HN2RM181-24PCMCIA WLAN Card Module

P/N XXXXXX-001 Important RM181 Information! Contents For Users in the United States and Canada ................................................................................... 2 For Users Outside of the United States or Canada........................................................................ 3 Français ............................................................................................................................................ 4 Deutsch............................................................................................................................................... 5 Italiano .............................................................................................................................................. 6 Español ............................................................................................................................................. 7 2 RM181 Manual Supplement For Users in the United States and Canada
              
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Product Operation Description Model RM181 is a 2.4 GHz FHSS transceiver in PCMCIA (PC-Card) form. It is manufactured by Proxim Inc. of Mountain View, CA. It has already been certified by the FCC under FCC ID: IMKRL21PC. Intermec Technologies integrates this module into our data automation products such as handheld barcode terminals, access points, PenKey terminals etc, which exchange data over the wireless LAN network. Since some of these products use different antennas than the ones listed by Proxim and as a result of our contractual obligations, we would like to apply for a new grant to Intermec Technologies for the same transceiver. The product is in a standard PCMCIA (PC-Card) enclosure with an MMCX antenna connector. Detailed pictures of the product and the circuit boards are included in the Photos section. Technical details of the transceiver such as Theory of Operation are in the file named “Radio Operation”. Power levels, frequency ranges and channel characteristics are not user adjustable.

Model RM181 Antenna List AntennaGain Tab Antenna (1900.0021) 0 dBi Patch Antenna (R380.500.007) 4.5 dBi Small Dipole Antenna (1900.0020) 1 dBi Special Shape Dipole (PROT*606) 1.5 dBi Large Dipole (N2400ESMA1B) 2 dBi Omni-directional Antenna (MAXC24508GC) 4 dBi

Intermec Technologies Corporation 6001 36 th Ave W MS270 Everett, WA 98203-9280 October 7, 1998 Intermec Technologies Corporation declares the compliance of our product Model RM181 with the following specific sections of FCC rules under the explained conditions: • • OET Bulletin 65 on RF Exposure Compliance Spread Spectrum devices are categorically excluded from SAR testing per Supplement C (Edition 97-01) to OET Bulletin 65 (Edition 97-01) section 3 (page 22). However, there are restrictions in forms of user warnings and even testing requirements depending on output power levels. In our conversations with Mr. Kwok of the FCC Authorization and Evaluation Laboratories in the recent months, we came to the understanding that for products similar to this one where the transmit power is under 100 mW and antenna gain does not exceed 6 dB, a warning statement in the manual supplement cautioning the user not to touch the antenna during operation would be adequate. We have other requirements for other products with higher output powers, but the statement in the attached document was found adequate by him. Please feel free to contact us, if you have any questions regarding these issues. Sincerely, Kursat Eroglu, MSEE Sr. EMC Engineer

EMC MEASUREMENT/TECHNICAL REPORT FOR PART 15.247 APPLICATION MANUFACTURER : Intermec Corp. PRODUCT: MODEL RM181 PCMCIA Radio FCC ID: HN2RM181-24 October 5, 1998 This report concerns : (check one) Original grant___X___ Class II change _______ *Class B verification_______ Class A verification_______ **Class I change_______ Equipment type: 2.4 GHz Spread Spectrum Transceiver Limits used: (check one) CISPR 22 __for digital emissions portion Part 15 __for RF portion Measurement procedure used is ANSI C63.4-1992 unless another is specified. Other test procedure: _______________________________________________________ This report is based on the measurements on Model RM181 . EUT Serial number: 0020A63488A6 . Report reviewed and approved by Kursat Eroglu, EMC Engineer ____________ 6001 36 th Ave. W Everett WA 98203 Phone: 206 356 1765 Fax: 206 348 2633 E-Mail [email protected] Do not bind or staple this report. A horizontal rubber band plus paper clip at top of document is preferred. *Not to be filed with Equipment Authorization Branch of FCC unless requested. Intermec Safety and Compliance Group 2 Table of Contents 1 GENERAL INFORMATION.........................................................................................3 1.1 Summary of Test Results.............................................................................3 1.2 Product Description......................................................................................3 1.3 Antenna System...........................................................................................3 1.4 Class A Justification.....................................................................................3 1.5 RF Exposure................................................................................................3 1.6 Related Submittal(s)/Grant(s).......................................................................3 2 TEST CONDITIONS....................................................................................................4 2.1 Tested System Details.................................................................................4 2.2 Block Diagram of Tested System.................................................................4 2.3 Test Methodology.........................................................................................4 2.4 Test Facility.................................................................................................4 2.5 Test Summary.............................................................................................5 2.6 Environmental Conditions............................................................................5 3 TEST EQUIPMENT.....................................................................................................6 3.1 Test Equipment............................................................................................6 3.2 Accessories..................................................................................................6 4 TEST DATA AND RESULTS.......................................................................................7 4.1 Transmit Range and Channel Utilization Measurement ...............................7 4.2 Peak Power Measurement...........................................................................7 4.3 Channel Bandwidth Measurement................................................................12 4.4 Conducted Out-of-Band Emissions...............................................................12 4.5 Radiated Spurious Emissions......................................................................18 4.5.1 30 MHz - 1 GHz Band...................................................................18 4.5.2 1 GHz - 24 GHz Band...................................................................18 Intermec Safety and Compliance Group 3 1 GENERAL INFORMATION 1.1 Summary of Test Results Model RM181 was tested to the requirements of Part 15 of the FCC Rules for 2.4 GHz band transceivers to verify its continued compliance with Intermec’s antenna set and in a different host. The transceiver module is manufactured by Proxim Inc. As can be seen in section 4 of this report, the product passed all tests with comfortable margins beyond test instrument tolerances. 1.2 Product Description Model RM181 is a 2.4 GHz FHSS transceiver in PCMCIA (PC-Card) form. It is manufactured by Proxim Inc. of Mountain View, CA. It has already been certified by the FCC under FCC ID: IMKRL21PC. Intermec Technologies integrates this module into our data automation products such as handheld barcode terminals, access points, PenKey terminals etc. Since some of these products use different antennas than the ones listed by Proxim and as a result of our contractual obligations, we would like to apply for a new grant to Intermec Technologies for the same transceiver. The product is in a standard PCMCIA (PC-Card) enclosure with an MMCX antenna connector. Detailed pictures of the product and the circuit boards are included in the application. Power levels, frequency ranges and channel characteristics are not user adjustable. 1.3 Antenna System and Part 15.203 Compliance For Part 15.203 compliance see separate declarations file included in the application. A complete list of antennas to be used with this product and their drawings are also included in a separate file included in the schematics part of the application. 1.4 Class A Justification (Parts 15.107/109) For Class A justification of Parts 15.107 and 15.109 compliance see separate declarations file included in the application. 1.5 RF Exposure Compliance For compliance with the RF Exposure rules as described in OET Bulletin 65 see separate declarations file included in the application. 1.6 Related Submittal(s)/Grant(s) The radio transceiver was previously certified by Proxim Inc. under the FCC identifier IMKRL21PC. Intermec Safety and Compliance Group 4 2 Test Conditions 2.1 Tested System Details Since it is being tested as …

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Model RM181 Radio Module Power Line Conducted Emission Tests: The following tests were performed upon FCC’s request on the Panasonic CF-35 laptop host device. They were not included in the original test report, since the transceiver module itself does not have direct power line connection. To demonstrate any potential impact of the module on the host device’s power line conducted emissions, the host device was tested with and without the transceiver connected and transmitting. The plots on the following pages show the conducted emissions in neutral and hot lines, with and without the transceiver. There were only two significant emissions within 20 dB of the Class B limit line generated by the host laptop. As can be seen on the plots, the transceiver did not have any significant impact on the host emissions. Detected Emissions: LineConfigurationFrequency (MHz) Limit (dBuV) Peak (dBuV) QP (dBuV) Margin (dB) Neutral Without Transmitter 23.574841.4537.546.55 Neutral With Transmitter 22.914840.3537.387.65 Neutral With Transmitter 20.264833.8426.1314.16 Hot Without Transmitter 23.654840.2336.447.77 Hot With Transmitter 23.324841.1537.076.85 Hot With Transmitter 20.034833.6224.1814.38 Plot 1 & 2.... Conducted Emissions Neutral Line (w/ and w/o transceiver) Plot 3 & 4.... Conducted Emissions Hot Line (w/ and w/o transceiver)