HN2ABTM3-2ABTM3-2

578-100-056 Revision APage 1 of 2 *578-100-056* 578-100-056 Compliance Statement Insert Device Name: Pen Tablet ComputerModel Number: Model 700 (710 & 720 Configurations) The responsible party for the compliance of this device is:Intermec Technologies Corporation 6001 36 th Avenue West Everett, WA 98203 USA (425) 348-2600 CAUTION: See users guide instructions for handling, charging, and replacing batteries. Failure to follow those instructions can result in personal injury, fire, or battery explosion. This product conforms to the following approvals. The user(s) of this product are cautioned to use accessories and peripherals approved by Intermec Technologies Corporation. The use of accessories other than those recommended or changes to this product that are not approved by Intermec Technologies Corporation may void the compliance of this product and may result in the loss of the users authority to operate the equipment. This device complies with part 15 of the FCC and Industry Canada 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. FCC Digital Emissions Compliance This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: • Reorient or relocate the radio or television receiving antenna. • Increase the separation between the computer equipment and receiver. • Connect the equipment into an outlet on a circuit different from that to which the radio or television receiver is connected. • Consult the dealer or an experienced radio television technician for help. Canadian Digital Apparatus Compliance This Class B digital apparatus meets all requirements of the Canadian Interference-Causing Equipment Regulations. Cet appareil numérique de la classe B respecte toutes les exigences du Règlement sur le matériel brouilleur du Canada. Radio Frequency Exposure Compliance for ABTM3 radio, FCC ID: EHAABTM3 CANADA: XXXXXXXX This equipment has been tested and found to comply with the limits for products using radio transmitters used by the general public. 578-100-056 Revision APage 2 of 2 *578-100-056* 578-100-056 DECLARATION OF CONFORMITY (According to ISO/IEC Guide 22 and EN 45014) PAGE ONE OF ONE THE PRODUCT HEREWITH COMPLIES WITH THE REQUIREMENTS OF : THE LOW-VOLTAGE DIRECTIVE 72/32/EEC. THE EMC DIRECTIVE 89/336/EEC. Manufacturer’s Name:European Representative: Intermec Technologies CorporationIntermec International Incorporated 6001 36 th Avenue WestSovereign House, Vastern Road Everett, WA 98203Reading, Berkshire RG1 8BT England Declares that the product listed below: Product Type:ITE/Residential, Commercial, and Light Industrial Product Name: Model 700 Model Number:Model 700Options: All Beginning Serial Number: AllDate Issued: February 26, 2001 Conforms to the following product specifications: Safety:IEC 950 / EN 60950 EMC:EN 55022 : 1994 + A1 : 1995 + A2 : 1997 / CISPR Publication 22 : 1993, Class B Limits and Methods EN 50024 : 1998 (CISPR 24) Information Technology Equipment – Immunity Characteristics – Limits and Methods of Measurement EN 61000-4-2 : 1995 – Electrostatic Discharge EN 61000-4-3 : 1995 – Radiated RF Field EN 61000-4-4 : 1995 – Electrical Fast Transients EN 61000-4-5 : 1995 – Voltage Surge EN 61000-4-6 : 1996 – Conducted RF Field EN 61000-4-11 : 1994 – Voltage Dips, Short Interruptions, and Variations EN61000-3-2 : 1995 + A1 : 1998 + A2 : 1998 + A14 : 2000 – Harmonic Current Emissions EN61000-3-3 : 1994 – Voltage Fluctuation and Flicker I, the undersigned, hereby declare that the equipment specified above conforms to the above Directive(s) and Standard(s). Company Official: Arvin DanielsonPosition: Vice President Signature: Signed Copy on File Date: February 26, 2001 European Contact: Scott Mercer, Intermec International Incorporated, Sovereign House, Vastern Road, Reading, Berkshire, RG1 8BT England; Phone INT+44 118 987 9400; Fax INT+44 118 987 9401

BlueCore 01b BlueCore 01b Product Data Sheet TM bc01b-ds-003d Product Data Sheet Production Information Single Chip Bluetooth Device Product Data Sheet For: BC01b-USB (USB and UART version) (BGA Packaging) BC01b-URT (UART only version) (BGA Packaging) BC01bv-USB (USB and UART version) (VFBGA Packaging) BC01bv-URT (UART only version) (VFBGA Packaging) BlueCore 01b is a single chip radio and baseband IC for Bluetooth 2.4GHz radios, and is implemented in CMOS technology. When used with external flash containing the CSR Bluetooth software stack, it provides a fully compliant Bluetooth system for data and voice communications. General Description Figure 1:BlueCore01b Block Diagram RAM DSP μC I/O 2.4GHz Radio SPI UART/USB PIO PCM XTAL EXTERNAL FLASH RF IN RF OUT Laptop and Desktop PCs Applications Mobile Phones Cordless Headsets Personal Digital Assistants (PDAs) Computer Accessories (Compact Flash, PCMCIA and SD cards) Domestic and Industrial Appliances The design is optimised to require very few external RF components to facilitate rapid design of the applica- tion printed wiring board, and therefore the fastest pos- sible time to market and lowest overall cost. A low intermediate frequency receiver is utilised to allow on-chip channel filtering. All hardware is fully compliant with the Bluetooth specification. The device operates from a regulated supply in the range 2.7V to 3.3V and is available in an 81-ball BGA package. Device Features Compliant to Bluetooth specification V1.1 Small footprint in 8mm x 8mm 81-ball BGA Fully integrated RF block with no external adjustments or trim USB V1.1 compliant Qualified Bluetooth firmware included Extensive built-in-self-test to minimise end product final test time RF reference designs available Low power consumption/optimisation Support for up to 7 slaves TM TM TM TM BlueCore 01b Product Data Sheet TM bc01b-ds-003d Product Data Sheet Production Information Radio Qualified Bluetooth component Extensive built-in-self-test to minimise end product final test time No external trimming required in production Full RF reference designs available Transmitter Up to 2dBm output power for Class 2 operation Support for external PA for Class 1 operation with level control and RSSI >30dB dynamic range Receiver High out-of-band blocking immunity, sufficient for embedding into mobile phones Integrated channel filters Synthesiser Fully integrated; no external VCO varactor diode or resonator Closed loop during TX burst resulting in no carrier drift Baseband All packet types supported. Piconet and Scatternet support Multiple physical application interfaces: UART: PCM: USB: Firmware Link Controller, Link manager and HCI Extensive power saving modes, including PARK, HOLD and SNIFF Ancillary Features Internal low-dropout regulator with low stand- by current (uses one external transistor) Crystal oscillator with digital trimming allows use of low cost reference crystal Trancoders for A-law, μ-law and CVSD for HCI voice traffic Data and voice to 1.5Mbs -1 Programmable, for voice: 13-bit 8kss -1 synchronous bi-directional serial audio interface Data and voice. V1.1 Compliant. Supports OHCI and UHCI Digital demodulator for superior co-channel rejection Power-On-Reset Optional build includes embedded L2CAP, RFCOMM and Service Discovery Key Features Page 2 of 15 Key Features Support for up to seven slaves BlueCore 01b Product Data Sheet TM bc01b-ds-003d Product Data Sheet Production Information Page 3 of 15 Microcontroller Interrupt controller Event timer RISC microcontroller Parallel I/O PIO[2]USB_PULL_UPPIO[3]USB_WAKE_UPPIO[4]USB_ONPIO[5]/USB_DETACHPIO[6]PIO[7] V S S _ M E M V S S _ P A D S V S S _ C O R E Baseband DSP SPI_CSBSPI_CLKSPI_MOSISPI_MISOPCM_OUTPCM_INPCM_SYNCPCM_CLKUART_TXUART_RXUART_RTS/USB_D+UART_CTS/USB_D - Audio PCM interface UART/USB Synchronous serial interface Memory management unit Burst mode controller RAM Memorymapped control/status registers Physical layer DSP hardware engine R E S E T T E S T _ A T E S T _ B S C A N _ E N V D D _ M E M V D D _ P A D S V D D _ C O R E V R E G X T A L _ O U T X T A L _ I N V D D _ V C O Clock generator V regulator V D D _ R A D I O RSSI PIO[0]/RXEN RF_IN TX_ATX_B PIO[1]TXEN PA level control PA DAC IQ DEMOD RF synthesiser /N/N+1 Tune L O O P _ F I L T E R ADC Demodulator V S S _ V C O V S S _ R A D I O +45 -45 RF ReceiverRF Transmitter IQ MOD TX_PWR RF Synthesiser Fref External memory driver CSBA[17:0]D[15:0]WEB 18 16 REB LNA Figure 2:BlueCore01b Device Diagram Device Diagram Device Diagram BlueCore 01b Product Data Sheet TM bc01b-ds-003d Product Data Sheet Production Information Page 4 of 15 VSS_PADSVDD_PADSUART_TX UART_RTS / USB_D+ VDD_MEMVSS_MEMWEBA[0]A[1] PIO[3] / USB_ WAKE_UP PIO[4] / USB_ON UART_RX UART_CTS / USB_D- PCM_SYNCA[6]A[3]A[4]A[2] RESET PIO[2] / USB_PULL_ UP SPI_MISOSPI_MOSIPCM_IND[15]A[9]A[7]A[5] TX_PWR PIO[0] / RXEN SPI_CLKSPI_CSBPCM_CLKA[12]A[11]A[10]A[8] RF_INVSS_RADIOPCM_OUTSCAN_ENNCD[13]A[15]A[13]A[14] TX_BVSS_RADIO PIO[1] / TXEN PIO[5] / USB_ DETACH D[11]D[12]D[10]A[17]CSB TX_AVDD_RADIOPIO[6]PIO[7]D[14]D[7]D[9]A[16]REB VSS_VCO LOOP_ FILTER TEST_BVDD_COREVSS_CORED[6]D[4]D[3]D[0] VDD_VCOTEST_AXTAL_OUTXTAL_INVREGD[8]D[5]D[2]D[1] 123456789 A B C D E F G H J Figure 3:BlueCore01b Device Pinout Device Pinout Diagram Note: (1) = Not connected. Device Pinout Diagram Orientation from top of device (1) BlueCore 01b Product Data Sheet TM bc01b-ds-003d Product Data Sheet Production Information Page 5 of 15 Terminal NamePad TypeDescriptionBall RF_IN-Receiver RF inputE1 Transmitter RF outputG1 Radio TX_B-Transmitter RF output (complement of TX_A)F1 PIO[1] / TXEN Bidirectional pulled down Control output for external switch or PA (if fitted)F3 PIO[0] / RXEN Bidirectional pulled down Control output for external switch or LNA (if fitted) D2 TX_PWRCurrent DAC output to set external PA levelD1 XTAL_INSense for crystal or external clock inputJ4 XTAL_OUTDrive for crystalJ3 Synthesiser and Oscillator A[17:0]Address bus for e…

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A Company August 16, 2001 Intermec Technologies Corporation Systems and Solutions 550 Second Street S.E. Cedar Rapids, IA 52401 TRANSMITTER MODULAR APPROVAL ATTESTATION Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mil a Road Columbia, Maryland 21046 Re: Application Modular Approval Certification for FCC ID: EHAABTM3 Gentlemen The following attestation addresses the eight requirements to support modular approval as required by the FCC Public Notice DA00-1407 “Part 15 Unlicensed Modular Transmitter Approval”. Transmitter modular approval, conditional requirements. 1) The ABTM3 radio module has its own shielding and is tested herein extended outside of an Intermec 700 terminal. The shield is added during manufacturing and is not easily removed. Instructions to end-users will warn of possible regulatory consequences for modifying the radio in any manner. 2) As a radio module designed specifically for data transfer, only data and power is presented to the radio. The radio circuitry buffers all modulation and control of the transmitter. Control of the transmitter is via data commands and software instructions contained within the module. The transmitter presented in the report is tested with the radio operated at the maximum power. Data commands may reduce the power transmitted but may not influence the modulation content. The operating band can be set to use 79 hopping channels within the 2400- 2483.5 MHz band or restrict operation to 23 hopping frequencies in the band limited to 2450-2483.5 MHz. This adjustment is made to the flash memory to configure DSP that operates the radio. The radio manufacturer or Intermec manufacturing and service are the only locations that may configure the flash memory. The flash memory software is under revision control by the regulatory staff. 3) This radio module does not contain an on-board voltage regulator. The transmitter is specified to operate across a voltage range of +3.3V +/- 0.2volt. Within the test report we show the operation of the transmitter across a voltage range of +2.9 to +3.5 volts. Testing shows the power output and operating frequency is maintained within the parameters defined in the regulations. The 3.3-volt source is a standard supply voltage in many “state of the art” mobile computers and portable printers. Products that do not have the industry standard 3.3 volts to operate the radio will have to incorporate a regulator to operate the radio within the +3.3v +/-0.2 volt range. All Intermec products have either a highly regulated supply sourced from the AC powerline or rechargeable batteries. For battery operated units there is a low battery cut-off to insure stable operation of the computer and memory. When low battery is detected all function ceases at a voltage that insures the processing and storage of data is not corrupted. The low battery detect also serves to maintain the operating voltage of the radio within the parameter specified above. Resellers for the radio will be instructed to maintain the voltage tolerances listed herein. 4) The radio uses an on-board antenna. The provisions to address a connector that meets the unique coupler requirements does not apply. 5) The radio is tested herein is on an extended flexible PC cable similar to those used within the Intermec 700. The radio is extended four inches (10-cm) beyond the host computer. The extender allows the radio to be placed horizontal and vertical for a complete evaluation of the radiated characteristics of the shielding on the radio. AC power to the Intermec 700 operated the unit during testing. AC line conducted emissions are presented utilizing the same 700 operating from the Intermec charger for the unit. Page 2FCC ID: EHAATBM3 Modular Approval Attestation, August 16, 2001 6) As a small module the radio not always accessible to the end user once the radio is integrated within a product. Products that restrict access to the radio will have an external label that is visible to users. The label will state “FCC ID: EHAABTM3”. Currently Intermec must install the radio during manufacturing. If and when the radio can be installed as a service retrofit, the service instructions will include labeling requirements for the exterior of the final product that addresses visibility of the FCC ID. The ABTM3 radio is not an option that the end user can install. The radio will be offered as an OEM radio to selected customer. Those Resellers will also be instructed to label the exterior of products where access to the PC card is restricted. 7) The radio module as manufactured is completely controlled by the onboard processor. There are no influences to the operation of the transmitter the end user can induce that will operate the radio outside of scope of the regulations. This radio complies to the operating conditions outlined in FCC Part 15.247 as a Frequency Hopping Spread Spectrum transmitter operating in the 2400-2483.5 MHz band. 8) The transmitter herein was tested with the antenna that is integrated on the radio module. Compliance to RF exposure requirements for this antenna is included within this application for approval. Appropriate warning statement will be placed with each end product user information based on the results of the RF exposure data filed with this application. OEM Resellers will be advised to include a similar statement to inform the users of any requirements for RF safety. Please contact me by telephone at (319) 846-2415 or by e-mail ([email protected]) if there are questions or additional information needed concerning this attestation. Yours truly, Dave Fry, Regulatory Engineer II Intermec Technologies Corporation EMC Test Laboratory

A Company August 16, 2001 Intermec Technologies Corporation Systems and Solutions 550 Second Street S.E. Cedar Rapids, IA 52401 T RANSM ITTER M ODULAR APPROVAL AT TEST AT ION Federal Communicatio ns Co mmission Authorization and Evaluation Division 7435 Oakland Mil a Road Columbia, Maryland 21046 Re: Application Modular Approval Certification for FCC ID: EHAABTM3 Gentlemen The following attestation addresses the eight requirements to support modular approval as required by the FCC Public Notice DA00-1407 “Part 15 Unlicensed Modular Transmitter Approval”. Transmitter modular approval, conditional require ments. 1) The ABTM3 radio module has its own shielding and is tested herein extended outside of an Intermec 700 terminal. The shield is added during manufacturing and is not easily removed. Instructions to end-users will warn of possible regulatory consequences for modifying the radio in any manner. 2) As a radio module designed specifically for data transfer, only data and power is presented to the radio. The radio circuitry buffers all modulation and control of the transmitter. Control of the transmitter is via data commands and software instructions contained within the module. The transmitter presented in the report is tested with the radio operated at the maximum power. Data commands may reduce the power transmitted but may not influence the modulation content. The operating band can be set to use 79 hopping channels within the 2400- 2483.5 MHz band or restrict operation to 23 hopping frequencies in the band limited to 2450-2483.5 MHz. This adjustment is made to the flash memory to configure DSP that operates the radio. The radio manufacturer or Intermec manufacturing and service are the only locations that may configure the flash memory. The flash memory software is under revision control by the regulatory staff. 3) This radio module does not contain an on-board voltage regulator. The transmitter is specified to operate across a voltage range of +3.3V +/- 0.2volt. Within the test report we show the operation of the transmitter across a voltage range of +2.9 to +3.5 volts. Testing shows the power output and operating frequency is maintained within the parameters defined in the regulations. The 3.3-volt source is a standard supply voltage in many “state of the art” mobile computers and portable printers. Products that do not have the industry standard 3.3 volts to operate the radio will have to incorporate a regulator to operate the radio within the +3.3v +/-0.2 volt range. All Intermec products have either a highly regulated supply sourced from the AC powerline or rechargeable batteries. For battery operated units there is a low battery cut-off to insure stable operation of the computer and memory. When low battery is detected all function ceases at a voltage that insures the processing and storage of data is not corrupted. The low battery detect also serves to maintain the operating voltage of the radio within the parameter specified above. Resellers for the radio will be instructed to maintain the voltage tolerances listed herein. 4) The radio uses an on-board antenna. The provisions to address a connector that meets the unique coupler requirements does not apply. 5) The radio is tested herein is on an extended flexible PC cable similar to those used within the Intermec 700. The radio is extended four inches (10-cm) beyond the host computer. The extender allows the radio to be placed horizontal and vertical for a complete evaluation of the radiated characteristics of the shielding on the radio. AC power to the Intermec 700 operated the unit during testing. AC line conducted emissions are presented utilizing the same 700 operating from the Intermec charger for the unit. Page 2FCC ID: EHAATBM3 Modular Approval Attestation, August 16, 2001 6) As a small module the radio not always accessible to the end user once the radio is integrated within a product. Products that restrict access to the radio will have an external label that is visible to users. The label will state “FCC ID: EHAABTM3”. Currently Intermec must install the radio during manufacturing. If and w hen the radio can be installed as a service retrofit, the service instructions will include labeling requirements for the exterior of the final product that addresses visibility of the FCC ID. The ABTM3 radio is not an option that the end user can install. The radio will be offered as an OEM radio to selected customer. Those Resellers will also be instructed to label the exterior of products where access to the PC card is restricted. 7) The radio module as manufactured is completely controlled by the onboard processor. There are no influences to the operation of the transmitter the end user can induce that will operate the radio outside of scope of the regulations. This radio complies to the operating conditions outlined in FCC Part 15.247 as a Frequency Hopping Spread Spectrum transmitter operating in the 2400-2483.5 MHz band. 8) The transmitter herein was tested with the antenna that is integrated on the radio module. Compliance to RF exposure requirements for this antenna is included within this application for approval. Appropriate warning statement will be placed with each end product user information based on the results of the RF exposure data filed with this application. OEM Resellers will be advised to include a similar statement to inform the users of any requirements for RF safety. Please contact me by telephone at (319) 846-2415 or by e-mail ([email protected]) if there are questions or additional information needed concerning this attestation. Yours tr ul y, Dave Fry, Regulatory Engineer II Intermec Technologies Corporation EMC Test Laboratory

A Company August 16, 2001 Intermec Technologies Corporation Systems and Solutions 550 Second Street S.E. Cedar Rapids, IA 52401 T RANSM ITTER M ODULAR APPROVAL AT TEST AT ION Federal Communicatio ns Co mmission Authorization and Evaluation Division 7435 Oakland Mil a Road Columbia, Maryland 21046 Re: Application Modular Approval Certification for FCC ID: EHAABTM3 Gentlemen The following attestation addresses the eight requirements to support modular approval as required by the FCC Public Notice DA00-1407 “Part 15 Unlicensed Modular Transmitter Approval”. Transmitter modular approval, conditional require ments. 1) The ABTM3 radio module has its own shielding and is tested herein extended outside of an Intermec 700 terminal. The shield is added during manufacturing and is not easily removed. Instructions to end-users will warn of possible regulatory consequences for modifying the radio in any manner. 2) As a radio module designed specifically for data transfer, only data and power is presented to the radio. The radio circuitry buffers all modulation and control of the transmitter. Control of the transmitter is via data commands and software instructions contained within the module. The transmitter presented in the report is tested with the radio operated at the maximum power. Data commands may reduce the power transmitted but may not influence the modulation content. The operating band can be set to use 79 hopping channels within the 2400- 2483.5 MHz band or restrict operation to 23 hopping frequencies in the band limited to 2450-2483.5 MHz. This adjustment is made to the flash memory to configure DSP that operates the radio. The radio manufacturer or Intermec manufacturing and service are the only locations that may configure the flash memory. The flash memory software is under revision control by the regulatory staff. 3) This radio module does not contain an on-board voltage regulator. The transmitter is specified to operate across a voltage range of +3.3V +/- 0.2volt. Within the test report we show the operation of the transmitter across a voltage range of +2.9 to +3.5 volts. Testing shows the power output and operating frequency is maintained within the parameters defined in the regulations. The 3.3-volt source is a standard supply voltage in many “state of the art” mobile computers and portable printers. Products that do not have the industry standard 3.3 volts to operate the radio will have to incorporate a regulator to operate the radio within the +3.3v +/-0.2 volt range. All Intermec products have either a highly regulated supply sourced from the AC powerline or rechargeable batteries. For battery operated units there is a low battery cut-off to insure stable operation of the computer and memory. When low battery is detected all function ceases at a voltage that insures the processing and storage of data is not corrupted. The low battery detect also serves to maintain the operating voltage of the radio within the parameter specified above. Resellers for the radio will be instructed to maintain the voltage tolerances listed herein. 4) The radio uses an on-board antenna. The provisions to address a connector that meets the unique coupler requirements does not apply. 5) The radio is tested herein is on an extended flexible PC cable similar to those used within the Intermec 700. The radio is extended four inches (10-cm) beyond the host computer. The extender allows the radio to be placed horizontal and vertical for a complete evaluation of the radiated characteristics of the shielding on the radio. AC power to the Intermec 700 operated the unit during testing. AC line conducted emissions are presented utilizing the same 700 operating from the Intermec charger for the unit. Page 2FCC ID: EHAATBM3 Modular Approval Attestation, August 16, 2001 6) As a small module the radio not always accessible to the end user once the radio is integrated within a product. Products that restrict access to the radio will have an external label that is visible to users. The label will state “FCC ID: EHAABTM3”. Currently Intermec must install the radio during manufacturing. If and w hen the radio can be installed as a service retrofit, the service instructions will include labeling requirements for the exterior of the final product that addresses visibility of the FCC ID. The ABTM3 radio is not an option that the end user can install. The radio will be offered as an OEM radio to selected customer. Those Resellers will also be instructed to label the exterior of products where access to the PC card is restricted. 7) The radio module as manufactured is completely controlled by the onboard processor. There are no influences to the operation of the transmitter the end user can induce that will operate the radio outside of scope of the regulations. This radio complies to the operating conditions outlined in FCC Part 15.247 as a Frequency Hopping Spread Spectrum transmitter operating in the 2400-2483.5 MHz band. 8) The transmitter herein was tested with the antenna that is integrated on the radio module. Compliance to RF exposure requirements for this antenna is included within this application for approval. Appropriate warning statement will be placed with each end product user information based on the results of the RF exposure data filed with this application. OEM Resellers will be advised to include a similar statement to inform the users of any requirements for RF safety. Please contact me by telephone at (319) 846-2415 or by e-mail ([email protected]) if there are questions or additional information needed concerning this attestation. Yours tr ul y, Dave Fry, Regulatory Engineer II Intermec Technologies Corporation EMC Test Laboratory

Northwest EMC TCB Approval Opinion Revision 05//02 INMC0039 Information about the Applicant Applicant: Intermec Corporation Address: 6001 36 th Avenue West City, State, Zip Everett, WA 98203-9280 Test Requested By: Carl Turk Model: ABTM3-2 FCC ID: HN2ABTM3-2 Agent Applicant Approval Type Reference Application Equipment Type Reference Application Rule Part Reference Application Overview Intermec Technologies Corporation was previously granted certification for this same radio module (FCC ID: EHAABTM3). The applicant is not seeking to modify or alter the equipment in any way. All of the previous exhibits have been included in this application. The purpose if this new grant is to allow co- location of specific radios described in the Grant of Equipment Authorization. Since no other changes have been made, no additional testing was required; the approval is based upon the previous testing. The FCC Grant of Equipment Authorization is the basis for the approval of everything except the new RF exposure exhibit. The 700C also uses a IEEE 802.11b radio, FCC ID: HN22011B. It is a mobile transmitter that will be approved for use in the 700C. The RF Exposure exhibit demonstrates compliance of both co-located radios. General Comments Item Resolution Northwest EMC TCB Approval Opinion Revision 05//02 INMC0039 Opinion Specification Requirements Description 15.207 Conducted Emissions Opinion: The Equipment meets the intent specified by the requirements listed above. Discussion: The Applicant has submitted an FCC Grant of Equipment Authorization. Reference: Application Package. Specification Requirements Description 15.247(a)(1)(ii) Bandwidth Opinion: The Equipment meets the intent specified by the requirements listed above. Discussion: The Applicant has submitted an FCC Grant of Equipment Authorization. Reference: Application Package. Specification Requirements Description 15.247(b)(1) Power Output Opinion: The Equipment meets the intent specified by the requirements listed above. Discussion: The Applicant has submitted an FCC Grant of Equipment Authorization. Reference: Ap…

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