TEST REPORT

FCC ID: P25BWMC4556C1304R

Test Report

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FCCID_512785

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Atlas Compliance & Engineering, Inc. FCC Test Report FCC CFR 47 Part 15.207, 15.209, and 15.249 COMPLIANCE . . . . . . . . . . Mad Catz Interactive Inc. 7480 Mission Valley Rd. Suite 101 San Diego, CA 92108 USA Product: XBox 2.4 GHz RF Controller Base Model: 4556 FCC ID: P25BWMC4556C1304R Test Report Number: 0422MDC4556r_subc Date of Report: May 28, 2004 This report contains 30 pages and may be reproduced in full only. Partial reproduction may only be done with the written consent of Atlas Compliance & Engineering, Inc. 0422MDC4556r_subc Page 1 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Table of Contents Table of Contents ...................................................................................................................................................2 General Information ...............................................................................................................................................3 Test Equipment.......................................................................................................................................................4 Block Diagram ...................................................................................................................................................5 Test Configuration..................................................................................................................................................6 EUT Description / Note:.....................................................................................................................................6 EUT Support Program........................................................................................................................................6 EUT Modifications for Compliance ...................................................................................................................6 EUT Support Devices.........................................................................................................................................7 I/O Ports and Cables...........................................................................................................................................7 Equipment Under Test............................................................................................................................................8 Equipment Block Diagram ...................................................................................................................................14 Test Setup (Radiated Emissions)..........................................................................................................................15 Test Setup (Conducted Emissions).......................................................................................................................18 Test Methods for Emissions .............................................................................................................................20 Conducted Emission Testing ............................................................................................................................20 Temperature and Humidity...............................................................................................................................21 Sample Calculations .........................................................................................................................................21 FCC Part 15 Subpart C 15.207 and 15.209 Limits ...............................................................................................22 Report of Measurements 15.249 Radiated Data ...............................................................................................24 Frequency Hopping System..............................................................................................................................25 Frequency Separation .......................................................................................................................................26 20dB Bandwidth Measurement ........................................................................................................................27 Report of Measurements 15.209 Radiated Data ...............................................................................................28 Conducted Data for FCC Class B Line.............................................................................................................29 Conducted Data for FCC Class B Neutral........................................................................................................30 COMPLIANCE VERIFICATION REPORT .......................................................................................................31 Table 1 - Support Equipment Used For Test ..........................................................................................................7 Table 2 - EUT Port Termination’s..........................................................................................................................7 Table 3 - Host Port Termination's...........................................................................................................................7 Table 4 - Radiated Emission Limits, General Requirements................................................................................22 Table 5 - Radiated Emission Limits, Operation within the bands 902 – 928 MHz, 2400 – 2483.5 MHz, 5725 – 5875 MHz, and 24.0 – 24.25 GHz................................................................................................................23 Table 6 - Conducted Limits ..................................................................................................................................23 Table 7 - Radiated Emission Level.......................................................................................................................24 Table 8 - Radiated Emission Level Below 30 MHz .............................................................................................28 Table 9 - Radiated Emission Level Below 2000 MHz .........................................................................................28 Table 10 - Line Scan Data ....................................................................................................................................29 Table 11 - Neutral Scan Data ...............................................................................................................................30 Figure 1 - Test Setup Diagram .............................................................................................................................14 Figure 2 - Line Scan .............................................................................................................................................29 Figure 3 - Neutral Scan.........................................................................................................................................30 0422MDC4556r_subc Page 2 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 General Information Test Report Number: 0422MDC4556r_subc Date Product Tested: April 5 - 9, 2004 Date of Report: May 28, 2004 Applicant: Mad Catz Interactive Inc. 7480 Mission Valley Rd. Suite 101 San Diego, CA 92108 USA Contact Person Dave Preller Equipment Tested: XBox 2.4 GHz RF Controller Base Trade Name: 4556 Base Model: 4556 Purpose Of Test: To demonstrate the compliance of the XBox 2.4 GHz RF Controller Base, 4556, with the requirements of FCC CFR 47 Part 15 Rules and Regulations to the limits of Subpart C 15.207, 15.209, and 15.249 using the procedure stated in ANSI C63.4-1992. Frequency Range Investigated: 150 kHz to 22,000 MHz FCC ID: P25BWMC4556C1304R Test Site Locations: Field Strength Measurement Facility: Atlas Compliance & Engineering, Inc. 726 Hidden Valley Road Royal Oaks, California 95076 Conducted Interference and Immunity Measurement Facility: Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, California 95125 Test Personnel: Mario E. Baraona Sr. EMC Engineer 0422MDC4556r_subc Page 3 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Test Equipment The following list contains the test equipment that was utilized in making the measurements in this report. Description _ Model Serial Manufacturer Calibrated Calibration Due BiLog Antenna_CBL6141 4034 Chase/Schaffner 7/6/03 7/6/04 Horn Antenna _ 3115 9003-3340 EMCO 1/23/04 1/23/05 Active Loop Antenna_6502 9108-2669 EMCO 12/13/03 12/13/04 Pre amp 9 kHz – 2 GHz _ 3323 Schaffner 5/24/03 5/24/04 CPA9231A Pre amp 1 – 26.5 GHz _ 8449B 3008A00910 HP 5/24/03 5/24/04 EMI Test Receiver 9 kHz - 2500 DE15934 Rohde & Schwarz 6/11/03 6/11/04 MHz _ ESPC EMI Test Receiver 9 kHz - 2500 DE14459 Rohde & Schwarz 11/29/03 11/29/04 MHz _ ESPC 2542A13058 EMI Receiver 100 Hz – 22 GHz _ (IF) HP 5/24/03 5/24/04 8566B 2637A03426 (RF) LISN _ 3825/2 9007-1683 EMCO 9/11/03 9/11/04 LISN _ 4825/2 9808-1088 EMCO 9/11/03 9/11/04 Muttimeter_75 47410575 Fluke 12/2/03 12/2/04 Variable Transformer_PowerSat 8P124201 Superior Electric Co. N/A N/A 0422MDC4556r_subc Page 4 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Block Diagram 1. Host side 5V -> 3.3V Cypress NordIC Cy7c65113 PCB embedded XBOX usb bus SPI nRF2401 antenna 6MHz 16MHz Crystal Crystal 0422MDC4556r_subc Page 5 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Test Configuration Customer: Mad Catz Interactive Inc. Test Date: April 5 - 9, 2004 Specification: FCC CRF 47 Part 15.207, 15.209, and 15.249 Limits, ANSI C63.4-1992 Methods EUT Description / Note: The EUT, 4556, a XBox 2.4 GHz RF Controller Base, was powered up and in a continuous transmitting mode. The EUT is powered through the host game console. There was no change in the DC voltage of the EUT while the AC voltage was varied +/- 15% from the nominal voltage of 117 VAC. Conducted emissions testing was performed on the host unit with the EUT operating continuously. EUT frequencies of operation are 2401 MHz to 2480 MHz with 1 MHz spacing. EUT Support Program The EUT was tested stopped at channel 1, 2401 MHz, channel 39, 2441 MHz, and channel 80, 2480 MHz. 2480 MHz was where the maximum emission level was observed. Band edge measurements were taken with the EUT operating throughout 2401 MHz and 2480 MHz with FSK modulation. EUT Modifications for Compliance There were no modifications performed on the EUT. The test results state the emission levels of the EUT in the condition as it was received on April 5, 2004. 0422MDC4556r_subc Page 6 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 EUT Support Devices Table 1 - Support Equipment Used For Test Model: Description: S/N FCC ID# X00290-001 Microsoft XBOX Video Game System 3230175 22102 DoC 14AF-41 Toshiba Color TV 15611401 A DoC I/O Ports and Cables Table 2 - EUT Port Termination’s I/O Port Cable Type Length Connector Termination Player port 1 Shielded / FB 5 In 5 Pin PUSB Port 1 Table 3 - Host Port Termination's I/O Port Cable Type Length Connector Termination AV Triple Coax, Ferrite 8 FT RCA (3x) Monitor Bead Power Non-Shielded 7 FT IEC Power Mains 0422MDC4556r_subc Page 7 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Equipment Under Test The photographs below show the condition of the EUT for test. 0422MDC4556r_subc Page 8 of 31



Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 The antenna is an embedded PCB antenna, Type is Inverted F Antenna 0422MDC4556r_subc Page 11 of 31

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Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Equipment Block Diagram Following is the block diagram of the test setup. Refer to TEST CONFIGURATION pages for port connections and information. Figure 1 - Test Setup Diagram TV XBox EUT: 4556 RF Controller Base 0422MDC4556r_subc Page 14 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Test Setup (Radiated Emissions) The photographs below show worst case setup for radiated emission testing at 3 Meters. 0422MDC4556r_subc Page 15 of 31


Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Photo shows Base tested alone 0422MDC4556r_subc Page 17 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Test Setup (Conducted Emissions) The photograph below shows worst case setup for line conducted testing. 0422MDC4556r_subc Page 18 of 31


Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Test Methods for Emissions The test procedure stated in ANSI C63.4-1992 was used to collect the test data. The radiated emission data of the EUT was taken with the Rohde & Schwarz EMI Test Receiver or HP 8566B. Incorporating the application of correction factors programmed into the Test Receiver and verified for distance, antenna, cable loss, and amplifier gain, the data was reduced as shown in the Sample Calculations. These correction factors are available upon request. The corrected data was then compared to the emission limits to determine compliance. During radiated emission testing, the EUT was placed on a nonconductive rotating table 0.8 meter above the conductive grid. The nonconductive table dimensions were 1 meter deep by 1.5 meters wide at 0.8 meter high. The EUT is centered on the tabletop and the measurement antenna was placed 3 meters from the EUT as noted in the test data. For radiated emissions testing, scans in the frequency range of 6 MHz to 22000 MHz were made. Each frequency between 9 kHz and 150 kHz was measured at a bandwidth of 200 Hz, between 150 kHz and 30 MHz was measured at a bandwidth of 10 kHz, between 30 MHz and 1000 MHz was measured at a bandwidth of 120 kHz and between 1000 MHz and above was measured at a bandwidth of 1 MHz. Measurements were made employing a CISPR quasi-peak detector except for the frequency bands 9-90 kHz, 110-490 kHz, and above 1GHz which employed an average detector. All readings within 10 dB of the limits were recorded, and those emissions were then measured using the appropriate detector and bandwidth for a 2-second measurement time. Measurements were made at a distance of 3 meters. Conducted Emission Testing For the conducted emissions testing, the EMCO LISN, Model No. 3825/2, was used for the EUT and the EMCO LISN, Model No. 4825/2, was used for the support equipment. During conducted emission testing the EUT was located on a wooden test bench measuring 0.8 meter high, 1 meter deep, and 1.5 meters in width. The vertical conducting surface was 0.4 meter from the back of the test bench. The LISNs were placed on the ground plane of the test area in accordance with ANSI C63.4-1992. The metal plane used for conducted emission testing was grounded to the earth by a heavy gage braided wire attached to the plane. All other objects were kept a minimum of 1 meter away from the EUT during the conducted test. For conducted emissions testing a scan of the frequency band 150 kHz to 30 MHz was made stepping every 5 kHz. Each frequency was measured at a bandwidth of 10 kHz for 20 msec. Due to the narrow specification of a 6 dB drop, the 10 kHz bandwidth meets the requirements of CISPR 16, band B (150 kHz to 30 MHz) and VDE 0876 as well as of various military standards that require tolerances of 10% for a 10 kHz measurement bandwidth. All readings within 25 dB of the limits were recorded, and 0422MDC4556r_subc Page 20 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 those emissions were then measured using the CISPR quasi-peak detector at a bandwidth of 10 kHz for a 2 second measurement time. All emissions within 6 dB of the limit were examined with additional measurements to ensure compliance with the FCC 15.207 limits. The results of the conducted emissions test are shown in Tables 8 and 9 and Figures 3 and 4. Temperature and Humidity The ambient temperature of the actual EUT was within the range of 10° to 40° C (50° to 104° F) unless the particular equipment requirements specify testing over a different temperature range. The humidity levels were within the range of 10% to 90% relative humidity unless the EUT operating requirements call for a different level. Sample Calculations An example of how the EMI Test Receiver reading is converted using correction factors is given for the emissions recorded in Table 6. These correction factors are programmed into the EMI Test Receiver and verified. For radiated emissions in dBµV/m, the EMI Test Receiver reading in dBµV is corrected by using the following formula: Meter Reading (dBµV/m) - Pre amp Gain (dB) + Cable Loss (dB) + Antenna Factor (dB) = Corrected Reading (dBµV/m) This reading is then compared to the applicable specification limits and the difference will determine compliance. For conducted emissions, no correction factors are needed when a 50 µH LISN is used. 0422MDC4556r_subc Page 21 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 FCC Part 15 Subpart C 15.207 and 15.209 Limits Table 4 - Radiated Emission Limits, General Requirements Frequency Field Strength Measurement Distance MHz µV/m Meters 0.009 – 0.490 2400/F(kHz) 300 0.490 – 1.705 24000/F(kHz) 30 1.705 – 30 30 30 30 – 88 100 3 88 – 216 150 3 216 – 960 200 3 Above 960 500 3 NOTE: 1. The lower limit shall apply at the transition frequencies. 2. Distance refers to the distance in meters between the measuring instrument antenna and the closest point of any part of the device or system. 3. The level of any unwanted emissions from an intentional radiator operating under these general provisions shall not exceed the level of the fundamental emission. 4. The emission limits shown are based on measurements employing a CISPR quasi-peak detector except for the frequency bands 9-90 kHz, 110-490 kHz and above 1000 MHz. Radiated emission limits in these three bands are based on measurements employing an average detector. 0422MDC4556r_subc Page 22 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Table 5 - Radiated Emission Limits, Operation within the bands 902 – 928 MHz, 2400 – 2483.5 MHz, 5725 – 5875 MHz, and 24.0 – 24.25 GHz. Frequency Field Strength of Field Strength of MHz fundamental millivolts/meter harmonics microvolts/meter 902 – 928 50 500 2400 – 2483.5 50 500 5725 – 5875 50 500 24000 – 24250 250 2500 NOTE: 5. Field strength limits are specified at a distance of 3 meters.. 6. 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 emission limits in 15.209, whichever is the lesser attenuation. 7. As shown in 15.35(b), for frequencies above 1000 MHz, the above field strength limits are based on average limits. However, the peak field strength of any emission shall not exceed the maximum permitted average limits specified above by more than 20 dB under any condition of modulation. Table 6 - Conducted Limits Frequency Limit Limit MHz Quasi-Peak dBµV Average dBµV 0.15-0.50 66-56 56-46 0.50-5 56 46 5-30 60 50 NOTE: 1. The lower limit shall apply at the transition frequencies. 2. Both Quasi-Peak and Average limits for power line conducted testing must be met. 3. The limit decreases linearly with the logarithm of the frequency in the range 0.15 MHz to 0.50 MHz. 0422MDC4556r_subc Page 23 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Report of Measurements 15.249 Radiated Data The following tables reports the results of the radiated measurements for the XBox 2.4 GHz RF Controller Base, 4556. Table 7 - Radiated Emission Level 15.249Limit Fundamental Level Azimuth, Antenna Polarity Margin dBµV/m dBµV/m Frequency Detector Height dB MHz 86.34 X PK 335, 1.1M Horn V -7.66 94 @ 3 meters 2480 90.0 X PK 280, 1.2M Horn H -4.00 15.249Limit Harmonic Level Test Antenna Polarity Margin dBµV/m Frequency dBµV Detector Distance dB MHz 48.5 PK 10, 1.1M Horn H -5.50 54 @ 3 meters 4960 47.3 PK 15, 1.1M Horn V -6.70 44.27 PK 350, 1M Horn H -9.73 54 @ 3 meters 7440 43.47 PK 10, 1.1M Horn V -10.53 42.57 PK 10, 1.1M Horn H -11.43 54 @ 3 meters 9920 42.77 PK 15, 1.1M Horn V -11.23 46.14 PK 0, 1M Horn H -7.68 54 @ 3 meters 12400 46.14 PK 180, 1M Horn V -7.68 48.70 PK 0, 1M Horn H -5.30 54 @ 3 meters 14880 48.70 PK 1800, 1M Horn V -5.30 24< 54 @ 3 meters 17360 24< 24< 54 @ 3 meters 19480 24< 24< 54 @ 3 meters 22320 24< 24< 54 @ 3 meters 24800 24< Bandedge 54 @ 3 meters 30.48 AV 130, 1.2M Horn V -23.52 2398 Bandedge 54 @ 3 meters 30.75 AV 120, 1.2M Horn H -23.25 2482 Test Method: ANSI C63.4-1992 PK = Peak, Y = Y Plane, X = X Plane Spec Limit: FCC 15.249 AV = Average No other emissions were observed. V = Vertical, H = Horizontal COMMENTS: System continuously running. 2401 MHz was observed as the worst case emissions. Ambient temperature 74°F and relative humidity of 46%. Test distance of 3 meters. Quasi-peak and average detectors were not used since the peak readings were under the limits (unless noted otherwise). No emissions observed after the third harmonic, measurements taken are baseline measurements after the forth harmonic. Band edge measurements were taken with FSK modulation. 0422MDC4556r_subc Page 24 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Frequency Hopping System Frequency Range: 2401 MHz – 2480 MHz Number of Channels: 79 Channels Channel Separation: 1 MHz Occupancy: 1/320 sec over 1 sec period Transmitting Method: Pseudo-random, Frequency Hopping Spread Spectrum Transmitting Power: 1.0 Watt(Max Allowable), 20 µW(Actual Peak) Antenna Type: Inverted F Power Source: Through Host, 5 VDC, 3.3 VDC down regulated 0422MDC4556r_subc Page 25 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Frequency Separation 0422MDC4556r_subc Page 26 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 20dB Bandwidth Measurement Channel 1, 20 dB Bandwidth at 2.8 MHz 0422MDC4556r_subc Page 27 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Report of Measurements 15.209 Radiated Data Table 8 - Radiated Emission Level Below 30 MHz 15.209 Limit Unwanted Level Detector Test Margin Antenna dBµV/M Frequency dBµV Distance dB MHz in Meters 49.5 @ 10 meters 12.10 13.47 QP 10 -36.03 Loop 49.5 @ 10 meters 16.03 14.23 QP 10 -35.38 Loop Exploratory radiated emissions measurements were performed from 6 MHz to 30 MHz at 10 Meter and 3 Meter distances. The loop antenna was placed at 1 Meter height and was rotated about its vertical axis. The EUT was also rotated 360 degrees in front of the antenna. Limit was extrapolated at 40 db/decade for measurement at 10 Meters. Emissions were at the noise floor. No other emissions were observed. Table 9 - Radiated Emission Level Below 2000 MHz Frequency QP Level QP Limit Margin Azimuth, Antenna, MHz dBµV dBµV dB Height Polarization 143.98 23.45 30.00 -6.55 150, 1.2M Bilog, V 198.12 27.32 30.00 -2.68 180, 1.3M Bilog, V 264.21 25.74 37.00 -11.26 15, 1.2M Bilog, V 400.08 20.93 37.00 -16.07 195, 1.1M Bilog, V 600.28 25.65 37.00 -11.35 165, 1.2M Bilog, V 1189 24.87 44.00 -19.13 15, 1M Bilog, V 1393 23.68 44.00 -20.32 20, 1M Bilog, V 1459 26.46 44.00 -17.54 350, 1M Bilog, V 1585 28.92 44.00 -15.08 10, 1M Bilog, V 60.14 20.30 30.00 -9.7 90, 3.9M Bilog, H 133.3 19.45 30.00 -10.55 90, 3.2M Bilog, H 198.2 25.78 30.00 -4.22 275, 2.7M Bilog, H 225.82 26.92 30.00 -3.08 275, 2.8M Bilog, H 264.08 27.72 37.00 -9.28 95, 2.5M Bilog, H 600.12 26.88 37.00 -12.10 290, 2.2M Bilog, H 1481 28.45 44.00 -15.55 15, 1.1M Bilog, H 1583 36.53 44.00 -7.47 350, 1.1M Bilog, H Start Freq. Stop Freq. Step IF BW Detector Scan-Time Atten. 30MHz 2000MHz 25kHz 120kHz PK 10msec 0dB Test Method: ANSI C63.4-1992 Note: AV = Average Spec Limit: FCC 15.209 QP = Quasi Peak 0422MDC4556r_subc Page 28 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Conducted Data for FCC Class B Line Figure 2 - Line Scan Pre-Scan Settings: Start Freq. Stop Freq. Step IF BW Detector Scan-Time Atten. 0.15MHz 30MHz 5kHz 9kHz PK/AV 20msec 0dB Blue Trace: Peak Measurement Green Trace: Average Measurement Final Measurement: x = QP / + = AV at 2 second measurement time. Table 10 - Line Scan Data Freq. Level Detector Limit Margin Phase PE MHz dBµV dBµV dB 0.22 47.40 QP 62.82 -15.42 L1 gnd 0.235 46.38 QP 62.27 -15.89 L1 gnd 0.25 43.16 QP 61.76 -18.60 L1 gnd 0.27 38.23 QP 61.12 -22.89 L1 gnd 1.17 39.65 QP 56.00 -16.35 L1 gnd 1.59 41.45 QP 56.00 -14.55 L1 gnd 2.85 33.30 QP 56.00 -22.70 L1 gnd 17.165 36.60 QP 60.00 -23.40 L1 gnd 0.22 42.13 AV 52.82 -10.69 L1 gnd 0.235 43.02 AV 52.27 -9.25 L1 gnd 0.25 41.50 AV 51.76 -10.26 L1 gnd 0.27 36.15 AV 51.12 -14.97 L1 gnd 1.17 35.15 AV 46.00 -10.85 L1 gnd 1.59 36.64 AV 46.00 -9.36 L1 gnd 2.85 26.05 AV 46.00 -19.95 L1 gnd 17.165 32.10 AV 50.00 -17.90 L1 gnd 0422MDC4556r_subc Page 29 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 Fax 831.761.3223 Conducted Data for FCC Class B Neutral Figure 3 - Neutral Scan Pre-Scan Settings: Start Freq. Stop Freq. Step IF BW Detector Scan-Time Atten. 0.15MHz 30MHz 5kHz 9kHz PK/AV 20msec 0dB Blue Trace: Peak Measurement Green Trace: Average Measurement Final Measurement: x = QP / + = AV at 2 second measurement time. Table 11 - Neutral Scan Data Freq. Level Detector Limit Margin Phase PE MHz dBµV dBµV dB 0.22 48.24 QP 62.82 -14.58 N gnd 0.235 46.27 QP 62.27 -16.00 N gnd 0.25 43.54 QP 61.76 -18.22 N gnd 0.395 40.96 QP 57.96 -17.00 N gnd 1.17 42.78 QP 56.00 -13.22 N gnd 1.76 36.48 QP 56.00 -19.52 N gnd 17.45 36.51 QP 60.00 -23.49 N gnd 0.22 42.47 AV 52.82 -10.35 N gnd 0.235 43.52 AV 52.27 -8.75 N gnd 0.25 42.14 AV 51.76 -9.62 N gnd 0.395 39.17 AV 47.96 -8.79 N gnd 1.17 38.66 AV 46.00 -7.34 N gnd 1.76 30.56 AV 46.00 -15.44 N gnd 17.45 31.31 AV 50.00 -18.69 N gnd 0422MDC4556r_subc Page 30 of 31

Atlas Compliance & Engineering, Inc. 1792 Little Orchard St. San Jose, CA 95125 Phone 408.971.9743 1007.01 Fax 831.761.3223 COMPLIANCE VERIFICATION REPORT TEST CERTIFICATE APPLICANT: Mad Catz Interactive Inc. 7480 Mission Valley Rd. Suite 101 San Diego, CA 92108 USA Trade Name: XBox 2.4 GHz RF Controller Base Model: 4556 I HEREBY CERTIFY THAT: The measurements shown in this report were made in accordance with the procedures indicated and that the energy emitted by this equipment, as received, was found to be within the FCC CFR 47 Part 15 Subpart C section 15.249 and 15.209 for Radiated emissions and FCC CFR 47 Part 15 Subpart C section 15.207 for Conducted emissions. Additionally, it should be noted that the results in this report apply only to the items tested, as identified herein. I FURTHER CERTIFY THAT: On the basis of the measurements taken at the test site, the equipment tested is capable of operation in compliance with the requirements set forth in FCC CFR 47 Part 15.207, 15.209, and 15.249 Rules and Regulations. FCC measurement facility registration number 90452, Industry Canada test site file number IC 4929 On this Date: May 28, 2004 ____________________________ Printed Name ____________________________ ____________________________ Mario E. Baraona Sr. Signature Atlas Compliance & Engineering, Inc. Mad Catz Interactive Inc. Representative 0422MDC4556r_subc Page 31 of 31


Document Created: 2005-02-02 11:32:44
Document Modified: 2005-02-02 11:32:44
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