test report

FCC ID: KBCIX260PLUSAC775

Test Report

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FCCID_471333

Test Report S/N: 072804KBC-T542-E24G Test Date(s): August 30 - September 09, 2004 Test Type: FCC Parts 22 & 24 EMC Measurements DECLARATION OF COMPLIANCE FCC PART 24(E) & 22(H) 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. United States Canada V1Y 9L3 Tel.: 250-448-7047 Fax: 250-448-7046 e-mail: info@celltechlabs.com web site: www.celltechlabs.com FCC IDENTIFIER: KBCIX260PLUSAC775 Model(s): IX260PLUSAC775 FCC Rule Part(s): FCC 47 CFR §24(E), §22(H), §2 IC Rule Part(s): RSS-133 Issue 2, RSS-132 Issue 1 (Provisional) Test Procedure(s): FCC 47 CFR §24(E), §22(H), §2 IC RSS-133 Issue 2, IC RSS-132 Issue 1 (Provisional) ANSI TIA/EIA-603-A-2001 FCC Device Classification: PCS Licensed Transmitter (PCB) IC Device Classification: 2 GHz Personal Communication Services (RSS-133) 800 MHz Cellular Telephones Employing New Technologies (RSS-132) Device Type: Rugged Laptop PC with Sierra Wireless AirCard 775 Dual-Band GSM GPRS/EDGE PCMCIA Modem with External Swivel Dipole Antenna, Mobile Vehicle-Mount Antenna, & Vehicle Cradle Tx Frequency Range(s): 1850.2 - 1909.8 MHz (PCS GSM) 824.2 - 848.8 MHz (Cellular GSM) Rx Frequency Range(s): 1930.2 - 1990.8 MHz (PCS GSM) 869.2 - 894.8 MHz (Cellular GSM) Max. ERP/EIRP Measured: 0.936 Watts (29.71 dBm) EIRP - PCS GSM (Itronix Swivel Dipole Antenna) 2.54 Watts (34.05 dBm) ERP - Cellular GSM (Itronix Swivel Dipole Antenna) 0.261 Watts (24.17 dBm) EIRP - PCS GSM (MaxRad Vehicle-Mount Antenna) 0.512 Watts (27.09 dBm) ERP - Cellular GSM (MaxRad Vehicle-Mount Antenna) Max. Conducted Power Measured: 28.9 dBm Peak (PCS GSM) / 32.0 dBm Peak (Cellular GSM) Max. No. of Time Slots Tested: 4 (Class 12) Source-Based Time-Av. Duty Cycle: 50 % Source-Based Time-Av. Cond. Pwr: 25.9 dBm Peak (PCS GSM) / 29.0 dBm Peak (Cellular GSM) Modulation(s) Tested: GMSK Emission Designator(s): 238KGXW, 242KGXW, 240KG7W, 242KG7W Frequency Tolerance(s): 2.5 PPM (PCS GSM) 2.5 PPM (Cellular GSM) Antenna Type(s) Tested: Itronix IX260+ External Swivel Dipole MaxRad 3 dBi Gain Vehicle-Mount P/N: WMLPVDB800/1900 Power Source(s) Tested: 11.1 V Lithium-ion Battery, 6.0 Ah (Model: A2121-2) 12 V Vehicle Battery (for Vehicle Cradle) This mobile 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 §24(E), §22(H), §2; Industry Canada RSS-133 Issue 2, RSS-132 Issue 1 (Provisional); 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 Duane M. Friesen Senior Compliance Technologist EMC Manager Celltech Labs Inc. Celltech Labs Inc. © 2004 Celltech Labs Inc. 1 of 19

Test Report S/N: 072804KBC-T542-E24G Test Date(s): August 30 - September 09, 2004 Test Type: FCC Parts 22 & 24 EMC Measurements TABLE OF CONTENTS Section DESCRIPTION Page # 1.1 SCOPE 3 2.1 GENERAL INFORMATION & DEVICE DESCRIPTION 3 3.1 TEST EQUIPMENT LIST 4 Appendix MEASUREMENT PROCEDURES & DATA FCC Rule Part(s) IC Rule Part(s) Page # RSS-133 §6.2 A RF Output Power §2.1046 5 RSS-132 §4.4 B Effective Isotropic Radiated Power Output §24.232(b) RSS-133 §6.2 6-7 C Effective Radiated Power Output §22.913 RSS-132 §4.4 8-9 §24.238 RSS-133 §6.3 D Field Strength of Spurious Radiation 10-14 §22.917 RSS-132 §4.5 E Radiated Test Setup Photographs 15-19 © 2004 Celltech Labs Inc. 2 of 19

Test Report S/N: 072804KBC-T542-E24G Test Date(s): August 30 - September 09, 2004 Test Type: FCC Parts 22 & 24 EMC Measurements FCC PART 24(E) & 22(H) EMC MEASUREMENT REPORT 1.1 SCOPE This report describes the measurements made and results collected during the Electromagnetic emissions testing of the Itronix Corporation IX260+ Rugged Laptop PC incorporating the internal Sierra Wireless AirCard 775 Dual-Band PCS/Cellular GSM GPRS/EDGE PCMCIA Modem with external swivel dipole antenna, vehicle-mount antenna, and vehicle cradle. The measurement results were applied against the EMC requirements and limits outlined in the technical rules and regulations set forth in the Federal Communication Commission Code of Federal Regulations Title 47 Parts 24(E), 22(H), and 2. 2.1 GENERAL INFORMATION & DEVICE DESCRIPTION APPLICANT ITRONIX CORPORATION 801 South Stevens Street Spokane, WA 99210 FCC IDENTIFIER KBCIX260PLUSAC775 Model(s) IX260PLUSAC775 ZZGEG4112ZZ9810 Production Unit IX260+ Laptop PC Serial No. X04060400690004 Production Unit AirCard 775 PCMCIA Modem Rugged Laptop PC with Sierra Wireless AirCard 775 Dual-Band GSM GPRS/EDGE PCMCIA Modem Device Type with External Swivel Dipole Antenna, Mobile Vehicle-Mount Antenna, & Vehicle Cradle FCC Rule Part(s) §24(E) §22(H) §2 IC Rule Part(s) RSS-133 Issue 2 RSS-132 Issue 1 (Provisional) FCC Classification PCS Licensed Transmitter (PCB) 2 GHz Personal Communication Services (RSS-133) IC Classification 800 MHz Cellular Telephones Employing New Technologies (RSS-132) 1850.2 - 1909.8 MHz GSM GPRS/EDGE PCS Band Tx Frequency Range(s) 824.2 - 848.8 MHz GSM GPRS/EDGE Cellular Band 1930.2 - 1990.8 MHz GSM GPRS/EDGE PCS Band Rx Frequency Range(s) 869.2 - 894.8 MHz GSM GPRS/EDGE Cellular Band Operating Band(s) Description Max. RF Output Power Measured (EIRP/ERP) Length Dual-Band External 0.936 W 29.71 dBm EIRP PCS Swivel 4.7 “ Antenna Type(s) Tested GSM/GPRS/EDGE 2.54 W 34.05 dBm ERP Cellular Dipole Dual-Band 3 dBi-Gain 0.261 W 24.17 dBm EIRP PCS 2.7 “ GSM/GPRS/EDGE Vehicle-Mount 0.512 W 27.09 dBm ERP Cellular Max. RF Conducted 28.9 dBm Peak PCS GSM Source-Based Time-Averaged Conducted Power 25.9 dBm Peak Output Power Tested 32.0 dBm Peak Cellular GSM Source-Based Time-Averaged Conducted Power 29.0 dBm Peak Operating Mode(s) Tested GSM GPRS/EDGE 4 Time Slots (Class 12) 50% Duty Cycle (Source-Based Time-Averaged) Modulation Type(s) Tested GMSK Emission Designator(s) 238KGXW, 242KGXW, 240KG7W, 242KG7W Frequency Tolerance 2.5 PPM (PCS GSM) 2.5 PPM (Cellular GSM) Lithium-ion Battery 11.1 V, 6.0 Ah Model: A2121-2 Power Source(s) Tested Vehicle Battery 12 V (For Vehicle Cradle) © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260PLUSAC775 (Model: IX260PLUSAC775) 3 of 19 Rugged Laptop PC with Sierra Wireless Dual-Band PCS/Cellular GSM GPRS/EDGE Modem

Test Report S/N: 072804KBC-T542-E24G Test Date(s): August 30 - September 09, 2004 Test Type: FCC Parts 22 & 24 EMC Measurements FCC PART 24(E) & 22(H) EMC MEASUREMENT REPORT (Continued) 3.1 TEST EQUIPMENT LIST Equipment Type Model Serial No. Calibration Due Date HP Signal Generator 8648D (9kHz-4.0GHz) 3847A00611 April 2005 Rohde & Schwarz Signal Generator SMR 20 (10MHz-40GHz) 100104 April 2005 Gigatronics Power Meter 8651A 8650137 April 2005 Gigatronics Power Meter 8652A 1835267 April 2005 Gigatronics Power Sensor 80701A (0.05-18GHz) 1833535 April 2005 Gigatronics Power Sensor 80701A (0.05-18GHz) 1833542 April 2005 Gigatronics Power Sensor 80701A (0.05-18GHz) 1834350 April 2005 Amplifier Research Power Amp. 5S1G4 (5W, 800MHz-4.2GHz) 26235 N/A Amplifier Research Power Amp. 10W1000C (0.5 – 1 GHz) 27887 N/A Microwave System Amplifier HP 83017A (0.5-26.5GHz) 3123A00587 N/A Network Analyzer HP 8753E (30kHz-3GHz) US38433013 April 2005 Frequency Counter HP 53181A (3GHz) 3736A05175 April 2005 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 ETS 3115 (1-18GHz) Double Ridged Horn Antenna 6267 Oct 2004 TX Substitution Antenna (Horn SN6267) Double Ridged Horn Antenna ETS 3115 (1-18GHz) 6276 Oct 2004 ETS 3160-09 Standard Gain Horn Antenna 9810-1123 N/A TX Substitution Antenna (3160-09) Standard Gain Horn Antenna ETS 3160-09 1263 N/A Bilog Antenna Schaffner CBL6111A 1607 Jan 2005 3121C-DB4 Roberts Dipole Antenna 0003-1494 Dec 2004 TX Substitution Antenna (B_3121C) Roberts Dipole Antenna 3121C-DB4 0003-1498 Dec 2004 Spectrum Analyzer HP 8594E 3543A02721 April 2005 Spectrum Analyzer HP E4408B US39240170 Dec 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 Directional Coupler Amplifier Research DC7154 (0.8-4.2 GHz) 26197 N/A Directional Coupler Pasternack PE2214-20 00078 N/A High Pass Filter Microwave Circuits HIG318G1 0001DC0020 N/A High Pass Filter Microwave Circuits H02G18G1 0001DC0020 N/A 30 dB Attenuator Pasternack PE7019-30 00065 N/A © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260PLUSAC775 (Model: IX260PLUSAC775) 4 of 19 Rugged Laptop PC with Sierra Wireless Dual-Band PCS/Cellular GSM GPRS/EDGE Modem

Test Report S/N: 072804KBC-T542-E24G Test Date(s): August 30 - September 09, 2004 Test Type: FCC Parts 22 & 24 EMC Measurements APPENDIX A - RF OUTPUT POWER MEASUREMENT - §2.1046 A.1. MEASUREMENT PROCEDURE The peak conducted power levels for PCS and cellular bands were measured at the Sierra Wireless AirCard 775 PCMCIA Modem antenna connector port using 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 between the transmitter output port and the power sensor input. The Sierra Wireless AC775 test software was used to set the DUT to transmit at a maximum rated power and data rate as defined by the manufacturer. All subsequent tests were performed using the same power measurement procedures. A.2. MEASUREMENT DATA RF CONDUCTED OUTPUT POWER MEASUREMENTS (measured at the AirCard 775 PCMCIA Modem Antenna Port) Frequency Channel Peak Power Frequency Channel Peak Power (MHz) No. (dBm) (MHz) No. (dBm) 824.2 128 31.9 1850.2 512 28.9 836.6 190 31.9 1880.0 661 28.9 848.8 251 32.0 1909.8 810 28.9 © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260PLUSAC775 (Model: IX260PLUSAC775) 5 of 19 Rugged Laptop PC with Sierra Wireless Dual-Band PCS/Cellular GSM GPRS/EDGE Modem

Test Report S/N: 072804KBC-T542-E24G Test Date(s): August 30 - September 09, 2004 Test Type: FCC Parts 22 & 24 EMC Measurements APPENDIX B - EFFECTIVE ISOTROPIC RADIATED POWER OUTPUT - §24.232(b) B.1. MEASUREMENT PROCEDURE EIRP measurements were made on a 3-meter open area test site using the Signal Substitution Method in accordance with ANSI TIA/EIA-603-A-2001. The Sierra Wireless AirCard 775 test software installed in the IX260+ Laptop PC was used to set the DUT to transmit at a maximum rated power and data rate, as defined by the manufacturer. The DUT was placed on a turntable 3 meters from the receive antenna. For the swivel dipole evaluation, the DUT was placed on a Styrofoam support at the center of the turntable, 1 meter above the ground plane. For the vehicle-mount antenna evaluation, the antenna was fixed on a 50 cm x 50 cm ground plane placed on a Styrofoam support, at a distance of 3 meters from the receive antenna, and connected to the transmitter via a 17-foot LMR-195 cable representing a typical vehicle-mount installation. The IX260+ Laptop PC was installed in the vehicle cradle placed on the turntable below the 50 cm x 50 cm ground plane. The maximum field intensity was determined by rotating the DUT approximately 360 degrees and changing the height of the receive antenna from 1 to 4 meters. Once the maximum emission was found, the spectrum analyzer was set to peak hold and the uncorrected emission value recorded for each of the low, mid and high channels tested. The DUT was then substituted with a horn antenna. A signal, simulating the DUT emission was generated, amplified, and fed through a directional coupler to the substitution antenna. The height and direction of the receive antenna as well as the direction of the substitution horn was adjusted for a maximum received signal. The power applied to the horn was then adjusted to give the same field strength reading as previously recorded for the DUT and the power at the forward coupler port recorded. The substitution antenna was then replaced with a calibrated power sensor, the forward coupler port power level confirmed and the power applied to the horn antenna recorded. The EIRP level was determined by correcting the applied feed point power with the addition of the horn gain. (See next page for measurement data) B.2. MEASUREMENT SETUP Spectrum Analyzer 3 Meters Device Under Test Turntable 1 Meter Figure 1. Radiated Power Measurement Test Setup Diagram © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260PLUSAC775 (Model: IX260PLUSAC775) 6 of 19 Rugged Laptop PC with Sierra Wireless Dual-Band PCS/Cellular GSM GPRS/EDGE Modem

Test Report S/N: 072804KBC-T542-E24G Test Date(s): August 30 - September 09, 2004 Test Type: FCC Parts 22 & 24 EMC Measurements EFFECTIVE ISOTROPIC RADIATED POWER OUTPUT - §24.232(b) (Continued) B.3. MEASUREMENT DATA © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260PLUSAC775 (Model: IX260PLUSAC775) 7 of 19 Rugged Laptop PC with Sierra Wireless Dual-Band PCS/Cellular GSM GPRS/EDGE Modem

Test Report S/N: 072804KBC-T542-E24G Test Date(s): August 30 - September 09, 2004 Test Type: FCC Parts 22 & 24 EMC Measurements APPENDIX C - EFFECTIVE RADIATED POWER OUTPUT - §22.913 C.1. MEASUREMENT PROCEDURE ERP measurements were made on a 3-meter open area test site using the Signal Substitution Method in accordance with ANSI TIA/EIA-603-A-2001. The Sierra Wireless AirCard 775 test software installed in the IX260+ Laptop PC was used to set the DUT to transmit at a maximum rated power and data rate, as defined by the manufacturer. The DUT was placed on a turntable 3 meters from the receive antenna. For the swivel dipole evaluation, the DUT was placed on a Styrofoam support at the center of the turntable, 1 meter above the ground plane. For the vehicle-mount antenna evaluation, the antenna was fixed on a 50 cm x 50 cm ground plane placed on a Styrofoam support, at a distance of 3 meters from the receive antenna, and connected to the transmitter via a 17-foot LMR-195 cable representing a typical vehicle-mount installation. The IX260+ Laptop PC was installed in the vehicle cradle placed on the turntable below the 50 cm x 50 cm ground plane. The maximum field intensity was determined by rotating the DUT approximately 360 degrees and changing the height of the receive antenna from 1 to 4 meters. Once the maximum emission was found, the spectrum analyzer was set to peak hold and the uncorrected emission value recorded for each of the low, mid and high channels tested. The DUT was then substituted with a dipole antenna. A signal, simulating the DUT emission was generated, amplified, and fed through a directional coupler to the substitution antenna. The height and direction of the receive antenna as well as the direction of the substitution dipole was adjusted for a maximum received signal. The power applied to the dipole was then adjusted to give the same field strength reading as previously recorded for the DUT and the power at the forward coupler port recorded. The substitution antenna was then replaced with a calibrated power sensor, the forward coupler port power level confirmed and the power applied to the dipole antenna recorded. The ERP level was determined by correcting the applied feed point power with the addition of the dipole gain. (See next page for measurement data) C.2. MEASUREMENT SETUP Spectrum Analyzer 3 Meters Device Under Test Turntable 1 Meter Figure 2. Radiated Power Measurement Test Setup Diagram © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260PLUSAC775 (Model: IX260PLUSAC775) 8 of 19 Rugged Laptop PC with Sierra Wireless Dual-Band PCS/Cellular GSM GPRS/EDGE Modem

Test Report S/N: 072804KBC-T542-E24G Test Date(s): August 30 - September 09, 2004 Test Type: FCC Parts 22 & 24 EMC Measurements EFFECTIVE RADIATED POWER OUTPUT - §22.913 (Continued) C.3. MEASUREMENT DATA © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260PLUSAC775 (Model: IX260PLUSAC775) 9 of 19 Rugged Laptop PC with Sierra Wireless Dual-Band PCS/Cellular GSM GPRS/EDGE Modem

Test Report S/N: 072804KBC-T542-E24G Test Date(s): August 30 - September 09, 2004 Test Type: FCC Parts 22 & 24 EMC Measurements APPENDIX D - FIELD STRENGTH OF SPURIOUS RADIATION - §24.238, 22.917 D.1. MEASUREMENT PROCEDURE EIRP measurements were made on a 3-meter open area test site using the Signal Substitution Method in accordance with ANSI TIA/EIA-603-A-2001. The Sierra Wireless AirCard 775 test software installed in the IX260+ Laptop PC was used to set the DUT to transmit at a maximum rated power and data rate, as defined by the manufacturer. The DUT was placed on a turntable 3 meters from the receive antenna. For the swivel dipole evaluation, the DUT was placed on a Styrofoam support at the center of the turntable, 1 meter above the ground plane. For the vehicle-mount antenna evaluation, the antenna was fixed on a 50 cm x 50 cm ground plane placed on a Styrofoam support, at a distance of 3 meters from the receive antenna, and connected to the transmitter via a 17-foot LMR-195 cable representing a typical vehicle-mount installation. The IX260+ Laptop PC was installed in the vehicle cradle placed on the turntable below the 50 cm x 50 cm ground plane. A frequency band from just above the highest transmitted frequency to just above the 10th harmonic of the highest transmitted frequency was divided into smaller bands corresponding to measurement equipment setups and capabilities. The measurement equipment including carrier blocking filters, was optimized for maximum sensitivity for each band while ensuring no saturation occurred in any gain stages that may be present. It was also necessary to measure the bands above 10 GHz at a distance of 1 meter versus the 3-meter measurement distance used for the lower bands. The applicable bands were chosen from: 800 MHz to 1 GHz, 1 GHz to 5 GHz, 5 GHz to 10 GHz, 10 GHz to 18 GHz and 18 GHz to 20 GHz. The maximum field intensity in each of these bands were determined by rotating the DUT approximately 360 degrees and changing the height of the receive antenna from 1 to 4 meters while maintaining the spectrum analyzer trace in max hold. The stored trace was then evaluated to determine any significant emissions that should be evaluated by substitution. The frequency and uncorrected field strength level for each significant emission was recorded. To describe the noise floor, the maximum level associated with a number of frequencies within the band were also recorded. The DUT was then substituted with a transmit antenna. A signal simulating the DUT emission was generated for each of the signals recorded; it was amplified and fed through a directional coupler to the substitution antenna. The height and direction of the receive antenna as well as the direction of the substitution horn was adjusted for a maximum received signal. The power applied to the transmit antenna was then adjusted to give the same field strength reading as previously recorded for the DUT and the power at the forward coupler port recorded. The substitution antenna was then replaced with a calibrated power sensor, the forward coupler port power level confirmed and the power applied to the horn antenna recorded. The radiated power level was determined by correcting the applied feed point power with the addition of the antenna gain. D.2. MEASUREMENT SETUP Spectrum Analyzer 1 Meter or3 3Meters Meters Device Under Test Turntable 1 Meter Figure 3. Radiated Spurious Measurement Test Setup Diagram (3 Meters for Frequencies < 10 GHz - 1 Meter for Frequencies > 10 GHz) © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260PLUSAC775 (Model: IX260PLUSAC775) 10 of 19 Rugged Laptop PC with Sierra Wireless Dual-Band PCS/Cellular GSM GPRS/EDGE Modem

Test Report S/N: 072804KBC-T542-E24G Test Date(s): August 30 - September 09, 2004 Test Type: FCC Parts 22 & 24 EMC Measurements FIELD STRENGTH OF SPURIOUS RADIATION - §24.238 (Continued) D.3. MEASUREMENT DATA - PCS Band © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260PLUSAC775 (Model: IX260PLUSAC775) 11 of 19 Rugged Laptop PC with Sierra Wireless Dual-Band PCS/Cellular GSM GPRS/EDGE Modem

Test Report S/N: 072804KBC-T542-E24G Test Date(s): August 30 - September 09, 2004 Test Type: FCC Parts 22 & 24 EMC Measurements FIELD STRENGTH OF SPURIOUS RADIATION - §24.238 (Continued) D.3. MEASUREMENT DATA - PCS Band (Cont.) © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260PLUSAC775 (Model: IX260PLUSAC775) 12 of 19 Rugged Laptop PC with Sierra Wireless Dual-Band PCS/Cellular GSM GPRS/EDGE Modem

Test Report S/N: 072804KBC-T542-E24G Test Date(s): August 30 - September 09, 2004 Test Type: FCC Parts 22 & 24 EMC Measurements FIELD STRENGTH OF SPURIOUS RADIATION - §22.917 (Continued) D.3. MEASUREMENT DATA - Cellular Band © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260PLUSAC775 (Model: IX260PLUSAC775) 13 of 19 Rugged Laptop PC with Sierra Wireless Dual-Band PCS/Cellular GSM GPRS/EDGE Modem

Test Report S/N: 072804KBC-T542-E24G Test Date(s): August 30 - September 09, 2004 Test Type: FCC Parts 22 & 24 EMC Measurements FIELD STRENGTH OF SPURIOUS RADIATION - §22.917 (Continued) D.3. MEASUREMENT DATA - Cellular Band (Cont.) © 2004 Celltech Labs Inc. ITRONIX CORPORATION FCC ID: KBCIX260PLUSAC775 (Model: IX260PLUSAC775) 14 of 19 Rugged Laptop PC with Sierra Wireless Dual-Band PCS/Cellular GSM GPRS/EDGE Modem


Document Created: 2004-09-20 11:33:01
Document Modified: 2004-09-20 11:33:01
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