QDLA25TVVJA25 Rugged Digital Assistant

Quick Start Guide A25 Rugged Digital Assistant 1 System Tour No.ComponentNo.Component 1LCD touch screen10Keypad 2External GPS antenna connector11LED indicators 3Volume up/down button 12Battery cover 4Push to Talk button13Speaker 5Connector cover 6Earphone jack15miniSD card slot 7Reset button 16Stylus 8Connector17Power button 9Microphone18Emergency button 2 Keypad No.Component 1Start button 2Left soft button 3Send button 45-way navigation button 5Numeric keypad 6End button 7Right soft button 8OK button 3 Getting started Caution:Ensure that you understand the safety and battery rating labels before you use or charge the device. Locate the labels, by removing the battery cover. Follow steps one to three of the "Install the SIM Card" on page 5 to locate the security and battery rating labels. WARNING!DANGER OF EXPLOSION IF BATTERY IS INCORRECTLY REPLACED. REPLACE ONLY WITH THE SAME OR EQUIVALENT TYPE RECOMMENDED BY THE MANUFACTURER. DISPOSE OF USED BATTERIES ACCORDING TO THE MANUFACTURER’S INSTRUCTIONS. Charge the Device For initial use, you need to charge your device for four hours. After that, you can charge it everyday to recharge the battery to full capacity. 1.Install the replaceable clip plug to the adapter by sliding the clip plug into the clip plug holder. The clip plug locks to the clip plug holder with an audible click. 2.Open the connector cover. 3.Connect the adapter cable into the connector on the bottom of the device (1). 4.Connect the AC adapter cable into an electrical outlet (2). The fourth LED indicator on the right of the touch screen lights amber to signify that AC connection is made. During charging, the LED flashes amber indicating the device is charging. When the battery is fully charged, the LED indicator lights solid amber. 4 Start the Device After you have initially charged your device for approximately four hours, the device is ready for use. 1.Press the Power button located on the right side of the touch screen. 2.Follow the on-screen Welcome Screen Wizard instructions. Install ActiveSync 1.Download the ActiveSync setup software from the Microsoft ActiveSync Download page at http://www.microsoft.com. 2.Browse to the location of the downloaded file and double-click the file. 3.Follow all on-screen instructions to complete installation. Connect the Device to Your Computer 1.Connect the USB sync cable into the connector on the bottom of your device. 2.Plug the USB sync cable into a USB port on your computer. Create an ActiveSync Partnership After connecting your device, ActiveSync should start automatically and recognize your device. Follow the on- screen instructions to establish a connection between the device and the computer. 5 Phone setup Install the SIM Card 1.Press the Power button to turn off the device. 2.Turn the device over, then loosen the four screws on the battery cover. 3.Detach the battery cover from the device. 4.Lift the end portion of the battery pack and completely detach it from the device. 6 5.Slide the SIM card holder to the right (1). 6.Lift the holder halfway from the recess area (2). 7.Insert the SIM card into the SIM holder (3) while noting the proper position of the SIM card connector, gold area should be facing downward with the beveled corner fitting the lower left corner of the recess area. 8.Press the SIM card holder down (4). 9.Slide the card holder to the left to lock it into place (5). 10. Reinstall the battery pack. 11. Reinstall the battery cover using the screws previously removed. Enter Your PIN Your SIM card may be preset with a PIN (Personal Identity Number), provided by your service provider, which you need to enter to establish mobile service connection. 1.Press the Power button to turn on the device. 2.Tap Start > Phone. 3.Enter the preset PIN from your service provider. 4.Tap Enter. 7 Accessories Install the miniSD Card 1.Open the expansion slot cover. 2.Slide the miniSD card into the slot and push in until it locks into place. 3.To remove the card, push down on the card and release. 4.Remove the card from the slot. 8 Windows Mobile 6.0 Today Screen When you turn on your device for the first time each day (or after a preset period of inactivity), you'll see the Today screen. This screen provides an at-a-glance view of the day’s important reminders and status. Start Menu The Start menu displays a list of active programs, as well as options to view the Programs, Settings, and Help screens. Navigation Bar The navigation bar is located on the top of the screen. It shows the status icons for the battery, volume, and data connectivity. Notifications icons for system alarms and reminders are also displayed here. Tap a program icon to open it. Tap to see more programs. Tap to customize your device. Tap to launch the online Help. 9 Command Bar Use the command bar at the bottom of the screen to perform tasks in programs. The command bar includes menu names, buttons, and the Input Selector button. Pop-up Menus With pop-up menus, you can quickly choose an action for an item. For example, you can use the pop- up menu in the contact list to quickly delete a contact, make a copy of a contact, or send an e-mail message to a contact. The actions in the pop-up menus vary from program to program. Lift the stylus and tap the option you want. Tap and hold the selected item to display a pop-up menu. 10 System Specifications Component Specification CPUIntel PXA270 416 MHz Memory•SDRAM: 64 MB •Flash ROM: 128 MB Display•2.8” Thin Film Transistor Liquid Crystal Display (TFT LCD) •240 x 320 Quarter Video Graphics Array (QVGA) •65536 color support Audio•AC97 interface with WolfSon WM9713 •0.4 W 15 mm Mono speaker •Embedded mono microphone Mobile connectivity•Quad-band GSM broadband function (850/900/1800/1900 MHz) •GPRS class 12 •EDGE multi-slot class 10 •Bluetooth ver. 1.1~1.2 GPS Global Locate GPS/A-GPS receiver (-150 dBm) Note: Require third party program Hardware connectivity•Mini-USB connector/charger •miniSD card slot •2.5 mm earphone jack •Ext…

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American Telecommunications Certification Body Inc. 6731 Whittier Ave, McLean, VA 22101 August 20, 2007 RE: Airo Wirless Media, Inc. FCC ID: QDL-A25TVVJ After a review of the submitted information, I have a few comments on the above referenced Application. Depending on your responses, kindly understand there may be additional comments. 1) Please provide an appropriate agency letter for this application. 2) Note that due to various concerns recently seen about proper authority being given to others for FCC and/or IC matters, the agency letter should be signed by someone traceable to have the proper authority. For instance, the FCC site shows Hicks Chip as the correct contact of authority for FCC matters. Therefore the agency letters & confidentiality letters should be signed by this contact or alternatively a letter showing who he has “deputized” to sign on his behalf may be provided as well. Please correct this. 3) FYI...A multi-turn ferrite appears on the AC adapter cable. Please note that the final version of this device must incorporate a permanently attached ferrite (not a snap on ferrite). The ferrites shown in the photographs appear to be snap-on and would not be allowed by the FCC for this type of device. 4) The label shows FCC ID “QDLA25TVVJ” while the 731 form, SAR Report, EMC Report shows “QDL-A25TVVJ”. Please confirm which FCC ID is correct and correct all affected exhibits. 5) Labeling exhibit should include placement of the label on the device as well. 6) Tune Up Procedure and Operational Descriptions have not yet been received? 7) Users Manual Page 11 references and incorrect FCC ID. 8) This device contains an external GSM antenna connector (i.e. page 2 & Page 14 of the users manual). This will require additional ERP/EIRP information and MPE calculations and possibly spurious emissions. The manual should also provide specific guidance on the antennas approved for use with this connector. Currently this is not covered by this application. 9) Page 15 mentions that a minimum distance of 2.5 should be maintained between user and device. This is normally required for body worn, but not head used positions. Please correct. 10) Within the users manual, the RF exposure info should also explain that the device is not approved for body worn use with any accessories utilizing metal. For instance: “Body-worn operations are restricted to belt-clips, holsters or similar accessories that have no metallic component in the assembly and must provide at least --cm separation between the device and the user’s body.” 11) Test report appears to only provide emissions designator of GXW for GSM. Manual mentions GSM, GPRS and Edge compliant. Please note that this is sufficient for GSM and GPRS. However Edge requires emissions designator G7W. Additionally certain tests should be tested for both modes (i.e. power [worse case ERP, ERIP], bandwidth, bandedge, etc.) 12) GSM frequencies listed on the 731 form should cite 824.2 – 848.8 and 1850.2 – 1909.8. Please correct 731. 13) Power for BT is listed as conducted power on the 731 form which is correct. However power should be listed as ERP for Part 22 (1.16 W) and EIRP for Part 24 (0.714 W). Please correct. 14) Emissions designators on the 731 form for GSM should cite 300KGXW and 300KG7W. Please adjust. 15) The Bluetooth supports V2.0. Due to difference in modulation, envelope, and wider bandwidth, certain tests should be repeated for all modulations (i.e. power, bandwidth, band edge, spectral density, etc.). Also note that 20 dB bandwidth for new modulation is > 1 MHz. Please review. z Page 2 August 21, 2007 16) If possible, for the GSM portion of the device please provide information regarding both DC voltages AND currents applied into the several elements of the final radio frequency amplifying device for normal operation over the power range been provided? (2.1033(c)(8)). SAR: 17) Please note that although the FCC accepts verifications done within 100 MHz of the center frequency, they have issued information during training that they want 835 MHz calibration done – not 900 MHz. Please correct this in the future. 18) SAR Report cites ¼ crest factor for GPRS on page 5. However information found in the manual cites the GPRS is class 12 compliant which would be a ½ crest factor – which appears to possibly be correct on data plots. Please review/correct. 19) Tissue dielectric parameters and probe factors must be measured at mid band frequencies (i.e. 835 MHz). See below....It is also uncertain if the probe factors of +/- 50 MHz or +/- 100 MHz apply under the calibration certificate given the note given. 20) Please explain if this device can send data while voice mode is active. If so, then GPRS mode would be required to be tested at the head level as well. 21) Please explain compliance to worse case mode for Edge compliance as well. While edge is lower power, the crest factor is doubled as well. Maybe measurements of the worse case position should have been repeated for Edge mode? 22) Permittivity and conductivity of Dipole validation is expected to be within 5% of the values used during the original dipole calibration. Some values exceed this. 23) SAR report appears to be missing: a) Descriptions of coarse area scan procedures, including grid size, area shape and size b) Descriptions of interpolation procedures used to locate peak SARs at a finer spatial resolution c) Descriptions of high-resolution cube volume or “zoom” scan procedures used for local scan; list measurement and interpolation resolutions d) Descriptions of extrapolation procedures used to estimate SAR values adjacent to phantom surface (unreachable due to probe case and boundary effects) e) Descriptions of within-cube interpolation procedures to get 1 mm or 2 mm SAR grid f) Description of averaging (integration) procedures to get 1-g SAR from final interpolated grid g) Report does not defined if the device is a production unit or identical prototype. z Page 3 August 21, 2007 h) Describes…

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American Telecommunications Certification Body Inc. 6731 Whittier Ave, McLean, VA 22101 September 5, 2007 RE: Airo Wirless Media, Inc. FCC ID: QDL A25TVVJ After a review of the submitted information, I have a few comments on the above referenced Application. Depending on your responses, kindly understand there may be additional comments. It seems some confusing information uploaded 9/3 that contradicts information provided on 8/24 1) For the 731 form, given the test data it appears power should be listed as follows...For 850: 1.16 W ERP, 1900: 0.714 W EIRP, 2.4 GHz: 0.00237 W conducted. Please confirm and if you agree please update the 731 form. 2) Given the data, the frequency tolerance should be listed as 24 Hz for 850 MHz, 17 Hz for 1900 MHz on the 731 form. If you agree, please update. 3) ERP and EIRP power should be measured for Edge mode. GSM and Edge are each listed on the Grant separately and the power is required to be ERP (Part 22) and ERIP (Part 24). Please provide. 4) Page 13 of the part 22/24 report mentions peak power form some measurements and average for others. Normally peak power is provided. Please explain. Additionally, it is uncertain what the difference is between tables 1 and 3.......2 and 4 on this page. Maybe this is Edge vs. GPRS? Please explain. 5) Device still appears to contains and external antenna connector (see page 1) intended for use by the end user. . Does the manufacture plan to supply antennas/accessories for use with this port? Currently the device is not covered for use with these external antennas. Note that generally the FCC wants additional line items or grant notes for portable for use with vehicle mount antennas with appropriate ERP and EIRP tests. Please explain. 6) SAR information/response from previous comments has currently not been received. Original comments are shown below for convenience. SAR: 17) Please note that although the FCC accepts verifications done within 100 MHz of the center frequency, they have issued information during training that they want 835 MHz calibration done – not 900 MHz. Please correct this in the future. 18) SAR Report cites ¼ crest factor for GPRS on page 5. However information found in the manual cites the GPRS is class 12 compliant which would be a ½ crest factor – which appears to possibly be correct on data plots. Please review/correct. 19) Tissue dielectric parameters and probe factors must be measured at mid band frequencies (i.e. 835 MHz). See below....It is also uncertain if the probe factors of +/- 50 MHz or +/- 100 MHz apply under the calibration certificate given the note given. z Page 2 September 6, 2007 20) Please explain if this device can send data while voice mode is active. If so, then GPRS mode would be required to be tested at the head level as well. 21) Please explain compliance to worse case mode for Edge compliance as well. While edge is lower power, the crest factor is doubled as well. Maybe measurements of the worse case position should have been repeated for Edge mode? 22) Permittivity and conductivity of Dipole validation is expected to be within 5% of the values used during the original dipole calibration. Some values exceed this. 23) SAR report appears to be missing: a) Descriptions of coarse area scan procedures, including grid size, area shape and size b) Descriptions of interpolation procedures used to locate peak SARs at a finer spatial resolution c) Descriptions of high-resolution cube volume or “zoom” scan procedures used for local scan; list measurement and interpolation resolutions d) Descriptions of extrapolation procedures used to estimate SAR values adjacent to phantom surface (unreachable due to probe case and boundary effects) e) Descriptions of within-cube interpolation procedures to get 1 mm or 2 mm SAR grid f) Description of averaging (integration) procedures to get 1-g SAR from final interpolated grid g) Report does not defined if the device is a production unit or identical prototype. h) Describes the positioning procedures used to evaluate the highest exposure expected under normal operating configurations i) Z-axis plots are required for worse case results. j) A tabulated list of the error components and uncertainty values contributing to the total measurement uncertainty (Suppl C App. D) k) Reporting the combined standard uncertainty and expanded uncertainty (for k=2) of each test – 30% or less expected 24) Without Z-axis or other information, the following could not be determined: a) Distance between the measurement point (distance + offset) at the probe sensor location (geometric center behind the probe tip) and the phantom surface is < 8.0 mm and maintained at a constant distance of +/- 1.0 mm during an area scan to determine peak SAR locations b) When Probe boundary effect compensation is not used the probe tip should be positioned at least half a probe tip diameter from the phantom surface during area and zoom scans. z Page 3 September 6, 2007 c) The first 2 measurements points in a zoom scan, closest to the phantom surface, should be within 1 cm of the surface. Timothy R. Johnson Examining Engineer mailto: [email protected] The items indicated above must be submitted before processing can continue on the above referenced application. Failure to provide the requested information may result in application termination. Correspondence should be considered part of the permanent submission and may be viewed from the Internet after a Grant of Equipment Authorization is issued. Please do not respond to this correspondence using the email reply button. In order for your response to be processed expeditiously, you must submit your documents through the AmericanTCB.com website. Also, please note that partial responses increase processing time and should not be submitted. Any questions about the content of this correspondence should be directed to the sender.

Elisa, For 3) We are required to list Edge modulation separately on the FCC Certificate because of the different emissions designator. Therefore this information must be provided. Note that the FCC is not as interested in GPRS as GPRS is only a duty factor difference. However Edge uses a different modulation scheme. For 4) Please note that for the power measurements PEAK is required under Part 24 - not average....see the following: 24.232 (d) Peak transmit power must be measured over any interval of continuous transmission using instrumentation calibrated in terms of an rms-equivalent voltage. The measurement results shall be properly adjusted for any instrument limitations, such as detector response times, limited resolution bandwidth capability when compared to the emission bandwidth, sensitivity, etc., so as to obtain a true peak measurement for the emission in question over the full bandwidth of the channel. For 5) We are not concerned with the USB connector. We are concerned with the connector labeled #14 on page 1... Thanks, Tim Page 1 of 1In 9/10/2007Printed for "Timothy R. Johnson" <[email protected]>

American Telecommunications Certification Body Inc. 6731 Whittier Ave, McLean, VA 22101 September 10, 2007 RE: Airo Wirless Media, Inc. FCC ID: QDL A25TVVJ After a review of the submitted information, I have a few comments on the above referenced Application. Depending on your responses, kindly understand there may be additional comments. It seems some confusing information uploaded 9/3 that contradicts information provided on 8/24 1) Previous response to item 5 would be acceptable if this was only intended for the factory as you cite. However users manual pages page 1 (item 14) and page 10 clearly identifies this as an external antenna connector which appears to be intended for he user. The concern is that use of this antenna would require evaluation of appropriate ERP and EIRP power measurements, MPE, and even possible evaluation of spurious emissions as given in FCC training from October 2004. This comes from the fact that the power must be listed as ERP and EIRP. Therefore the external antenna will have an effect on this measurement. See below. Note 2: For Part 22/24 (and other devices with radiated power on grant line-item) a new Form731 line- item with applicable/measured radiated power should be included. MPE evaluation should be provided if applicable (routine evaluation). Alternatively provide MPE calculation and corresponding radiated power limitations to meet the exclusion levels of 2.1091. Appropriate grant comments should be included, with clear distinction between mobile and portable applicability conditions. z Page 2 September 11, 2007 2) Additional ERP and EIRP data just provided for issue 3 appears to be labeled for GPRS mode despite the fact that we requested EDGE data. Note that the FCC is interested in GSM and EDGE. Generally GPRS is the same modulation as GSM with a change of duty factor and is therefore not a concern to be remeasured. The FCC requires EDGE to be listed separately since it is a different modulation. It still appears that EDGE data has not been provided – but is the data that is necessary. 3) Please explain the answer to the following previous SAR questions which could not be located in the documents provided. PREVIOUS SAR COMMENTS: 19) Tissue dielectric parameters and probe factors must be measured at mid band frequencies (i.e. 835 MHz). See below....It is also uncertain if the probe factors of +/- 50 MHz or +/- 100 MHz apply under the calibration certificate given the note given. 20) Please explain if this device can send data while voice mode is active. If so, then GPRS mode would be required to be tested at the head level as well. 21) ....< Report was updated for this> 22) Permittivity and conductivity of Dipole validation is expected to be within 5% of the values used during the original dipole calibration. Some values exceed this. 23) SAR report appears to be missing: a) Descriptions of coarse area scan procedures, including grid size, area shape and size b) Descriptions of interpolation procedures used to locate peak SARs at a finer spatial resolution c) Descriptions of high-resolution cube volume or “zoom” scan procedures used for local scan; list measurement and interpolation resolutions d) Descriptions of extrapolation procedures used to estimate SAR values adjacent to phantom surface (unreachable due to probe case and boundary effects) e) Descriptions of within-cube interpolation procedures to get 1 mm or 2 mm SAR grid f) Description of averaging (integration) procedures to get 1-g SAR from final interpolated grid g) Report does not defined if the device is a production unit or identical prototype. h) Describes the positioning procedures used to evaluate the highest exposure expected under normal operating configurations i) <Report was updated for this> z Page 3 September 11, 2007 j) <Information found in report> k) <Information found in report> 24) Without Z-axis or other information, the following could not be determined: a) Distance between the measurement point (distance + offset) at the probe sensor location (geometric center behind the probe tip) and the phantom surface is < 8.0 mm and maintained at a constant distance of +/- 1.0 mm during an area scan to determine peak SAR locations b) <Information found in report> c) <Information found in report> Timothy R. Johnson Examining Engineer mailto: [email protected] The items indicated above must be submitted before processing can continue on the above referenced application. Failure to provide the requested information may result in application termination. Correspondence should be considered part of the permanent submission and may be viewed from the Internet after a Grant of Equipment Authorization is issued. Please do not respond to this correspondence using the email reply button. In order for your response to be processed expeditiously, you must submit your documents through the AmericanTCB.com website. Also, please note that partial responses increase processing time and should not be submitted. Any questions about the content of this correspondence should be directed to the sender.

Dear Timothy, Thank you very much for the comment. For comment 1 & 2, the applicant resigns their Form 731 and Cover Letter, by Chip Hicks. New files “ATCB-Form-731 (ver.01)”, “FCC Confidential Letter (ver.01)” attached. For comment 4 & 5, the applicant confirmed the FCC ID should be “QDL-A25TVVJ”. Please see attached file “FCC ID Label (ver.01)”. Comment 6, Airo Wireless has asked the module manufacturer (Siemens) to provide it as soon as possible. Comment 7~10, the applicant is modifying the user manual now. We will submit it to you later. Comment 11, We’ve done the additional tests and add the data into our report. Please see “Test Report (p22+24) (ver.01)” for this case. Comment 12~14, We’ve corrected the 731 form. Please see “ATCB-Form-731 (ver.01)” for this project. Comment 15, the applicant will modify the Bluetooth version from 2.0 to ver. 1.1~1.2 in their user manual because they don’t use the function of Bluetooth 2.0. Comment 16, Comment 17~24, our SAR team is still working on it. We will upload later. All attached files were uploaded to ATCB website as well. Vi=3.7Vdc (Mid CH) GSM(mA) GPRS(mA) EGPRS(mA) 850 633.6 1049.8 1072.8 1900 635.7 919.3 912.3 9/5/2007Printed for "Timothy R. Johnson" <[email protected]> Should there be any mistake or problem, please feel free to let me know. Thank you very much for your consideration upon this project! Best Regards, Elisa 9/5/2007Printed for "Timothy R. Johnson" <[email protected]>

Dear Timothy, Here’s the updated Manual for this project. For the comments 7~10: 7) Users Manual Page 11 references and incorrect FCC ID. Æ FCC ID is corrected. 8) This device contains an external GSM antenna connector (i.e. page 2 & Page 14 of the users manual). This will require additional ERP/EIRP information and MPE calculations and possibly spurious emissions. The manual should also provide specific guidance on the antennas approved for use with this connector. Currently this is not covered by this application. Æ The applicant deleted all the narrative of Antenna Information in page 11. 9) Page 15 mentions that a minimum distance of 2.5 should be maintained between user and device. This is normally required for body worn, but not head used positions. Please correct. 10) Within the users manual, the RF exposure info should also explain that the device is not approved for body worn use with any accessories utilizing metal. For instance: “Body-worn operations are restricted to belt-clips, holsters or similar accessories that have no metallic component in the assembly and must provide at least --cm separation between the device and the user’s body.” Æ The statement is modified as Phone Operation in page 15. Should there be any mistake or problem, please let us know as soon as possible. Thank you very much for your consideration upon this project! Best Regards, Elisa

Dear Sirs, Tune-up procedure was provided on Aug. 29. Could you check it again? The applicant has to get the Grant by this Friday. Please review this project as soon as possible. p.s. Please be noted that the applicant change FCC ID to “QDLA25TVVJ”. All related documents were uploaded to ATCB website. Thank you! Best Regards, Elisa

Tim, 1) and 2) 731 form modified. Please see attached file. 3) Because the Edge power is very low, we only list the GSM data in the test report. Is it accept for you? 4) It’s average power. There is typing errors in page 14. The table is for 1. GPRS 850, 2. GPRS 1900, 3. EGPRS 850, and 4. EGPRS 1900. Attached please find the modified report for this project. 5) The “connect” in manual page 1 is just a USB connector for power adaptor and data cable, not for an antenna. Please refer to attached photos. 6) Mr. Dikin Yang or Robert Chang from our SAR team will contact with you directly to discuss the problems this the SAR report. Thank you for your favorable consideration upon this project! Elisa

Tim, 3) We will add the test data into our report and provide it to you as soon as possible. 4) 24.232 is for EIRP, not for conducted power. Page 13 is the conducted power. We are sure that we measure the PEAK transmit power for ERP/EIRP in page 19 and 20 of our report. 5) The connector labeled #14 is very common for cell phone products. It’s for factory to tune the power, not for end user. And also, all of our conductive tests were tested by this connector. Thank you! BR, Elisa

Major, For comment 1, Please find attached manual without “external GSM antenna connector” in page 1 and 10. Comment 2, the EGPRS data in our report is exactly the EDGE data. It’s a typing error...... Thanks a lot! BR, Elisa

Ans19: (a) The version number of the DASY system is V4.7 we used, this version can accept +/- 100 MHz range to refer in the probe calibration. (b) Please see below table about tissue parameter between 824 - 848 MHz. you can see these value form our report page17~19. We used tissue measurement equipment to detect the value before perform SAR testing every time. Ans20: This phone can’t send the data while voice mode active, so SAR testing is not necessary in head position. Ans21: in previous mail you notice <Report was updated for this>. So I will not answer in this time. Ans22: Please see below table, I added % rate this time. If follow manufacture target value for each dipole If follow P1528 target value: Frequency(MHz) Channel Target (follow 1528) Permittivity Measurement Date Variation Target (follow P1528) Conductivity Measurement Date Variation Low(824.2) 128 41.5 42 1.1% 0.9 0.8733% Mid(836.6) 190 41.6 0.24%0.8772.5% High(848.8) 251 41.3 0.48%0.8950.55% Validation Kit Frequency (MHz) Target SAR (1g) (Pin=250mW) Measured SAR (1g) Variation Measured Date D900V2 S/N: 178 900 MHz (Head) 2.66 m W/g 2.68 m W/g 0.75%2007/7/26 D900V2 S/N: 178 900 MHz (Body) 2.69 m W/g 2.70 m W/g 0.37%2007/7/29 D1900V2 S/N: 5d027 1900 MHz (Head) 9.28 m W/g 9.91 m W/g 6.78%2007/7/24 D1900V2 S/N: 5d027 190…

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