NCMOGE0301GSM/UMTS/EDGE/WCDMA/HSDPA/HSUPA ExpressCard

Option GlobeTrotter Express HSUPA and GT MAX HSUPA User Guide Version 1.0  Option Datacards GlobeTrotter Express HSUPA and GT MAX HSUPA Version 1.0 table of Contents Datacard User Guide 1. WELCOME 5 . FEATURES 5 3. SYSTEM REQUIREMENTS 6 4. INSTALLATION AND OPERATION 6 5. PRINCIPLE OF OPERATION 6 6. LED STATUS 7 7. SAFE REMOVAL 8 8. REPLACING THE ANTENNA – GT Max HSUPA 8 9. REPLACING THE ANTENNA – GlobeTrotter Express HSUPA 8 10. TROUBLESHOOTING 8 11. TECHNICAL SUPPORT 11 1. SPECIFICATIONS 11 13. HARDWARE SPECIFICATIONS 1 14. OPERATING CONDITIONS 1 GlobeTrotter Connect User Guide 1. SYSTEM REQUIREMENTS 14 . PRODUCT FEATURES 14 3. SHORT DESCRIPTION AND INTENDED USE 14 3.1. Basic Use 14 4. INSTALLING AND SETTING UP GLOBETROTTER CONNECT 15 4.1. Installation 15 4.. Installation process 17 4.3. Running GlobeTrotter Connect 18 4.4. Entering your PIN code 18 4.5. Checking Status 18 4.6. Exit GlobeTrotter Connect 19 5. SETTING UP A CONNECTION TO THE INTERNET 0 5.1. Connecting to the Internet 0 3 USER GUIDE Version 1.0 5.. Disconnecting 0 5.3. Changing the program options 1 6. ACTIVATING THE SMS CENTER  7. PRODUCT SUPPORT AND ADDITIONAL HELP 4 7.1. Technical Support 4 Safety Manual 1. INTRODUCTION 6 1.1. Your datacard is like a mobile phone 6 . SAFETY MEASURES 6 .1. General recommendations for use 6 .. Traveling 7 .3. Ambient temperatures 7 .4. Explosive atmosphere 7 .5. Blasting areas – construction sites 7 .6. Do not use on aircraft 7 .7. Do not use in hospitals 7 .8. Interference from radio signals 8 .9. Immunity to interference 8 .10. Cardiac pacemakers, implanted defibrillators & other medical implant devices 8 .11. Hearing devices 9 .1. Children 9 .13. Driving 9 .14. SIM cards 9 .15. Accessories 9 .16. Safe distance 30 .17. Supply voltage 3 Appendix A: Limited Warranty 33 License 35 Datacard User Guide Datacard User Guide for GlobeTrotter Express HSUPA and GlobeTrotter GT MAX HSUPA Version 1.1 5 USER GUIDE Version 1.0 1. WelCoMe Thank you for choosing Option. Your datacard is the latest designed by Option to be compatible with 3G networks supporting the new HSUPA upload technology at speeds of up to Mbs combined with download speeds up to 7. Mbps using HSDPA technology. It includes Advanced Receiver Technology (ART) bringing the benefit of Receive Diversity and Receive Equalization. Both technologies are essential for getting maximum performance in today’s hostile radio environment. Backward compatibility ensures HSDPA connections at lower data rates of 3.6 Mbps and 1.8 Mbps. When 3G services are not available in your area, your datacard has built-in support for quad-band EDGE and GPRS giving speeds up to  47 Kbps. 2. featURes • Worldwide coverage through triple-band HSUPA / HSDPA / UMTS and quad- band EDGE / GSM • Bands supported: HSUPA / HSDPA / UMTS on 100 / 1900 / 850 and EDGE / GPRS on 1900 / 1800 / 900 / 850 bands • Advanced Receiver Technology incorporating Receiver Diversity and Equalization • Zero-CD™ Plug ‘n Play technology • High speed HSUPA uploads with data rates to  Mbs (network dependent). • Provides high speed downloads, HSDPA (up to 7.  Mbps) and UMTS (384 kbps) • Provides EDGE / GPRS / GSM data (up to 47 Kbps) connectivity when 3G is not available • Supplied with GlobeTrotter Connect and GlobeTrotter Connect for MAC OS connection tools • Securely access corporate resources with its transparent support for IPSec and VPN technology 6 Option Datacards GlobeTrotter Express HSUPA and GT MAX HSUPA Version 1.0 • Supports 3rd-party applications that provide Video Telephony (3GPP 3G-34M, H.34, H64 Baseline Video), SIP, SMS, IM, MMS, Internet and e-mail • Comprehensively tested on infrastructures and networks worldwide • Future proofing through Flash Memory technology 3. sYsteM ReQUIReMents • Windows ® 000 / XP Home / XP Pro / Vista or MAC OS X • Laptop with ExpressCard / 34 slot (GlobeTrotter Express HSUPA) or • Laptop with Cardbus slot (GT MAX HSUPA) • Free hard disk space <  Mbytes 4. InstallatIon anD oPeRatIon Please refer to the Quick Start Guide for details. 5. PRInCIPle of oPeRatIon To connect to the Internet you need a SIM and an account from your network operator that allows Internet access. Fitting the SIM, inserting the card into your laptop and deploying the antenna is all that is required to get the card working. If the SIM requires a PIN code then the application controlling the datacard will ask for the PIN. The datacard then searches for your operator’s network and registers on it. You can monitor the status of the datacard by looking at the LEDs. Use the application provided with the card to connect to the Internet. As you change location or the amount of traffic on the network changes you may see that the LED switches between RED and BLUE, this tells you that the card has switched between G and 3G technology. This is normal and happens automatically, according to the rules broadcast by the network. Your connection to the Internet should continue but of course the speed of operation will change. 7 USER GUIDE Version 1.0 To disconnect from the Internet you use the application provided. To remove the card from its slot, you should use the safe removal procedure detailed later in this manual (page 8). 6. leD statUs The LEDs on the datacard provide a lot of information. How they flash will tell you what is going on. Red LED • – GSM / EDGE (G) Blue LED • – UMTS / HSDPA (3G) leD flasHInGMeanInGnotes • • • • • • Unregistered. Searching for a network. Both LEDs flash at the same time giving a purple colour. • • • Registered on a 3G network. SMS possible. No access to the Internet. •• •• •• Connected or Ready for connection to the Internet on a 3G. (UMTS) network. If connected – this is a UMTS connection. •••• •••• •••• Connected to the Internet. This is an HSDPA connection. • • • Registered on a G (GSM) network. SMS possible. No access to the Internet. •• •• •• Connected or Ready for connection to the Inte…

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Option GlobeTrotter Express HSUPA and GT MAX HSUPA User Guide Version 1.0  Option Datacards GlobeTrotter Express HSUPA and GT MAX HSUPA Version 1.0 table of Contents Datacard User Guide 1. WELCOME 5 . FEATURES 5 3. SYSTEM REQUIREMENTS 6 4. INSTALLATION AND OPERATION 6 5. PRINCIPLE OF OPERATION 6 6. LED STATUS 7 7. SAFE REMOVAL 8 8. REPLACING THE ANTENNA – GT Max HSUPA 8 9. REPLACING THE ANTENNA – GlobeTrotter Express HSUPA 8 10. TROUBLESHOOTING 8 11. TECHNICAL SUPPORT 11 1. SPECIFICATIONS 11 13. HARDWARE SPECIFICATIONS 1 14. OPERATING CONDITIONS 1 GlobeTrotter Connect User Guide 1. SYSTEM REQUIREMENTS 14 . PRODUCT FEATURES 14 3. SHORT DESCRIPTION AND INTENDED USE 14 3.1. Basic Use 14 4. INSTALLING AND SETTING UP GLOBETROTTER CONNECT 15 4.1. Installation 15 4.. Installation process 17 4.3. Running GlobeTrotter Connect 18 4.4. Entering your PIN code 18 4.5. Checking Status 18 4.6. Exit GlobeTrotter Connect 19 5. SETTING UP A CONNECTION TO THE INTERNET 0 5.1. Connecting to the Internet 0 3 USER GUIDE Version 1.0 5.. Disconnecting 0 5.3. Changing the program options 1 6. ACTIVATING THE SMS CENTER  7. PRODUCT SUPPORT AND ADDITIONAL HELP 4 7.1. Technical Support 4 Safety Manual 1. INTRODUCTION 6 1.1. Your datacard is like a mobile phone 6 . SAFETY MEASURES 6 .1. General recommendations for use 6 .. Traveling 7 .3. Ambient temperatures 7 .4. Explosive atmosphere 7 .5. Blasting areas – construction sites 7 .6. Do not use on aircraft 7 .7. Do not use in hospitals 7 .8. Interference from radio signals 8 .9. Immunity to interference 8 .10. Cardiac pacemakers, implanted defibrillators & other medical implant devices 8 .11. Hearing devices 9 .1. Children 9 .13. Driving 9 .14. SIM cards 9 .15. Accessories 9 .16. Safe distance 30 .17. Supply voltage 3 Appendix A: Limited Warranty 33 License 35 Datacard User Guide Datacard User Guide for GlobeTrotter Express HSUPA and GlobeTrotter GT MAX HSUPA Version 1.1 5 USER GUIDE Version 1.0 1. WelCoMe Thank you for choosing Option. Your datacard is the latest designed by Option to be compatible with 3G networks supporting the new HSUPA upload technology at speeds of up to Mbs combined with download speeds up to 7. Mbps using HSDPA technology. It includes Advanced Receiver Technology (ART) bringing the benefit of Receive Diversity and Receive Equalization. Both technologies are essential for getting maximum performance in today’s hostile radio environment. Backward compatibility ensures HSDPA connections at lower data rates of 3.6 Mbps and 1.8 Mbps. When 3G services are not available in your area, your datacard has built-in support for quad-band EDGE and GPRS giving speeds up to  47 Kbps. 2. featURes • Worldwide coverage through triple-band HSUPA / HSDPA / UMTS and quad- band EDGE / GSM • Bands supported: HSUPA / HSDPA / UMTS on 100 / 1900 / 850 and EDGE / GPRS on 1900 / 1800 / 900 / 850 bands • Advanced Receiver Technology incorporating Receiver Diversity and Equalization • Zero-CD™ Plug ‘n Play technology • High speed HSUPA uploads with data rates to  Mbs (network dependent). • Provides high speed downloads, HSDPA (up to 7.  Mbps) and UMTS (384 kbps) • Provides EDGE / GPRS / GSM data (up to 47 Kbps) connectivity when 3G is not available • Supplied with GlobeTrotter Connect and GlobeTrotter Connect for MAC OS connection tools • Securely access corporate resources with its transparent support for IPSec and VPN technology 6 Option Datacards GlobeTrotter Express HSUPA and GT MAX HSUPA Version 1.0 • Supports 3rd-party applications that provide Video Telephony (3GPP 3G-34M, H.34, H64 Baseline Video), SIP, SMS, IM, MMS, Internet and e-mail • Comprehensively tested on infrastructures and networks worldwide • Future proofing through Flash Memory technology 3. sYsteM ReQUIReMents • Windows ® 000 / XP Home / XP Pro / Vista or MAC OS X • Laptop with ExpressCard / 34 slot (GlobeTrotter Express HSUPA) or • Laptop with Cardbus slot (GT MAX HSUPA) • Free hard disk space <  Mbytes 4. InstallatIon anD oPeRatIon Please refer to the Quick Start Guide for details. 5. PRInCIPle of oPeRatIon To connect to the Internet you need a SIM and an account from your network operator that allows Internet access. Fitting the SIM, inserting the card into your laptop and deploying the antenna is all that is required to get the card working. If the SIM requires a PIN code then the application controlling the datacard will ask for the PIN. The datacard then searches for your operator’s network and registers on it. You can monitor the status of the datacard by looking at the LEDs. Use the application provided with the card to connect to the Internet. As you change location or the amount of traffic on the network changes you may see that the LED switches between RED and BLUE, this tells you that the card has switched between G and 3G technology. This is normal and happens automatically, according to the rules broadcast by the network. Your connection to the Internet should continue but of course the speed of operation will change. 7 USER GUIDE Version 1.0 To disconnect from the Internet you use the application provided. To remove the card from its slot, you should use the safe removal procedure detailed later in this manual (page 8). 6. leD statUs The LEDs on the datacard provide a lot of information. How they flash will tell you what is going on. Red LED • – GSM / EDGE (G) Blue LED • – UMTS / HSDPA (3G) leD flasHInGMeanInGnotes • • • • • • Unregistered. Searching for a network. Both LEDs flash at the same time giving a purple colour. • • • Registered on a 3G network. SMS possible. No access to the Internet. •• •• •• Connected or Ready for connection to the Internet on a 3G. (UMTS) network. If connected – this is a UMTS connection. •••• •••• •••• Connected to the Internet. This is an HSDPA connection. • • • Registered on a G (GSM) network. SMS possible. No access to the Internet. •• •• •• Connected or Ready for connection to the Inte…

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Option nv sa | Gaston Geenslaan 14 | B-3001 Leuven Belgium | www.option.com T +32 16 317 411 | F +32 16 207 164 | H.R.L./R.C.L. 68114 | BTW/TVA BE 429.375.448 Request for confidentiality CONFIDENTIALITY REQUEST FOR ‘GE0301, FCC-ID: NCMOGE0301 To Whom It May Concern: This letter serves as an official request for confidentiality under the FCC Rule Section §0.459. We have requested that the schematic diagrams, Tune up procedure, Parts list and Block diagrams required to be submitted with this application be withheld from public review. The reason for this request is that these documents are company proprietary information that should never get into the possession of competitors, which would be harmful for our business. In accordance with provisions of Section 0.457(d) of the Commission’s Rules and Section 552(b)(4) of the Freedom of Information Act, we request permanent confidentiality for transmitter’s exhibits, which contain User Manual, Operation Description, Parts Lists, Block Diagram and Schematic Diagram. These exhibits contain proprietary, confidential and trade secrets material, which would not be routinely made available for public inspection. Also, in accordance with FCC Public DA 04-1705, we request short-term confidentiality for exhibits, which contain External Photographs, Internal Photographs and the User Manual. These exhibits contain pre-market information, which could give our competitors unfair advantage should this information be released before this product is actually introduced into the common marketplace Do not hesitate to contact me if you have any additional questions. Company : Option N.V. Gaston Geenslaan 14 3001 Leuven Point of contact : Stefan Lodeweyckx Phone : +32 16 317 411 Fax : +32 16 207 164 e-mail : [email protected] Belgium Signed, Stefan Lodeweyckx System & Product Quality Team Leader Leuven, April 12. 2007 Signed, Bernard Schaballie Vice-President Engineering Leuven, April 12. 2007

FCC ID: NCMOGE0301 Correspondence Reference Number: 33326 731 Confirmation Number: EA171488 Date of Original E-Mail: 7/5/2007 Subject: info request - cont. ------------------------------------------------------ 1) As mentioned in previous corresp. but not addressed in response, this filing has requested short- term confidentiality for external photos. Besides External Photos exhibit, this filing presently has external views of device in Test Setup Photos, Test Report, and RF Exposure Info exhibits. For all EMC and SAR test exhibits, please submit new exhibits with blank-spaces at photo locations. Alternatively, please submit revised confidentiality letter to remove External Photos request. Added as separate response to FCC 2) As mentioned in previous corresp., radiated power data is requested to be in accordance with FCC-TCB-testlab guidance eg KDB pub. 442401, 497522. KDB pub 497522 says: "For both integral-antenna and connectorized devices, the grant shall report conducted and maximum radiated powers measured in the various hosts, and restrict use to the specific antennas tested for the filing. Compliance to radiated limits must be shown if applicable for specific FCC rule parts, as based on radiated not conducted tests." Test setup with card in fixture instead of host- product is not in accordance with FCC procedure - please revise. Test report will be added as separate response to FCC 3) Concerning item 7 in preceding corresp. 33260/33261, response appears to be from a third-party not listed as part of this application - please submit new response to the item 7 as provided only from applicant or agent Original question in correspondence 33260/33261 for reference: “7) Per FCC 3G procedures to verify power using sec. 5.2 of 3GPP TS 34.121, please describe all configurations not supported by DUT or that cannot be measured due to technical or equipment limitations.” The DUT is fully compliant with the 3GPP standard and supports all test configurations referenced in TS 34.121. The test equipment used for HSUPA tests was capable of supporting all test configurations defined in 3GPP 34.121 for RF testing. Please also see the answers to questions “5a” and “5b” in this response for detailed information on the configurations tested and parameters used. 4) Further to item 7 in preceding corresp. 33260/33261, please explain implementation of Maximum Power Reduction according to Cubic Metric (CM) requirements. The Device Under Test (DUT) incorporates maximum power reduction as described in 3GPP standards to meet emissions requirements as needed. The DUT calculates the CM for the transmitted waveform and then applies the appropriate power reduction if required to meet all emissions requirements. 5a) Concerning item 5 in preceding corresp. 33260/33261, response states "This doesn't cause the UE to go into a special test loop" 3GPP requires tests in all loopback modes, such that all test parameters are established accordingly. Please demonstrate that proper loopback modes were used, or revise test data where appropriate. The CMU200 was properly configured for all WCDMA tests in respect to the 3GPP 34.121. For Rel99, the connection used a Test Mode 1 loop back with a 12.2kbps RMC channel. For HSDPA, the connection was established using Test Mode 1 loop back with both a 12.2kbps RMC channel and an H- SET1 FRC channel. The HSUPA loop back configures the DUT to transmit a Release 99 loop back call using Test Mode 1 (12.2kbps RMC) and also configures a HSDPA H-Set1 fixed reference channel (FRC). The HSUPA loop back then configures the E-DPCCH and E-DPDCH to loop back the HDSDPA date as required by 3GPP 34.121. The beta factors for each HSUPA Subtest were configured per 3GPP 34.121 Table C.11.13 copied below for reference. The general WCDMA, HSUPA and HSDPA CMU200 setup parameters used for testing are listed in the following table below. 3GPP 34.121 measurement procedures were used for all measurements. WCDMA Mode CMU200 Configurable Parameter Rel99 HSDPA HSUPA Subtest Not Applicable 1 1 2 3 4 5 Loopback Mode Test Mode 1 Test Mode 1 Test Mode 1 Rel99 RMC 12.2kbps RMC 12.2kbps RMC 12.2kbps RMC HSDPA FRC Not applicable H-Set1 H-Set1 HSUPA Test Mode Not Applicable Not Applicable HSUPA Loopback Power Control Algorithm Algorithm2 Algorithm2 Algorithm2 βc 8 2 11 6 15 2 15 WCDMA General Settings βd 15 15 15 15 15 15 15 ∆ACK Not Applicable 8 8 ∆ΝΑΚ Not Applicable 8 8 ∆CQI Not Applicable 8 8 Ack-Nack repetition factor Not Applicable 3 3 CQI Feedback (Table 5.2B.4) Not Applicable 4ms 4ms HSDPA Specific Settings CQI Repetition Factor (Table 5.2B.4) Not Applicable 2 2 #E-TFCI Not Applicable Not Applicable 5 5 3 5 5 E-DCH TTI Not Applicable Not Applicable 10 ms ∆ E-DPCCH Not Applicable Not Applicable 6 8 8 5 7 ∆HARQ Not Applicable Not Applicable 0 0 0 0 0 HSUPA Specific Settings AG Index Not Applicable Not Applicable 20 12 15 17 21 Reference E-TFCI’s Not Applicable Not Applicable E-TFCI 11 E-TFCI PO 4 E-TFCI 67 E-TFCI PO 18 E-TFCI 71 E-TFCI PO 23 E-TFCI 75 E-TFCI PO 26 E-TFCI 81 E-TFCI PO 27 E-TFCI 11 E-TFCI PO 4 E-TFCI 92 E-TFCI PO 18 E-TFCI 11 E-TFCI PO 4 E-TFCI 67 E-TFCI PO 18 E-TFCI 71 E-TFCI PO 23 E-TFCI 75 E-TFCI PO 26 E-TFCI 81 E-TFCI PO 27 3GPP 34.121 Table C.11.13 Sub- test β c β d β d (SF) β c /β d β HS (Note1) β ec β ed (Note 5) (Note 6) β ed (SF) β ed (Codes) CM (dB) (Note 2) MPR (dB) (Note 2) AG Index (Note 6) E- TFCI 1 11/15 (Note 3) 15/15 (Note 3) 64 11/15 (Note 3) 22/15 209/225 1309/225 4 1 1.0 0.0 20 75 2 6/15 15/15 64 6/15 12/15 12/15 94/75 4 1 3.0 2.0 12 67 3 15/15 9/15 64 15/9 30/15 30/15 β ed 1: 47/15 β ed 2: 47/15 4 4 2 2.0 1.0 15 92 4 2/15 15/15 64 2/15 4/15 2/15 56/75 4 1 3.0 2.0 17 71 5 15/15 (Note 4) 15/15 (Note 4) 64 15/15 (Note 4) 30/15 24/15 134/15 4 1 1.0 0.0 21 81 5b) Please provide additional info about which specific 3GPP transmitter tests are implemented by "non-commercialized SW" along with corresponding test parameters and ranges The “non-commercialized SW” comment was in reference …

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-----Original Message----- From: Tim Harrington [mailto:[email protected]] Sent: maandag 6 augustus 2007 2:55 To: Thomas Gulinck Cc: Option Certification; Tim Harrington Subject: RE: model 301 Hello Option Team The overall goal is for applications to have valid data that is consistent with specific or similar procedures. Following includes general re-statement of certain key items from jun06 FCC 3G SAR procedures, applicable for SAR evaluations of 3GPP devices since that time. ------------------------ - The default test configuration is to measure SAR in WCDMA without HSDPA, with an established radio link between the DUT and a communication test set using a 12.2 kbps RMC (reference measurement channel) configured in Test Loop Mode 1; and We clearly see that: - For FDD5: IMST report: Highest SAR result on WCDMA comes from the combination of our datacard with Compaq nc6320 laptop. The same laptop is used for measuring HSDPA at IMST and HSUPA at TUV UK(refer to: 75901888 Report 01 Issue 2.pdf). We additionally tested SAR on HSDPA on the HSDPA-subtest that gave us the maximum Output power. (Refer to: 75901888 Report 01 Issue 2.pdf) This is just for your information to show FCC that SAR values for HSDPA are well below the 1.6 limit. For FDD2: IMST report: Highest SAR result comes from the combination of our datacard with Acer travelmate laptop. The same laptop is used for measuring HSDPA and HSUPA at TUV UK (refer to: 75901888 Report 01 Issue 2.pdf). We additionally tested SAR on HSDPA on the HSDPA-subtest that gave us the maximum Output power. (Refer to: 75901888 Report 01 Issue 2.pdf) This is just for your information to show FCC that SAR values for HSDPA are well below the 1.6 limit. - test HSDPA with an FRC (fixed reference channel) and a 12.2 kbps RMC using the highest SAR configuration in WCDMA; and From 75901888 SAR Report Section 1.2: The first part of the SAR testing was conducted at IMST and their SAR test results are contained in the IMST SAR report (reference: SAR Report_7layers_6620_631_FCC_Body_850_1900_WCDMA II_V_Globetrotter Express_13.pdf). The maximum SAR obtained when the device was configured for WCDMA in the IMST SAR report was 0.316W/kg (1-gram SAR average). The SAR values that we measured on HSDPA were 0,188 W/kg on FDD2 and 0,326W/kg on FDD5. The HSDPA body SAR measurements were made using an FRC with H-set 1 and a 12.2kbps RMC configured in test loop mode 1. For FDD Band 2, SAR testing was conducted using the Acer TravelMate 4260 Series, which was the worst-case host found in the IMST SAR report [8]. For FDD Band 5, SAR testing was conducted using the HP Compaq nc 6320, which was the worst-case host found in the IMST SAR report [8]. The second part of SAR testing was performed at TUV UK. We refer to the TUV SAR report “75901888” for the measurements. The channel and sub-test which gave rise to the highest conducted output power measurement for HSDPA and HSUPA in each bands was selected to be measured and the results are contained within the TUV UK test report. The output power measurements are contained within Section 1.3 of this report. The output power readings for HSPA did not exceed the WCDMA readings by 0.25dB and therefore, further measurements were not necessary. - SAR is selectively confirmed for other physical channel configurations (DPCCH & DPDCH_n) according to output power, exposure conditions and device operating capabilities The device is fully compliant with 3GPP standards and the defined UMTS spreading factors are as follows (included in section 1.2 of the 75901888 SAR Report): • The DPCCH spreading factor is 256 per 3GPP TS 25.213 section 4.3.1.2.1. • The DPDCH spreading factor is dependent on number of DPDCH channels and data range. For a single channel the spreading factor can range from 4 to 256. For more then one DPDCH channel the spreading factor is 4. Further details are defined by 3GPP in TS 25.213 section 4.3.1.2.1. • HS-DPCCH spreading factor is 256. Further details can be found in 3GPP TS 25.213 section 4.3.1.2.2. New SAR report does not appear to have followed this active-since-jun06 procedure. jun07 FCC Interim HSPA procedures also use a similar test sequence, therefore applicants, test labs, and TCBs are expected to be very familiar with and apply this type of sequence for individual SAR evaluations. The configuration used for SAR testing is in accordance with the operating capability of the device. Page 5 of the original 75901888 SAR Report contains the reference to the Interim SAR procedures which were followed: “7. FCC OET Interim SAR Procedures for Release 6 HSPA Devices – Preliminary Draft, 06/06/2007” ------------------------ Before determining which HSPA configurations need SAR evaluation, FCC 3G SAR procedures explain that various mean output power tests must be done and reported, including WCDMA Rel99, HSDPA Rel5 or Rel6, and HSUPA Rel6. - maximum output power test results per 3GPP TS 34.121 for all applicable physical channel configurations should be tabulated in the test report; all applicable (DPCCH, DPDCH_n and spreading codes, HS-DPCCH) as described in table at pg 61 Appdx C of kdb941225, and for HS-DPCCH in Appdx D of kdb941225; and/or using jun07 Interim HSPA guidance Section 1.4 of the SAR Report contains the Channel Parameters used during testing and section 1.3 RF Power Output contains the output power results for which the device was configured in HSDPA mode or HSUPA mode as required. Output power measurements were made in accordance with the 3GPP 34.121-1 standard. - Regardless of how the connection is established, ... the output conditions of the test device should be closely monitored with applicable equipment, communication test set, analyzers or power meters, to ensure the required code channel and output conditions are satisfied during the SAR measurement. - The device operating parameters described in the test procedures should be closely followed and fully documented in the test report to enable the tests …

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Test report Reference: MDE_Opti_0702_FCCa Page 1 of 3 Photo Report Photo 1: EUT (front side) Photo 2: EUT (front side) Test report Reference: MDE_Opti_0702_FCCa Page 2 of 3 Photo 3: EUT (rear side) Photo 4: EUT (rear side)

Rev:Sap Mat NR : Part Name: Page: Size:Scale: Drawn: Top Mat Nr: Date: Project: Gaston Geenslaan 14 - B3001 Leuven - Belgium DATE APPROVED ISSUEDDESCRIPTION REV ECP 1/1 A4 1:1 02/04/07 Eric Vandeputte Manuf Lbl Etna eXEtna eX 200xxxx 1 200xxxx EV 02/04/07 First version. 1 Pre-printedSuggestion Thermal print 1.Overall dimensions: 54.52mm x 23.43mm / Radius Corners: 2.4mm and 0.5mm 2.To be supplied in the format shown, on reels, copy position 2, internal core dia 38mm 3.Quantity per roll: 1000 or max o/d 4” 4.Each roll to be packed in bubble wrap and sealed in a polythene bag containing no other shedding material. Reels then to be packed in a box, each box to contain 4 reels. The outside of the box to be clearly labelled with the following information: - Option Part number - Quantity in box - Date produced 5.Liner to be 6.Label thickness: 50 XXmm wide. Vertical gap between labels XXmm. μm max. 7.Label to be silver and suitable for thermal transfer printing. 8.Label to be printed with artwo 9.Printing be resistant to rubbing and alcohol cleaning. 10.Raw material: FLEXcon THERMLfilm MM 200 satin silver TC-712 L-344 40 White Glassine 11. Artwork use Black 32364 12.To be used with print ribbon: Armor AXR7+ or equivalent. rk 2001487_3_2001821_art.* FCC ID NCMOGE0301 IMEI : xxxxxxxxxxxxx SNR : xxxxxxxxxx Model: GE0301 2 0 0 x x x x _ 1 _ 2 0 0 x x x x Designed in E.U. by Option Made in Ireland by Option QUALCOMM 3G CDMA 07000700 2 0 0 x x x x _ 1 _ 2 0 0 x x x x Designed in E.U. by Option Made in Ireland by Option QUALCOMM 3G CDMA 07000700 ID Lable Location Info

FCC ID: NCMOGE0301

TECHNICAL OPERATIONAL DESCRIPTION FCC ID: NCMOGE0301 TECHNICAL OPERATIONAL DESCRIPTION GE0301 Author: J. Boeckx Version: V02 –F1 Creation Date: August 8, 2007 Page: 2 of 21 Option Confidential: This document is Option Confidential - it may not be duplicated, neither distributed externally without prior and written permission of Option NV. About this document Overview and Purpose This document describes the most important technical operation descriptions of GE0301. This document will be used for FCC approval of GE0301. Confidentiality All data and information contained or disclosed by this document is confidential and proprietary of Option NV, and all rights therein are expressly reserved. By accepting this document, the recipient agrees that this information is held in confidence and in trust and will not be used, copied, reproduced in whole or in part, nor its contents revealed in any manner to others without prior and written permission of Option NV. Version History Date Version Author(s) Revision(s) Remarks June 18., 2007 V01 – D1 J. Boeckx Initial version June 20., 2007 V01 – D2 J. Boeckx June 20., 2007 V01 – F1 J. Boeckx Final Version August 8., 2007 V02 – F1 J. Boeckx Final Version extra comments on antenna part TECHNICAL OPERATIONAL DESCRIPTION GE0301 Author: J. Boeckx Version: V02 –F1 Creation Date: August 8, 2007 Page: 3 of 21 Option Confidential: This document is Option Confidential - it may not be duplicated, neither distributed externally without prior and written permission of Option NV. 1 GENERAL 1.1 Product Description The OPTION GlobeTrotter Express HSUPA E (GE0301) is a quad-band PC Card supporting GSM/(E)GPRS in the 850, 900, 1800 and 1900 MHz frequency bands and WCDMA in the 850, 1900 and 2100 MHz frequency bands. In addition, this device supports HSDPA category 8, HSUPA Category 5 and antenna receiver diversity (supporting diversity on 2100 MHz). The card is an (E)GPRS class 12 terminal supporting circuit switched (CS) and packet switched (PS) data. The PC card has a foldable antenna with one dedicated position and provisions for an external antenna. The external GSM/EGPRS/WCDMA antenna connector can be used to connect to external test equipment. The antenna connect…

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