ANOTK1TP10HOPLaptop PC - IBM ThinkPad X30 Series

ThinkPad ® X30Series ServiceandTroubleshootingGuide
 ThinkPad ® X30Series ServiceandTroubleshootingGuide
 Note Before using this information and the product it supports, be sure to read the general information under Appendix A, “Important safety instructions” on page 41, Appendix B, “Wireless related information” on page 47, Appendix C, “Warranty information” on page 49, and Appendix D, “Notices” on page 63. DANGER vTo avoid electric shock hazard, connect and disconnect cables appropriately when installing, moving or opening the covers of this product or attached devices. Use the power cord with a properly grounded outlet. vDo not leave the base of your computer in contact with your lap or any part of your body for an extended period when the computer is functioning or when the battery is charging. Your computer dissipates some heat during normal operation. This heat is a function of the level of system activity and battery charge level. Extended contact with your body, even through clothing, could cause discomfort or, eventually, a skin burn. vTo reduce the risk of electric shock, do not use your computer in or near water. vTo avoid electric shock, do not use your computer with the telephone cable connection during an electrical storm. Do not connect the cable to or disconnect it from the telephone outlet on the wall during an electrical storm. vStore packing materials safely out of the reach of children to prevent the risk of suffocation from plastic bags. vThe battery pack contains a small amount of harmful substances. There is danger of an explosion if the battery pack is incorrectly replaced, exposed to fire or water, short-circuited or disassembled. Keep the battery pack away from children and do not put it in trash that is disposed of in landfills. vTo reduce the risk of fire, use only No. 26 AWG or thicker telephone cable. vThe fluorescent lamp in the LCD contains mercury. Do not put it in trash that is disposed of in landfills. Rough handling or dropping the computer can cause the LCD to break and the internal fluid to get into your eyes or on your hands. Immediately wash the affected areas with water. If symptoms persist, seek medical care. vDo not disassemble the optical storage drive unit, as this might result in hazardous radiation exposure. vAvoid direct eye exposure with the laser beam contained in some drives. First Edition (June 2002) The following paragraph does not apply to the United Kingdom or any country where such provisions are inconsistent with local law: INTERNATIONAL BUSINESS MACHINES CORPORATION PROVIDES THIS PUBLICATION′′AS IS′′WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESS OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF NON-INFRINGEMENT, MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. Some states do not allow disclaimer of express or implied warranties in certain transactions, therefore, this statement may not apply to you. This information could include technical inaccuracies or typographical errors. Changes are periodically made to the information herein; these changes will be incorporated in new editions of the publication. IBM may make improvements and/or changes in the product(s) and/or the program(s) described in this publication at any time without notice. IBM may use or distribute any of the information you supply in any way it believes appropriate without incurring any obligation to you. © Copyright International Business Machines Corporation 2002. All rights reserved. US Government Users Restricted Rights – Use, duplication or disclosure restricted by GSA ADP Schedule Contract with IBM Corp. Important Wireless Regulatory Notice for Users The ThinkPad X30 Series computer complies with the radio frequency and safety standards of any country or region in which it has been approved for wireless use. You are requested to install and use your ThinkPad computer in strict accordance with the local RF regulations. Before you use the ThinkPad X30 computer, please find and read“Wireless Regulatory Notice for ThinkPad X30 Series,”the notice that supplements this Service and Troubleshooting Guide. The notice is included in the package with this publication. © Copyright IBM Corp. 2002iii ivThinkPad ® X30 Series Service and Troubleshooting Guide Finding information with Access ThinkPad Find answers to questions about your computer and view IBM Web sites by pressing the ThinkPad button to open Access ThinkPad, your on-board computer help center. © Copyright IBM Corp. 2002v Take a tour of your ThinkPad computer and learn how to get started, customize your computer, add memory, protect data, recover applications and data files, upgrade, and solve problems. Once you are familiar with the hardware features of your computer, click the Tools and Tips tab to get the most out of those features, like Wireless Networking, Maximizing your battery life, and even personalizing Access ThinkPad. Click Access Helpto open a comprehensive help system that offers information such as how to change or upgrade the memory in your computer. Visit these IBM Web sites to join an interactive community of ThinkPad users, download new backgrounds, purchase accessories, or get online support. Keyword Search provides a quick way to search information in Access Help. Click System Information to view information about your system, such as model number, serial number, and hard disk capacity. viThinkPad ® X30 Series Service and Troubleshooting Guide Some of the topics in your help system contain brief video clips that show you how to perform certain tasks, such as replacing your battery, inserting a PC Card, or upgrading your memory. Use the controls shown to play, pause, and rewind the video clip. Finding information with Access ThinkPadvii viiiThinkPad ® X30 Series Service and Troubleshooting Guide Contents Important Wireless Regulatory Notice for Users..............iii Finding information with Access ThinkPadvi Chapter 1. Overview of your new ThinkPad computer......…

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FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota Attestation Statements Part 1: Processing Gain of IBM High Rate Wireless LAN Mini-PCI Adapter with Modem II Part 2: Processing Gain of IBM Bluetooth Daughter Card Part 3: Attestation Statements according FCC 15.247 for IBM Bluetooth Daughter Card FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota Part 1: Processing Gain of IBM High Rate Wireless LAN Mini-PCI Adapter with Modem II IBM is authorized to refer the Processing Gain data of the original Intel card (FCC ID: J30M3AWEB56GA). FCC Processing Gain report of Intersil MiniPCI 2.4 GHz WLAN transceiver model ISL37400M for: -channel 1 at 11Mbps -channel 6 at 2 Mbps -channel 6 at 11 Mbps -channel 11 at 11 Mbps intersil PRISM radio Jamming Margin Test _________________________________________________________________________________________________________ _____________________________________________________________________________________ intersil Page 1 Testing for compliance with FCC rules 15-247e Carl Andren intersil Corporation [email protected] 321-724-7535 Scope This report presents the test procedure, test configuration and test data associated with a FCC Part 15.247 (e) Jamming Margin test for the indirect measurement of processing gain. Applicable Reference Documents. 1. ìOperation within the bands 902-928 MHz, 2400-2483.5, and 5725-5850 MHzî Title 47 Part 15 section 247 (e) Code of Federal Regulations. (47 CFR 15.247). 2. ìReport and Order: Amendment of Parts 2 and 15 of the Commissionís Rules Regarding Spread Spectrum Transmitters. Appendix C: ëGuidance on Measurements for Direct Sequence Spread Spectrum Systemsî FCC 97-114. ET Docket No. 96-8, RM-8435, RM-8608, RM-8609. 3. ìISL3874 Direct Sequence Spread Spectrum Baseband Processor 4. ì M-ary Orthogonal Keying BER Curveî, Test Background and Procedure. According to FCC regulations [1], a direct sequence spread spectrum system must have a processing gain, G p of at least 10 dB. Compliance to this requirement can be shown by demonstrating a relative bit-error-ratio (BER) performance improvement (and corresponding signal to noise ratio per symbol improvement of at least 10 dB) between the case where spread spectrum processes (coding, modulation) are engaged relative to the processes being bypassed. In some practical systems, the spread spectrum processing cannot simply be bypassed. In these cases, the processing gain can be indirectly measured by a jamming margin test [2]. In accordance with the new NPRM 99-231, if the vendor has a system with less than 10 chips per symbol, the CW jamming results must be supported by a theoretical explanation of the system processing gain. intersil PRISM radio Jamming Margin Test _________________________________________________________________________________________________________ _____________________________________________________________________________________ intersil Page 2 Theoretical calculations The processing gain is related to the jamming margin as follows [2]: system output p L S J N S G+       +       = Where BER REFERENCE is the reference bit error ratio with its corresponding, theoretical output signal to noise ratio per symbol, (S/N) output , (J/S) is the jamming margin (jamming signal power relative to desired signal power), and L system are the system implementation losses. The maximum allowed total system implementation loss is 2 dB. The ISL3874 direct sequence spread spectrum baseband processor uses CCK modulation which is a form of M-ary Orthogonal Keying. The BER performance curve is given by [5]: ì The probability of error for generalized M-ary Orthogonal signaling using coherent demodulation is given by: PPQz E z dz ec b M S N =− =−−+               −       − − ∞ ∫ 11 1 2 212 2 1 2 1 2 01 0 π η ()exp This integral cannot be solved in closed form, and numerical integration must be used. This is done in a MATHCAD environment and is displayed in graphical format. intersil PRISM radio Jamming Margin Test _________________________________________________________________________________________________________ _____________________________________________________________________________________ intersil Page 3 1.1 1000 byte PER vs. Es/No 15.51616.517 10 -2 10 -1 10 0 11 Mbps CCK in Thermal Noise Es/No (dB) 1000 byte Packet Error Rate The reference PER is specified as 8% . The corresponding Es/No (signal to noise ratio per symbol) is 16.4 dB. The Es/No required to achieve the desired BER with maximum system implementation losses is 18.4 dB. The minimum processing gain is again, 10 dB, therefore: dB S J dBdBL S J N E G system output o s p 100.24.16≥       ++=+       +         = dB S J dBG p 104.18≥       += The minimum jammer to signal ratio is as follows: dB S J 4.8−≥       For the case of the ISL3874, the bit rates are 1, 2, 5.5, and 11 Mbps. The corresponding symbol rates are 1, 1, 1.375, and 1.375 MSps. The chip rate is always 11 MCps, so the ratio of chip rate to symbol rate is 11:1 for the 1 and 2 Mbps rates and 8:1 for the 5.5 and 11 Mbps rates. Since the symbol rate to bit rate is less than 10 for the higher rates, we supply the theoretical processing gain calculation for these cases where both spread spectrum intersil PRISM radio Jamming Margin Test _________________________________________________________________________________________________________ _____________________________________________________________________________________ intersil Page 4 processing gain and coding gain are utilized. This is reasonable in that they cannot be separated in the demodulation process. If a separable FEC coding scheme were used, we would not be comfortable making this assertion. As can be seen from the curve of figure 1, the Es/N0 is 16.4 dB at the PER of 8%. This PER can be related to a BER of 1e-5 on 1000 byte packets. With 8 bits …

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IBM Japan Ltd. 1623-14, Shimotsuruma, Yamato Kanagawa 242-8502, Japan May 14, 2002 Federal Communications Commission Equipment Approval Services P.O. Box 358315 Pittsburgh, PA 15251-5315, USA Subject: Request for FCC Certification of Part 15, Subpart C Dear sir : Please find enclosed an IBM’s application document for the FCC Part 15, Subpart C certification. - FCC ID : ANOTK1TP10HOP - Applying equipment name : ThinkPad X30 Series -Device type : 2400-2483.5MHz Spread Spectrum, Direct Sequence and Frequency Hopping (Bluetooth) system The applying product is a compact size laptop PC integrating IEEE802.11b Wireless LAN Mini-PCI card and Bluetooth Standard adapter. If any further information is required concerning this application, please contact us. Sincerely, Akihisa Sakurai Manager, EMC Engineering Yamato Laboratory, IBM Japan Ltd.

IBM Japan Ltd. 1623-14, Shimotsuruma, Yamato Kanagawa 242-8502, Japan May 14, 2002 Federal Communications Commission Equipment Approval Services P.O. Box 358315 Pittsburgh, PA 15251-5315, USA Subject: Confidentiality Request for FCC Certification of Part 15, Subpart C Dear sir : Please find enclosed an IBM’s application for the FCC Part 15, Subpart C certification : - FCC ID : ANOTK1TP10HOP - Applying equipment name : ThinkPad X30 Series Pursuant to 47 CFR section 0.457(d) and 0.459, we hereby request the confidentiality for the following exhibits. - Confidentiality_Schematic_Diagrams.pdf - Confidentiality_Block_Diagrams.pdf - Confidentiallty_Circuitry_Description.pdf Sincerely, Akihisa Sakurai Manager, EMC Engineering Yamato Laboratory, IBM Japan Ltd.

FCC ID: ANOTK1TP10HOP Document Number: FCC-19-0191-0 IBM Japan Ltd. 1623-14, Shimotsuruma, Yamato-shi Kanagawa-ken 242-8502, Japan July 01, 2002 To whom this may concern OET Requested Information FCC ID : ANOTK1TP10HOP Applicant : International Business Machines Corporation Correspondence Reference Number : 23280 731 Confirmation Number : EA297752 Original Requested Date : July 01, 2002 Subject 1) Can all optional transmitters transmit simultaneously? If no, how is that prevented? If yes, please submit MPE estimation for 2.4 GHz and 5.2 GHz simultaneous. Answer 1) We decided to withdraw the co-location of the 5.2GHz PCMCIA option card with the applying LMA transmitter due to the insufficient RF exposure evaluation. As for the 2.4GHz PCMCIA option cards, those transmit simultaneously. Please see the updated RF Exposure evaluation exhibit submitted separately with this letter. Subject 2) Please submit webpage snapshot listing all optional transmitters. Answer 2) Please refer the Attachment in this letter. Subject 3) How does this notebook series (slot location and distance to edges, proximity to shielding/metallic structures) compare to laptop used in 5.2 GHz SAR test, and does that SAR test support compliance in the present host? Answer 3) We withdrew the co_location with the 5.2GHz option, so this question is no longer applicable. Subject 4) Time-averaging provisions of 1.1310 may not be used in determining typical exposure levels for devices intended for use by consumers in general population/uncontrolled environments. Please revise RF exposure exhibit accordingly. Subject 5) "Web guidance" for co-located conditions is pending for TCB approval purposes when SAR routine evaluation is needed, and does not apply for this application. Please revise RF exposure exhibit accordingly. Answer 4, 5) The RF Exposure exhibit was corrected and submitted separately with this letter. Subject 6) We do not understand the statement: "When the antenna separation from a person's body is closer than 2.5 cm, the near field estimation (i.e. the source- based time- averaging) is not proper method for the RF exposure evaluation. So 5 mW should be considered as the criteria of SAR evaluation for the co-location of transmitters." We think you mean "MPE estimation," not near-field. We think you may intend to apply Suppl C Footnote 14. Please clarify and revise RF exposure exhibit accordingly. Note that if Bluetooth and 5.2 GHz LAN antennas are close together, simultaneous SAR evalution could be needed. Answer 6) The “Web guidance” introduced two evaluation routs for the co-location of standalone transmitters. One is “2% of the source- based time-averaged conducted and radiated output power levels of the dominant transmitter” and the other is “5 mW”. The distance between the PC slot and lap is about 1.5cm for all applying PC models, so I thought the FCC ID: ANOTK1TP10HOP Document Number: FCC-19-0191-0 former method is not applicable due to near-field. But I understood the “Web guidance” is not effective yet, therefore I revised the RF Exposure exhibit. Please see the new updated one. Subject 7) Please explain how the system uses a BIOS lock or other method, in order to prevent a user from installing unauthorized transmitter modules. Answer 7) The BIOS lock mechanism was basically developed for the customer installation of a mini-PCI type transmitter. But the transmitter modules (both integrated WLAN and Bluetooth) of this applying equipment are preinstalled by IBM. Also a broken card will be replaced by IBM ourselves. Therefore there is no phase where an unauthorized transmitter module is installed by a customer in this PC model. Please refer the submittal exhibit “RF_Safety_Info.pdf”. We guide the customers as follows. Sincerely, July 01, 2002 Toshiya Murota, Staff Engineer, EMC Engineering, Yamato Laboratory, IBM Japan Ltd. i) Installation of the integrated wireless modules The integrated wireless modules (Wireless LAN Mini-PCI Card and Bluetooth card) are preinstalled by IBM, and you are not permitted to install nor replace the integrated modules by yourself. If your integrated Wireless LAN Mini-PCI Card or Bluetooth card requires replacement via the proper step shown in “Chapter 3. Getting help and service from IBM” of the ThinkPad X30 Series Service and Troubleshooting Guide, IBM will request you to send your computer with the card(s) to IBM so that IBM will repair it. FCC ID: ANOTK1TP10HOP Document Number: FCC-19-0191-0 Attachment: IBM Web site (draft level of pre_announcement) http://www.pc.ibm.com/qtechinfo/MIGR-39377.html

FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota 1/2 External Photos FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota 2/2

FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota 1/1 Product Labeling Bottom view, Rear side label

FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota 1/8 Internal Photos IEEE802.11b Wireless LAN Mini-PCI card by Intel Corp. Bluetooth Daughter card by TDK Systems Europe Ltd. Bluetooth antenna cable WLAN antenna cables FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota 2/8 IEEE802.11b Wireless LAN Mini-PCI Adapter (Back side) FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota 3/8 IEEE802.11b Wireless LAN Mini-PCI Adapter (Top side) Right Antenna terminalLeft antenna terminal FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota 4/8 Bluetooth Daughter Card (Top side) FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota 5/8 Bluetooth Daughter Card (Back side) Antenna terminal FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota 6/8 Antenna Locations IEEE802.11b Wireless LAN Left antenna Inverted-F type Tx/Rx switching IEEE802.11b Wireless LAN Right antenna Inverted-F type Rx only Bluetooth Antenna (Tx/Rx) (Inverted-F type Antenna) FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota 7/8 IEEE802.11b Wireless LAN Antenna (Inverted F type Antenna and Cable) Left antenna (Tx/Rx switch) : IBM P/N: 46L4677 Cable : coax 380 mm Right antenna (Rx only) : IBM P/N: 46L4676 Cable : coax 520 mm FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota 8/8 Bluetooth Antenna (Inverted F type Antenna and Cable) Tx/Rx switch : IBM P/N: 46L4680 Cable : coax 185 mm

FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Yellow Sheet : No. EM634 FCC Part 15, Subpart C (Intentional Radiator) Product Name: ThinkPad X30 Series Multiple Transmitters model (Machine type : 2672/2673) FCC ID: ANOTK1TP10HOP May 14, 2002 EMC Staff Engineer Toshiya Murota Signature: IBM Japan, Ltd. EMC Engineering LAB-S59 1623-14, Shimotsuruma, Yamato-shi Kanagawa-ken 242-8502, Japan Phone: +81-46-215-6574 Fax: +81-46-273-7420 E-Mail: [email protected] Portable Product Director Masaki Kobayashi Signature: IBM Japan, Ltd. Portable Product LAB-R16 1623-14, Shimotsuruma, Yamato-shi Kanagawa-ken 242-8502, Japan Phone: +81-46-215-3889 EMC Engineering Manager / NVLAP signatory Akihisa Sakurai Signature: IBM Japan, Ltd. EMC Engineering LAB-S59 1623-14, Shimotsuruma, Yamato-shi Kanagawa-ken 242-8502, Japan Phone: +81-46-215-2613 Fax: +81-46-273-7420 E-Mail: [email protected] Portable Systems Director Arimasa Naitoh Signature: IBM Japan, Ltd. Portable Systems LAB-R11 1623-14, Shimotsuruma, Yamato-shi Kanagawa-ken 242-8502, Japan Phone: +81-46-215-6110 FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota 1/5 Operational Description 1. Objective This is a Certification Compliance Report for FCC Part 15, Subpart C (Intentional Radiator). - The applying equipment : ThinkPad X30 Series - FCC ID : ANOTK1TP10HOP 2. Product Description The applying equipment is a compact size laptop computer integrating IEEE 802.11b Wireless LAN and Bluetooth functions inside. The specification of the applying equipment is as follows : l The Wireless LAN feature consists of an OEM card (Intel Corp., IEEE802.11b Wireless LAN Mini-PCI card) and IBM original integrated antennas (Inverted F-figure type antenna × 2). l The Bluetooth feature consists of an OEM card (TDK Systems Europe Ltd., Bluetooth standard card) and IBM original integrated antenna (Inverted F-figure type antenna × 1). The all wireless features (antennas and cards) are built in the applying equipment by IBM . Table 1 : Specification of PC main body Model Identification ThinkPad X30 Series Machine Type Number 2672, 2673 Max. size 273mm(10.7")(W) : 223mm(8.8")(D) : 24.9-30.2mm(0.98-1.19")(H) Max. weight 3.7 lbs Hard disk 2.5” Max. 60GB Memory 256MB Bay Device none Power AC adapter, Battery (Li-Ion) Ports & Slots Parallel, CRT, Headphone, Microphone, Line In, USBx2, 4MB IR, Port Replicator/Slicer/Docking, Ethernet, Modem, PCMCIA slot (type-2 x 1 ), CF Slot (type2 x1) CPU Mobile Intel® Pentium® III processor-M, 1.06GHz or 1.20GHz LCD 12.1 inch TFT XGA PC Functions Integrated Wireless feature IEEE802.11b Wireless LAN, Bluetooth FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota 2/5 Table 2 : Specification of IEEE802.11b Wireless-LAN feature IBM internal product name IBM High Rate Wireless LAN Mini-PCI Adapter with Modem II Carrier Frequencies 2412MHz – 2462MHz Occupied BW at 20dB below (Band-edge) 2403.65MHz – 2470.79MHz Channels Total 11 channels (default setting ch. # : 1, 6, 11) Channel BW at 20dB below Max. 17.16 MHz / ch Channal spacing 5 MHz Conducted emission Power 17.1 dBm Antenna gain 1.42 dBi Antenna type Inverted F-figure type antenna Tx/Rx switching antenna : IBM P/N: 46L4677 Rx antenna : IBM P/N: 46L4676 Antenna cable type and length Tx/Rx switching antenna : coax 380 mm Rx antenna : coax 520 mm Bit rate 1 Mbit/sec2 Mbit/sec5.5 Mbit/sec11 Mbit/sec Chip/symbol rate 111188 Bit/symbol rate 1 (DBPSK)2 (DQPSK)4 (CCK)8 (CCK) Chip/bit rate 115.521 Table 3 : Specification of Bluetooth feature IBM internal product name IBM Bluetooth Daughter Card Carrier Frequencies 2402MHz – 2480MHz Occupied BW at 20dB below (Band-edge) 2401.690MHz – 2480.442MHz Channels Total 79 channels (Inquiry / Paging mode : 32 channels) Channel BW at 20dB below Max. 0.73 MHz / ch Channal spacing 1 MHz Conducted emission Power 3.6 dBm Antenna gain 2.43 dBi Antenna type Inverted F-figure type antenna IBM P/N: 46L4680 Antenna cable type and length coax 185mm FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota 3/5 3. Mounting structure of Wireless features The left antenna in LCD is used for both RF transmission and receiving with half duplex switching mode. The right antenna is used for RF receiver only. When the Wireless LAN card is in RF receiving state, one of the antennas is selected automatically to have a good quality of radiocommunication. Wireless LAN, Rx antenna Wireless LAN, Tx / Rx switching antenna OEM IEEE802.11b Wireless LAN Mini-PCI card supplied by Intel Corp.. Reference: The card is also granted as a LMA device (FCC ID: J3OM3AWEB56GA). Bluetooth, Tx / Rx switching antenna OEM Bluetooth standard card supplied by TDK Systems Europe Ltd. (no FCC ID) FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota 4/5 4. Related Submittal(s)/Grant(s)/Notes The host unit with full peripheral devices including the applying wireless modules as an unintentional radiator is classified as a Digital Device under the FCC Part 15 Subpart B or the Industry Canada Class B Emission Compliance (ICES-003), and subject to DoC. 5. Circuitry description of the Wireless LAN PC card Because of the confidentiality request by the original card manufacturer (Intel Corp.), the circuitry description of the wireless LAN card should be held in confidence per the FCC 47 CFR Section 0.459. 6. Circuitry description of the Bluetooth card Reference: Bluetooth Daughter Board hardware specifications by TDK Systems Europe Ltd. Refer to circuit drawings in “Schematic Diagrams of IBM Bluetooth Daughter Card”. The first page shows the main assembly layout of the card. Sheet 1 of 3 refers to the blutooth core ( control circuit ). Sheet 2 of 3 refers to the RF section. Sheet 3 of 3 contains no actual circuit information, only the interconnection between vias on the PCB. Most of the functionality of the circuitry is contained within the CSR Bluecore…

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FCC Test Report FCC ID: ANOTK1TP10HOP Document Number: FCC 19-0191-0 Prepared by T. Murota 1/1 Parts List of IBM Bluetooth Daughter Card

Part Number: 62P9652 Wireless Regulatory Notice for ThinkPad X30 Series Multiple Transmitters Model This notice is a supplementary document of the “ThinkPad ® X30 Series Service and Troubleshooting Guide.” The ThinkPad X30 Series computer complies with the radio frequency and safety standards of any country or region in which it has been approved for wireless use. You are requested to install and use your ThinkPad computer in strict accordance with the instructions as described hereafter. Before you use the ThinkPad X30 computer, please read this document. © Copyright IBM Corp. 20021 USA — Federal Communications Commission (FCC) This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: 1.This device may not cause harmful interference, and 2.this device must accept any interference received, including interference that may cause undesired operation. i) Installation of the integrated wireless modules The integrated wireless modules (Wireless LAN Mini-PCI Card and Bluetooth card) are preinstalled by IBM, and you are not permitted to install nor replace the integrated modules by yourself. If your integrated Wireless LAN Mini-PCI Card or Bluetooth card requires replacement via the proper step shown in“Chapter 3. Getting help and service from IBM”of the ThinkPad X30 Series Service and Troubleshooting Guide, IBM will request you to send your computer with the card(s) to IBM so that IBM will repair it. ii) The FCC RF Safety Requirement The radiated output power of Wireless LAN Mini-PCI Card and Bluetooth card are far below the FCC radio frequency exposure limits. Nevertheless, the ThinkPad X30 computer shall be used in such a manner that the potential for human contact during normal operation is minimized as follows: Multiple Transmitters model If you find the FCC ID“ANOTK1TP10HOP”on the label at the bottom side of your ThinkPad computer, your computer is approved as a Multiple Transmitters device that is permitted to use the integrated Wireless LAN Mini-PCI Card and Bluetooth card with two or more wireless option PC Cards in the PC Card slot simultaneously. Please make sure of the following conditions on use of option wireless cards. Use of Wireless options Please make sure of the following when you use a Bluetooth option or wireless option PC Card in your ThinkPad computer. 1.Visit the IBM ® site atwww.ibm.com/pc/qtechinfo/MIGR-39377.htmland confirm the updated list of RF option devices that have been approved to cooperate with the integrated wireless feature. 2.When you use any other RF option device that is not listed on the IBM site, all other wireless features including the integrated transmitter in your ThinkPad computer are required to be turned off. 3.Users are requested to follow the RF Safety instructions on wireless option devices that are included in the RF option device’s user’s manual. CAUTION: To comply with FCC RF exposure compliance requirements, a separation 2 distance of at least 20 cm (8 inches) must be maintained between the antenna for the integrated Wireless LAN Mini-PCI Card built in to the screen section and all persons. The Bluetooth antenna is located in the left hinge portion of keyboard. Transmitted energy from the Bluetooth device is very low compared to other RF devices. Therefore a 20 cm separation from the Bluetooth antenna is not required. iii) Interference Statement An improper installation or unauthorized use may cause harmful interference to radio communications. Also any tampering of the internal antenna will void the FCC certification and your warranty. Refer to the“Appendix D. Notices, Electronic emission noti…

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