P5J-SKCAPCS handset with wireless data access and PDA

T-Mobile Sidekick Reference Guide Copyright © 2002 Danger, Inc. All rights reserved. 27-0006-01 Contents Welcome 4 I. Device Controls 6 Opening and Closing the Display 6 Control Buttons 7 II. Registration 8 III. Device Basics 12 Battery Charger 12 USB Cable and Port 13 Wrist Strap 13 Title Bar and Indicators 14 Device Settings 15 Customization 18 The Jump Screen 19 Menus 20 IV. The Desktop Interface 21 V. Using the Applications 23 Make a Phone Call 23 Answer a Phone Call 24 Add a Number to Your Speed Dial List 24 Change Your Phone Ringtone 25 Check Your Voice Mail 25 2 Contents Import Contacts from Your SIM Card 26 Send a Phone Message 26 Browse the Web 27 Bookmark a Web Page 27 Signing On to the AOL Instant Messenger™ Service 28 Send an Instant Message 28 Send an Email 29 Fetch Email from External Accounts Using POP3 30 Fetch Email Using Your Device’s Web Browser 32 Send a Photo 32 Add a Contact to the Address Book 33 Import Address Book Contacts 34 Add an Event to Calendar 35 Create a Note 35 Add a To Do Task 36 Insert the Camera Accessory into Your Device 36 Take a Photo 37 Play Games 37 VI. Keyboard Shortcuts 38 VIII.Troubleshooting 39 IX. Customer Care 43 X. Legal Information 44 Contents 3 Welcome! Thank you for buying a T-Mobile Sidekick. It will change the way you communicate, get organized, and stay connected. Your T-Mobile Sidekick connects seamlessly to wireless networks, which gives you the ability to browse the Internet, exchange instant messages, and send and receive email with image attachments. Other features include a full-featured phone, personal information management (PIM) applications, access to a personal Web portal, entertainment applications, and a camera accessory. 4 Welcome! Here’s what you’ll find in the box: T-Mobile Sidekick SIM card Battery charger Hands-free headset USB cable (Mini-B type) Wrist strap Carrying case Start Here Guide Reference Guide T-Mobile Welcome Guide If any of these items are missing, please contact T-Mobile Customer Care at 1 (800) 937-8997. Now, let’s get started! Welcome! 5 Warning Device Controls Opening and Closing the Display To open the display, press your left thumb on the lower-left corner of the display and gently push in a clockwise direction. The display will spring smoothly into position. BACK Normal operating position of the device is horizontal, with the wheel on the right side, as shown above. To close the display, reverse the motion to pivot the display counter-clockwise and snap it into the closed position. Do not open or close the display in the wrong direction or you risk damaging your device. Stop if you feel any resistance; the display should spring smoothly into position. Prevent display scratching by always using the carrying case to transport your device. 6 Device Controls I. Control Buttons MENU JUMP POWER DIRECTIONAL PAD WHEEL BACK MENU button Pressing opens a menu of actions you can take on the current screen. If you press the MENU button and nothing opens, this means there are no menu items available for the current screen. JUMP button Pressing takes you back to the Jump screen, your starting point for launching all the device applications. POWER Press the power button for 3 seconds to turn the device on or off. DIRECTIONAL PAD (D-Pad) Press to scroll or move within text fields. The D-Pad “rocks” into eight different directions or positions. WHEEL Use the wheel to highlight then select buttons or links. Rotating the wheel toward you advances the current selection through the “selectable” elements on a screen and scrolls you down a Web page. Pressing the wheel selects the highlighted item or opens a pop-up menu. BACK button Pressing takes you back to the screen you were pre- viously viewing, as far as the Jump screen. In a dialog box, press to save your changes and dismiss the dialog box. If a menu is open, press to close it. Device Controls 7 Registration Before you can start using your Sidekick, you must complete the registration steps, as explained in step 3 on your Start Here card. This section of the Reference Guide takes you through the registration process in more detail. Note that these instructions are for new users (not returning users). Returning users can simply sign in using their existing username and password. 1 Wait for account activation. Before you can use your account, T-Mobile must activate your account. This can take up to 48 hours, but usually takes only 1-3 hours. You’ll know your device has been activated when the Welcome screen appears on your device display: Press the wheel to select the New User button and advance to the next screen. For subsequent screens, you’ll select the Next button to advance. 2 Type your first and last names. Use the keyboard to type your First name, then rotate the wheel to highlight the Last name field. Type your last name, then scroll to highlight the Next button, then press the wheel to advance to the next screen. 8 Registration II. 3 Select a username. The username you select will be the first part of your email address (for example, [email protected]). Before you select a username, read the following guidelines: n Usernames must start with an alphabetic character (A-Z), but can include numbers and underscores ( _ ), but no other punctuation. n Usernames must be at least 2 but no more than 32 characters in length. n Usernames are not case-sensitive. Once you decide on a username, type it on the screen: 4 Select a password. Select a password that follows the rules below: n Passwords must contain 4-15 characters, can include both letters and numbers, but no spaces, single quotes ('), semicolons (;), backslashes (/), or percent signs (%). n Passwords are case-sensitive. For example, if you set your password to be “Hard2Guess”, then you will not be authenticated if you sign in by typing “hard2guess”. After you type your password, type it again to confirm. Registration 9 5 Select a “secret question” and type your answer. If you ever forget your password, you ca…

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19 Mar 2003 Telecommunication Certification Body Radio Frequency Investigation Ltd. Ewhurst Park Ramsdell Basingstoke Hampshire RG26 5RQ England Subject: Certification Application FCC ID: P5J- SKCA It is requested that the following information is to be held confidential on behalf of Danger, Inc. FCC Rules Part 0.459 refers. Exhibit 1 1 tune-up description file, Exhibit 8 2 circuit diagram file, 1 bill of material file, 2 assembly drawing files Schematics, consisting of circuit diagram, bill of materials, and assembly drawing files: These are considered to be trade secrets of Danger, Inc. Danger, Inc. has invested considerable time and money in the development of these schematics. It is important that any competitor not receive unfair advantage in the market place by getting access to these documents. Yours sincerely, Markus Wallgren Sr. Director, Hardware Development Danger, Inc. 124 University Ave. Palo Alto, CA 94301

Reply to Dismissal of original Grant and request for further information as listed on correspondence 7942 1. Band edge measurements as shown in page 73 redone using 100 kHz BW integrated over 1 MHz. Block edge measurements also carried out. – See Supplementary report. 2. Tune up procedure - this has been re-uploaded as a confidential document as per the confidentiality letter 3. The new form 731 has been updated to 1.14 Watts (30.57 dBm) 4. New grant comment added on re-issued grant 5. The new radiated emission procedure that appears in later reports has been uploaded it clarifies the procedure 6. The tissue parameters on the plots has been corrected - see supplementary SAR report 7. This is detailed on pages 26 & 27 of the report. The levels were the same because the measurements were carried out on the same EUT, on the same test site, using the same equipment, as the Radio EIRP tests. These measurements were carried out at the start of each session of SAR measurements, the SAR drift was measured for each test. 8. Clearer photographs are included in the SAR supplementary report. 9. All head measurements were repeated and the results showing all secondary hot spots SAR levels are included in the SAR supplementary report.

Radio Frequency Investigation Ltd, Ewhurst Park, Ramsdell, Basingstoke, Hampshire, RG26 5RQ, ENGLAND. Tel: +44 (0) 1256 851193 Fax: +44 (0) 1256 851192 Registered in England, No. 211 7901. Registered Office: Ewhurst Park, Ramsdell, Basingstoke, Hampshire RG26 5RQ 0644 INTERNAL PHOTOGRAPH SECTION FROM RADIO FREQUENCY INVESTIGATION LTD. Test Of: Danger Inc. Turner GSM-1900 Mobile Phone with Colour PDA To: FCC Part 24: 2001, FCC Part 15: 2001 and Part 2: 2001 Test Report Serial No: RFI/MPTB1/RP44198JD01A RADIO FREQUENCY INVESTIGATION LTD. Internal Photographs S.No: RFI/MPTB1/RP44198JD01A Conformance Testing Department Test Of: Danger Inc. Turner GSM-1900 Mobile Phone with Colour PDA To: FCC Part 24: 2001, FCC Part 15: 2001 and Part 2: 2001 Internal Photographs of EUT Photo Reference Number Title PHT\44198JD01\001 Chassis with Modules One and Two Removed. PHT\44198JD01\002 Close up of Chassis with Keyboard Removed PHT\44198JD01\003 Keyboard Sub Assembly removed from Chassis PHT\44198JD01\004 Module One Rear View with RF Shielding Removed PHT\44198JD01\005 Module One Showing Antenna PHT\44198JD01\006 Module One Top View with RF Shielding Removed PHT\44198JD01\007 Module Two Rear View with RF Cover Removed PHT\44198JD01\008 Module Two Rear View PHT\44198JD01\009 Module Two Top View with RF Cover Removed PHT\44198JD01\010 Module Two Top View PHT\44198JD01\011 Rear of Keyboard PHT\44198JD01\012 Rear View of Display PHT\44198JD01\013 Rear View with Cover Removed PHT\44198JD01\014 Top of Keyboard These pages are not included in the total number of pages for this report RADIO FREQUENCY INVESTIGATION LTD. Internal Photographs S.No: RFI/MPTB1/RP44198JD01A Conformance Testing Department Test Of: Danger Inc. Turner GSM-1900 Mobile Phone with Colour PDA To: FCC Part 24: 2001, FCC Part 15: 2001 and Part 2: 2001 PHT\44198JD01\001 Chassis with Modules One and Two Removed. RADIO FREQUENCY INVESTIGATION LTD. Internal Photographs S.No: RFI/MPTB1/RP44198JD01A Conformance Testing Department Test Of: Danger Inc. Turner GSM-1900 Mobile Phone with Colour PDA To: FCC Part 24: 2001, FCC Part 15: 2001 and Part 2: 2001 PHT\44198JD01\002 Close up of Chassis with Keyboard Removed RADIO FREQUENCY INVESTIGATION LTD. Internal Photographs S.No: RFI/MPTB1/RP44198JD01A Conformance Testing Department Test Of: Danger Inc. Turner GSM-1900 Mobile Phone with Colour PDA To: FCC Part 24: 2001, FCC Part 15: 2001 and Part 2: 2001 PHT\44198JD01\003 Keyboard Sub Assembly removed from Chassis RADIO FREQUENCY INVESTIGATION LTD. Internal Photographs S.No: RFI/MPTB1/RP44198JD01A Conformance Testing Department Test Of: Danger Inc. Turner GSM-1900 Mobile Phone with Colour PDA To: FCC Part 24: 2001, FCC Part 15: 2001 and Part 2: 2001 PHT\44198JD01\004 Module One Rear View with RF Shielding Removed RADIO FREQUENCY INVESTIGATION LTD. Internal Photographs S.No: RFI/MPTB1/RP44198JD01A Conformance Testing Department Test Of: Danger Inc. Turner GSM-1900 Mobile Phone with Colour PDA To: FCC Part 24: 2001, FCC Part 15: 2001 and Part 2: 2001 PHT\44198JD01\005 Module One Showing Antenna RADIO FREQUENCY INVESTIGATION LTD. Internal Photographs S.No: RFI/MPTB1/RP44198JD01A Conformance Testing Department Test Of: Danger Inc. Turner GSM-1900 Mobile Phone with Colour PDA To: FCC Part 24: 2001, FCC Part 15: 2001 and Part 2: 2001 PHT\44198JD01\006 Module One Top View with RF Shielding Removed RADIO FREQUENCY INVESTIGATION LTD. Internal Photographs S.No: RFI/MPTB1/RP44198JD01A Conformance Testing Department Test Of: Danger Inc. Turner GSM-1900 Mobile Phone with Colour PDA To: FCC Part 24: 2001, FCC Part 15: 2001 and Part 2: 2001 PHT\44198JD01\007 Module Two Rear View with RF Cover Removed RADIO FREQUENCY INVESTIGATION LTD. Internal Photographs S.No: RFI/MPTB1/RP44198JD01A Conformance Testing Department Test Of: Danger Inc. Turner GSM-1900 Mobile Phone with Colour PDA To: FCC Part 24: 2001, FCC Part 15: 2001 and Part 2: 2001 PHT\44198JD01\008 Module Two Rear View RADIO FREQUENCY INVESTIGATION LTD. Internal Photographs S.No: RFI/MPTB1/RP44198JD01A Conformance Testing Department Test Of: Danger Inc. Turner GSM-1900 Mobile Phone with Colour PDA To: FCC Part 24: 2001, FCC Part 15: 2001 and Part 2: 2001 PHT\44198JD01\009 Module Two Top View with RF Cover Removed RADIO FREQUENCY INVESTIGATION LTD. Internal Photographs S.No: RFI/MPTB1/RP44198JD01A Conformance Testing Department Test Of: Danger Inc. Turner GSM-1900 Mobile Phone with Colour PDA To: FCC Part 24: 2001, FCC Part 15: 2001 and Part 2: 2001 PHT\44198JD01\010 Module Two Top View RADIO FREQUENCY INVESTIGATION LTD. Internal Photographs S.No: RFI/MPTB1/RP44198JD01A Conformance Testing Department Test Of: Danger Inc. Turner GSM-1900 Mobile Phone with Colour PDA To: FCC Part 24: 2001, FCC Part 15: 2001 and Part 2: 2001 PHT\44198JD01\011 Rear of Keyboard RADIO FREQUENCY INVESTIGATION LTD. Internal Photographs S.No: RFI/MPTB1/RP44198JD01A Conformance Testing Department Test Of: Danger Inc. Turner GSM-1900 Mobile Phone with Colour PDA To: FCC Part 24: 2001, FCC Part 15: 2001 and Part 2: 2001 PHT\44198JD01\012 Rear View of Display RADIO FREQUENCY INVESTIGATION LTD. Internal Photographs S.No: RFI/MPTB1/RP44198JD01A Conformance Testing Department Test Of: Danger Inc. Turner GSM-1900 Mobile Phone with Colour PDA To: FCC Part 24: 2001, FCC Part 15: 2001 and Part 2: 2001 PHT\44198JD01\013 Rear View with Cover Removed RADIO FREQUENCY INVESTIGATION LTD. Internal Photographs S.No: RFI/MPTB1/RP44198JD01A Conformance Testing Department Test Of: Danger Inc. Turner GSM-1900 Mobile Phone with Colour PDA To: FCC Part 24: 2001, FCC Part 15: 2001 and Part 2: 2001 PHT\44198JD01\014 Top of Keyboard

Danger Hiptop Operational Description 31 May 2002 The Danger Hiptop is a PDA-like device which comprises • a GSM-1900 cell phone • GPRS (class 8, class B)-based wireless data access for o web browser o e-mail application o instant messenger application • SMS application • various personal information management (PIM) tools It has a built-in, non-removable lithium ion battery. The nominal voltage is 4.2V, and the battery supplies 1200mAh. Hardware accessories include • battery charger • camera • hands-free kit • USB cable • cigarette lighter adapter The Hiptop is initially configured in a powered-down shipping mode. In this mode, the battery charger must be connected in order to power up the device. Once the device begins booting, the battery charger can be removed. The run time depends heavily on the usage mode of the Hiptop. In the worst case, in which the Hiptop is in a call at full transmit power (30dBm), a run time of at least three hours can be expected. Note that the Hiptop will not run properly if the battery is fully discharged, even if the battery charger is connected. In order to be used, the Hiptop needs a SIM. This is inserted in the left side of the unit. The plastic piece which covers the slot needs to be removed, which exposes the SIM slot. The Hiptop should be off when the SIM is inserted or removed. If a SIM is accidentally inserted while the Hiptop is on, the unit should be rebooted. The unit can be rebooted by pressing and holding the “@”, “1”, and “0” keys. They should be depressed in that order, in rapid succession. The unit can also be rebooted by inserting an object such as a straightened-out paper clip into the small hole labeled “RESET”. This hole is above the keyboard, and accessible only if the display is held in a 45-degree position. In order to do a “hard reset”, the power button should be held down while this reset switch is depressed. In order to place a call, the “Phone” application should be selected in the main menu (the so- called “Chooser”). A telephone number can be entered using the keyboard, and the number can be dialed either by pressing the scroll wheel on the right, or the “enter” key. The call can be terminated by highlighting the “End call” button with the scroll wheel and then pressing the scroll wheel or the “enter” key. The unit will sleep after being idle for a certain number of minutes. In order to get the unit out of this mode, the display can be turned 180 degrees, or any key on the keyboard can be pressed. In order to access the antenna connection, the bottom cover must be removed. Remove the screw in the middle of the bottom cover using a T6 torx screwdriver. Run a fingernail or other flexible, flat object around the unit, in between the bottom cover and the rest of the unit, to loosen the cover. Carefully remove the cover. The antenna is in the middle of the unit. In normal Hiptop units, the antenna is soldered to the bottom of the radio module, which is the large, rectangular metallic object right next to it.

DETAILED DESCRIPTION OF MODULATION SYSTEM A detailed description of the modulation system employed is provided in this exhibit, per the requirements of § 2.1033(c)(13). In general, the GSM system utilizes a Time Division Multiple Access (TDMA) scheme with eight basic physical channels per carrier. Carrier separation is 200 kHz. The basic radio resource is a time slot which lasts approximately 576.9 _s during which information is transmitted at a modulation rate of approximately 270.833 kb/s. The modulation scheme is Gaussian MSK (GMSK) with a bandwidth-time (BT) product of 0.3. The following description of the GSM modulation system is taken directly from Chapter 4 of Volume 1, Radio Path Physical Layer, in the Personal Communications Services, Air Interface Specification, J-STD-007. 4.0 Modulation This chapter defines the theoretical requirements of the modulator, inclusive of the differential encoder. The modulator receives the bits from the encryption unit and produces and RF modulated signal. The information bits are first differentially encoded and then passed to the modulator. The modulation is GMSK (Gaussian Minimum Shift Keying) with a BT product of 0.3. 4.1 Modulation Format 4.1.1 Modulating Bit Rate The modulating bit rate is 1/T = 1625/6 kb/s (approximately 270.833 kb/s). 4.1.2 Start and Stop of the Burst The bits contained within a burst are defined in Chapter 2. For the purpose of the modulator specification as follows, the bits entering the differential encoder prior to the first bit of the burst and following the last bit of the burst are consecutive logical ones and are denoted by the term dummy bits which define the start and end points of the useful and active parts of the burst as shown in Figure 4.1. The actual state of these bits is left to the manufacturer's implementation subject to the requirement that all performance specifications of this volume are met. Nothing is specified about the actual phase of the modulator output signal outside of the useful part of the burst. Figure 4.1 depicts the relationship between the active and useful part of the burst, the tail bits and dummy bits for a normal burst. The useful part of the burst lasts for 147 modulating bits. Figure 4.: Normal Burst 4.1.3 Differential Encoding Each data value d i = [0,1] is differentially encoded. The output of the differential encoder is: d' i = di . di-1 where . denotes modulo 2 addition. The modulating data value _ i input to the modulator is: _i = 1 - 2d'i where _i _ {-1, 1} 4.1.4 Filtering The modulating data values α i as represented by Dirac pulses excite a linear filter with impulse response defined by: g(t) = h(t) ⊗ rect(t/T) where the function rect(x) is defined by rect(t/T) = 1/T for .t. < T/2 rect(t/T) = 0 otherwise and ⊗ means convolution. h(t) is defined by where B is the 3 dB bandwidth of the filter with impulse response h(t) and T is the duration of the one input data bit. 4.1.5 Output Phase The phase of the modulated signal is: where the modulating index h is ½ (maximum phase change in radians is ½ per data interval). The time reference t' = 0 is the start of the active part of the burst as shown in Figure 4. The is also the start of the bit period of bit number 0 (the first tail bit) as defined in chapter 2. 4.1.6 Modulation The modulated RF carrier, except for start and stop of the TDMA burst may therefore be expressed as: where Ec is the energy modulating bit, fo is the center frequency, and .o is a random phase and is constant during one burst.

MEANS FOR DETERMINING AND STABILIZING FREQUENCY, SUPPRESSION OF SPURIOUS RADIATION, LIMITING MODULATION, AND LIMITING POWER As required by § 2.1033(c)(10), this exhibit details the methods employed to determine and stabilize frequency, suppress spurious radiation and to limit both modulation and power Means for Determining and Stabilizing Frequency No absolute frequency stability requirements are levied against broadband PCS equipment operating under the authority of Part 24, Subpart J. However, per § 24.235, the frequency stability of the equipment shall be sufficient to ensure that the fundamental emission stays within the authorized frequency block. Specifically, this is accomplished as follows: The transmit RF carrier of the Core Engine is generated by a voltage controlled oscillator (VCO) which is phase locked to a 13 MHz master reference source. This 13 MHz source is synchronized to the GSM network and, within the Core Engine, is controlled by an 11 bit DAC to keep the carrier to within ±0.1 ppm of the network reference. Measurements of the stability of the fundamental emission of the Core Engine over variations in temperature and input voltage are presented in the test report. As a GSM- compliant terminal, the stability of the Core Engine carrier is to be within ±0.1 ppm (±200 Hz in 2000 MHz) of the nominal value, in accordance with GSM performance requirements (see J-STD-007, Personal Communications Services, Air Interface Specification; Volume 1, Radio Path Physical Layer, Section 7.4.1). Means for Suppression of Spurious Radiation Suppression of spurious and harmonic radiation in the Core Engine is ensured through good engineering practices and proper transmitter design, lay-out, and construction. 1. Transmitter Architecture and Design Frequency plan of the transmitter—local oscillator frequencies were selected to minimize spurious products. Use of an upconversion loop architecture to minimize spurious and noise power level in the PCS1900 receive band (1930-1990 MHz). Lowpass filtering within and prior to the T/R switch to further reduce harmonics. 2. Physical Realization of the Core Engine Fully shielded GSM radio module construction with filtering on all signal (data, control, clock) and power supply leads. Localized shielding over the GSM radio and digital/baseband sections. Careful component placement and layout, multi-layer circuit board construction, microstrip signal routing, and construction techniques to eliminate cavity moding and resonances. Means for Limiting Modulation Per GSM specifications, the modulation scheme implemented by the Core Engine is Gaussian MSK (GMSK), with a bandwidth-time product of BT = 0.3. Modulation rate is 1625/6 kbps, or approximately 280.83 kbps. To minimize spreading of the spectrum, GSM standards require that the RF output spectrum meet the mask shown in Figure E6.1. In the Core Engine, modulation accuracy is maintained through the use of direct digital synthesis techniques. Figure E6.1. GSM terminal modulation mask. Means for Limiting Power As a GSM-compliant terminal, the Core Engine is capable of transmitting at any of the 16 defined nominal RF output power levels, ranging from 30.0 dBm to 0.0 dBm, during its assignedTDMA frame. Core Engine transmitter operation (output power level) is controlled by the GSM network, and specifically by the base station to which the Core Engine is attached. Maximum RF output power of the Core Engine is set at the factory and cannot be altered or increased. Furthermore, the temporal variation in power level within each transmission (i.e., transmission burst time mask) is in accordance with GSM requirements. This is accomplished by adjusting transmitter gain through a discrete time power control loop and ramping the transmitter on and off at the beginning and ending of each burst. The power control loop is implemented using an open loop technique proven to have little effect on output power versus temperature. Maximum RF power is adjusted to within the specified tolerance during each burst, at the output power level specified by the base station.

Radio Frequency Investigation Ltd, Ewhurst Park, Ramsdell, Basingstoke, Hampshire, RG26 5RQ, ENGLAND. Tel: +44 (0) 1256 851193 Fax: +44 (0) 1256 851192 Registered in England, No. 211 7901. Registered Office: Ewhurst Park, Ramsdell, Basingstoke, Hampshire RG26 5RQ TEST REPORT FROM RADIO FREQUENCY INVESTIGATION LTD. Test of: Danger Inc. Hiptop Mobile Telephone Handset with Colour Display To: OET Bulletin 65 Supplement C: (2001-01) Test Report Serial No: RFI/SARB2/RP44198JD02A Supersedes Test Report Serial No: RFI/SARB1/RP44198JD01A This Test Report Is Issued Under The Authority Of Richard Jacklin, Operations Director: Checked By: Tested By: Release Version No: PDF01 Issue Date: 18 March 2003 Test Date: 12 December 2002 It should be noted that the standard, OET Bulletin 65 Supplement C: (2001-01) is not listed on RFIs current UKAS schedule and is therefore “not UKAS accredited”. This report is issued in Adobe Acrobat portable document format (PDF). It is only a valid copy of the report if it is being viewed in PDF format with the following security options not allowed: Changing the document, Selecting text and graphics, Adding or changing notes and form fields. Furthermore, the date of creation must match the issue date stated above. This report may be copied in full. The results in this report apply only to the sample(s) tested. RADIO FREQUENCY INVESTIGATION LTD. TEST REPORT S.No. RFI/SARB2/RP44198JD02A Operations Department Page 2 of 34 Issue Date: 18 March 2003 Test Of: Danger Inc. Hiptop Mobile Telephone Handset with Colour Display To: OET Bulletin 65 Supplement C: (2001-01) This page has been left intentionally blank. RADIO FREQUENCY INVESTIGATION LTD. TEST REPORT S.No. RFI/SARB2/RP44198JD02A Operations Department Page 3 of 34 Issue Date: 18 March 2003 Test Of: Danger Inc. Hiptop Mobile Telephone Handset with Colour Display To: OET Bulletin 65 Supplement C: (2001-01) Table of Contents 1. Client Information..............................................................................................................4 2. Equipment Under Test (EUT) ...........................................................................................5 3. Test Specification, Methods And Procedures ................................................................8 4. Deviations From The Test Specification .........................................................................9 5. Operation Of The EUT During Testing ..........................................................................10 6. Summary Of Test Results...............................................................................................11 7. SAR Measurement System.............................................................................................14 8. SAR Safety Limits ...........................................................................................................15 9. Details of SAR Evaluation ..............................................................................................16 10. Evaluation Procedures .................................................................................................17 11. System Validation .........................................................................................................18 12. Simulated Tissues.........................................................................................................19 13. Tissue Parameters ........................................................................................................20 14. DASY3 Systems Specifications ...................................................................................21 15. Validation results – 1900 MHz ......................................................................................22 16. Measurement Uncertainty ............................................................................................23 Appendix 1. Test Equipment Used ....................................................................................25 Appendix 2. Measurement Methods ..................................................................................26 Appendix 3. SAR Distribution Scans.................................................................................28 Appendix 4. Test Configuration Photograph....................................................................29 Appendix 5. Calibration Data .............................................................................................31 Appendix 6. Photographs of EUT ......................................................................................33 Test Report Serial No: RFI/SARB2/RP44198JD02A supersedes Test Report Serial No: RFI/SARB1/RP44198JD02A RADIO FREQUENCY INVESTIGATION LTD. TEST REPORT S.No. RFI/SARB2/RP44198JD02A Operations Department Page 4 of 34 Issue Date: 18 March 2003 Test Of: Danger Inc. Hiptop Mobile Telephone Handset with Colour Display To: OET Bulletin 65 Supplement C: (2001-01) 1. Client Information 1.1. Client Details Company Name: Danger Inc Address: 124 University Avenue Palo Alto Ca 94301 USA Contact Name: Mr M Wallgren 1.2. Test Laboratory Company Name: Radio Frequency Investigation …

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