Test Report

FCC ID: INGIN64TH

Test Report

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FCCID_1054394

FCC Part 74 Subpart H EMI TEST REPORT of E.U.T. : UHF PLL single channel diversity wireless system FCC ID. : INGIN64TH Model No. : IN64TH Serial Model : IN64THSM Working Frequency : 502-697.875 MHz for APPLICANT : JTS Professional Co., Ltd. ADDRESS : NO. 148, 9TH INDUSTRY RD., TA-LI INDUSTRIAL PARK, TAI-LI CITY, TAIWAN, R.O.C. Test Performed by ELECTRONICS TESTING CENTER (ETC) , TAIWAN NO. 34, LIN 5, DINGFU TSUEN, LINKOU SHIANG TAIPEI COUNTY, TAIWAN, 24442, R.O.C. TEL : (02)26023052 FAX : (02)26010910 http:// www.etc.org.tw ; e-mail:emc@etc.org.tw Report Number : 08-09-RBF-067-001 Rev. 2.0

ETC Report No.:08-09-RBF-067-001 FCC ID.: INGIN64TH TEST REPORT CERTIFICATION Applicant : JTS Professional Co., Ltd. NO. 148, 9TH INDUSTRY RD., TA-LI INDUSTRIAL PARK, TAI-LI CITY, TAIWAN, R.O.C. Manufacturer : JTS Professional Co., Ltd. NO. 148, 9TH INDUSTRY RD., TA-LI INDUSTRIAL PARK, TAI-LI CITY, TAIWAN, R.O.C. Description of EUT : a) Type of EUT : UHF PLL single channel diversity wireless system b) Trade Name : JTS c) Model No. : IN64TH d) Serial Model : IN64THSM e) FCC ID : INGIN64TH f) Working Frequency : 502-697.875 MHz g) Power Supply : Battery DC 1.5V*2 Regulation Applied : FCC Rules and Regulations Part 74 Subpart H (2008) I HEREBY CERTIFY THAT; The data shown in this report were made in accordance with the procedures given in ANSI C63.4 and the energy emitted by the device was founded to be within the limits applicable. I assume full responsibility for accuracy and completeness of these data. Issued Date : Nov. 10, 2008 Test Engineer : ( Vincent Chang ) Approve & Authorized Signer : Will Yauo, Manager EMC Dept. II of ELECTRONICS TESTING CENTER, TAIWAN Rev. 2.0

ETC Report No.:08-09-RBF-067-001 FCC ID.: INGIN64TH Table of Contents Page 1. GENERAL INFORMATION ............................................................................................................................... 1 1.1 PRODUCT DESCRIPTION .......................................................................................................................................... 1 1.2 TEST METHODOLOGY .............................................................................................................................................. 1 1.3 TEST FACILITY ........................................................................................................................................................ 1 2. REQUIREMENTS OF PROVISIONS ................................................................................................................ 2 2.1 DEFINITION ............................................................................................................................................................. 2 2.2 FREQUENCIES AVAILABLE ...................................................................................................................................... 2 2.3 REQUIREMENTS FOR RADIO EQUIPMENT ON CERTIFICATION .................................................................................. 2 2.4 LABELING REQUIREMENT ....................................................................................................................................... 3 3. OUTPUT POWER MEASUREMENT ................................................................................................................ 4 3.1 PROVISION APPLICABLE ......................................................................................................................................... 4 3.2 MEASUREMENT PROCEDURE................................................................................................................................... 4 3.3 TEST DATA ............................................................................................................................................................. 6 3.4 RESULT CALCULATION ........................................................................................................................................... 7 3.5 TEST EQUIPMENT .................................................................................................................................................... 7 4. MODULATION CHARACTERISTICS ............................................................................................................. 8 4.1 PROVISIONS APPLICABLE ........................................................................................................................................ 8 4.2 MEASUREMENT METHOD........................................................................................................................................ 8 4.3 MEASUREMENT INSTRUMENT ................................................................................................................................. 9 4.4 MEASUREMENT RESULT ......................................................................................................................................... 9 5. OCCUPIED BANDWIDTH OF EMISSION .................................................................................................... 11 5.1 PROVISIONS APPLICABLE ...................................................................................................................................... 11 5.2 MEASUREMENT METHOD...................................................................................................................................... 11 5.3 OCCUPIED BANDWIDTH TEST EQUIPMENT ............................................................................................................ 11 5.4 BANDWIDTH MEASURED ...................................................................................................................................... 12 5.4.1 Input Level Derived...................................................................................................................................... 12 5.4.2 Occupied Bandwidth Plotted........................................................................................................................ 12 6. FIELD STRENGTH OF EMISSION................................................................................................................. 16 6.1 PROVISIONS APPLICABLE ...................................................................................................................................... 16 6.2 MEASUREMENT PROCEDURE................................................................................................................................. 16 6.3 MEASURING INSTRUMENT .................................................................................................................................... 17 6.4 MEASURING DATA ................................................................................................................................................ 18 6.5 OTHER EMISSION .................................................................................................................................................. 24 6.6 RADIATED MEASUREMENT PHOTOS ...................................................................................................................... 25 7. FREQUENCY STABILITY MEASUREMENT............................................................................................... 26 7.1 PROVISIONS APPLICABLE ...................................................................................................................................... 26 7.2 MEASUREMENT PROCEDURE................................................................................................................................. 26 7.3 MEASUREMENT INSTRUMENT ............................................................................................................................... 27 7.4 MEASUREMENT DATA .......................................................................................................................................... 28 8 CONDUCTED EMISSION MEASUREMENT ................................................................................................. 31 8.1 STANDARD APPLICABLE ....................................................................................................................................... 31 Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 1 of 31 Sheets FCC ID.: INGIN64TH 1. GENERAL INFORMATION 1.1 Product Description a) Type of EUT : UHF PLL single channel diversity wireless system b) Trade Name : JTS c) Model No. : IN64TH d) Serial Model : IN64THSM e) FCC ID : INGIN64TH f) Working Frequency : 502-697.875 MHz g) Power Supply : Battery DC 1.5V*2 h) Emission Designator : 128KF3E 2M+2DK=2x(16kHz)+2x(48kHz)x1=128kHz 1.2 Test Methodology Both conducted and radiated testing were performed according to the procedures in chapter 13 of ANSI C63.4 (2003). Test also follow “TIA/ELA 603-Land Mobile FM or PM Communications Equipment Measurement and Performance Standsrds” and section 2.1046, 2.1047, 2.1049, 2.1051, 2.1053, and 2.1055 of Part 2 of CFR 47. 1.3 Test Facility The open area test site and conducted measurement facility used to collect the radiated data is located on the roof top of Building at NO.34, LIN 5, DINGFU TSUEN, LINKOU SHIANG TAIPEI COUNTY, TAIWAN, 24442, R.O.C. This site has been fully described in a report submitted to your office, and accepted in a letter dated Aug. 05, 2008. Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 2 of 31 Sheets FCC ID.: INGIN64TH 2. REQUIREMENTS OF PROVISIONS 2.1 Definition Intentional radiator: A device that intentionally generates and emits radio frequency energy by radiation or induction. 2.2 Frequencies Available According to sec. 74.802 of Part 74, the following frequencies are available for low power auxiliary station : Frequencies (MHz) 26.100-26.480 455.000-456.000 54.000-72.000 470.000-488.000 76.000-88.000 488.000-494.000 161.625-161.775 614.000-806.000 174.000-216.000 450.000-451.000 944.000-952.000 2.3 Requirements for Radio Equipment on Certification (1) RF Output Power For transmitters, the power output shall be measured at the RF output terminals. (2) Modulation Characteristics For Voice Modulated Communication Equipment, a curve or equivalent data showing the frequency response of the audio modulating circuit over a range of 100 to 5000 Hz shall be submitted. (3) Occupied Bandwidth For radiotelephone transmitter, other than single sideband or indenpent sideband transmitter, when modulateed by a 2.5kHz tone at an input level 16 dB greater than that necessary to produce 50 percent modulation. (4) Spurious Emissions at Antenna Terminals The radio frequency voltage or power generated within the equipment and appearing on a spurious frequency shall be checked at the equipment output terminal when properly loaded with a suitable artificial antenna. Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 3 of 31 Sheets FCC ID.: INGIN64TH (5) Field Strength of Spurious Emissions Measurements shall be made to detect spurious emission that may be radiated directly from the cabinet, control circuits, power leads, or intermediate circuit elements under normal condition of installation and operation. (6) Frequencies Tolerance a) The frequency stability shall be measured with variation of ambient temperature. b) The frequency stability shall be measured with variation of primary supply voltage. 2.4 Labeling Requirement Each equipment for which a type acceptance application is filed on or after May 1,1981, shall bear an identification plate or label pursuant to § 2.925 （ Identification of equipment） and §2.926（FCC identifier）. Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 4 of 31 Sheets FCC ID.: INGIN64TH 3. OUTPUT POWER MEASUREMENT 3.1 Provision Applicable According to §74.861(e)(1)(ii), the output power shall not exceed 250 milliwatts. 3.2 Measurement Procedure 1. Setup the configuration per figure 1 and 2 for frequencies measured below and above 1 GHz respectively, adjusting the input voltage to produce the maximum power. 2. Adjust the analyzer for each frequency measured in chapter 6 on a 1 MHz frequency span and 1MHz resolution bandwidth. 3. The search antenna is to be raised and lowered over a range from 1 to 4 meters in horizontally polarized orientation. Position the highness when the highest value is indicated on spectrum analyzer, then change the orientation of EUT on test table over a range from 0。 to 360 。, and record the highest value indicated on spectrum analyzer as reference value. 4. Repeat step 3 until all frequencies need to be measured were complete. 5. Repeat step 4 with search antenna in vertical polarized orientations. 6. Replace the EUT with a tuned dipole antenna (horn antenna for above 1 GHz) relative to each frequency in horizontally polarized orientation and as the same polarized orientation with search antenna. Connect the tuned dipole antenna to a standard signal generator (SG) via a low loss cable. Power on the SG and tune the right frequency in measuring as well as set SG at a appreciated output level. Rise and lower the search antenna to get the highest value on spectrum analyzer, and then hold this position. Adjust the SG output to get a identical value derived from step 3 on spectrum analyzer. Record this value for result calculated. 7. Repeat step 6 until all frequencies need to be measured were complete. 8. Repeat step 7 with both dipole antenna (horn antenna for above 1 GHz) and search antenna in vertical polarized orientations. Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 5 of 31 Sheets FCC ID.: INGIN64TH Figure 2 : Frequencies measured below 1 GHz configuration Antenna Tower 3m Search Antenna EUT 4m RF Test Receiver Turn 1m 0.8m Table Ground Plane Figure 1 : Frequencies measured above 1 GHz configuration Antenna Tower 3m Horn Antenna EUT 4m Spectrum Analyzer Turn 1m 0.8m Table Amplifier Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 6 of 31 Sheets FCC ID.: INGIN64TH 3.3 Test Data A. Channel Low (ERP) Operated mode : TX Test Date : Nov. 05, 2008 Temperature : 25 °C Humidity : 65 % Frequency Meter SG Cable Antenna Result Output Limit Reading Reading Loss Power (MHz) Gain (dBm) (dBμV/m) (dBm) (dB) (mW) (mW) 502 80.9 8.0 -2 ---- 6.0 3.981 250 B. Channel Mid (ERP) Operated mode : TX Test Date : Nov. 05, 2008 Temperature : 25 °C Humidity : 65 % Frequency Meter SG Cable Antenna Result Output Limit Reading Reading Loss Power (MHz) Gain (dBm) (dBμV/m) (dBm) (dB) (mW) (mW) 600 80.7 10.6 -2.2 ---- 8.4 6.918 250 C. Channel High (ERP) Operated mode : TX Test Date : Nov. 05, 2008 Temperature : 25 °C Humidity : 65 % Frequency Meter SG Cable Antenna Result Output Limit Reading Reading Loss Power (MHz) Gain (dBm) (dBμV/m) (dBm) (dB) (mW) (mW) 697.875 80.5 10.9 -2.3 ---- 8.6 7.244 250 Note: For measured frequency below 1GHz, a tuned dipole antenna is used. Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 7 of 31 Sheets FCC ID.: INGIN64TH 3.4 Result Calculation Result calculation is as following : Result ＝ SG Reading ＋Cable Loss ＋Antenna Gain Corrected Antenna Gain Corrected : is used for antenna other than dipole to convert radiated power to ERP. Result(dBm) mW = log −1[ ] 10 3.5 Test Equipment Equipment Manufacturer Model No. Calibration Date Next Cal. Date EMI Test Receiver Rohde & Schwarz ESCI 2007/12/27 2008/12/26 Double Ridged EMCO 3115 2008/05/14 2009/05/14 Antenna Signal generator HP 8656B 2007/11/29 2008/11/28 Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 8 of 31 Sheets FCC ID.: INGIN64TH 4. MODULATION CHARACTERISTICS 4.1 Provisions Applicable According to § 2.1047 (a), for Voice Modulated Communication Equipment, the frequency response of the audio modulating circuit over a range of 100 to 5000 Hz shall be measured. 4.2 Measurement Method A) Modulation Limit 1. Position the EUT as shown in figure 3, adjust the audio input frequency to 100 Hz and the input level from 0V to maximum permitted input voltage with recording each carrier frequency deviation responding to respective input level. 2. Repeat step 1 with changing the input frequency for 200, 500, 1000, 3000, and 5000 Hz in sequence. B) Frequency response of all circuits 1. Position the EUT as shown in figure 3. 2. Vary the modulating frequency from 100 Hz to 15000 Hz with constant input voltage (derived from 5.4(a) of this test report), and observe the change in output. Figure 3 : Modulation characteristic measurement configuration Radio EUT Communication Test Set Spectrum Analyzer Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 9 of 31 Sheets FCC ID.: INGIN64TH 4.3 Measurement Instrument Equipment Manufacturer Model No. Calibration Date Next Cal. Date Radio Communication Marconi 2955B 2008/10/30 2009/10/29 Test Set Spectrum Analyzer Rohde & Schwarz FSP40 2008/09/05 2009/09/05 4.4 Measurement Result A). Frequency response 100 Hz 200 Hz 500 Hz 1kHz 3 kHz 5 kHz 6 5 4 Output Level (V) 3 2 1 0 1 5 10 20 30 40 50 60 70 80 90 100 150 200 250 300 350 400 450 500 800 1000 Input Level (mV) Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 10 of 31 Sheets FCC ID.: INGIN64TH B). Modulation Limit 100 Hz 200 Hz 500 Hz 1kHz 3 kHz 5 kHz kHz 55 50 45 40 35 30 25 20 15 10 5 0 1 5 10 20 30 40 50 60 70 80 90 100 150 200 250 300 350 400 450 500 800 1000 Input Level (mV) C). Frequency response of all circuits 30 20 Frequency Response (dB) 10 0 -10 -20 -30 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Input Frequency (kHz) Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 11 of 31 Sheets FCC ID.: INGIN64TH 5. OCCUPIED BANDWIDTH OF EMISSION 5.1 Provisions Applicable According to §2.1049 (c)(1), For radiotelephone transmitter, other than single sideband or indenpent sideband transmitter, when modulateed by a 2.5kHz tone at an input level 16 dB greater than that necessary to produce 50 percent modulation. According to §74.861( e)(5), the frequency emission bandwidth shall not exceed 200 kHz. 5.2 Measurement Method 1. Check the calibration of the measuring instrument using either an internal calibrator or a known signal from an external generator. 2. Position the EUT as shown in figure 4, and Install new batteries in the EUT. Turn on the EUT ant set it to any one convenient frequency within its operating range. Set a reference level on the measuring instrument equal to the highest peak value. 3. Apply a 2.5 kHz modulation signal to EUT and measure the frequencies of the modulated signal from the EUT where it is the specified number of dB below the reference level set in step 2. This is the occupied bandwidth specified. Figure 4 : Occupied bandwidth measurement configuration Radio EUT Communication Test Set Spectrum Analyzer 5.3 Occupied Bandwidth Test Equipment Equipment Manufacturer Model No. Calibration Date Next Cal. Date Radio Communication Marconi 2955B 2008/10/30 2009/10/29 Test Set Spectrum Analyzer Rohde & Schwarz FSP40 2008/09/05 2009/09/05 Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 12 of 31 Sheets FCC ID.: INGIN64TH 5.4 Bandwidth Measured 5.4.1 Input Level Derived Input Audio Frequency : 2.5 kHz, Sine Wave Frequency Devition kHz 50 45 40 35 30 25 20 15 10 5 0 1 5 10 20 30 40 50 60 70 80 90 100 150 200 250 300 350 400 450 500 800 1000 Input Level (mV) The Level input to produce 50﹪modulation is 25 mV, therefore the magnitude 16 dB greater than it is 995.2 mV. 5.4.2 Occupied Bandwidth Plotted The Channel Low 26 dB Bandwidth is 132.000KHz. The Channel Mid 26 dB Bandwidth is 132.500KHz. The Channel High 26 dB Bandwidth is 132.500KHz. Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 13 of 31 Sheets FCC ID.: INGIN64TH * RBW 3 kHz Delta 1 [T1 ] VBW 10 kHz 0.01 dB Ref 0 dBm Att 30 dB SWT 30 ms 132.000000000 kHz 0 Marker 1 [T1 ] -35.88 dBm * 501.932500000 MHz A -10 1 PK VIEW -20 -30 1 1 D1 -35.88 dBm PS -40 -50 3DB -60 AC -70 -80 -90 -100 Center 502 MHz 25 kHz/ Span 250 kHz Date: 5.NOV.2008 08:14:27 Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 14 of 31 Sheets FCC ID.: INGIN64TH * RBW 3 kHz Delta 1 [T1 ] VBW 10 kHz 0.77 dB Ref 0 dBm Att 30 dB SWT 30 ms 132.500000000 kHz 0 Marker 1 [T1 ] -37.06 dBm * 599.932000000 MHz A -10 1 PK VIEW -20 -30 1 1 D1 -36.19 dBm PS -40 -50 3DB -60 AC -70 -80 -90 -100 Center 600 MHz 25 kHz/ Span 250 kHz Date: 5.NOV.2008 08:38:21 Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 15 of 31 Sheets FCC ID.: INGIN64TH * RBW 3 kHz Delta 1 [T1 ] VBW 10 kHz 0.70 dB Ref 0 dBm Att 30 dB SWT 30 ms 132.500000000 kHz 0 Marker 1 [T1 ] -36.41 dBm * 697.807000000 MHz A -10 1 PK VIEW -20 -30 1 1 D1 -35.6 dBm PS -40 -50 3DB -60 AC -70 -80 -90 -100 Center 697.875 MHz 25 kHz/ Span 250 kHz Date: 5.NOV.2008 08:11:56 Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 16 of 31 Sheets FCC ID.: INGIN64TH 6. FIELD STRENGTH OF EMISSION 6.1 Provisions Applicable According to §2.1053, measurements shall be made to detect spurious emission that may be radiated directly from the cabinet, control circuits, power leads, or intermediate circuit elements under normal condition of installation and operation. Information submitted shall include the relative radiated power of spurious emission with reference to the rated power output of the transmitter, assuming all emissions are radiated from a halfwave dipole antenna. According to §74.861(e)(6), the mean power of emissions shall be attenuated below the mean output power of the transmitter in accordance with the follwing sceedule: (i) on any frequency removed from the operating frequency by more than 50 percent up to and including 100 percent of the authorized bandwidth: at least 25 dB. (ii) on any frequency removed from the operating frequency by more than 100 percent up to and including 250 percent of the authorized bandwidth: at least 35 dB. (iii) on any frequency removed from the operating frequency by more than 250 percent of the authorized bandwidth shall be attenuated below the unmodulated carrier by at least 43 plus 10 Log(output power in watts) dB. 6.2 Measurement Procedure 1. Setup the configuration per figure 1 and 2 for frequencies measured below and above 1 GHz respectively, adjusting the input voltage to produce the maximum power as measured in chapter 3. 2. Adjust the analyzer for each frequency measured in chapter 6 on a 1 MHz frequency span and 1MHz resolution bandwidth. 3. The search antenna is to be raised and lowered over a range from 1 to 4 meters in horizontally polarized orientation. Position the highness when the highest value is indicated on spectrum analyzer, then change the orientation of EUT on test table over a range from 0。 to 360 。, and record the highest value indicated on spectrum analyzer as reference value. 4. Repeat step 3 until all frequencies need to be measured were complete. 5. Repeat step 4 with search antenna in vertical polarized orientations. 6. Replace the EUT with a tuned dipole antenna (horn antenna for above 1 GHz) relative to each frequency in horizontally polarized orientation and as the same polarized orientation with search antenna. Connect the tuned dipole antenna to a standard signal generator (SG) via a low loss cable. Power on the SG and tune the right frequency in measuring as well as set SG at a appreciated output level. Rise and lower the search antenna to get the highest value on spectrum analyzer, and then hold this position. Adjust the SG output to get a identical value derived from step 3 on spectrum analyzer. Record this value for result calculated. Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 17 of 31 Sheets FCC ID.: INGIN64TH 7. Repeat step 6 until all frequencies need to be measured were complete. 8. Repeat step 7 with both dipole antenna (horn antenna for above 1 GHz) and search antenna in vertical polarized orientations. 6.3 Measuring Instrument Equipment Manufacturer Model No. Calibration Date Next Cal. Date Spectrum Analyzer Rohde & Schwarz FSP40 2008/09/11 2009/09/11 Double Ridged Antenna EMCO 3115 2008/05/14 2009/05/14 Log-periodic Antenna EMCO 3146 2008/10/25 2009/10/24 Biconical Antenna EMCO 3110 2007/12/21 2008/12/20 Amplifier HP 8449B 2008/09/20 2009/09/19 Amplifier HP 8447D 2008/09/05 2009/09/05 Measuring instrument setup in frequency band measured is as following : Frequency Band Resolution Video Instrument Function (MHz) bandwidth Bandwidth 30 to 1000 Spectrum Analyzer Peak 100 kHz 100 kHz Above 1000 Spectrum Analyzer Peak 1 MHz 1 MHz Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 18 of 31 Sheets FCC ID.: INGIN64TH 6.4 Measuring Data Mode: 502-697.875MHz a. Channel Low Operated mode : TX Test Date : Nov. 05, 2008 Temperature : 25 °C Humidity : 65 % Unmodulated carrier output power is 6.0 dBm , or 3.981 mW (ERP). The limit of spurious or harmonics is calculated as following : 6.0-[43+10log(carrier output power in W)], or -13dBm Frequency Meter Reading SG Reading Antenna Antenna Cable Result Limit Margin (dBuV) (dBm) Gain Gain Loss (dBm) (MHz) H V H V Corr’ (dB) H V (dBm) (dB) 1004.000 --- --- --- --- 6.4 -2.0 1.30 --- --- -13.0 --- 1506.000 --- --- --- --- 9.3 -2.0 1.75 --- --- -13.0 --- 2008.000 --- --- --- --- 9.2 -2.0 1.75 --- --- -13.0 --- 2510.000 --- --- --- --- 9.7 -2.0 1.75 --- --- -13.0 --- 3012.000 --- --- --- --- 9.6 -2.0 2.10 --- --- -13.0 --- 3514.000 --- --- --- --- 10.6 -2.0 2.10 --- --- -13.0 --- 4016.000 --- --- --- --- 10.9 -2.0 2.10 --- --- -13.0 --- 4518.000 --- --- --- --- 10.9 -2.0 2.60 --- --- -13.0 --- 5020.000 --- --- --- --- 12.1 -2.0 2.60 --- --- -13.0 --- Note : 1. Remark “---“ means that the emission level is too weak to be detected. 2. For measured frequency below 1GHz, a tuned dipole antenna is used. 3. Result calculation is as following : Result ＝ SG Reading +Cable Loss +Antenna Gain +Antenna Gain Corrected Antenna Gain Corrected : is used for antenna other than dipole to convert radiated power to ERP. 4. Spurious or harmonics above 1 GHz is too low to be detected or attenuated more than 60 dB from limit value. Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 19 of 31 Sheets FCC ID.: INGIN64TH a. Channel Middle Operated mode : TX Test Date : Nov. 05, 2008 Temperature : 25 °C Humidity : 65 % Unmodulated carrier output power is 8.4 dBm , or 6.918 mW (ERP). The limit of spurious or harmonics is calculated as following : 8.4-[43+10log(carrier output power in W)], or -13dBm Frequency Meter Reading SG Reading Antenna Antenna Cable Result Limit Margin (dBuV) (dBm) Gain Gain Loss (dBm) (MHz) H V H V Corr’ (dB) H V (dBm) (dB) 1200.000 --- --- --- --- 6.4 -2.0 1.30 --- --- -13.0 --- 1800.000 --- --- --- --- 9.3 -2.0 1.75 --- --- -13.0 --- 2400.000 --- --- --- --- 9.2 -2.0 1.75 --- --- -13.0 --- 3000.000 --- --- --- --- 9.7 -2.0 1.75 --- --- -13.0 --- 3600.000 --- --- --- --- 9.6 -2.0 2.10 --- --- -13.0 --- 4200.000 --- --- --- --- 10.6 -2.0 2.10 --- --- -13.0 --- 4800.000 --- --- --- --- 10.9 -2.0 2.10 --- --- -13.0 --- 5400.000 --- --- --- --- 10.9 -2.0 2.60 --- --- -13.0 --- 6000.000 --- --- --- --- 12.1 -2.0 2.60 --- --- -13.0 --- Note : 1. Remark “---“ means that the emission level is too weak to be detected. 2. For measured frequency below 1GHz, a tuned dipole antenna is used. 3. Result calculation is as following : Result ＝ SG Reading +Cable Loss +Antenna Gain +Antenna Gain Corrected Antenna Gain Corrected : is used for antenna other than dipole to convert radiated power to ERP. 4. Spurious or harmonics above 1 GHz is too low to be detected or attenuated more than 60 dB from limit value. Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 20 of 31 Sheets FCC ID.: INGIN64TH c. Channel High Operated mode : TX Test Date : Nov. 05, 2008 Temperature : 25 °C Humidity : 65 % Unmodulated carrier output power is 8.6 dBm , or 7.244 mW (ERP). The limit of spurious or harmonics is calculated as following : 8.6-[43+10log(carrier output power in W)], or -13dBm Frequency Meter Reading SG Reading Antenna Antenna Cable Result Limit Margin (dBuV) (dBm) Gain Gain Loss (dBm) (MHz) H V H V Corr’ (dB) H V (dBm) (dB) 1395.750 --- --- --- --- 9.1 -2.0 1.3 --- --- -13.0 --- 2093.625 --- --- --- --- 9.3 -2.0 1.7 --- --- -13.0 --- 2791.500 --- --- --- --- 9.7 -2.0 1.7 --- --- -13.0 --- 3489.375 --- --- --- --- 9.6 -2.0 2.1 --- --- -13.0 --- 4187.250 --- --- --- --- 10.9 -2.0 2.1 --- --- -13.0 --- 4885.125 --- --- --- --- 10.9 -2.0 2.1 --- --- -13.0 --- 5583.000 --- --- --- --- 11.9 -2.0 2.5 --- --- -13.0 --- 6280.875 --- --- --- --- 11.8 -2.0 2.5 --- --- -13.0 --- 6978.750 --- --- --- --- 11.5 -2.0 2.9 --- --- -13.0 --- Note : 1. Remark “---“ means that the emission level is too weak to be detected. 2. For measured frequency below 1GHz, a tuned dipole antenna is used. 3. Result calculation is as following : Result ＝ SG Reading +Cable Loss +Antenna Gain +Antenna Gain Corrected Antenna Gain Corrected : is used for antenna other than dipole to convert radiated power to ERP. 4. Spurious or harmonics above 1 GHz is too low to be detected or attenuated more than 60 dB from limit value. d. Emission mask plots Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 21 of 31 Sheets FCC ID.: INGIN64TH * RBW 3 kHz Marker 1 [T1 ] VBW 10 kHz -9.82 dBm Ref 0 dBm Att 30 dB SWT 225 ms 502.024000000 MHz 0 * 1 A -10 F502-000 1 PK VIEW -20 -30 PS -40 -50 3DB -60 AC -70 -80 -90 -100 Center 502 MHz 200 kHz/ Span 2 MHz Date: 5.NOV.2008 08:20:47 Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 22 of 31 Sheets FCC ID.: INGIN64TH * RBW 3 kHz Marker 1 [T1 ] VBW 10 kHz -10.14 dBm Ref 0 dBm Att 30 dB SWT 225 ms 599.972000000 MHz 0 * 1 A -10 F600-000 1 PK VIEW -20 -30 PS -40 -50 3DB -60 AC -70 -80 -90 -100 Center 600 MHz 200 kHz/ Span 2 MHz Date: 5.NOV.2008 08:39:46 Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 23 of 31 Sheets FCC ID.: INGIN64TH * RBW 3 kHz VBW 10 kHz Ref 0 dBm Att 30 dB SWT 225 ms 0 * A -10 F697-875 1 PK VIEW -20 -30 PS -40 -50 3DB -60 AC -70 -80 -90 -100 Center 697.875 MHz 200 kHz/ Span 2 MHz Date: 5.NOV.2008 08:32:21 Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 24 of 31 Sheets FCC ID.: INGIN64TH 6.5 Other Emission a) Emission frequencies below 1 GHz Test Date : Nov. 05, 2008 Temperature : 25 °C Humidity : 65 % Frequency Ant-Pol Meter Corrected Result Limit Margin Table Ant. Reading Factor @3m @3m (dB) Degree High (MHz) H/V (dBuV) (dB) (dBuV/m) (dBuV/m) (Deg.) (m) 182.170 V 27.7 -8.9 18.8 43.5 -24.7 175 1.0 192.180 V 29.6 -8.1 21.5 43.5 -22.0 182 1.0 228.920 V 27.9 -5.2 22.7 46.0 -23.3 192 1.0 382.610 V 29.6 -6.1 23.5 46.0 -22.5 177 1.0 445.640 H 31.2 -5.6 25.6 46.0 -20.4 75 1.5 511.060 V 33.2 -4.7 28.5 46.0 -17.5 192 1.0 Note : 1. Remark “---” means that the emissions level is too low to be measured. 2. The expanded uncertainty of the radiated emission tests is 3.53 dB. b) Emission frequencies above 1 GHz Radiated emission frequencies above 1 GHz to 25 GHz were too low to be measured with a pre-amplifier of 35 dB. Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 25 of 31 Sheets FCC ID.: INGIN64TH 6.6 Radiated Measurement Photos Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 26 of 31 Sheets FCC ID.: INGIN64TH 7. FREQUENCY STABILITY MEASUREMENT 7.1 Provisions Applicable According to §2.1055 (a)(1), the frequency stability shall be measured with variation of ambient temperature from -30℃to +50℃centigrade, and according to §2.1055 (d)(2), the frequency stability shall be measured with variation of primary supply voltage from 85 to 115 percent of the nominal value for other than hand carried battery equipment. According to §74.861(e)(4), the frequency tolerance of the transmitter shall be 0.005 percent. 7.2 Measurement Procedure A) Frequency stability versus environmental temperature 1. Setup the configuration per figure 5 for frequencies measured at ambient temperature if it is within 15℃to 25℃. Otherwise, an environmental chamber set for a temperature of 20℃shall be used. 2. Turn on EUT and set SA center frequency to the right frequency needs to be measured. Then set SA RBW to 30 kHz, VBW to 100kHz and frequency span to 500 kHz. Record this frequency to be a reference. 3. Set the temperature of chamber to 50℃. Allow sufficient time (approximately 30 min) for the temperature of the chamber to stabilize. While maintaining a constant temperature inside the chamber, turn the EUT on and measure the EUT operating frequency. 4. Repeat step 2 with a 10℃decreased per stage until the lowest temperature -30℃is measured, record all measurement frequencies. B) Frequency stability versus input voltage 1. Setup the configuration per figure 7 for frequencies measured at ambient temperature if it is within 15℃to 25℃. Otherwise, an environmental chamber set for a temperature of 20℃shall be used. Install new batteries in the EUT. Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 27 of 31 Sheets FCC ID.: INGIN64TH 2. Set SA center frequency to the right frequency needs to be measured. Then set SA RBW to 30 kHz, VBW to 100kHz and frequency span to 500 kHz. Record this frequency to be a reference. 3. For non hand carried, battery operated device, supply the EUT primary voltage with 85 and 115 percent of the nominal value and record the frequency. Figure 5 : Frequency stability measurement configuration Temperature Chamber Spectrum Analyzer DC Power Supply 7.3 Measurement Instrument Equipment Manufacturer Model No. Calibration Date Next Cal. Date Spectrum Analyzer Rohde & Schwarz FSP40 2008/09/11 2009/09/11 Temperature Chamber MALLIER MCT-2X-M 2007/12/07 2008/12/06 Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 28 of 31 Sheets FCC ID.: INGIN64TH 7.4 Measurement Data A. Channel Low A1. Frequency stability versus enviroment tempture Reference Frequency :502 MHz Limit：0.005% Enviroment Power Frequency measured with time elapsed Tempture Supplied 2 minute 5 minute 10 minute (℃) (Vac) (MHz) (%) (MHz) (%) (MHz) (%) 50 502.0015 0.00030 502.0011 0.00022 502.0014 0.00028 40 502.0008 0.00016 502.0007 0.00014 502.0008 0.00016 30 502.0011 0.00022 502.0015 0.00030 502.0014 0.00028 20 New Batt. 502.0001 0.00002 502.0004 0.00008 502.0004 0.00008 10 502.0007 0.00014 502.0005 0.00010 502.0010 0.00020 0 502.0015 0.00030 502.0014 0.00028 502.0013 0.00026 -10 502.0018 0.00036 502.0013 0.00026 502.0014 0.00028 -20 502.0019 0.00038 502.0018 0.00036 502.0017 0.00034 -30 502.0011 0.00022 502.0015 0.00030 502.0014 0.00028 A2. Frequency stability versus supplied voltage (85% - 115%) Reference Frequency : 502 MHz Limit：0.005% Enviroment Power Frequency measured with time elapsed Tempture Supplied 2 minute 5 minute 10 minute (℃) (Vac) (MHz) (%) (MHz) (%) (MHz) (%) 25 End-Point 502.0008 0.00016 502.0005 0.00010 502.0007 0.00014 Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 29 of 31 Sheets FCC ID.: INGIN64TH B. Channel Middle B1. Frequency stability versus enviroment tempture Reference Frequency : 600 MHz Limit：0.005% Enviroment Power Frequency measured with time elapsed Tempture Supplied 2 minute 5 minute 10 minute (℃) (Vac) (MHz) (%) (MHz) (%) (MHz) (%) 50 600.0015 0.00025 600.0014 0.00023 600.0013 0.00022 40 600.0014 0.00023 600.0013 0.00022 600.0014 0.00023 30 600.0010 0.00017 600.0010 0.00017 600.0011 0.00018 20 New Batt. 600.0008 0.00013 600.0007 0.00012 600.0070 0.00117 10 600.0009 0.00015 600.0005 0.00008 600.0009 0.00015 0 600.0015 0.00025 600.0014 0.00023 600.0013 0.00022 -10 600.0018 0.00030 600.0015 0.00025 600.0014 0.00023 -20 600.0015 0.00025 600.0019 0.00032 600.0017 0.00028 -30 600.0017 0.00028 600.0015 0.00025 600.0015 0.00025 B2. Frequency stability versus supplied voltage (85% - 115%) Reference Frequency : 600 MHz Limit：0.005% Enviroment Power Frequency measured with time elapsed Tempture Supplied 2 minute 5 minute 10 minute (℃) (Vac) (MHz) (%) (MHz) (%) (MHz) (%) 25 End-Point 600.0003 0.00005 600.0002 0.00003 600.0008 0.00013 Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 30 of 31 Sheets FCC ID.: INGIN64TH C. Channel High C1. Frequency stability versus enviroment tempture Reference Frequency : 697.875 MHz Limit：0.005% Enviroment Power Frequency measured with time elapsed Tempture Supplied 2 minute 5 minute 10 minute (℃) (Vac) (MHz) (%) (MHz) (%) (MHz) (%) 50 697.8759 0.00013 697.8758 0.00011 697.8755 0.00007 40 697.8761 0.00016 697.8762 0.00017 697.8763 0.00019 30 697.8762 0.00017 697.8763 0.00019 697.8764 0.00020 20 New Batt. 697.8755 0.00007 697.8754 0.00006 697.8763 0.00019 10 697.8754 0.00006 697.8755 0.00007 697.8759 0.00013 0 697.8762 0.00017 697.8764 0.00020 697.8764 0.00020 -10 697.8760 0.00014 697.8762 0.00017 697.8768 0.00026 -20 697.8764 0.00020 697.8763 0.00019 697.8769 0.00027 -30 697.8764 0.00020 697.8769 0.00027 697.8764 0.00020 C2. Frequency stability versus supplied voltage (85% - 115%) Reference Frequency : 697.875 MHz Limit：0.005% Enviroment Power Frequency measured with time elapsed Tempture Supplied 2 minute 5 minute 10 minute (℃) (Vac) (MHz) (%) (MHz) (%) (MHz) (%) 25 End-oint 697.8752 0.00003 697.8754 0.00006 697.8753 0.00004 Rev. 2.0

ETC Report No.:08-09-RBF-067-001 Sheet 31 of 31 Sheets FCC ID.: INGIN64TH 8 CONDUCTED EMISSION MEASUREMENT 8.1 Standard Applicable This EUT is excused from investigation of conducted emission, for it is powered by DC battery only. According to §15.207 (d), measurements to demonstrate compliance with the conducted limits are not required for devices which only employ battery power for operation and which do not operate from the AC power lines or contain provisions for operation while connected to the AC power lines. Rev. 2.0


Document Created: 2008-12-15 15:24:23
Document Modified: 2008-12-15 15:24:23
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