FCC PART BT4.0-15.249 test report

FCC ID: 2AF9S-GSX1

Test Report

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FCCID_4057590

Page 1 of 31Report No.: HK1810251370-E FCC TEST REPORT Test report On Behalf of GuangZhou Chicken Run Network Technology Co,Ltd. For GameSir game conventer Model No.: Gamesir-X1,Gamesir-X1s FCC ID: 2AF9S-GSX1 Prepared for : GuangZhou Chicken Run Network Technology Co,Ltd. 301A-1,NO.68-1,Huacui Street,Jianye Road,Tianhe District, GuangZhouChina Prepared By : Shenzhen HUAK Testing Technology Co., Ltd. 1F, B2 Building, Junfeng Zhongcheng Zhizao Innovation Park, Fuhai Street, Bao'an District, Shenzhen City, China Date of Test: Oct. 12, 2018 ~ Oct. 25, 2018 Date of Report: Oct. 25, 2018 Report Number: HK1810251370-E

Page 2 of 31Report No.: HK1810251370-E TEST RESULT CERTIFICATION Applicant’s name ...................: GuangZhou Chicken Run Network Technology Co,Ltd. 301A-1,NO.68-1,Huacui Street, Jianye Road, Tianhe District, Address.....................................: GuangZhou China Manufacture's Name..............: Dashine Electronics Co,Ltd. NO.53,Guangtian Road,Yanchuan Community,Yanluo Address.....................................: Street,Bao`an,Shenzhen,China Product description Trade Mark: GAMESIR Product name ...........................: GameSir game conventer Model and/or type reference .: Gamesir-X1,Gamesir-X1s FCC Rules and Regulations Part 15 Subpart C Section 15.249 Standards ................................: ANSI C63.10: 2013 This publication may be reproduced in whole or in part for non-commercial purposes as long as the Shenzhen HUAK Testing Technology Co., Ltd. is acknowledged as copyright owner and source of the material. Shenzhen HUAK Testing Technology Co., Ltd. takes no responsibility for and will not assume liability for damages resulting from the reader's interpretation of the reproduced material due to its placement and context. Date of Test............................................. : Date (s) of performance of tests ............. : Oct. 12, 2018 ~ Oct. 25, 2018 Date of Issue ........................................... : Oct. 25, 2018 Test Result ............................................... : Pass Testing Engineer : (Gary Qian) Technical Manager : (Eden Hu) Authorized Signatory : (Jason Zhou)

Page 3 of 31Report No.: HK1810251370-E Table of Contents Page 1 . TEST SUMMARY 4 2 . GENERAL INFORMATION 5 2.1 GENERAL DESCRIPTION OF EUT 5 2.2 Carrier Frequency of Channels 6 2.3 Operation of EUT during testing 6 2.4DESCRIPTION OF TEST SETUP 6 2.5MEASUREMENT INSTRUMENTS LIST 7 3. CONDUCTED EMISSIONS TEST 8 3.1 Conducted Power Line Emission Limit 8 3.2 Test Setup 8 3.3 Test Procedure 8 3.4 Test Result 8 4 RADIATED EMISSION TEST 11 4.1 Radiation Limit 11 4.2 Test Setup 11 4.3 Test Procedure 12 4.4 Test Result 12 5 BAND EDGE 18 5.1 Limits 18 5.2 Test Procedure 18 5.3 Test Result 18 6 OCCUPIED BANDWIDTH MEASUREMENT 20 6.1 Test Setup 20 6.2 Test Procedure 20 6.3 Measurement Equipment Used 20 6.4 Test Result 20 7 ANTENNA REQUIREMENT 22 8 PHOTOGRAPH OF TEST 23 Conducted Emission 23 Radiated Emission 24

Page 4 of 31Report No.: HK1810251370-E 1. TEST SUMMARY 1.1TEST PROCEDURES AND RESULTS DESCRIPTION OF TEST RESULT CONDUCTED EMISSIONS TEST COMPLIANT RADIATED EMISSION TEST COMPLIANT BAND EDGE COMPLIANT OCCUPIED BANDWIDTH MEASUREMENT COMPLIANT ANTENNA REQUIREMENT COMPLIANT 1.2 TEST FACILITY Test Firm : Shenzhen HUAK Testing Technology Co., Ltd. Address 1F, B2 Building, Junfeng Zhongcheng Zhizao Innovation Park, Fuhai Street, Bao'an District, Shenzhen City, China 1.3 MEASUREMENT UNCERTAINTY Measurement Uncertainty Conducted Emission Expanded Uncertainty = 2.23dB, k=2 Radiated emission expanded uncertainty(9kHz-30MHz) = 3.08dB, k=2 Radiated emission expanded uncertainty(30MHz-1000MHz) = 4.42dB, k=2 Radiated emission expanded uncertainty(Above 1GHz) = 4.06dB, k=2

Page 5 of 31Report No.: HK1810251370-E 2. GENERAL INFORMATION 2.1GENERAL DESCRIPTION OF EUT Equipment GameSir game conventer Model Name Gamesir-X1 Serial No. Gamesir-X1s Trade Mark GAMESIR All model’s the function, software and electric circuit are Model Difference the same, only with a product color and model named different. Test sample model: Gamesir-X1. FCC ID 2AF9S-GSX1 Antenna Type PCB Antenna Antenna Gain 0dBi BT Operation frequency 2402-2480MHz Number of Channels 40CH Modulation Type GFSK DC3.7V From Battery or DC 5V from adapter with PowerSource AC 120V/60Hz DC3.7V From Battery or DC 5V from adapter with Power Rating AC 120V/60Hz

Page 6 of 31Report No.: HK1810251370-E 2.2 Carrier Frequency of Channels Channel List Frequency Frequency Frequency Frequency Channel (MHz) Channel (MHz) Channel (MHz) Channel (MHz) 01 2402 11 2422 21 2442 31 2462 02 2404 12 2424 22 2444 32 2464 03 2406 13 2426 23 2446 33 2466 04 2408 14 2428 24 2448 34 2468 05 2410 15 2430 25 2450 35 2470 06 2412 16 2432 26 2452 36 2472 07 2414 17 2434 27 2454 37 2474 08 2416 18 2436 28 2456 38 2476 09 2418 19 2438 29 2458 39 2478 10 2420 20 2440 30 2460 40 2480 2.3 Operation of EUT during testing Operating Mode The mode is used: Transmitting mode Low Channel: 2402MHz Middle Channel: 2440MHz High Channel: 2480MHz 2.4DESCRIPTION OF TEST SETUP Operation of EUT during Conducted testing: AC 120V/60Hz EUT keyboard mouse Operation of EUT during Radiation and Above1GHz Radiation testing: EUT ● Adapter information ●Keyboard information Model: HP-120S Model:HP-K19 Model: HW-DJ133-45 Input: 100-240V~, 50/60Hz, 0.5A Output: 5VDC, 1A ●Mouse information Model: HP-120S

Page 7 of 31Report No.: HK1810251370-E 2.5MEASUREMENT INSTRUMENTS LIST Cal. Item Equipment Manufacturer Model No. Serial No. Last Cal. Interval L.I.S.N. 1. Artificial Mains R&S ENV216 HKE-002 Dec. 28, 2017 1 Year Network 2. Receiver R&S ESCI 7 HKE-010 Dec. 28, 2017 1 Year RF automatic 3. Tonscend JS0806-2 HKE-060 Dec. 28, 2017 1 Year control unit 4. Spectrum analyzer R&S FSP40 HKE-025 Dec. 28, 2017 1 Year 5. Spectrum analyzer Agilent N9020A HKE-048 Dec. 28, 2017 1 Year 6. Preamplifier Schwarzbeck BBV 9743 HKE-006 Dec. 28, 2017 1 Year 7. EMI Test Receiver Rohde & Schwarz ESCI 7 HKE-010 Dec. 28, 2017 1 Year Bilog Broadband 8. Schwarzbeck VULB9163 HKE-012 Dec. 28, 2017 1 Year Antenna FMZB 1519 9. Loop Antenna Schwarzbeck HKE-014 Dec. 28, 2017 1 Year B 10. Horn Antenna Schewarzbeck 9120D HKE-013 Dec. 28, 2017 1 Year EMC051845 11. Pre-amplifier EMCI HKE-015 Dec. 28, 2017 1 Year SE 12. Pre-amplifier Agilent 83051A HKE-016 Dec. 28, 2017 1 Year EMI Test Software JS1120-B 13. Tonscend HKE-083 Dec. 28, 2017 N/A EZ-EMC Version 14. Power Sensor Agilent E9300A HKE-086 Dec. 28, 2017 1 Year 15. Spectrum analyzer Agilent N9020A HKE-048 Dec. 28, 2017 1 Year 16. Signal generator Agilent N5182A HKE-029 Dec. 28, 2017 1 Year 17. Signal Generator Agilent 83630A HKE-028 Dec. 28, 2017 1 Year 18. Shielded room Shiel Hong 4*3*3 HKE-039 Dec. 28, 2017 3 Year

Page 8 of 31Report No.: HK1810251370-E 3. CONDUCTED EMISSIONS TEST 3.1 Conducted Power Line Emission Limit For unintentional device, according to § 15.107(a) Line Conducted Emission Limits is as following * Decreasing linearly with the logarithm of the frequency For intentional device, according to §15.207(a) Line Conducted Emission Limit is same as above table. 3.2 Test Setup 3.3 Test Procedure 1, The equipment was set up as per the test configuration to simulate typical actual usage per the user’smanual. The EUT is a tabletop system, a wooden table with a height of 0.8 meters is used and is placed onthe ground plane as per ANSI C63.10. 2, Support equipment, if needed, was placed as per ANSI C63.10. 3, All I/O cables were positioned to simulate typical actual usage as per ANSI C63.10. 4,If a EUT received DC power from the USB Port of Notebook PC, the PC’s adapter received AC120V/60Hzpower through a Line Impedance Stabilization Network (LISN) which supplied power source and wasgrounded to the ground plane. 5, All support equipments received AC power from a second LISN, if any. 6, The EUT test program was started. Emissions were measured on each current carrying line of the EUTusing a spectrum Analyzer / Receiver connected to the LISN powering the EUT. The LISN has twomonitoring points: Line 1 (Hot Side) and Line 2 (Neutral Side). Two scans were taken: one with Line 1connected to Analyzer / Receiver and Line 2 connected to a 50 ohm load; the second scan had Line 1connected to a 50 ohm load and Line 2 connected to the Analyzer / Receiver. 7, Analyzer / Receiver scanned from 150 KHz to 30MHz for emissions in each of the test modes. 3.4 Test Result Pass

Page 9 of 31Report No.: HK1810251370-E Test Specification: Line Remark: Transd = Cable lose + Antenna factor - Pre-amplifier; Margin = Limit – Level

Page 10 of 31Report No.: HK1810251370-E Test Specification: Neutral Remark: Transd = Cable lose + Antenna factor - Pre-amplifier; Margin = Limit – Level

Page 11 of 31Report No.: HK1810251370-E 4 RADIATED EMISSION TEST 4.1 Radiation Limit For unintentional device, according to § 15.109(a), except for Class A digital devices, the field strength ofradiated emissions from unintentional radiators at a distance of 3 meters shall not exceed the followingvalues： Frequency Distance Radiated Radiated (MHz) (Meters) (dBμV/m) (μV/m) 30-88 3 40 100 88-216 3 43.5 150 216-960 3 46 200 Above 960 3 54 500 For intentional device, according to § 15.209(a), the general requirement of field strength of radiatedemissions from intentional radiators at a distance of 3 meters shall not exceed the above table. 4.2 Test Setup （1）Radiated Emission Test-Up Frequency Below 30MHz （2）Radiated Emission Test-Up Frequency 30MHz~1GHz

Page 12 of 31Report No.: HK1810251370-E （3）Radiated Emission Test-Up Frequency Above 1GHz 4.3 Test Procedure 1. Below 1GHz measurement the EUT is placed on turntable which is 0.8m above ground plane. And above 1GHz measurement EUT was placed on low permittivity and low tangent turn table which is 1.5m above ground plane. 2. The turntable shall be rotated for 360 degrees to determine the position of maximum emission level. 3. EUT is set 3m away from the receiving antenna, which is varied from 1m to 4m to find out the highestemissions. 4. Maximum procedure was performed on the six highest emissions to ensure EUT compliance. 5. And also, each emission was to be maximized by changing the polarization of receiving antenna bothhorizontal and vertical. 6. Repeat above procedures until the measurements for all frequencies are complete. 7. The test frequency range from 9KHz to25GHz per FCC PART 15.33(a). Note: For battery operated equipment, the equipment tests shall be performed using a new battery. 4.4 Test Result PASS All the test modes completed for test. The worst case of Radiated Emission is CH 2402; the test data of this mode was reported.

Page 13 of 31Report No.: HK1810251370-E Below 1GHz Test Results: Antenna polarity: H Remark: Transd = Cable lose + Antenna factor - Pre-amplifier; Margin = Limit – Level

Page 14 of 31Report No.: HK1810251370-E Antenna polarity: V Remark: Transd = Cable lose + Antenna factor - Pre-amplifier; Margin = Limit – Level Remark： (1) Measuring frequencies from 9 KHz to the 1 GHz, Radiated emission test from 9KHz to 30MHzwas verified, and no any emission was found except system noise floor. (2) * denotes emission frequency which appearing within the Restricted Bands specified in provision of 15.205, then the general radiated emission limits in 15.209 apply. (3) The IF bandwidth of EMI Test Receiver between 30MHz to 1GHz was 120KHz, 1 MHz for measuring above 1 GHz, below 30MHz was 10KHz.

Page 15 of 31Report No.: HK1810251370-E Above 1 GHz Test Results: CH Low (2402MHz) Horizontal: Frequency Meter Reading Factor E mis sion Level Limits Margin Detector (MHz) (dB μV) (dB) (dBμV/m) (dBμV/m) (dB ) Type 2402 110.25 -5.84 104.41 114 -9.59 peak 2402 84.64 -5.84 78.8 94 -15.2 AV G 4804 58.19 -3.64 54.55 74 -19.45 peak 4804 46.32 -3.64 42.68 54 -11.32 AV G 7206 56.17 -0.95 55.22 74 -18.78 peak 7206 40.94 -0.95 39.99 54 -14.01 AV G Remark : Fac tor = A ntenna Factor + Cable Loss – Pre-amplifier. Vertical: Frequency Meter Reading Factor Emission Level Limits Margin Detector (MHz) (dBμV) (dB) (dBμV/m) (dBμV/m) (dB) Type 2402 108.34 -5.84 102.5 114 -11.5 peak 2402 84.19 -5.84 78.35 94 -15.65 AVG 4804 57.31 -3.64 53.67 74 -20.33 peak 4804 43.18 -3.64 39.54 54 -14.46 AVG 7206 51.19 -0.95 50.24 74 -23.76 peak 7206 40.13 -0.95 39.18 54 -14.82 AVG Remark: Factor = Antenna Factor + Cable Loss – Pre-amplifier.

Page 16 of 31Report No.: HK1810251370-E CH Middle (2440MHz) Horizontal: Frequency Meter Reading Factor E mis sion Level Limits Margin Detector (MHz) (dB μV) (dB) (dBμV/m) (dBμV/m) (dB ) Type 2440 110.12 -5.71 104.41 114 -9.59 peak 2440 84.64 -5.71 78.93 94 -15.07 AV G 4880 56.31 -3.51 52.8 74 -21.2 peak 4880 43.19 -3.51 39.68 54 -14.32 AV G 7320 56.64 -0.82 55.82 74 -18.18 peak 7320 38.72 -0.82 37.9 54 -16.1 AV G Remark : Fac tor = A ntenna Factor + Cable Loss – Pre-amplifier. Vertical: Frequency Meter Reading Factor E mis sion Level Limits Margin Detector (MHz) (dB μV) (dB) (dBμV/m) (dBμV/m) (dB ) Type 2440 109.54 -5.71 103.83 114 -10.17 peak 2440 83.17 -5.71 77.46 94 -16.54 AV G 4880 54.28 -3.51 50.77 74 -23.23 peak 4880 46.18 -3.51 42.67 54 -11.33 AV G 7320 59.34 -0.82 58.52 74 -15.48 peak 7320 39.27 -0.82 38.45 54 -15.55 AV G Remark : Fac tor = A ntenna Factor + Cable Loss – Pre-amplifier.

Page 17 of 31Report No.: HK1810251370-E CH High (2480MHz) Horizontal: Frequency Meter Reading Factor Emission Level Limits Margin Detector (MHz) (dBμV) (dB) (dBμV/m) (dBμV/m) (dB) Type 2480 108.31 -5.65 102.66 114 -11.34 peak 2480 84.79 -5.65 79.14 94 -14.86 AVG 4960 59.32 -3.43 55.89 74 -18.11 peak 4960 43.18 -3.43 39.75 54 -14.25 AVG 7440 55.47 -0.75 54.72 74 -19.28 peak 7440 41.28 -0.75 40.53 54 -13.47 AVG Remark: Factor = Antenna Factor + Cable Loss – Pre-amplifier. Vertical: Frequency Meter Reading Factor E mis sion Level Limits Margin Detector (MHz) (dB μV) (dB) (dBμV/m) (dBμV/m) (dB ) Type 2480 109.56 -5.65 103.91 114 -10.09 peak 2480 85.19 -5.65 79.54 94 -14.46 AV G 4960 59.76 -3.43 56.33 74 -17.67 peak 4960 45.18 -3.43 41.75 54 -12.25 AV G 7440 53.17 -0.75 52.42 74 -21.58 peak 7440 38.64 -0.75 37.89 54 -16.11 AV G Remark : Fac tor = A ntenna Factor + Cable Loss – Pre-amplifier. Remark： (1) Measuring frequencies from 1 GHz to the 25 GHz。 (2) “F” denotes fundamental frequency; “H” denotes spurious frequency. “E” denotes band edge frequency. (3) * denotes emission frequency which appearing within the Restricted Bands specified in provision of 15.205, then the general radiated emission limits in 15.209 apply. (4) Data of measurement within this frequency range shown “--- ” in the table above means the reading of emissions are attenuated more than 20dB below the permissible limits or the field strength is too small to be measured. (5) The IF bandwidth of EMI Test Receiver between 30MHz to 1GHz was 120KHz, 1 MHz for measuring above 1 GHz, below 30MHz was 10KHz.The resolution bandwidth of test receiver/spectrum analyzer is 1MHzand video bandwidth is 3MHz for peak measurement with peak detectorat frequency above 1GHz.The resolution bandwidth of test receiver/spectrum analyzer is 1MHzand video bandwidth is 10Hz for Average measurement with peak detection at frequency above 1GHz. (6) When the test results of Peak Detected below the limits of Average Detected, the Average Detected is not need completed. For example: Top Channel at Fundamental 73.16dBuV/m(PK Value) <93.98(AV Limit), at harmonic 53.20 dBuV/m(PK Value) <54 dBuV/m(AV Limit), the Average Detected not need to completed. (7)All modes of operation were investigated and the worst-case emissions are reported.

Page 18 of 31Report No.: HK1810251370-E 5 BAND EDGE 5.1 Limits FCC PART 15.249(d) Emissions radiated outside of the specified frequency bands, except for harmonics,shall be attenuated by at least 50 dB below the level of the fundamental or to the general radiated emissionlimits in §15.209, whichever is the lesser attenuation. 5.2 Test Procedure The band edge compliance of RF radiated emission should be measured by following the guidance in ANSIC63.10 with respect to maximizing the emission by rotating the EUT, measuring the emission while the EUT issituated in three orthogonal planes (if appropriate), adjusting the measurement antenna height andpolarization etc. Set RBW to 100KHz and VBM to 300KHz to measure the peak field strength and setRBW to 1MHz and VBW to 10Hz to measure the average radiated field strength.The conducted RF band edge was measured by using a spectrum analyzer. Set span wide enough to capture the highest in-band emission and the emission at the band edge. Set RBW to 100 KHz and VBW to 300 KHz,to measure the conducted peak band edge. 5.3 Test Result PASS Radiated Band Edge Test: Operation Mode: TX CH Low (2402MHz) Horizontal (Worst case) M eter Frequency Factor Emission Level Limits M argin Detector Reading (MHz) (dBμV) (dB) (dBμV/m) (dBμV/m) (dB) Type 2310.00 54.87 -5.81 49.06 74 -24.94 peak 2310.00 / -5.81 / 54 / AVG 2390.00 51.97 -5.84 46.13 74 -27.87 peak 2390.00 / -5.84 / 54 / AVG 2400.00 53.17 -5.95 47.22 74 -26.78 peak 2400.00 / -5.95 / 54 / AVG R emark: Factor = Antenna Factor + C able Loss – Pre-amplifier. Vertical: M eter Frequency Factor Emission Level Limits M argin Detector Reading (MHz) (dBμV) (dB) (dBμV/m) (dBμV/m) (dB) Type 2310.00 55.25 -5.81 49.44 74 -24.56 peak 2310.00 / -5.81 / 54 / AVG 2390.00 53.17 -5.84 47.33 74 -26.67 peak 2390.00 / -5.84 / 54 / AVG 2400.00 52.57 -5.95 46.62 74 -27.38 peak 2400.00 / -5.95 / 54 / AVG R emark: Factor = Antenna Factor + C able Loss – Pre-amplifier.

Page 19 of 31Report No.: HK1810251370-E Operation Mode: TX CH High (2480MHz) Horizontal (Worst case) Frequency Meter Reading Factor Emission Level Limits Margin Detector Type (MHz) (dBμV) (dB) (dBμV/m) (dBμV/m) (dB) 2483.50 56.92 -5.81 51.11 74 -22.89 peak 2483.50 / -5.81 / 54 / AVG 2500.00 54.82 -6.06 48.76 74 -25.24 peak 2500.00 / -6.06 / 54 / AVG Remark: Factor = Antenna Factor + Cable Loss – Pre-amplifier. Vertical: Frequency Meter Reading Factor Emission Level Limits Margin Detector Type (MHz) (dBμV) (dB) (dBμV/m) (dBμV/m) (dB) 2483.50 57.18 -5.81 51.37 74 -22.63 peak 2483.50 / -5.81 / 54 / AVG 2500.00 56.84 -6.06 50.78 74 -23.22 peak 2500.00 / -6.06 / 54 / AVG Remark: Factor = Antenna Factor + Cable Loss – Pre-amplifier. Remark: All the other emissions not reported were too low to read and deemed to comply with FCC limit.

Page 20 of 31Report No.: HK1810251370-E 6 OCCUPIED BANDWIDTH MEASUREMENT 6.1 Test Setup Same asRadiated Emission Measurement 6.2 Test Procedure 1. The EUT was placed on a turn table which is 0.8m above ground plane. 2. Set EUT as normal operation. 3. Based on ANSI C63.10 section 6.9.2: RBW= 30KHz. VBW= 100 KHz, Span=4MHz. 4. The useful radiated emission from the EUT was detected by the spectrum analyser with peak detector. 6.3 Measurement Equipment Used Same asRadiated Emission Measurement 6.4 Test Result PASS 20dB Bandwidth Frequency Result (MHz) 2402 MHz 1.129 PASS 2440 MHz 1.125 PASS 2480 MHz 1.128 PASS CH: 2402MHz

Page 21 of 31Report No.: HK1810251370-E CH: 2440MHz CH: 2480MHz

Page 22 of 31Report No.: HK1810251370-E 7 ANTENNA REQUIREMENT Standard Applicable For intentional device, according to FCC 47 CFR Section 15.203, an intentional radiator shall be designed toensure that no antenna other than that furnished by the responsible party shall be used with the device.And according to FCC 47 CFR Section 15.249, if transmitting antennas of directional gain greater than6dBi are used, the power shall be reduced by the amount in dB that the directional gain of the antennaexceeds 6dBi. Refer to statement below for compliance. The manufacturer may design the unit so that the user can replace a broken antenna, but the use of astandard antenna jack or electrical connector is prohibited. Further, this requirement does not apply tointentional radiators that must be professionally installed. Antenna Connected Construction The antenna used in this product is a Internal Antenna, The directional gains of antenna used for transmitting is 0dBi. ANTENNA

Page 23 of 31Report No.: HK1810251370-E 8 PHOTOGRAPH OF TEST Conducted Emission

Page 24 of 31Report No.: HK1810251370-E Radiated Emission

Page 25 of 31Report No.: HK1810251370-E EUT Photo 1 Photo 2

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Page 30 of 31Report No.: HK1810251370-E Photo 11 Photo 12

Page 31 of 31Report No.: HK1810251370-E Photo 13 Photo 14 --The end of report--


Document Created: 2019-07-07 17:24:51
Document Modified: 2019-07-07 17:24:51
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