RKS-PPT8860Handheld PC With Bluetooth

Xscale Main Battery Voltage Sensing CF Connector Flash-ROM32MB x2 IrDA Device LCD 320x240 Transflective TFT Temperature Sensing LED Driver 32bit bus LED Backlight Touch Panel LCD Module Mono Speaker Stereo Headphone Jack Backup Battery Voltage Sensing EEPROM Proton HP Opt Mecha Assy Photo Diode Appendix A Firefly2 Block Diagram <Rev1.6> PPT8860 CPU Core Power Supply Merci ASIC IrDA UART F.F.UA RT I2C PWM0 LCD Controller PCMCIA Controller LED(GRN/AMB) Power AMP Mic AMP I2C Touch panel Controller D/A OUT A/D IN Keypad With Backlight Bus Buffer x3 LCD Timing Conversion LSI RS232C Driver Power Supply circuit I2S Microphone Extended UART External 5V Serial Connector USB 2003.03.20 OLYMPUS 2003.09.26 Olympus Technologies (S) Bluetooth (internal antenna) SD-RAM32MB x2 BT_UART Vibrator Debug Connector L R JTAG CODEC Decoder CPU UART

Mike Kuo From: Jenny Chen [[email protected]] Sent: November25 2003 Tuesday 5:03 AM To: Mike Kuo Subject: Fw: Reply for Olympus 11/26/2003 Dear Mike We had revised the document. Kindly take a look and let me know. Your reply to Question #3 : by reviewing the revised test report with revised 20dB bandwidth plots and compared to channel separation. The channel separation in low, middle and high channel are less than 20dB bandwidth measured at low , middle and high channel. Please note the requirement is the channel separation has to be greater than 20dB bandwidth. The submitted revised report still showed non-compliance result. >> Please refer to pages 12-14 of the report for the remeasurement results. In the revised 20dB bandwidth plots, I can not determine the marker-delta point on the plots. Please make sure such marker can be seen to make sure the 20dB is properly positioned. >> Please refer to pages 15-17 of the report for the rememeasurement results. Your revised FCC ID label format is included in the revised test report but the test report is protected with security. Since the FCC ID label format shall be uploaded to FCC under " FCC ID label format and Location " , I have to extract such information from your test report. Please provide the password to unlock the test report so I can extract information from the test report. Warmest Regards Jenny Chen Compliance Manager Sibercert Pte Ltd (A Subsidiary of PSB Corporation) 3 Science Park Drive #01-03 PSB Annex Singapore 118223 DID *65 6885 1674 Fax *65 6779 2577 Mobile *65 9753 2510 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ This message contains information from Sibercert Pte Ltd. - Singapore and it is intended for the use of the recipient only. The information is privileged, confidential and proprietary in nature. Any unauthorized use, copying, review or disclosure of this message is strictly prohibited. If you receive this message in error, please notify the sender immediately by telephone at (65) 68851674 or by electronic mail. Thank you. ----- Original Message ----- From: Mike Kuo To: 'Jenny Chen' Sent: Friday, November 21, 2003 6:12 AM Subject: RE: Reply for Olympus Hi Jenny : Your reply to Question #3 : by reviewing the revised test report with revised 20dB bandwidth plots and compared to channel separation. The channel separation in low, middle and high channel are less than 20dB bandwidth measured at low , middle and high channel. Please note the requirement is the channel separation has to be greater than 20dB bandwidth. The submitted revised report still showed non-compliance result. In the revised 20dB bandwidth plots, I can not determine the marker-delta point on the plots. Please make sure such marker can be seen to make sure the 20dB is properly positioned. Your revised FCC ID label format is included in the revised test report but the test report is protected with security. Since the FCC ID label format shall be uploaded to FCC under " FCC ID label format and Location " , I have to extract such information from your test report. Please provide the password to unlock the test report so I can extract information from the test report. In the future submission, if you enabled security on the PDA file, please let me know what it the password to unlock it. Otherwise, additional TCB questions may be issued to request the information in the right format which may delay the process. Best Regards Mike Kuo -----Original Message----- From: Jenny Chen [mailto:[email protected]] Sent: Thursday, November 20, 2003 3:00 AM To: Mike Kuo Subject: Reply for Olympus Dear Mike Question #1: Please provide internal photos of Bluetooth SD card used in this PDA. Answer : Bluetooth card Component and Trace Views (PCB Internal Views)have been added to pages 53 and 54 of the attached test report. > > Question #2: Please point out the location of PP8860-R3BZ1000 and > PP8860-R3BZ0000 antennas in the internal photos. Answer : Please refer to page 53 of the report for the antenna location. The antenna is located inside the Bluetooth card. > > Question #3: Per section 15.247(a)(1) of FCC rules, the frequency hopping > systems shall have hopping channel carrier frequencies separated by a > minimum of 25kHz or the 20dB bandwidth of the hopping channel, whichever is > greater. In the test report, the 20dB bandwidth is measured as 1.242MHz, > the measured channel separation is 1MHz which lower than the 20dB BW. > Please address this non-compliance issue. Answer :A re-measurement on 20dB bandwidth was conducted with RBW=30kHz and VBW=100kHz. Please refer to pages 15-17 of the test reports for the test results and plots. The previous non-compliance was due to the setting of RBW=100kHz. With this setting, the bandwidth obtained may merely traced out the filter of the spectrum analyser used instead of the wanted transmission channel bandwidth. 11/26/2003 > Question #4: Per ANSI C63.4 section 13.1.4.1 , when the device is hand-held > or body worn devices, during radiated emission tests, the device shall be > rotated through three orthogonal axes. Such procedures did not mention in > the test report. Please address this issue. Answer: The test description of the Radiated Emissions of the test reports has been amended to address the mentioned procedures. Please refer to Test Method Section (No 2 and 3)of the Radiated Emissions Test Description on page 37. Question #5: Please provide power spectral density test data per section > 15.247(f) when the Bluetooth device is in the acquisition mode. Answer: Please refer to pages 30-32 of the test report for test results and plots. > > Question #6:FCC ID label is not readable. Please provide a clear copy of > FCC ID label format. Answer: Please refer to page 59 of the test report for the FCC ID label format. > > Question #7 : In the operational description, it mentioned "480GHz". Please > make necessary correction. Answer : refer to attachment. > > Question #8 : Based upon the description in…

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External Photo Front View Rear View

FCC LABEL & POSITION ANNEX D 56S030733/06 Labelling requirements per Section 2.925 & 15.19 The label shown will be permanently affixed at a conspicuous location on the device and be readily visible to the user at the time of purchase. Physical Location of FCC Label and ID on EUT 56S030733 FCC Label FCC ID Location (See next page for label format details) FCC LABEL & POSITION ANNEX D 56S030733/06 FCC ID Label Format

Internal Photo Internal View 1 Internal Photo Internal View 2 Internal Photo EUT PCB View 1 Bluetooth CF Card Internal Photo EUT PCB View 2

PPT8860 Operational Description PPT8860 is a lightweight, rugged Pocket PC handheld Personal Data Assistant. It has a scanning feature, data processing function and Bluetooth communication feature. This PDA is powered by a 3.3V battery. This is designed to operate at frequencies between 2.402GHz and 2.480GHz with the modulation of Gaussian Frequency Shift Keying (GFSK) with BT = 0.5.

TEST REPORT Your Ref: Date: 10 Oct 2003 Our Ref: 56S030733/06 Page: 1 of 33 DID: +65-6885 1448 Fax: +65-6777 6409 NOTE: This report is issued subject to PSB Corporation's "Terms and Conditions Governing Technical Services". The terms and conditions governing the issue of this report are set out as attached within this report. LA-2001-0212-A LA-2001-0213-F LA-2001-0214-E LA-2001-0215-B LA-2001-0216-G LA-2001-0217-G The results reported herein have been performed in accordance with the laboratory’s terms of accreditation under the Singapore Accreditation Council - Singapore Laboratory Accreditation Scheme Head Office: PSB Corporation • Testing Group • 1 Science Park Drive Singapore 118221 • Hotline:+65 6885 1333 • Fax:+65 6775 9725 • Email: [email protected] • Website: www.psbcorp. com Regional Offices: Bangkok • Guangzhou • Jakarta • Kuala Lumpur • Shanghai • Taipei FORMAL REPORT ON TESTING IN ACCORDANCE WITH FCC Parts 15B & C : 2002 OF A HANDHELD POCKET PC WITH BLUETOOTH [ MODEL : PPT8860-R3BZ1000] [ FCC ID : RKS-PPT8860 ] TEST FACILITY Telecoms & EMC, Testing Group, PSB Corporation Pte Ltd 1 Science Park Drive, Singapore 118221 FCC REG. NO. 90937 (3m & 10m OATS) 99142 (10m Anechoic Chamber) 871638 (5m Anechoic Chamber) IND. CANADA REG. NO. IC 4257 (10m Anechoic Chamber) PREPARED FOR Mr Foong Foo Kong Olympus Technologies Singapore Pte Ltd 41 Science Park Road #04-10 The Germini Singapore Science park 2 Singapore 117610 Tel : (65) 6870 2541Fax : (65) 6870 2508 JOB NUMBER 56S030733 TEST PERIOD 09 Sept 2003 – 23 Sept 2003 PREPARED BYAPPROVED BY ____________________ Quek Keng Huat Associate Engineer ____________________ Colin Gan Vice President 56S030733/06Olympus Technologies Singapore Pte LtdPage 2 of 33 Handheld Pocket PC with Bluetooth [ Model : PPT8860-R3BZ1000 ] [ FCC ID: RKS-PPT8860 ] TABLE OF CONTENTS TEST SUMMARY PRODUCT DESCRIPTION SUPPORTING EQUIPMENT LIST EUT OPERATING CONDITION TEST RESULTS ANNEX A-TEST INSTRUMENTATION & GENERAL PROCEDURES ANNEX B-EUT PHOTOGRAPHS / DIAGRAMS ANNEX C-USER MANUAL, TECHNICAL DESCRIPTION, BLOCK & CIRCUIT DIAGRAMS ANNEX D-FCC LABEL & POSITION 56S030733/06Olympus Technologies Singapore Pte LtdPage 3 of 33 Handheld Pocket PC with Bluetooth [ Model : PPT8860-R3BZ1000 ] [ FCC ID: RKS-PPT8860 ] TEST SUMMARY The product was tested in accordance with the customer's specifications. Test Results Summary FCC ParagraphsDescriptionsPass / Fail 15.107, 15.207Conducted EmissionsPass 15.205Radiated Emissions (Restricted Band Requirements)Pass 15.109, 15.209Radiated Emissions (Spurious Emissions)Pass Carrier Frequency SeparationPass 15.247 (a)(1) Spectrum Bandwidth (20dB Bandwidth Measurement)Pass Number of Hopping FrequenciesPass 15.247 (a)(1)(iii) Average Frequency Dwell TimePass 15.247 (b)(1)Maximum Peak PowerPass 15.247 (c)RF Conducted Spurious Emissions & Band Edge Compliance at the Transmitter Antenna Terminal Pass 15.247 (d)Peak Power Spectral DensityPass Notes 1.Three channels as listed below, which respectively represent the lower, middle and upper channels of the equipment under test (EUT) were chosen and tested. For each channel, the EUT was configured to operate in the Bluetooth test mode Transmit Channel Frequency (GHz) Channel 02.402 Channel 392.441 Channel 782.480 2.All the measurements in section 15.247 were done based on conducted measurements. 3.The EUT is a Class B device when in non-transmitting state and meets the FCC Part15B Class B requirements. Modifications No modifications were done. 56S030733/06Olympus Technologies Singapore Pte LtdPage 4 of 33 Handheld Pocket PC with Bluetooth [ Model : PPT8860-R3BZ1000 ] [ FCC ID: RKS-PPT8860 ] PRODUCT DESCRIPTION Description: The Equipment Under Test (EUT) is a Handheld Pocket PC with Bluetooth. Manufacturer: Celestica Electronics (S) Pte Ltd Model Number: PPT8860-R3BZ1000 FCC ID: RKS-PPT8860 Serial Number: SA0118033G Microprocessor: Intel Xscale PXA255 (Main CPU) Toshiba TMP91FY22F (Decoder CPU) Operating / Transmitting Frequency : 2.402GHz to 2.480GHz 79 channels. Starting at 2.402MHz with subsequent channel at 1MHz interval from the preceding channel. Clock / Oscillator Frequency: 400MHz Modulation: Gaussian Frequency Shift Keying (GFSK) with BT = 0.5 Pulse Train Cycle: 1.25ms / 3.75ms / 6.25ms Port / Connectors: 1 x Cradle port Rated Input Power: 9V via AC/DC Power Adapter 56S030733/06Olympus Technologies Singapore Pte LtdPage 5 of 33 Handheld Pocket PC with Bluetooth [ Model : PPT8860-R3BZ1000 ] [ FCC ID: RKS-PPT8860 ] SUPPORTING EQUIPMENT DESCRIPTION Equipment Description (Including Brand Name) Model, Serial & FCC ID Number Cable Description (List Length, Type & Purpose) M/N: SLP-220 S/N: B011331000 Seiko Smart Label FCC ID: DoC 1.8m parallel cable. M/N: PW-4012-W1 S/N: 00009 Seiko Smart Label AC/DC Power Adapter FCC ID: Nil 1.8m unshielded AC power cable. 2.0m unshielded DC output cable. M/N: 120478-001 S/N: A2542416 Digital Keyboard FCC ID: AQ6-MTN56Z15 1.80m standard keyboard cable. M/N: MO09K S/N: 23-203646 IBM Mouse FCC ID: DoC 1.80m standard mouse cable. M/N: Evo N800v S/N: KRD32401W1 Compaq Notebook FCC ID: DoC Nil M/N: 239427-001 S/N: 3410756104 Compaq Notebook AC/DC Power Adapter FCC ID: Nil 1.8m unshielded AC power cable. 1.6m unshielded DC output cable. M/N: PPT8860-R3BZ1000 S/N: SA0118033G Olympus Handheld Pocket PC (EUT) FCC ID: RKS-PPT8860 Cable Cup, M/N: UCC8800-00 S/N: BET0011. 1.0m USB cable with moulded ferrite clamp at both ends, M/N: CBL-8800- 100-USB. 1.0m Serial cable, M/N: 25-38383- 01. M/N: PW118 S/N: Nil Olympus Handheld Pocket PC AC/DC Power Adapter FCC ID: Nil 1.8m unshielded AC power cable. 1.9m unshielded DC output cable with moulded ferrite clamp. 56S030733/06Olympus Technologies Singapore Pte LtdPage 6 of 33 Handheld Pocket PC with Bluetooth [ Model : PPT8860-R3BZ1000 ] [ FCC ID: RKS-PPT8860 ] EUT OPERATING CONDITIONS The Handhled Pocket PC with Bluetooth was powered from 110V, 60Hz mains supply. TestsDescription Of Operation 1. Conducted Emissions 2. Radiated Emis…

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Set Up Photos Conducted Emissions Setup (Front View) Conducted Emissions Setup (Rear View) Radiated Emissions Setup (Front View) Radiated Emissions Setup (Rear View) Carrier Frequency Separation Measurement Test Setup Spectrum Bandwidth Measurement Test Setup Number of Hopping Frequencies Measurement Test Setup Average Frequency Dwell Time Measurement Test Setup RF Conducted Spurious & Band Edge Measurement Test Setup