Test Report Part II

FCC ID: NM8VOYAGER

Test Report

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FCCID_372274

High Tech Computer, Corp. FCC ID: NM8VOYAGER 9 - DWELL TIME 9.1 Standard Applicable According to §15.247 (a)(1)(i), the average time of occupancy on any channel shall not be greater than 0.4 seconds within a 10 second period. 9.2 Measurement Procedure 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 was set without connection to measurement instrument. Turn on the EUT and connect its antenna terminal to measurement instrument via a low loss cable. Then set it to any one measured frequency within its operating range, and make sure the instrument is operated in its linear range. 3. Adjust the center frequency of SA on any frequency be measured and set SA to zero span mode. And then, set RBW and VBW of spectrum analyzer to proper value. 4. Measure the time duration of one transmission on the measured frequency. And then plot the result with time difference of this time duration. 5. Repeat above procedures until all frequencies measured were complete. 9.3 Test Equipment Manufacturer Model No. Description Calibration Due Date Agilent 8564E Spectrum Analyzer 2004-08-01 9.4 Measurement Results Low Channel: 7 x 2.983 (ms) x [(79x0.4) / 2 (s)] = 0.32 (s) < 0.4 (s) Middle Channel: 7 x 3.017 (ms) x [(79x0.4) / 2 (s)] = 0.33 (s) < 0.4 (s) High Channel: 7 x 3.017 (ms) x [(79x0.4) / 2 (s)] = 0.33 (s) < 0.4 (s) 9.5 Plots of Dwell Time Please refer the following plots. Report # R0307183Rpt.doc Page 24 of 48 FCC Part 15.247 Test Report

ATTEN 2008 AMKA —.33d48 AL 10 .0d48m 10d48B,/ 2.s83ms [ 1 | | |~——T——Hre [svibe | 1 ]eamaned _ |_ J ___st _ jEowj on 1 J_| |I f & ak........_ .. frem~ I x Tess 24 i | | | | | | 1 1 1 1 _3 __| 1 cENTER 2.402000000GHz sPAN OHz xABW 1 . OMHz vVBW 1 . OMHz xSWP 10.0ms ATTEN 2008 AMKA 2.0008 AL 10 .00483m 1048,/ 3.017ms | | 1 | “ Hte |svibs | ] |_ mt l | BT rpj on |____] | | | | hew 1 1 2.441000000GHz sPAN OHz cENTER 1. OMHz vew 4. 0MHz xSWP 10.0ms xABW

High Tech Computer, Corp. FCC ID: NM8VOYAGER Report # R0307183Rpt.doc Page 26 of 48 FCC Part 15.247 Test Report

High Tech Computer, Corp. FCC ID: NM8VOYAGER Report # R0307183Rpt.doc Page 27 of 48 FCC Part 15.247 Test Report

High Tech Computer, Corp. FCC ID: NM8VOYAGER 10 - SPURIOUS EMISSION AT ANTENNA PORT 10.1 Standard Applicable According to §15.209 (f) and §15.33(a), in some cases the emissions from an intentional radiator must be measured to beyond the tenth harmonic of the highest fundamental frequency designed to be emitted by the intentional radiator because of the incorporation f a digital device. If measurements above the tenth harmonic are so required, the radiated emissions above the tenth harmonic shall comply with the general radiated emission limits applicable to the incorporated digital device, as shown in §15.109 and as based on the frequency of the emission being measured, or, except for emissions contained in the restricted frequency bands shown in §15.205, the limit on spurious emissions specified for the intentional radiator, whichever is the higher limit. 10.2 Measurement Procedure 1. Check the calibration of the measuring instrument (SA) using either an internal calibrator or a known signal from an external generator. 2. Position the EUT on a bench without connection to measurement instrument. Turn on the EUT and connect its antenna terminal to measurement instrument via a low loss cable. Then set it to any one measured frequency within its operating range, and make sure the instrument is operated in its linear range. 3. Set the SA on Max-Hold Mode, and then keep the EUT in transmitting mode. Record all the signals from each channel until each one has been recorded. 4. Set the SA on View mode and then plot the result on SA screen. 5. Repeat above procedures until all frequencies measured were complete. 10.3 Test Equipment Manufacturer Model No. Description Calibration Due Date Agilent 8564E Spectrum Analyzer 2004-08-01 Com-Power AL-100 Log Periodic Antenna 2004-05-01 Com-Power AB-100 Biconical Antenna 2004-05-01 Com-Power AB-900 Log Periodic Antenna 2004-05-01 A.H. System SAS-200/571 Horn Antenna 2004-05-31 10.4 Measurement Results Please refer to the following plots. Report # R0307183Rpt.doc Page 28 of 48 FCC Part 15.247 Test Report

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ATTEN 2008 MKA —62.6748m AL 10 .048m 1048 s.277GHz Pmd | 1 [ ———Hte [svibes _ _ d o8 _BT_ __|mID] CH | | mA s.277 GHz —s2.67 ‘dBm L 1 1 stamt s.0006Hz stoP 10.000GHz «RBW 100kHz vew 100kHz xswP 10 .0sec y— s ATTEN 2008 mkA —Ss8.1748m AL 10 .048m 1008,/ 24 .ssGHz I 1 1 | I 1 Htc |sv1ibs ~I sT__ |MIDB] CH_ sTART 10.00GHz sTtoP 25.00GHz «ABW 100kHz vBW 100kHz xsSwWP 10.0sec

ATTEN 2008 mkKR —s5 . 174Bm AL_ 10 . 048Bm sas.7mHz S PC tC _ HTc |sv1ios _|HIGH CH _ L____L_ 1 1___ L___L____ sTtART 30 .0MHz stop 1.0000G6Hz @ABW 100kHz vBW 100kHz xswP 10.0sec L— rergos ATTEN 2008 AmkA —60.5008 AL _ ho 10 . 048Bm esomHz Hte |svios | __| HTGH _CH I } 4 | | | tC [~ ~— I | L___1___] __d____ __J sTtamt 1.000GHz stoP 3.000GHz «mBw 100kHz vew 100kHz xswP 10.0sec hn e n n ns ns se se oo se npess

ATTEN 2008 mkA —63.0048m AL 10 .048m 1008,/ 7.1isseH= [ [| | | | _ Hte|[sviose | | | L__L___L— 1 _st___hi:eh cH| | | . 1 — |. |L — mi<m | | 7153@Hz _|___ _ L_—] —63).00 (d&m | | | _ _ _ | | l————+ hz ——— t t } {——— || L___ L _ L____L ___L1____L____L L 1 sTtaART 3.000GHz sTtoP 10.000GHz ‘mBW 100kHz vew 100kHz xsSWP 10.0sec rcs—)+] ATTEN 2008 MKR —S9.3348m 0 .0dBm 13.60GHz JO OT Q [sv16s ~I c ___ HxeHcH_ | | Mi<RA \p:m . 5o ‘O‘IN | L122 __]| —Ss9.33 dBm | | oe e _ 1O P s L___] SsTART 10.00GHz sTOP 25.00GHz ‘AB W 100kHz vVBW 100kHz xSWP 10.0sec e 374

High Tech Computer, Corp. FCC ID: NM8VOYAGER 11 - RADIATED EMISSION 11.1 Measurement Uncertainty All measurements involve certain levels of uncertainties, especially in field of EMC. The factors contributing to uncertainties are spectrum analyzer, cable loss, antenna factor calibration, antenna directivity, antenna factor variation with height, antenna phase center variation, antenna factor frequency interpolation, measurement distance variation, site imperfections, mismatch (average), and system repeatability. Based on NIS 81, The Treatment of Uncertainty in EMC Measurements, the best estimate of the uncertainty of a radiation emissions measurement at BACL is +4.0 dB. 11.2 Test Setup The radiated emission tests were performed in the open area 3-meter test site, using the setup in accordance with the ANSI C63.4-1992. The specification used was the FCC 15 Subpart C limits. The spacing between the peripherals was 10 centimeters. External I/O cables were draped along the edge of the test table and bundle when necessary. The EUT was connected with 120Vac/60Hz power source. 11.3 Spectrum Analyzer Setup According to FCC Rules, 47 CFR §15.33 (a) (1), the system was tested to 10000 MHz. During the radiated emission test, the spectrum analyzer was set with the following configurations: Start Frequency ........................................................... 30 MHz Stop Frequency ........................................................... 10000 MHz Sweep Speed ............................................................... Auto IF Bandwidth .............................................................. 1 MHz Video Bandwidth ........................................................ 1 MHz Quasi-Peak Adapter Bandwidth.................................. 120 kHz Quasi-Peak Adapter Mode .......................................... Normal Resolution Bandwidth................................................. 1MHz Report # R0307183Rpt.doc Page 35 of 48 FCC Part 15.247 Test Report

High Tech Computer, Corp. FCC ID: NM8VOYAGER 11.4 Test Procedure For the radiated emissions test, both the laptop and all peripheral power cords were connected to the AC floor outlet since the power supply used in the laptop did not provide an accessory power outlet. Maximizing procedure was performed on the six (6) highest emissions to ensure EUT compliance is with all installation combinations. All data was recorded in the peak detection mode. Quasi-peak readings was performed only when an emission was found to be marginal (within -4 dBµV of specification limits), and are distinguished with a "Qp" in the data table. 11.5 Corrected Amplitude & Margin Calculation The Corrected Amplitude is calculated by adding the Antenna Factor and Cable Factor, and subtracting the Amplifier Gain from the Amplitude reading. The basic equation is as follows: Corr. Ampl. = Indicated Reading + Antenna Factor + Cable Factor - Amplifier Gain The “Margin” column of the following data tables indicates the degree of compliance with the applicable limit. For example, a margin of -7dBµV means the emission is 7dBµV below the maximum limit for Class B. The equation for margin calculation is as follows: Margin = Corr. Ampl. - Class B Limit 11.6 Test Equipment Manufacturer Model No. Description Calibration Due Date Agilent 8564E Spectrum Analyzer 2004-08-01 11.7 Summary of Test Results According to the data in section 11.8, the EUT complied with the FCC Title 47, Part 15, Subpart C, section 15.205, 15.207, and 15.247, and had the worst margin of: For Model: SV10B -10.3 dB at 7206.00 MHz in the Vertical polarization, Low Channel. -9.6 dB at 7323.00 MHz in the Vertical polarization, Middle Channel. -9.8 dB at 7440.00 MHz in the Vertical polarization, High Channel. -12.2 dB at 110.76 MHz in the Horizontal polarization, Unintentional Emission For Model: SV10A -11.4 dB at 7206.00 MHz in the Horizontal polarization, Low Channel. -11.3 dB at 7323.00 MHz in the Vertical polarization, Middle Channel. -11.5 dB at 7440.00 MHz in the Vertical polarization, High Channel. -13.0 dB at 576.12 MHz in the Vertical polarization, Unintentional Emission Report # R0307183Rpt.doc Page 36 of 48 FCC Part 15.247 Test Report

High Tech Computer, Corp. FCC ID: NM8VOYAGER 11.8 Radiated Emission Test Data 11.8.1 Test Data for model: SV10B Indicated Table Antenna Correction Factor FCC 15 Subpart C Cable Corr. Frequency Ampl. Direction Height Polar Antenna Amp. Limit Margin Mode Loss Ampl. dBµV/ dBµV/ MHz dBµV/m Degree Meter H/V dBµV/m dB dBµV/m dB m m Low Channel 2402.00 83.2 150 1.6 V 28.1 3.4 35.2 79.4 FUND/PEAK 2402.00 80.7 300 1.8 H 28.1 3.4 35.2 76.9 FUND/PEAK 2402.00 51.8 150 1.6 V 28.1 3.4 35.2 48.1 FUND/AVE 2402.00 50.2 300 1.8 H 28.1 3.4 35.2 46.5 FUND/AVE 7206.00 36.5 180 1.5 V 35.1 5.6 33.5 43.7 54 -10.3 AVE 7206.00 36.5 250 1.3 H 35.1 5.6 33.5 43.7 54 -10.3 AVE 4804.00 33.8 120 1.5 V 32.5 4.9 33.0 38.2 54 -15.8 AVE 4804.00 33.7 15 1.6 H 32.5 4.9 33.0 38.1 54 -15.9 AVE 7206.00 50.2 180 1.5 V 35.1 5.6 33.5 57.4 74 -16.6 PEAK 7206.00 49.5 250 1.3 H 35.1 5.6 33.5 56.7 74 -17.3 PEAK 4804.00 46.2 120 1.5 V 32.5 4.9 33.0 50.6 74 -23.4 PEAK 4804.00 45.7 15 1.6 H 32.5 4.9 33.0 50.1 74 -23.9 PEAK Middle Channel 2441.00 81.0 0 1.0 V 28.1 3.4 35.2 77.3 FUND/PEAK 2441.00 78.8 200 1.4 H 28.1 3.4 35.2 75.1 FUND/PEAK 2441.00 50.8 0 1.0 V 28.1 3.4 35.2 47.1 FUND/AVE 2441.00 49.3 200 1.4 H 28.1 3.4 35.2 45.6 FUND/AVE 7323.00 37.2 90 1.3 V 35.1 5.6 33.5 44.4 54 -9.6 AVE 7323.00 37.0 60 1.2 H 35.1 5.6 33.5 44.2 54 -9.8 AVE 4882.00 34.0 30 1.2 V 32.5 4.9 33.0 38.4 54 -15.6 AVE 4882.00 33.8 270 1.4 H 32.5 4.9 33.0 38.2 54 -15.8 AVE 7323.00 49.7 60 1.2 H 35.1 5.6 33.5 56.9 74 -17.1 PEAK 7323.00 49.5 90 1.3 V 35.1 5.6 33.5 56.7 74 -17.3 PEAK 4882.00 46.3 30 1.2 V 32.5 4.9 33.0 50.7 74 -23.3 PEAK 4882.00 46.0 270 1.4 H 32.5 4.9 33.0 50.4 74 -23.6 PEAK High Channel 2480.00 80.2 180 1.5 V 28.1 3.4 35.2 76.4 FUND/PEAK 2480.00 77.7 180 1.8 H 28.1 3.4 35.2 73.9 FUND/PEAK 2480.00 50.2 180 1.5 V 28.1 3.4 35.2 46.5 FUND/AVE 2480.00 49.0 180 1.8 H 28.1 3.4 35.2 45.3 FUND/AVE 7440.00 37.0 30 1.6 V 35.1 5.6 33.5 44.2 54 -9.8 AVE 7440.00 36.8 330 1.5 H 35.1 5.6 33.5 44.0 54 -10.0 AVE 4960.00 33.8 0 1.4 V 32.5 4.9 33.0 38.2 54 -15.8 AVE 4960.00 33.7 150 1.4 H 32.5 4.9 33.0 38.1 54 -15.9 AVE 7440.00 49.8 30 1.6 V 35.1 5.6 33.5 57.1 74 -16.9 PEAK 7440.00 49.7 330 1.5 H 35.1 5.6 33.5 56.9 74 -17.1 PEAK 4960.00 45.8 0 1.4 V 32.5 4.9 33.0 50.2 74 -23.8 PEAK 4960.00 45.5 150 1.4 H 32.5 4.9 33.0 49.9 74 -24.1 PEAK Report # R0307183Rpt.doc Page 37 of 48 FCC Part 15.247 Test Report

High Tech Computer, Corp. FCC ID: NM8VOYAGER Unintentional Emission Indicated Table Antenna Correction Factor FCC 15 Subpart B Cable Corr. Frequency Ampl. Direction Height Polar Antenna Amp. Limit Margin Loss Ampl. MHz dBµV/m Degree Meter H/V dBµV/m dBµV/m dB dBµV/m dBµV/m dB 110.76 43.5 150 1.5 H 11.3 1.5 25.0 31.3 43.5 -12.2 572.40 36.5 0 1.6 V 19.3 3.0 25.0 33.8 46 -12.2 228.00 42.3 180 1.5 V 11.8 2.2 25.0 31.3 46 -14.7 357.92 38.5 60 1.3 V 15.5 2.3 25.0 31.3 46 -14.7 328.50 38.2 330 1.2 V 15.5 2.3 25.0 31.0 46 -15.0 167.13 39.8 90 1.8 H 13.0 1.8 25.0 29.6 46 -16.4 Report # R0307183Rpt.doc Page 38 of 48 FCC Part 15.247 Test Report

High Tech Computer, Corp. FCC ID: NM8VOYAGER 11.8.2 Test Data for model: SV10A Indicated Table Antenna Correction Factor FCC 15 Subpart C Cable Corr. Frequency Ampl. Direction Height Polar Antenna Amp. Limit Margin Mode Loss Ampl. dBµV/ dBµV/ MHz dBµV/m Degree Meter H/V dBµV/m dB dBµV/m dB m m Low Channel 2402.00 82.8 0 1.6 V 28.1 3.4 35.2 79.1 FUND/PEAK 2402.00 78.0 30 1.5 H 28.1 3.4 35.2 74.3 FUND/PEAK 2402.00 51.0 0 1.6 V 28.1 3.4 35.2 47.3 FUND/AVE 2402.00 49.3 30 1.5 H 28.1 3.4 35.2 45.6 FUND/AVE 7206.00 35.3 45 1.4 V 35.1 5.6 33.5 42.6 54 -11.4 AVE 7206.00 35.2 220 1.5 H 35.1 5.6 33.5 42.4 54 -11.6 AVE 4804.00 31.8 60 1.2 V 32.5 4.9 33.0 36.2 54 -17.8 AVE 4804.00 31.5 180 1.0 H 32.5 4.9 33.0 35.9 54 -18.1 AVE 7206.00 46.5 220 1.5 H 35.1 5.6 33.5 53.7 74 -20.3 PEAK 7206.00 46.0 45 1.4 V 35.1 5.6 33.5 53.2 74 -20.8 PEAK 4804.00 44.0 60 1.2 V 32.5 4.9 33.0 48.4 74 -25.6 PEAK 4804.00 43.2 180 1.0 H 32.5 4.9 33.0 47.6 74 -26.4 PEAK Middle Channel 2441.00 81.5 180 1.4 V 28.1 3.4 35.2 77.8 FUND/PEAK 2441.00 79.3 30 1.4 H 28.1 3.4 35.2 75.6 FUND/PEAK 2441.00 50.5 180 1.4 V 28.1 3.4 35.2 46.8 FUND/AVE 2441.00 49.3 30 1.4 H 28.1 3.4 35.2 45.6 FUND/AVE 7323.00 35.5 180 1.5 V 35.1 5.6 33.5 42.7 54 -11.3 AVE 7323.00 35.3 330 1.4 H 35.1 5.6 33.5 42.5 54 -11.5 AVE 4882.00 31.7 150 1.6 V 32.5 4.9 33.0 36.1 54 -17.9 AVE 4882.00 31.6 0 1.3 H 32.5 4.9 33.0 36.0 54 -18.0 AVE 7323.00 46.8 180 1.5 V 35.1 5.6 33.5 54.0 74 -20.0 PEAK 7323.00 46.0 330 1.4 H 35.1 5.6 33.5 53.2 74 -20.8 PEAK 4882.00 44.5 150 1.6 V 32.5 4.9 33.0 48.9 74 -25.1 PEAK 4882.00 43.8 0 1.3 H 32.5 4.9 33.0 48.2 74 -25.8 PEAK High Channel 2480.00 81.5 330 1.4 V 28.1 3.4 35.2 77.8 FUND/PEAK 2480.00 76.0 0 1.2 H 28.1 3.4 35.2 72.3 FUND/PEAK 2480.00 49.8 330 1.4 V 28.1 3.4 35.2 46.1 FUND/AVE 2480.00 47.5 0 1.2 H 28.1 3.4 35.2 43.8 FUND/AVE 7440.00 35.3 0 1.4 V 35.1 5.6 33.5 42.5 54 -11.5 AVE 7440.00 35.1 45 1.0 H 35.1 5.6 33.5 42.3 54 -11.7 AVE 4960.00 31.5 30 1.5 V 32.5 4.9 33.0 35.9 54 -18.1 AVE 4960.00 31.2 180 1.6 H 32.5 4.9 33.0 35.6 54 -18.4 AVE 7440.00 46.3 0 1.4 V 35.1 5.6 33.5 53.5 74 -20.5 PEAK 7440.00 45.7 45 1.0 H 35.1 5.6 33.5 52.9 74 -21.1 PEAK 4960.00 44.2 30 1.5 V 32.5 4.9 33.0 48.6 74 -25.4 PEAK 4960.00 43.5 180 1.6 H 32.5 4.9 33.0 47.9 74 -26.1 PEAK Report # R0307183Rpt.doc Page 39 of 48 FCC Part 15.247 Test Report

High Tech Computer, Corp. FCC ID: NM8VOYAGER Unintentional Emission Indicated Table Antenna Correction Factor FCC 15 Subpart B Cable Corr. Frequency Ampl. Direction Height Polar Antenna Amp. Limit Margin Loss Ampl. MHz dBµV/m Degree Meter H/V dBµV/m dBµV/m dB dBµV/m dBµV/m dB 576.12 35.7 30 1.8 V 19.3 3.0 25.0 33.0 46 -13.0 110.50 41.8 150 1.5 H 11.3 1.5 25.0 29.7 43.5 -13.8 170.17 39.0 90 1.8 H 13.0 1.9 25.0 28.9 43.5 -14.6 328.07 37.8 180 1.3 V 15.5 2.3 25.0 30.7 46 -15.3 228.31 40.8 30 1.2 V 11.8 2.2 25.0 29.8 46 -16.2 357.69 35.0 0 1.5 V 15.5 2.3 25.0 27.8 46 -18.2 Report # R0307183Rpt.doc Page 40 of 48 FCC Part 15.247 Test Report

High Tech Computer, Corp. FCC ID: NM8VOYAGER 12 - CONDUCTED EMISSION 12.1 Measurement Uncertainty All measurements involve certain levels of uncertainties, especially in field of EMC. The factors contributing to uncertainties are spectrum analyzer, cable loss, and LISN. Based on NIS 81, The Treatment of Uncertainty in EMC Measurements, the best estimate of the uncertainty of any conducted emissions measurement at BACL is +2.4 dB. 12.2 Test Setup The measurement was performed at shield room, using the same setup per ANSI C63.4 – 1992 measurement procedure. The specification used was FCC Class B limits. External I/O cables were draped along the edge of the test table and bundle when necessary. The EUT was connected with 120Vac/60Hz power source. 12.3 Spectrum Analyzer Setup The spectrum analyzer was set with the following configurations during the conduction test: Start Frequency............................................................................... 150 kHz Stop Frequency............................................................................... 30 MHz Sweep Speed................................................................................... Auto IF Bandwidth .................................................................................. 10 kHz Video Bandwidth............................................................................ 10 kHz Quasi-Peak Adapter Bandwidth ..................................................... 9 kHz Quasi-Peak Adapter Mode.............................................................. Normal 12.4 Test Procedure During the conducted emission test, the power cord of the host system was connected to the auxiliary outlet of the first LISN. Maximizing procedure was performed on the six (6) highest emissions of each modes tested to ensure EUT is compliant with all installation combination. All data was recorded in the peak detection mode. Quasi-peak readings were only performed when an emission was found to be marginal (within -4 dBµV of specification limits). Quasi-peak readings are distinguished with a "Qp". Report # R0307183Rpt.doc Page 41 of 48 FCC Part 15.247 Test Report

High Tech Computer, Corp. FCC ID: NM8VOYAGER 12.5 Summary of Test Results According to the data in section 12.6, the EUT complied with the FCC Conducted margin for a Class B device, with the worst margin reading of: -0.6 dBµV at 0.520 MHz in the Neutral mode, with PHIHONG AC Adapter -9.6 dBµV at 0.375 MHz in the Neutral mode, with DELTA AC Adapter 12.6 Conducted Emissions Test Data PHIHONG AC Adapter: LINE CONDUCTED EMISSIONS FCC CLASS B Frequency Amplitude Detector Phase Limit Margin MHz dBµV Qp/Ave/Peak Line/Neutral dBµV dB 0.520 45.4 AVG Neutral 46 -0.6 0.520 51.4 QP Neutral 56 -4.6 2.200 36.2 AVG Neutral 46 -9.8 0.555 35.6 AVG Line 46 -10.4 0.905 35.1 AVG Neutral 46 -10.9 2.200 45.0 QP Neutral 56 -11.0 0.905 44.4 QP Neutral 56 -11.6 0.555 40.5 QP Line 56 -15.5 1.040 19.0 AVG Line 46 -27.0 1.640 17.5 AVG Line 46 -28.5 1.040 26.1 QP Line 56 -29.9 1.640 25.5 QP Line 56 -30.5 DELTA AC Adapter: LINE CONDUCTED EMISSIONS FCC CLASS B Frequency Amplitude Detector Phase Limit Margin MHz dBµV Qp/Ave/Peak Line/Neutral dBµV dB 0.375 36.4 AVG Neutral 46 -9.6 0.450 38.3 AVG Line 48 -9.7 0.185 42.2 AVG Neutral 52 -9.8 0.195 41.1 AVG Line 54 -12.9 0.375 42.1 QP Neutral 56 -13.9 0.450 44.0 QP Line 58 -14.0 0.945 39.0 QP Neutral 56 -17.0 0.185 44.9 QP Neutral 62 -17.1 1.600 28.9 AVG Line 46 -17.1 0.195 45.0 QP Line 64 -19.0 0.945 26.9 AVG Neutral 46 -19.1 1.600 36.1 QP Line 56 -19.9 12.7 Plot of Conducted Emissions Test Data Plot(s) of Conducted Emissions Test Data is presented in the following page as reference. Report # R0307183Rpt.doc Page 42 of 48 FCC Part 15.247 Test Report

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High Tech Computer, Corp. FCC ID: NM8VOYAGER 13 - ANTENNA REQUIREMENT According to § 15.203, an intentional radiator shall be designed to ensure that no antenna other than that furnished by the responsible party shall be used with the device. And according to § 15.247 (1), if transmitting antennas of directional gain greater than 6 dBi are used the power shall be reduced by the amount in dB that the directional gain of the antenna exceeds 6 dBi. The gain of the integrated antenna used for transmitting is –1.2 dBi and is complied with 15.203. Please see EUT photo for details. Report # R0307183Rpt.doc Page 47 of 48 FCC Part 15.247 Test Report

High Tech Computer, Corp. FCC ID: NM8VOYAGER 14 – RF EXPOSURE REQUIREMENT According to the TCB Exclusions List, the limit for general population of portable transmitters that are used less than 2.5 cm from a person’s body is: Low threshold :(60/fGHZ) mW, d < 2.5 cm => (60/2.4) mW = 25mW The maximum output power for the device is 0.0012 W (1.2 mW) which is less than the limit listed in the TCB exclusions lists (25mW). Therefore, SAR test is not required for the Part15 portion of this device. Report # R0307183Rpt.doc Page 48 of 48 FCC Part 15.247 Test Report


Document Created: 2003-11-10 10:51:37
Document Modified: 2003-11-10 10:51:37
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