P90 Report

FCC ID: KBCIX260MPIBM3900

Test Report

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FCCID_402090

Test Report S/N: 021104-466KBC Test Date(s): February 12 & 16, 2004 Test Type: FCC Part 90 EMC Measurements DECLARATION OF COMPLIANCE FCC PART 90 EMC MEASUREMENTS Test Lab Applicant Information CELLTECH LABS INC. ITRONIX CORPORATION Testing and Engineering Services 801 South Stevens Street 1955 Moss Court Spokane, WA 99210 Kelowna, B.C. Canada V1Y 9L3 Tel.: 250-448-7047 Fax: 250-448-7046 e-mail: info@celltechlabs.com web site: www.celltechlabs.com FCC Rule Part(s): 47 CFR §90, §2 IC Rule Part(s): RSS-119 Issue 6 Test Procedure(s): FCC 47 CFR §90, §2; ANSI TIA/EIA-603-A-2001 FCC Device Classification: Licensed Non-Broadcast Station Transmitter (TNB) IC Device Classification: Land Mobile Radio Transmitter Device Type: Rugged Laptop PC with Wavenet BM3-900M Mobitex Radio Modem (co-located with Cisco MPI-350 Mini-PCI 2.4GHz DSSS WLAN Card) with Dipole Antenna, WLAN Antenna, (3) Mobile Antennas, & Vehicle Cradle FCC ID: KBCIX260MPIBM3900 Model(s): IX260 Tx Frequency Range: 896.0 - 901.0 MHz Rx Frequency Range: 935.0 - 940.0 MHz Max. RF Output Power: 1.58 Watts ERP (Itronix Swivel Dipole Antenna Model: IX260) 0.515 Watts ERP (MaxRad Vehicle-Mount Antenna Model: Z563) 1.14 Watts ERP (MaxRad Vehicle-Mount Antenna Model: Z567) 1.19 Watts ERP (MaxRad Vehicle-Mount Antenna Model: Z573) Max. Conducted Power Tested: 33.0 dBm (Mobitex) / 21.2 dBm (WLAN) Modulation: GMSK Emission Designator(s): 12K0F1D Frequency Tolerance(s): ± 0.00015 % Antenna Types Tested: Itronix IX260 External Swivel Dipole (Mobitex) Rangestar 100929 802.11b Dual Internal Surface-Mount (WLAN) MaxRad Z563 Mobile Vehicle-Mount - Unity Gain (Mobitex) MaxRad Z567 Mobile Vehicle-Mount - 5 dBd Gain (Mobitex) MaxRad Z573 Mobile Vehicle-Mount - 5 dBd Gain (Mobitex) Power Supply Tested: 11.1V Lithium-ion Battery, 6.0Ah (Model: A2121-2) 12V Vehicle Battery (Vehicle-Mount Antennas) This device has demonstrated compliance with the applicable technical standards as indicated in the measurement report and was tested in accordance with the measurement procedures specified in FCC 47 CFR §90, §2, Industry Canada RSS- 119 Issue 6, and ANSI TIA/EIA-603-A-2001. I attest to the accuracy of data. All measurements reported herein were performed by me or were made under my supervision and are correct to the best of my knowledge and belief. I assume full responsibility for the completeness of these measurements and vouch for the qualifications of all persons taking them. This test report shall not be reproduced partially, or in full, without the prior written approval of Celltech Labs Inc. The results and statements contained in this report pertain only to the device(s) evaluated. Russell Pipe Senior Compliance Technologist Celltech Labs Inc. © 2004 Celltech Labs Inc. 1 of 11

Test Report S/N: 021104-466KBC Test Date(s): February 12 & 16, 2004 Test Type: FCC Part 90 EMC Measurements TABLE OF CONTENTS 1.1 SCOPE 3 2.1 GENERAL INFORMATION - §2.1033(a) 3 MEASUREMENT PROCEDURES 4 3.1 RF Output Power - §2.1046 4 4.1 Field Strength of Spurious Radiation - §2.1053 4 5.1 Effective Radiated Power Output - §90.635; §2.1046 4 TEST DATA 5 6.1 Effective Radiated Power Output - §90.635; §2.1046 5 7.1 Field Strength of Spurious Radiation - §2.1053 6-8 8.1 TEST EQUIPMENT 9 9.1 SUMMARY 10 APPENDIX A - RADIATED TEST SETUP PHOTOGRAPHS 11 © 2004 Celltech Labs Inc. 2 of 11

Test Report S/N: 021104-466KBC Test Date(s): February 12 & 16, 2004 Test Type: FCC Part 90 EMC Measurements FCC PART 90 EMC MEASUREMENT REPORT 1.1 SCOPE Measurement and determination of electromagnetic emissions (EME) from radio frequency devices for compliance with the technical rules and regulations of the Federal Communications Commission and Industry Canada. 2.1 GENERAL INFORMATION - §2.1033(a) APPLICANT ITRONIX CORPORATION 801 South Stevens Street Spokane, WA 99210 FCC ID KBCIX260MPIBM3900 Model(s) IX260 Serial No. ZZGEG3135ZZ1410 Rugged Laptop PC with Wavenet BM3-900M Mobitex Radio Modem DUT Type (co-located with Cisco MPI-350 Mini-PCI 2.4GHz DSSS WLAN Card) with Dipole Antenna, WLAN Antenna, (3) Vehicle-Mount Antennas, & Cradle FCC Rule Part(s) 47 CFR §90, §2 IC Rule Part(s) RSS-119 Issue 6 FCC Classification Licensed Non-Broadcast Station Transmitter (TNB) IC Classification Land Mobile Radio Transmitter Tx Frequency Range 896.0 - 901.0 MHz Rx Frequency Range 935.0 - 940.0 MHz Max. RF Model Length Type / Description Output Power Number (inches) (Watts) IX260 External Swivel Dipole (Mobitex) 1.58 (ERP) 4.7 Antenna Types Tested 100929 802.11b Dual Surface-Mount (WLAN) 0.372 (EIRP) 1.1 Z563 Unity Gain Mobile Vehicle-Mount 0.515 (ERP) 3.0 Z567 5 dBd Gain Mobile Vehicle-Mount 1.14 (ERP) 22.0 Z573 5 dBd Gain Mobile Vehicle-Mount 1.19 (ERP) 31.5 Max. RF Conducted 33.0 dBm (Mobitex) 21.2 dBm (WLAN) Output Power Tested Emission Designator 12K0F1D Frequency Tolerance ± 0.00015 % Modulation GMSK 11.1V Lithium-ion Battery, 6.0Ah (Model: A2121-2) Power Supply Tested 12V Vehicle Battery (Vehicle-Mount Antennas) © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260MPIBM3900 (Model: IX260) 3 of 11 Rugged Laptop PC with Wavenet Mobitex Radio Modem & Co-located Cisco WLAN

Test Report S/N: 021104-466KBC Test Date(s): February 12 & 16, 2004 Test Type: FCC Part 90 EMC Measurements MEASUREMENT PROCEDURES 3.1 RF OUTPUT POWER MEASUREMENT - §2.1046 The peak conducted power levels were measured at the Wavenet BM3-900M Mobitex radio modem RF port with a Gigatronics 8652A Universal Power Meter in burst average power mode. An offset was entered into the power meter to correct for the losses of the attenuator and cable installed before the sensor input. The transmitter terminal was coupled to the power meter and the DUT was placed in test mode using the Wavenet BM3-900M Mobitex test software installed in the Laptop PC with the internal transmitter in modulated carrier mode (30% duty cycle) at a full rated power. All subsequent tests were performed using the same power measurement procedures. Conducted Power Measurements Frequency Peak Power (MHz) (dBm) 896.0 33.0 901.0 33.0 4.1 FIELD STRENGTH OF SPURIOUS RADIATION - §2.1053 Radiated spurious emissions were measured on a 3-meter open area test site using the Signal Substitution Method in accordance with ANSI TIA/EIA-603-A-2001. The DUT was placed in the vehicle cradle and programmed in test mode using the Wavenet BM3- 900M Mobitex test software installed in the Laptop PC with the internal transmitter in modulated carrier mode (30% duty cycle) at a full rated power. For the simultaneous transmit tests with the co-located WLAN card, the WLAN was set to the maximum conducted power level (21.2 dBm) at the low channel (2412 MHz), with a modulated DSSS signal and the right side internal antenna transmitting (the WLAN EIRP results showed the low channel as the maximum EIRP - please refer to the EIRP data in the Part 15.247 test report for the Cisco MPI-350 Mini-PCI DSSS WLAN Card submitted simultaneously with this application). For the dipole antenna evaluation, the DUT was placed on the turntable with the transmitter transmitting into a non-radiating load connected at the antenna feed point. For the vehicle-mount antenna evaluations, the DUT was placed on the turntable with the transmitter transmitting into a non-radiating load via substitute LMR-195 cable (15 feet) connected to the vehicle cradle. The LMR-195 cable length (15 feet) was equal to the vehicle-mount antennas LMR-195 cable length. A receiving antenna located 3 meters from the turntable received any signal radiated from the transmitter and its operating accessories. The receiving antenna was varied in height from 1 to 4 meters and the polarization was varied (horizontal and vertical) to determine the worst-case emission level. A standard gain horn antenna was substituted in place of the DUT. A modulated signal was fed through a directional coupler to the antenna and the power at the coupler port was monitored. A signal generator and power amplifier controlled the antenna, and the input level of the antenna was adjusted to the same field strength level as the DUT. The antenna feed point was then connected to a calibrated power meter and the power was adjusted to read the same power at the coupler port previously recorded, to account for any mismatch in impedance that may occur at the horn antenna. The conducted power at the antenna feed point was then recorded. The forward conducted power for the horn antenna was determined by measuring the power at the horn antenna feed point and reproducing the coupler power previously measured. The EIRP level was determined by adding the horn forward conducted power and the horn antenna gain. All spurious emissions from the lowest radio frequency generated in the equipment to the tenth harmonic of the carrier were investigated. The test data is shown on pages 6-8. 5.1 EFFECTIVE RADIATED POWER OUTPUT - §90.635; §2.1046 ERP measurements were performed using the Signal Substitution Method in accordance with ANSI TIA/EIA-603-A-2001 on a 3- meter open area test site. The DUT was placed in test mode using the Wavenet BM3-900M Mobitex test software installed in the Laptop PC with the internal transmitter in modulated carrier mode (30% duty cycle) at a full rated power. The DUT was placed on a turntable 3-meters from the receive antenna. For the vehicle-mount antenna evaluations, the antenna was fixed on a 50 cm x 50 cm ground plane. The field of maximum intensity was found by rotating the DUT approximately 360 degrees and changing the height of the receive antenna from 1 to 4 meters. The field strength was recorded from a calibrated spectrum analyzer for each channel being tested. A half-wave dipole was substituted in place of the DUT. A modulated signal with the same bandwidth as the DUT was generated, amplified, and fed through a directional coupler. The height and direction of the dipole was adjusted in order to give the field of maximum intensity. The power to the dipole was adjusted in order to give the same field strength reading as previously recorded for the DUT. The power at the coupler port was recorded at this point. The feed point for the dipole was then connected to a calibrated power meter and the power adjusted to read the same as the coupler port previously recorded, this is to account for any mismatch in impedance, which may occur at the dipole antenna. The conducted power at the antenna feed point was recorded. The ERP level was determined by adding the dipole forward conducted power and the dipole gain in dB. For readings above 1GHz the above method is repeated using a standard gain horn antenna. The test data is shown on page 5. © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260MPIBM3900 (Model: IX260) 4 of 11 Rugged Laptop PC with Wavenet Mobitex Radio Modem & Co-located Cisco WLAN

Test Report S/N: 021104-466KBC Test Date(s): February 12 & 16, 2004 Test Type: FCC Part 90 EMC Measurements TEST DATA 6.1 EFFECTIVE RADIATED POWER OUTPUT - §90.635; §2.1046 EFFECTIVE RADIATED POWER OUTPUT MEASUREMENTS ERP of DUT Maximum Dipole DUT Dipole Gain Freq. Field Antenna Dipole Forward Conducted + Modem(s) Antenna(s) Tuned Strength Polariz. Gain Conducted Power Dipole Forward Transmitting Model / Type of DUT Power Conducted Power MHz dBm dBm H/V dBd dBm dBm Watts Mobitex only IX260 Dipole 896.0 33.0 -2.593 H 0.01 31.98 31.99 1.58 Mobitex only IX260 Dipole 901.0 33.0 -3.659 H 0.06 31.37 31.43 1.39 Mobitex only IX260 Dipole 896.0 33.0 -6.276 V 0.01 30.43 30.44 1.11 Mobitex only IX260 Dipole 901.0 33.0 -4.891 V 0.06 30.51 30.57 1.14 Mobitex only Z563 Unity Gain 896.0 33.0 -8.893 V 0.01 27.11 27.12 0.515 Mobitex only Z563 Unity Gain 901.0 33.0 -9.818 V 0.06 25.55 25.61 0.364 Mobitex only Z567 5dBd Gain 896.0 33.0 -5.385 V 0.01 30.55 30.56 1.14 Mobitex only Z567 5dBd Gain 901.0 33.0 -7.393 V 0.06 28.26 28.32 0.679 Mobitex only Z573 5dBd Gain 896.0 33.0 -5.11 V 0.01 30.74 30.75 1.19 Mobitex only Z573 5dBd Gain 901.0 33.0 -8.02 V 0.06 27.62 27.68 0.586 © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260MPIBM3900 (Model: IX260) 5 of 11 Rugged Laptop PC with Wavenet Mobitex Radio Modem & Co-located Cisco WLAN

Test Report S/N: 021104-466KBC Test Date(s): February 12 & 16, 2004 Test Type: FCC Part 90 EMC Measurements TEST DATA (Cont.) 7.1 FIELD STRENGTH OF SPURIOUS RADIATION - §2.1053 Mobitex External Swivel Dipole Antenna Operating Frequency (MHz): 896.0 Channel: 481 EUT Conducted Pwr. (dBm): 33.0 Measured ERP (dBm): 31.99 Modulation: Modulated Carrier Distance: 3 Meters Limit: 50 + 10 log (W) = 44.99 dBc Field Strength Horn Forward Standard Frequency of Conducted Gain Horn POL EIRP ERP dBc Spurious Power Antenna Gain Radiation MHz dBm dBm dBi H/V dBm dBm 1792.0 -76.81 -43.92 6.6 H -37.32 -39.46 71.45 2688.0 -77.30 -39.50 7.8 H -31.70 -33.84 65.83 3584.0 -81.21 -44.63 7.8 H -36.83 -38.97 70.96 4480.0 -82.17 -44.15 8.6 H -35.55 -37.69 69.68 5376.0 -78.94 -42.58 8.5 H -34.08 -36.22 68.21 6272.0 -78.13 -40.25 9.4 H -30.85 -32.99 64.98 7168.0 -75.62 -37.74 9.2 H -28.54 -30.68 62.67 8064.0 -78.38 -40.55 9.2 H -31.35 -33.49 65.48 8960.0 -77.79 -41.58 9.1 H -32.48 -34.62 66.61 Operating Frequency (MHz): 901.0 Channel: 870 (High) EUT Conducted Pwr. (dBm): 33.0 Measured ERP (dBm): 31.43 Modulation: Modulated Carrier Distance: 3 Meters Limit: 50 + 10 log (W) = 44.43 dBc Field Strength Horn Forward Standard Frequency of Conducted Gain Horn POL EIRP ERP dBc Spurious Power Antenna Gain Radiation MHz dBm dBm dBi H/V dBm dBm 1802.0 -78.22 -45.33 6.7 H -38.63 -40.77 72.20 2703.0 -78.42 -40.62 7.8 H -32.82 -34.96 66.39 3604.0 -79.05 -42.47 7.8 H -34.67 -36.81 68.24 4505.0 -80.38 -42.36 8.6 H -33.76 -35.90 67.33 5406.0 -79.55 -43.19 8.5 H -34.69 -36.83 68.26 6307.0 -76.99 -39.11 9.4 H -29.71 -31.85 63.28 7208.0 -76.48 -38.60 9.2 H -29.40 -31.54 62.97 8109.0 -79.50 -41.67 9.2 H -32.47 -34.61 66.04 9010.0 -79.04 -42.83 9.1 H -33.73 -35.87 67.30 © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260MPIBM3900 (Model: IX260) 6 of 11 Rugged Laptop PC with Wavenet Mobitex Radio Modem & Co-located Cisco WLAN

Test Report S/N: 021104-466KBC Test Date(s): February 12 & 16, 2004 Test Type: FCC Part 90 EMC Measurements TEST DATA (Cont.) FIELD STRENGTH OF SPURIOUS RADIATION - §2.1053 (Cont.) Co-located Mobitex External Swivel Dipole Antenna & WLAN Internal Antenna (Right Side) Operating Frequency (MHz): 896.0 Channel: 481 EUT Conducted Pwr. (dBm): 33.0 Measured ERP (dBm): 31.99 Modulation: Modulated Carrier Distance: 3 Meters Limit: 50 + 10 log (W) = 44.99 dBc Field Strength Horn Forward Standard Frequency of Conducted Gain Horn POL EIRP ERP dBc Spurious Power Antenna Gain Radiation MHz dBm dBm dBi H/V dBm dBm 1792.0 -78.50 -45.61 6.6 H -39.01 -41.15 73.14 2688.0 -80.30 -42.50 7.8 H -34.70 -36.84 68.83 3584.0 -79.47 -42.89 7.8 H -35.09 -37.23 69.22 4480.0 -80.51 -42.49 8.6 H -33.89 -36.03 68.02 5376.0 -81.01 -44.65 8.5 H -36.15 -38.29 70.28 6272.0 -78.95 -41.07 9.4 H -31.67 -33.81 65.80 7168.0 -76.90 -39.02 9.2 H -29.82 -31.96 63.95 8064.0 -78.42 -40.59 9.2 H -31.39 -33.53 65.52 8960.0 -81.39 -45.18 9.1 H -36.08 -38.22 70.21 Operating Frequency (MHz): 901.0 Channel: 870 (High) EUT Conducted Pwr. (dBm): 33.0 Measured ERP (dBm): 31.43 Modulation: Modulated Carrier Distance: 3 Meters Limit: 50 + 10 log (W) = 44.43 dBc Field Strength Horn Forward Standard Frequency of Conducted Gain Horn POL EIRP ERP dBc Spurious Power Antenna Gain Radiation MHz dBm dBm dBi H/V dBm dBm 1802.0 -78.77 -45.88 6.7 H -39.18 -41.32 72.75 2703.0 -76.89 -39.09 7.8 H -31.29 -33.43 64.86 3604.0 -79.63 -43.05 7.8 H -35.25 -37.39 68.82 4505.0 -81.40 -43.38 8.6 H -34.78 -36.92 68.35 5406.0 -80.62 -44.26 8.5 H -35.76 -37.90 69.33 6307.0 -79.11 -41.23 9.4 H -31.83 -33.97 65.40 7208.0 -76.58 -38.70 9.2 H -29.50 -31.64 63.07 8109.0 -78.08 -40.25 9.2 H -31.05 -33.19 64.62 9010.0 -78.15 -41.94 9.1 H -32.84 -34.98 66.41 © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260MPIBM3900 (Model: IX260) 7 of 11 Rugged Laptop PC with Wavenet Mobitex Radio Modem & Co-located Cisco WLAN

Test Report S/N: 021104-466KBC Test Date(s): February 12 & 16, 2004 Test Type: FCC Part 90 EMC Measurements TEST DATA (Cont.) FIELD STRENGTH OF SPURIOUS RADIATION - §2.1053 (Cont.) Vehicle Cradle & Vehicle-Mount Antennas (Mobitex only) Operating Frequency (MHz): 896.0 Channel: 481 EUT Conducted Pwr. (dBm): 33.0 Measured ERP (dBm): 30.75 Modulation: Modulated Carrier Distance: 3 Meters Limit: 50 + 10 log (W) = 43.76 dBc Field Strength Horn Forward Standard Frequency of Conducted Gain Horn POL EIRP ERP dBc Spurious Power Antenna Gain Radiation MHz dBm dBm dBi H/V dBm dBm 1792.0 -78.37 -45.48 6.6 V -38.88 -41.02 71.77 2688.0 -77.53 -39.73 7.8 V -31.93 -34.07 64.82 3584.0 -81.36 -44.78 7.8 V -36.98 -39.12 69.87 4480.0 -81.78 -43.76 8.6 V -35.16 -37.30 68.05 5376.0 -80.41 -44.05 8.5 V -35.55 -37.69 68.44 6272.0 -80.35 -42.47 9.4 V -33.07 -35.21 65.96 7168.0 -77.85 -39.97 9.2 V -30.77 -32.91 63.66 8064.0 -78.21 -40.38 9.2 V -31.18 -33.32 64.07 8960.0 -77.92 -41.71 9.1 V -32.61 -34.75 65.50 Operating Frequency (MHz): 901.0 Channel: 870 EUT Conducted Pwr. (dBm): 33.0 Measured ERP (dBm): 28.32 Modulation: Modulated Carrier Distance: 3 Meters Limit: 50 + 10 log (W) = 41.32 dBc Field Strength Horn Forward Standard Frequency of Conducted Gain Horn POL EIRP ERP dBc Spurious Power Antenna Gain Radiation MHz dBm dBm dBi H/V dBm dBm 1802.0 -78.77 -45.88 6.6 V -39.28 -41.42 69.74 2703.0 -79.68 -41.88 7.8 V -34.08 -36.22 64.54 3604.0 -79.81 -43.23 7.8 V -35.43 -37.57 65.89 4505.0 -81.53 -43.51 8.6 V -34.91 -37.05 65.37 5406.0 -80.84 -44.48 8.5 V -35.98 -38.12 66.44 6307.0 -81.14 -43.26 9.4 V -33.86 -36.00 64.32 7208.0 -77.32 -39.44 9.2 V -30.24 -32.38 60.70 8109.0 -78.69 -40.86 9.2 V -31.66 -33.80 62.12 9010.0 -78.48 -42.27 9.1 V -33.17 -35.31 63.63 © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260MPIBM3900 (Model: IX260) 8 of 11 Rugged Laptop PC with Wavenet Mobitex Radio Modem & Co-located Cisco WLAN

Test Report S/N: 021104-466KBC Test Date(s): February 12 & 16, 2004 Test Type: FCC Part 90 EMC Measurements 8.1 TEST EQUIPMENT TEST EQUIPMENT LIST Equipment Type Model Serial No. Calibration Due Date HP Signal Generator 8648D (9kHz-4.0GHz) 3847A00611 Feb 2005 Rohde & Schwarz Signal Generator SMR40 (10MHz-40GHz) 835537/022 Nov 2004 Gigatronics Power Meter 8652A 1835272 Feb 2005 Gigatronics Power Sensor 80701A (0.05-18GHz) 1833535 Feb 2005 Gigatronics Power Sensor 80701A (0.05-18GHz) 1833542 Feb 2005 Amplifier Research Power Amp. 5S1G4 (5W, 800MHz-4.2GHz) 26235 N/A Microwave System Amplifier HP 83017A (0.5-26.5GHz) 3123A00587 N/A Network Analyzer HP 8753E (30kHz-3GHz) US38433013 Feb 2005 Frequency Counter HP 53181A (3GHz) 3736A05175 May 2004 DC Power Supply HP E3611A KR83015294 N/A Multi-Device Controller EMCO 2090 9912-1484 N/A Mini Mast EMCO 2075 0001-2277 N/A Turntable EMCO 2080-1.2/1.5 0002-1002 N/A Double Ridged Horn Antenna ETS 3115 (1-18GHz) 6267 Oct 2004 Double Ridged Horn Antenna ETS 3115 (1-18GHz) 6276 Oct 2004 Horn Antenna Chase BBHA 9120-A (0.7-4.8GHz) 9120A-239 Sept 2004 Horn Antenna Chase BBHA 9120-A (0.7-4.8GHz) 9120A-240 Sept 2004 Roberts Dipoles Compliance Design (2 sets) 3121C June 2004 Spectrum Analyzer HP 8594E 3543A02721 Feb 2005 Spectrum Analyzer HP E4408B US39240170 Nov 2004 Shielded Screen Room Lindgren R.F. 18W-2/2-0 16297 N/A Environmental Chamber ESPEC ECT-2 (Temperature/Humidity) 0510154-B Feb 2005 © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260MPIBM3900 (Model: IX260) 9 of 11 Rugged Laptop PC with Wavenet Mobitex Radio Modem & Co-located Cisco WLAN

Test Report S/N: 021104-466KBC Test Date(s): February 12 & 16, 2004 Test Type: FCC Part 90 EMC Measurements 9.1 SUMMARY The data in this measurement report demonstrates that the ITRONIX CORPORATION Model: IX260 Rugged Laptop PC FCC ID: KBCIX260MPIBM3900 with Wavenet BM3-900M Mobitex Radio Modem, external dipole antenna and (3) vehicle-mount antennas, co-located with Cisco MPI-350 Mini-PCI DSSS WLAN Card and internal 802.11b surface-mount dual antenna, complies with the requirements of FCC Rule Parts §90, and §2. © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260MPIBM3900 (Model: IX260) 10 of 11 Rugged Laptop PC with Wavenet Mobitex Radio Modem & Co-located Cisco WLAN


Document Created: 2004-02-24 08:49:06
Document Modified: 2004-02-24 08:49:06
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