................................................................................ 18 4.2. SMT Assembly Guidelines ...................................................................................................................................................................... 19 4.3. Antenna Keep-Out Zone ....................................................................................................................…

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Internal Photos

GREEN SIDE / BAT 7 / 400, AV. ROUMANILLE / BP 309 / 06906 SOPHIA-ANTIPOLIS / FRANCE

Test Setup Photos

RRA-EMIESS24F158INS-02Av0 Page 23/28  APPENDIX 2: Test set up

Test Report

GREEN SIDE / BAT 7 / 400, AV. ROUMANILLE / BP 309 / 06906 SOPHIA-ANTIPOLIS / FRANCE Antenna Keep-Out Zone For optimal antenna performance, it is recommended to respect a metal exclusion zone to the edge of the board: no metal, no traces and no components on any application PCB layer except mechanical LGA pads. 2.4GHz Dual-band Antenna Performance The internal antenna has a maximum gain of -0.5dBi @2.45GHz. Note that the patterns shown below are for L/W ground aspect ratio that enable best impedance matching conditions combined with quasi-omnidirectional radiating features. Others aspect ratio and too large/small ground planes will tend to degrade impedance matching and to create less omnidirectional pattern. GREEN SIDE / BAT 7 / 400, AV. ROUMANILLE / BP 309 / 06906 SOPHIA-ANTIPOLIS / FRANCE 3D radiation pattern @ 2.45GHz 2D radiation pattern (Theta, Phi =0°) 2D radiation pattern (Theta, Phi=90°) 2D radiation pattern (Theta=90°, Phi) GREEN SIDE / BAT 7 / 400, AV. ROUMANILLE / BP 309 / 06906 SOPHIA-ANTIPOLIS / FRANCE 5GHz Dual-band Antenna Performance The internal antenna has a maximum gain of 2.15 dBi @ 5.5GHz. Note that the patterns shown below are for L/W ground aspect ratio that enable best impedance matching conditions combined with quasi-omnidirectional radiating features. Others aspect ratio and too large/small ground planes will tend to degrade impedance matching and to create less omnidirectional pattern. 3D radiation pattern @5.5GHz 2D radiation pattern (Theta, Phi =0°) 2D radiation pattern (Theta, Phi=90°) GREEN SIDE / BAT 7 / 400, AV. ROUMANILLE / BP 309 / 06906 SOPHIA-ANTIPOLIS / FRANCE 2D radiation pattern (Theta=90°, Phi)

Test Report

Siège Social : Emitech – 3 avenue des Coudriers - Z.A. de l’Observatoire - 78180 MONTIGNY LE BX - France Siret : 344 545 645 00022 - Tél. : 33 (0)1 30 57 55 55 - E-mail : [email protected] - URL : www.emitech.fr SAS au capital de 1 560 000 € - R.C.S. VERSAILLES B 344 545 645 - APE 7112B S51 RTY 000 INT 00017 [ 05] RRA-EMIESS24F158INS-01Av0 Certification Radio test report According to the standard: CFR 47 FCC PART 15 RSS GEN – Issue 5 RSS 247 – Issue 3 Equipment under test: ISP5261 FCC ID: 2AAQS-ISP5261 IC NUMBER: 11306A-ISP5261 Company: INSIGHT SIP Distribution: Mr FATTOUH (Company: INSIGHT SIP) Number of pages: 231 with 3 appendixes Technical Verification and Quality Approval Ed. Date Modified Page(s) Name and Function Visa 0 28-Nov-25Creation M. DUMESNIL, Radio Laboratory Manager Duplication of this document is only permitted for an integral photographic facsimile. It includes the number of pages referenced here above. This document is the result of testing a specimen or a sample of the product submitted. It does not imply an assessment of the conformity of the whole manufactured products of the tested sample. Information in italics are declared by the manufacturer/customer and are under his responsibility LIST OF ACCREDITED SITES AND SCOPE AVALAIBLE ON WWW.COFRAC.FR TESTING ACCREDITATIONS N° 1-7460 RRA-EMIESS24F158INS-01Av0 Page 2/231 DESIGNATION OF PRODUCT: ISP5261 Serial number (S/N): Prototype (identification RAD2) Reference / model (P/N): ISP5261 Software version: 2.0.0.20 MANUFACTURER: INSIGHT SIP COMPANY SUBMITTING THE PRODUCT: Company: INSIGHT SIP Address: 400 AVENUE ROUMANILLE GREENSIDE BAT 7 06906 – SOPHIA-ANTIPOLIS FRANCE Responsible: Mr FATTOUH Person(s) present during the tests: / DATES OF TEST: From 17-Jul-25 to 28-Jul-25 TESTING LOCATION: EMITECH ANGERS laboratory at BEAUCOUZE (49) FRANCE FCC Accredited under US-EU MRA Designation Number: FR0009 Test Firm Registration Number: 873677 ISED Accredited under CANADA-EU MRA Designation Number: FR0001 Industry Canada Registration Number: 4452A TESTED BY: B. VOVARD VISA: WRITTEN BY: B. VOVARD RRA-EMIESS24F158INS-01Av0 Page 3/231 CONTENTS TITLE PAGE 1. INTRODUCTION ................................................................................................................................. 4 2. PRODUCT DESCRIPTION .................................................................................................................. 5 3. NORMATIVE REFERENCE ................................................................................................................. 6 4. TEST METHODOLOGY ....................................................................................................................... 6 5. TEST EQUIPMENT CALIBRATION DATES......................................................................................... 7 6. TESTS RESULTS SUMMARY ............................................................................................................. 9 7. MEASUREMENT UNCERTAINTY ......................................................................................................13 8. AC CONDUCTED EMISSIONS ...........................................................................................................15 9. OCCUPIED BANDWIDTH AND EMISSION BANDWIDTH...................................................................18 10. BAND EDGE ......................................................................................................................................75 11. CONDUCTED OUTPUT POWER ......................................................................................................108 12. RADIATED SPURIOUS EMISSIONS ................................................................................................143 13. CONDUCTED POWER SPECTRAL DENSITY ..................................................................................177 APPENDIX 1: CALCULATION EXAMPLE FOR RADIATED SPURIOUS EMISSION .................................................... 227 APPENDIX 2: TEST EQUIPMENT LIST ......................................................................................................................... 228 APPENDIX 3: RADIATED TEST SETUP ........................................................................................................................ 231 REVISIONS HISTORY Revision Date Modified pages Modifications 0 5-Aug-25 / Creation RRA-EMIESS24F158INS-01Av0 Page 4/231 1. INTRODUCTION This report presents the results of radio test carried out on the following radio equipment: ISP5261, in accordance with normative reference. The equipment under test integrates:  Thread 2.4 GHz transceiver radio function not already certified,  WiFi 2.4 / 5 GHz transceiver radio function not already certified,  BLE transceiver radio part function not already certified. This report concerns only WiFi 5 GHz radio part. RRA-EMIESS24F158INS-01Av0 Page 5/231 2. PRODUCT DESCRIPTION Category of equipment (ISED): I Class: B Utilization: Residential Antenna type and gain: 2.15 dBi (integrated antenna) Operating frequency range: From 5150 MHz to 5250 MHz band U-NII-1 From 5250 MHz to 5350 MHz band U-NII-2A From 5470 MHz to 5725 MHz band U-NII-2C From 5725 MHz to 5850 MHz band U-NII-3 Number of channels: 4 for band 5150 MHz to 5250 MHz 4 for band 5250 MHz to 5470 11 for band 5470 MHz to 5725 MHz 5 for band 5725 MHz to 5850 MHz Channel spacing: 20 MHz Channel bandwidth: 20 MHz Mode tested: 802.11 a 802.11 n 802.11 ac 802.11 ax Channel tested: Channel 36: 5180 MHz Channel 40: 5200 MHz Channel 48: 5240 MHz Channel 52: 5260 MHz Channel 60: 5300 MHz Channel 64: 5320 MHz Channel 100: 5500 MHz Channel 124: 5620 MHz Channel 140: 5700 MHz Channel 149: 5745 MHz Channel 157: 5785 MHz Channel 165: 5825 MHz Modulation tested: OFDM: BPSK Power setting 20 dBm Power source: Module Input: 3.14 to 3.46 Vdc Micro USB Input (Used for measurements): 5 Vdc Power level, frequency range and channels characteristics are not user…

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Test Report

RRA-EMIESS24F158INS-01Av0 Page 47/231 802.11ac mode EUT Channel Frequency (MHz) 6dB Emissions Bandwidth (MHz) Sample 1 Ch 149 5745 17.282 Sample 1 Ch 157 5785 17.174 Sample 1 Ch 165 5825 17.154 EUT Channel Frequency (MHz) 26 dB Emissions Bandwidth (MHz) Sample 1 Ch 36 5180 21.042 Sample 1 Ch 40 5200 21.058 Sample 1 Ch 48 5240 20.942 Sample 1 Ch 52 5260 21.050 Sample 1 Ch 60 5300 20.946 Sample 1 Ch 64 5320 20.910 Sample 1 Ch 100 5500 21.601 Sample 1 Ch 124 5620 20.974 Sample 1 Ch 140 5700 21.010 EUT Channel Frequency (MHz) 99% Emissions Bandwidth (MHz) Sample 1 Ch 36 5180 17.826 Sample 1 Ch 40 5200 17.790 Sample 1 Ch 48 5240 17.774 Sample 1 Ch 52 5260 17.782 Sample 1 Ch 60 5300 17.746 Sample 1 Ch 64 5320 17.742 Sample 1 Ch 100 5500 17.814 Sample 1 Ch 124 5620 17.746 Sample 1 Ch 140 5700 17.758 Sample 1 Ch 149 5745 17.738 Sample 1 Ch 157 5785 17.770 Sample 1 Ch 165 5825 17.738 RRA-EMIESS24F158INS-01Av0 Page 48/231 Sample N° 1 6dB bandwidth – Channel 5745 MHz – 802.11ac 6dB bandwidth – Channel 5785 MHz – 802.11ac RRA-EMIESS24F158INS-01Av0 Page 49/231 6dB bandwidth – Channel 5825 MHz – 802.11ac Limit: Shall be at least 500 kHz RRA-EMIESS24F158INS-01Av0 Page 50/231 Sample N° 1 26dB bandwidth – Channel 5180 MHz – 802.11ac 26dB bandwidth – Channel 5200 MHz – 802.11ac RRA-EMIESS24F158INS-01Av0 Page 51/231 26dB bandwidth – Channel 5240 MHz – 802.11ac 26dB bandwidth – Channel 5260 MHz – 802.11ac RRA-EMIESS24F158INS-01Av0 Page 52/231 26dB bandwidth – Channel 5300 MHz – 802.11ac 26dB bandwidth – Channel 5320 MHz – 802.11ac RRA-EMIESS24F158INS-01Av0 Page 53/231 26dB bandwidth – Channel 5500 MHz – 802.11ac 26dB bandwidth – Channel 5620 MHz – 802.11ac RRA-EMIESS24F158INS-01Av0 Page 54/231 26dB bandwidth – Channel 5700 MHz – 802.11ac Measure realized for reporting only RRA-EMIESS24F158INS-01Av0 Page 55/231 Sample N° 1 99% bandwidth – Channel 5180 MHz – 802.11ac 99% bandwidth – Channel 5200 MHz – 802.11ac RRA-EMIESS24F158INS-01Av0 Page 56/231 99% bandwidth – Channel 5240 MHz – 802.11ac 99% bandwidth – Channel 5260 MHz – 802.11ac RRA-EMIESS24F158INS-01Av0 Page 57/231 99% bandwidth – Channel 5300 MHz – 802.11ac 99% bandwidth – Channel 5320 MHz – 802.11ac RRA-EMIESS24F158INS-01Av0 Page 58/231 99% bandwidth – Channel 5500 MHz – 802.11ac 99% bandwidth – Channel 5620 MHz – 802.11ac RRA-EMIESS24F158INS-01Av0 Page 59/231 99% bandwidth – Channel 5700 MHz – 802.11ac 99% bandwidth – Channel 5745 MHz – 802.11ac RRA-EMIESS24F158INS-01Av0 Page 60/231 99% bandwidth – Channel 5785 MHz – 802.11ac 99% bandwidth – Channel 5825 MHz – 802.11ac Measure realized for reporting only RRA-EMIESS24F158INS-01Av0 Page 61/231 802.11ax mode EUT Channel Frequency (MHz) 6dB Emissions Bandwidth (MHz) Sample 1 Ch 149 5745 18.254 Sample 1 Ch 157 5785 18.366 Sample 1 Ch 165 5825 17.978 EUT Channel Frequency (MHz) 26 dB Emissions Bandwidth (MHz) Sample 1 Ch 36 5180 20.834 Sample 1 Ch 40 5200 20.850 Sample 1 Ch 48 5240 20.962 Sample 1 Ch 52 5260 21.109 Sample 1 Ch 60 5300 20.954 Sample 1 Ch 64 5320 20.882 Sample 1 Ch 100 5500 20.958 Sample 1 Ch 124 5620 20.994 Sample 1 Ch 140 5700 21.054 EUT Channel Frequency (MHz) 99% Emissions Bandwidth (MHz) Sample 1 Ch 36 5180 18.822 Sample 1 Ch 40 5200 18.798 Sample 1 Ch 48 5240 18.802 Sample 1 Ch 52 5260 18.814 Sample 1 Ch 60 5300 18.806 Sample 1 Ch 64 5320 18.806 Sample 1 Ch 100 5500 18.834 Sample 1 Ch 124 5620 18.806 Sample 1 Ch 140 5700 18.822 Sample 1 Ch 149 5745 18.806 Sample 1 Ch 157 5785 18.818 Sample 1 Ch 165 5825 18.790 RRA-EMIESS24F158INS-01Av0 Page 62/231 Sample N° 1 6dB bandwidth – Channel 5745 MHz – 802.11ax 6dB bandwidth – Channel 5785 MHz – 802.11ax RRA-EMIESS24F158INS-01Av0 Page 63/231 6dB bandwidth – Channel 5825 MHz – 802.11ax Limit: Shall be at least 500 kHz RRA-EMIESS24F158INS-01Av0 Page 64/231 Sample N° 1 26dB bandwidth – Channel 5180 MHz – 802.11ax 26dB bandwidth – Channel 5200 MHz – 802.11ax RRA-EMIESS24F158INS-01Av0 Page 65/231 26dB bandwidth – Channel 5240 MHz – 802.11ax 26dB bandwidth – Channel 5260 MHz – 802.11ax RRA-EMIESS24F158INS-01Av0 Page 66/231 26dB bandwidth – Channel 5300 MHz – 802.11ax 26dB bandwidth – Channel 5320 MHz – 802.11ax RRA-EMIESS24F158INS-01Av0 Page 67/231 26dB bandwidth – Channel 5500 MHz – 802.11ax 26dB bandwidth – Channel 5620 MHz – 802.11ax RRA-EMIESS24F158INS-01Av0 Page 68/231 26dB bandwidth – Channel 5700 MHz – 802.11ax Measure realized for reporting only RRA-EMIESS24F158INS-01Av0 Page 69/231 Sample N° 1 99% bandwidth – Channel 5180 MHz – 802.11ax 99% bandwidth – Channel 5200 MHz – 802.11ax RRA-EMIESS24F158INS-01Av0 Page 70/231 99% bandwidth – Channel 5240 MHz – 802.11ax 99% bandwidth – Channel 5260 MHz – 802.11ax RRA-EMIESS24F158INS-01Av0 Page 71/231 99% bandwidth – Channel 5300 MHz – 802.11ax 99% bandwidth – Channel 5320 MHz – 802.11ax RRA-EMIESS24F158INS-01Av0 Page 72/231 99% bandwidth – Channel 5500 MHz – 802.11ax 99% bandwidth – Channel 5620 MHz – 802.11ax RRA-EMIESS24F158INS-01Av0 Page 73/231 99% bandwidth – Channel 5700 MHz – 802.11ax 99% bandwidth – Channel 5745 MHz – 802.11ax RRA-EMIESS24F158INS-01Av0 Page 74/231 99% bandwidth – Channel 5785 MHz – 802.11ax 99% bandwidth – Channel 5825 MHz – 802.11ax Measure realized for reporting only RRA-EMIESS24F158INS-01Av0 Page 75/231 10. BAND EDGE Temperature (°C) : 23 to 27 Humidity (%HR): 49 to 50 Date : July 18, 2025 to August 24, 2025 Technician : B. VOVARD Standard: FCC Part 15 RSS-247 Test procedure: For FCC Part 15: Paragraph 15.215, 15.407 (b) For RSS-247: paragraph 6.2 Method:paragraph II.G.3 d) of KDB 789033 “Band edge measurements“ Test set up: Test realized in near field. All field strength measurements are correlated with the radiated maximum peak output power. Test operating condition of the equipment: The equipment under test is blocked in continuous modulated transmission mode with the power setting at 20 dBm. Power source: 5 Vdc through a USB of laptop Percentage of voltage variation during the test (%):  1 RRA-EMIESS24F158INS-01Av0 Page 76/231 Results: Lower Band Edge: From 5148 MHz to …

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Test Report

RRA-EMIESS24F158INS-01Av0 Page 155/231 Band U-NII-2A – mode 802.11n – Bandwidth: 20 MHz Sample N° 1 Channel 52 (F = 5260 MHz) – Mode 802.11n Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (kHz) Polarization H: Horizontal V: Vertical Field strength Measured at 3 m (dBV/m) Field strength Computed at 3 m (dBm) Limits (dBV/m) or (dBm) Margin (dB) 10520 P 120 356 1000 H 57.77 -37.49 -27.00 10.49 15780 (1) P 150 318 1000 V 61.55 - 74.00 12.45 15780 (1) Av 150 318 1000 V 50.55 (2) - 54.00 3.45 P= Peak, QP=Quasi-peak, Av=Average (1) Restricted bands of operation in 15.205 (1) Restricted bands of operation as defined in Table 6 of RSS-Gen (2) Duty-Factor included EIRP (dBm) = E (dBμV/m) + 20 log (D) - 104.8; where D is the measurement distance in meters and antenna Gain (considered 0 dBi). Sample N° 1 Channel 60 (F = 5300 MHz) – Mode 802.11n Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (kHz) Polarization H: Horizontal V: Vertical Field strength Measured at 3 m (dBV/m) Field strength Computed at 3 m (dBm) Limits (dBV/m) or (dBm) Margin (dB) 10600 (1) P 130 18 1000 V 59.60 - 74.00 14.40 10600 (1) Av 130 18 1000 V 48.61 (2) - 54.00 5.39 15900 (1) P 150 318 1000 H 59.89 - 74.00 14.11 15900 (1) Av 150 318 1000 H 48.85 (2) - 54.00 5.15 P= Peak, QP=Quasi-peak, Av=Average (1) Restricted bands of operation in 15.205 (1) Restricted bands of operation as defined in Table 6 of RSS-Gen (2) Duty-Factor included EIRP (dBm) = E (dBμV/m) + 20 log (D) - 104.8; where D is the measurement distance in meters and antenna Gain (considered 0 dBi). RRA-EMIESS24F158INS-01Av0 Page 156/231 Sample N° 1 Channel 64 (F = 5320 MHz) – Mode 802.11n Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (kHz) Polarization H: Horizontal V: Vertical Field strength Measured at 3 m (dBV/m) Field strength Computed at 3 m (dBm) Limits (dBV/m) or (dBm) Margin (dB) 10640 (1) P 125 308 1000 H 59.11 - 74.00 14.89 10640 (1) Av 125 308 1000 H 48.23 (2) - 54.00 5.77 15960 (1) P 150 0 1000 H 57.80 - 74.00 16.20 15960 (1) Av 150 0 1000 H 46.69 (2) - 54.00 7.31 P= Peak, QP=Quasi-peak, Av=Average (1) Restricted bands of operation in 15.205 (1) Restricted bands of operation as defined in Table 6 of RSS-Gen (2) Duty-Factor included EIRP (dBm) = E (dBμV/m) + 20 log (D) - 104.8; where D is the measurement distance in meters and antenna Gain (considered 0 dBi). RRA-EMIESS24F158INS-01Av0 Page 157/231 Band U-NII-2C – mode 802.11n – Bandwidth: 20 MHz Sample N° 1 Channel 100 (F = 5500 MHz) – Mode 802.11n Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (kHz) Polarization H: Horizontal V: Vertical Field strength Measured at 3 m (dBV/m) Field strength Computed at 3 m (dBm) Limits (dBV/m) or (dBm) Margin (dB) 11000 (1) P 113 300 1000 H 63.88 - 74.00 10.12 11000 (1) Av 113 300 1000 H 53.24 (2) - 54.00 0.76 16500 P 150 0 1000 V 58.53 -36.73 -27.00 9.73 P= Peak, QP=Quasi-peak, Av=Average (1) Restricted bands of operation in 15.205 (1) Restricted bands of operation as defined in Table 6 of RSS-Gen (2) Duty-Factor included EIRP (dBm) = E (dBμV/m) + 20 log (D) - 104.8; where D is the measurement distance in meters and antenna Gain (considered 0 dBi). Sample N° 1 Channel 124 (F = 5620 MHz) – Mode 802.11n Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (kHz) Polarization H: Horizontal V: Vertical Field strength Measured at 3 m (dBV/m) Field strength Computed at 3 m (dBm) Limits (dBV/m) or (dBm) Margin (dB) 11240 (1) P 150 291 1000 H 62.77 - 74.00 11.23 11240 (1) Av 150 291 1000 H 51.57 (2) - 54.00 2.43 16860 P 150 0 1000 H 56.81 -38.45 -27.00 11.45 P= Peak, QP=Quasi-peak, Av=Average (1) Restricted bands of operation in 15.205 (1) Restricted bands of operation as defined in Table 6 of RSS-Gen (2) Duty-Factor included EIRP (dBm) = E (dBμV/m) + 20 log (D) - 104.8; where D is the measurement distance in meters and antenna Gain (considered 0 dBi). RRA-EMIESS24F158INS-01Av0 Page 158/231 Sample N° 1 Channel 140 (F = 5700 MHz) – Mode 802.11n Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (kHz) Polarization H: Horizontal V: Vertical Field strength Measured at 3 m (dBV/m) Field strength Computed at 3 m (dBm) Limits (dBV/m) or (dBm) Margin (dB) 11400 (1) P 150 287 1000 H 64.00 - 74.00 10.00 11400 (1) Av 150 287 1000 H 52.71 (2) - 54.00 1.29 17100 P 150 0 1000 H 55.18 -40.08 -27.00 13.08 P= Peak, QP=Quasi-peak, Av=Average (1) Restricted bands of operation in 15.205 (1) Restricted bands of operation as defined in Table 6 of RSS-Gen (2) Duty-Factor included EIRP (dBm) = E (dBμV/m) + 20 log (D) - 104.8; where D is the measurement distance in meters and antenna Gain (considered 0 dBi). RRA-EMIESS24F158INS-01Av0 Page 159/231 Band U-NII-3 – mode 802.11n – Bandwidth: 20 MHz Sample N° 1 Channel 149 (F = 5745 MHz) – Mode 802.11n Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (kHz) Polarization H: Horizontal V: Vertical Field strength Measured at 3 m (dBV/m) Field strength Computed at 3 m (dBm) Limits (dBV/m) or (dBm) Margin (dB) 11490 (1) P 156 291 1000 H 62.23 - 74.00 11.77 11490 (1) Av 156 291 1000 H 52.00 (2) - 54.00 2.00 17235 P 150 0 1000 H 55.54 -39.72 -27.00 12.72 P= Peak, QP=Quasi-peak, Av=Average (1) Restricted bands of operation in 15.205 (1) Restricted bands of operation as defined in Table 6 of RSS-Gen (2) Duty-Factor included EIRP (dBm) = E (dBμV/m) + 20 log (D) - 104.8; where D is the measurement distance in meters and antenna Gain (considered 0 dBi). Sample N° 1 Channel 157 (F = 5785 MHz) – Mode 802.11n Frequencies (MHz) Detector P QP Av Antenna height (cm) Azimuth (degree) RBW (kHz) Polarization H: Horizontal V: Vertical Field strength Measured at 3 m (dBV/m) Field strength Computed at 3 m (dBm) Limits (dBV/m) or (dBm) Margin (dB) 11570 (1) P 150 294 1000 H 62.44 - 74.00 11.56 11570 (1) Av 150 294 1000 H 51.03 (2) - 54.00 2.97 17355 P 150 0 1000 H 55.91 -39.35 -27.00…

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Test Report

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Contact Information

Applicant

Chris Barratt(President)

[email protected]Fax: +33 493 008 850

Technical Contact

FCC US AGENT, LLC.Tim Payne

[email protected]

3722 Illinois Avenue · Saint Charles, Illinois, 60174 · United States

Test Firm

EMITECH AngersMathieu Dumesnil

[email protected]Fax: 33-2-41-45-25-77

Technical Specifications

#	Rule Parts	Frequency Range	Power Output
1	15E	5.18 GHz - 5.24 GHz	69.00 mW
2	15E	5.26 GHz - 5.32 GHz	40.00 mW
3	15E	5.50 GHz - 5.70 GHz	23.00 mW
4	15E	5.75 GHz - 5.83 GHz	17.00 mW

Modular Type

Single Modular Approval

Confidentiality

Long Term

Grant Notes

Single module approval. Output Power listed is the maximum conducted output power. This device must be installed and operated so as to provide a separation distance of at least 20 cm from all persons and must not be co-located or operating in conjunction with any other antenna or transmitter, except in accordance with FCC multi-transmitter product procedures, or as evaluated in this filing. This device supports 20 and 40 MHz modes.