H9PLA4121Spectrum 24 HR WLAN PC Card

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Network Systems Organization FCC Certification Report for the LA4121 WLAN PC Card FCC ID: H9PLA4121 EXHIBIT 11 ATTESTATION STATEMENTS

Network Systems Organization Norman H. Nelson Symbol Technologies, Inc. 6480 Via Del Oro Federal Communications Commission San Jose, CA 95119-1208 Equipment Approval Services Voice: (408) 528-2649 P.O. Box 358315 FAX: (408) 528-2740 Pittsburgh, PA 15251-5315 [email protected] Re: Certification request for the Symbol model LA-4121 Wireless LAN PCMCIA card FCC ID: H9PLA4121 Date: May 7, 2000 To The Commission: This certification request is for the Spectrum 24 model LA-4121 WLAN Module. The LA-4121 is a 2.4 GHz direct sequence IEEE 802.11 compliant radio incorporated into a PC Card package. This request is for certification of a Part 15 transmitting device operating under 15.247(c) and its associated antennas. Symbol Technologies, Inc. manufactures information systems that are employed in commercial establishment to assist in controlling inventory. Spectrum 24 is a Wireless Local Area Network (WLAN) used along with hand held computers to assist in information collection typically in retail stores, warehouses, and factories. The following files are electronically submitted as attachments. Exhibit Type File Name Confidential Block Diagram ------------------------------------LA4121 Blk Dia.pdf X Cover Letters: -------------------------------------LA4121 Cover Letter.pdf Attestation Statements ---------------------------LA4121 DOC.pdf External Pictures ----------------------------------LA4121 Ext Pics.pdf Internal Pictures -----------------------------------LA4121 Int Pics.pdf ID Label/Location Info --------------------------LA4121 Label.pdf Operational Description -------------------------LA4121 OpDesc.pdf X RF Exposure Info Part 1 -------------------------LA4121 RF Exposure 1-10.pdf RF Exposure Info Part 2 -------------------------LA4121 RF Exposure 11-20.pdf RF Exposure Info Part 3 -------------------------LA4121 RF Exposure 21-30.pdf RF Exposure Info Part 4 -------------------------LA4121 RF Exposure 31-35.pdf Schematics -----------------------------------------LA4121 Schem.pdf X Test Report Photos -------------------------------LA4121 Test Report Photos.pdf Test Report Plots----------------------------------LA4121 Test Report Plots.pdf Test Report-----------------------------------------LA4121 Test Report.pdf User Manual ---------------------------------------LA4121 User Man.pdf Note that the RF Exposure contains all of the antenna information. Because of its size it is broken up into four parts. All four parts are cross book marked. If they are all in the same directory the bookmarks will work. There are 35 antennas included in this submission. Rather than test all of them for restricted band emissions fourteen of them were chosen as the highest gain of their antenna type. The other untested antennas reference the antenna of the same type that was tested. LA4121 FCC Cover Letter .doc Page 2 of 2 Symbol Technologies, Inc. ("Symbol"), requests that the Block Diagram, Schematics, and Operational Description Exhibits of the above referenced application be withheld from routine availability for public inspection pursuant to Section 0.459 of the Commissions Rules and Freedom of Information Act ("FOIA") Exemption 4, 5 U.S.C. 552(b)(4). These exhibits consist of "trade secrets [or] commercial or financial information obtained from a person and privileged or confidential", 5 U.S.C. 552(b)(4), and is therefore entitled to protection from disclosure under FOIA. The documents in question contain trade secrets: detailed technical descriptions, specifications and schematics for a product to be offered for sale. These materials provide particulars on the product design that can be ascertained from inspection of the product itself only with extraordinary expenditures of time and effort, if at all. This information would give Symbol's would-be competitors an unearned and unwarranted competitive advantage. Moreover, the documents contain "commercial information" within the scope of FOIA Exemption 4. This information is the product of Symbol's investment of money, personnel, and other resources. The result of that investment is a fairly earned position in the marketplace. Premature release of the information threatens substantial and unwarranted harm to Symbol's competitive position. For these reasons, Symbol has taken pains to keep this technical information confidential, and intends to continue doing so. Symbol customarily withholds this information from persons outside the employ of Symbol and certain of its suppliers and contractors, and even within these groups routinely limits access to persons having a particular need for the information. If the Commission were to make these documents public, it would be giving away hard won fruits of Symbol's labors without compensation. The filing fee required for this request is submitted by credit card account as entered on Form 159 mailed under separate cover. If there are any questions about this request, please call me at the number above. Thank you for your attention. Respectfully submitted, Norman H. Nelson

Network Systems Organization FCC Certification Report for the LA4121 WLAN PC Card FCC ID: H9PLA4121 EXHIBIT 3 EXTERNAL PHOTOGRAPHS

Network Systems Organization FCC Certification Report for the LA4121 WLAN PC Card FCC ID: H9PLA4121 EXHIBIT 2 PROPOSED CANADA AND FCC LABEL AND LOCATION T h i s d ev i c e c o m p l i e s w i t h F C C Pa r t 1 5 , C a n a d a R S S - 2 1 0 , a n d c l a s s B o f t h e I n d u s t r y C a n a d a s t a n d a r d I C E S - 0 0 3 . O p e r a t i o n i s s u b j e c t t o t h e fo l l o w i n g t w o c o n d i t i o n s : ( 1 ) T h i s d ev i c e m ay n o t c a u s e h a r m f u l i n t e r fe r e n c e . ( 2 ) t h i s d ev i c e m u s t a c c e p t a n y i n t e r fe r e n c e r e c e i v e d i n c l u d i n g i n t e r fe r e n c e w h i c h m ay c a u s e u n d e s i r e d o p e r a t i o n .  C e t a p p a r e i l n u m é r i q u e d e l a c l a s s e B e s t c o n fo r m e à l a n o r m e N M B - 0 0 3 d u C a n a d a L22fdsa6166 FCC ID: H9PLA4121 CANADA : 3.3V 5V 16 32 DMA Ö Tested to comply with FCC Standards FOR HOME OR OFFICE USE LA-4121 WLAN PC CARD Label for PC CARD Graphic added to Users Manual MOD: LA-4121-100-US S/N: 00A0F88A2721 SYMBOL TECHNOLOGIES INC., HOLTSVILLE N.Y. MADE IN USA

Network Systems Organization FCC Certification Report for the LA4121 WLAN PC Card FCC ID: H9PLA4121 EXHIBIT 9 INTERNAL PHOTOS H9PLA4121 H9PLA4121 H9PLA4121 H9PLA4121 H9PLA4121 H9PLA4121

Network Systems Organization FCC Certification Report for the H9PLA4121 WLAN PC Card FCC ID: H9PLA4121 EXHIBIT 12 RF EXPOSURE INFO Note: All effort has been made to correlate the Antenna Summary tables with the Antenna descriptions and data sheets. Where there is a conflict the Antenna Summary table takes precedence. The Antenna Summary table breaks out the gain of the antenna and the cable loss associated with the entire antenna/cable assembly. Some of the data sheets have gains listed that do not take cable loss into account. The Antenna Summary table does. Network Systems Organization RF Exposure Antenna Summary FCC ID: H9PLA4121 Original Equip. WLAN PC Card, 11 Mbps, T2 Output Power: 150 Duty Cycle Factor: 0.0 dBmW Mobile Antennas Ant No Model Symbol P/N Gain (dBi) Cabel Loss (dB) Pout (dBm) MPE (cm) TR Status Device Type Type 01. Parapolic Grid ML-2499-PGA1-0 24.0 14.49 7.27 10.3 Tested Mobile Dish 02. Pipe Bomb 11"x4' 50-11901-048P 5.2 1.00 20.76 5.6 Tested Mobile Di p ole Arra y 02.1 Pipe Bomb 11"x15' 50-11901-180P 5.2 3.75 18.01 4.1 See # 2 Mobile Di p ole Arra y 03. Patch ML-2499-PTA1-0 6.5 1.50 20.26 6.1 Tested Mobile Patch 04. Panel ML-2499-PNA1-0 11.0 3.48 18.28 8.2 Tested Mobile Panel 08. Pipe Bomb 25"x20' 50-11902-240S 7.0 5.00 16.76 4.3 Tested Mobile Di p ole Arra y 08.1 Pipe Bomb 25"x30' 50-11902-360S 7.0 7.49 14.27 3.3 See # 8 Mobile Di p ole Arra y 09. Ceiling Panel ML-2499-SD24-0 3.3 1.50 20.26 4.3 Tested Mobile Plane 10. Trilogy AP 21-20667-01 2.0 0.20 21.56 4.3 Tested Mobile Di p ole 15. Amtrak Omni 50-21900-027 3.0 0.00 21.76 4.9 See # 10 Mobile Di p ole 16. Rubber DuckTNC-RP 50-21900-029 1.0 0.00 21.76 3.9 See # 10 Mobile Di p ole 16.1 Rubber Duck 50-21900-007 1.0 0.00 21.76 3.9 See # 10 Mobile Di p ole 17. PC04 50-11903-0115 2.0 0.28 21.48 4.2 See # 10 Mobile Di p ole 17.1 PC14 50-11903-0355 2.0 0.86 20.90 3.9 See # 10 Mobile Di p ole 20. Mag Dipole ML-2499-MGA1- 2.0 3.00 18.76 3.1 See # 10 Vehicle Mount Di p ole 21. Trilogy PCI, 72" 25-20728-01 2.0 3.53 18.23 2.9 See # 10 Mobile Di p ole 32. Corner Patch ML-2499-DLA1-0 7.5 1.50 20.26 6.9 See # 3 Mobile Patch 33. Plane 50-21900-008 0.0 1.00 20.76 3.1 See # 9 Mobile Plane Antenna Gain listed without cableTR Status refers to weither the antena was tested. If not refer to the directed antenna test data Page 1 of 2 Monday, May 08, 2000 04:27 PM FCC ID: H9PLA4121 Original Equip. WLAN PC Card, 11 Mbps, T2 Output Power: 150 Duty Cycle Factor: 0.0 dBmW Portable Antennas Ant No Model Symbol P/N Gain (dBi) Cabel Loss (dB) Pout (dBm) EIRP (mW) TR Status Device Type Type 05. IEC 24- 20776- 02 0.0 0.00 21.76 150.0 Tested La p to p Patch 06. 4140 50-11900-001 -2.0 0.00 21.76 94.6 Tested Hand Held Whi p 07. HS Dipole 50-21900-030 2.0 0.55 21.21 209.5 Tested Hand Held Di p ole 12. Toko 50-21900-022 0.0 0.00 21.76 150.0 Tested Hand Held Puck 13. 6846D 10-41003-01 0.0 0.37 21.39 137.8 Tested Hand Held Slot 14. End Cap "C" 10-20511-01 0.0 0.00 21.76 150.0 Tested La p to p F-Element 18. 4342 50-21900-033 1.2 0.15 21.61 191.0 See # 10 Hand Held Di p ole 19. DASH 3000 50-21900-036 2.2 0.62 21.14 216.0 See # 10 Hand Held Di p ole 22. Novas 50-21900-034 0.0 0.43 21.33 135.9 See # 14 Hand Held F-Element 23. 1742 703549-2 0.0 0.11 21.65 146.1 See # 14 Hand Held F-Element 24. 2742 703624-2 0.0 0.13 21.63 145.6 See # 14 Hand Held F-Element 25. 7242 10-35477-01 0.0 0.13 21.63 145.6 See # 14 Hand Held F-Element 26. Criticare BFA 50-21900-021 0.0 0.20 21.56 143.3 See # 14 Hand Held F-Element 27. 7546D 10-40948-01 0.0 0.22 21.54 142.7 See # 14 Hand Held F-Element 28. 7546 10-38649-02 0.0 0.31 21.45 139.7 See # 14 Hand Held F-Element 29. 6846 10-32290-02 0.0 0.34 21.42 138.7 See # 14 Hand Held F-Element 30. 2042 10-17577-03 0.0 0.06 21.70 147.9 See # 14 Hand Held F-Element 31. 6146 10-35305-02 0.0 0.12 21.64 145.9 See # 14 Hand Held F-Element 35. XP 50-21900-024 0.0 0.58 21.19 131.4 See # 13 Hand Held Slot Body Worn Antennas Ant No Model Symbol P/N Gain (dBi) Cabel Loss (dB) Pout (dBm) EIRP (mW) TR Status Device Type Type 11. Vocollect MMCX 50-21900-025 2.0 0.25 21.51 224.5 Tested + SAR Bod y worn Di p ole 34. Oniel MMCX 50-21900-031 0.0 0.37 21.39 137.8 See # 13 Bod y worn Slot Antenna Gain listed without cableTR Status refers to weither the antena was tested. If not refer to the directed antenna test data Page 2 of 2 Monday, May 08, 2000 04:27 PM Mobile & Wireless Systems Parabolic Grid Rev 1 Parabolic Grid Antenna The Parabolic Grid antenna assembly is 9.5 dBi high gain directional dish with a 7° beam width in azimuth plane. It is used for point to point connections across a large corporate campus. It is mounted on a outdoor mast. The Parabolic Grid is always installed with a minimum amount of cable as shown in the attached block diagram. It is always farther than 20 cm from a person’s body. It is used with mobile devices. The following RF exposure information is included in a prominent place in the device’s user manual to inform the user of safety issues as required by OET Bulletin 65, Supplement C when ever the device configuration could reduce the MPE distance to be less than 20 cm. “Important Note: To comply with FCC RF exposure requirements, no one may remain within 20 cm of the antenna for extended periods of time.” Antenna Photograph Location Outdoor Mast Pattern 7° Beam Type Dish Max Gain 9.5 dBi Physical See attached dwg Cable See attached dwg Symbol P/N ML-2499-PGA1-00 MPE Distance See summary table Wireless Antennas Wireless *Contact factory for other frequency options. FEATURESBENEFITS • Die-cast 18/26 manufacturing processes • Magnesium Alloy is superior to anodized aluminum and weighs 33% less • Low wind loading • Manufactured with nonferrous materials; magnesium alloy, stainless steel and aluminum • Compact packaging • No mechanical adaptors required to mount the feed • Five Year Limited Warranty MODEL 26T-2400* MODEL 18T-2400* *U.S. Patent 5,191,350 •Consistent high performance from every antenna •Lightest weight and most durab…

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Mobile & Wireless Systems Vocollect Rev 1 Vocollect Antenna The Vocollect antenna is 2 dBi omni- directional in azimuth plane. It is mounted internally as shown in the attached photo. The Vocollect uses either a Murata Erie BFA or a MMCX connector. In its use it would be within 5 cm of a persons body. It is used in portable devices. This antenna / device combination was SAR tested and results filed with a Class II permissive change for the H9PLA3020. driven by 240 mW of transmitter power. Note: This antanna / terminal configuration is only to be used with a transmitter that produces an EIRP of less than 240 mW. For an EIRP of more than 240 mW a SAR test must be performed. Antenna Photo Location Body worn device Pattern Omni Type Dipole Max Gain 2 dBi Physical See attached dwg Cable MXYH75, RG-178 Symbol P/N 50-21900-025, 50-21900-026 Vocollect, Inc. 1 Vocollect, Inc. • 701 Rodi Road • Pittsburgh, PA • 15235 • 412-829-8145 • 412-829-0972 Talkman Open – 2.4 GHz Symbol Radio Information Vocollect Antenna Specifications Type:Dipole Gain:2 dBi Polarization:Circular Physical description:Implemented on flat and rigid printed circuit board, internally mounted, parallel to the belt mounting loop. Min distance from skin:2.1 inches (1.70 inches to inside to belt loop plus 0.40 inches of padded belt) Table 1: Bill of Materials- Talkman Open – Symbol Radio and Antenna ItemQtyVocollect Part # Vendor Part #SupplierDescription 11656022Austin AntennaANTENNA PCB 2160601290174601Huber-SuhnerCABLE ASSY, ANTENNA Vocollect, Inc. 2 Vocollect, Inc. • 701 Rodi Road • Pittsburgh, PA • 15235 • 412-829-8145 • 412-829-0972 Image 1: 2.4 GHz Antenna PC Board Vocollect, Inc. 3 Vocollect, Inc. • 701 Rodi Road • Pittsburgh, PA • 15235 • 412-829-8145 • 412-829-0972 IMAGE 2: Beltworn Terminal - Drawing IMAGE 3: Beltworn Terminal Vocollect, Inc. 4 Vocollect, Inc. • 701 Rodi Road • Pittsburgh, PA • 15235 • 412-829-8145 • 412-829-0972 IMAGE 4: Drawing of Antenna Placement Inside Unit. The antenna is mounted in the plane parallel to the belt loop and waist, 1.70 inches away from the belt loop used to connect the terminal to the padded mounting belt. Including the belt thickness, the radio is at least 2.1 inches distant from the skin. IMAGE 5: The unit mounts on a padded belt ½” thick. The unit is connected to the belt be a secondary strap secured to the belt. The full width of the main padded belt remains between the terminal and user’s body. Mobile & Wireless Systems Toko Rev 1 Toko Antenna The Toko antenna is 0 dBi omni-directional in azimuth plane. It is mounted as a through hole device directly on the printed circuit board of a hand held device. In its use it would be within 20 cm of a persons hand but more than 20 cm from the users body. It is used in portable devices. The following RF exposure information is included in a prominent place in the device’s user manual to inform the user of safety issues as required by OET Bullitin 65, Supplement C for EIRP greater than 200 mW. “Important Note: To comply with FCC RF exposure requirements, this hand-held device is approved for operation in a user’s hand when there is 20 cm or more between the antenna and everyone’s body.” Installed Antenna Photo Location Hand Held Device Pattern Omni Type Dielectric Puck Max Gain 2.15 dBi Physical See Attached Dwg. Cable none Symbol P/N 50-21900-022 Mobile & Wireless Systems Toko Rev 1 Terminal Use Photo ANTENNA ELEMENT FOR 2.4 GHz DESCRIPTION The DAC Series is a miniature dielectric antenna element for 2.4 GHz wireless LAN systems. This antenna has vertical polarization characteristics. TOKO's proprietary ceramic dielectric material provides excellent stability and sensitivity. It is mountable in Type II extended PCMCIA cards. FEATURES nVertical Polarization reception nLow profile (6.5mm max) nOmni-directional in azimuth nLow interference design nCentral feeding point terminal nWide bandwidth nLight weight SPECIFICATIONS Part NumberDAC2450CT1 Center Frequency2450 MHz Receiving Bandwidth±50 MHz min. Impedance50Ω Peak Gain2.15 dBi (0dBi typ.) max. Operating Temperature-10 ~ +60° C Storage Temperature-20 ~ +85° C Weight4g DIMENSIONS DAC SERIESMounted with Ground Plane Unit: mm 15.0 76.0 50.0 15.0 0.5 max 9.7 0.8ø 6.5 max 16.0 TYPICAL CHARACTERISTICS DIRECTIVITY CHART Receiving Signal Response vs Frequency CH1S21 C2 MARKER 1 -1 0 Hz log MAG2 dB/REF -12 dB1:0dB Sma 2 3 4 x2 CENTER 2 450 000 000 MHz SPAN 1 000 000 000 MHz BW: 212. 151 733 MHz cent: 2447. 309 084 MHz Q: 11 151 536 1 loss: -10 935 dB 1 Return Loss CH1S11 Cor MARKER 1 2 4225 GHz log MAG5 dB/REF 0 dB1 - 23. 793 dB 2 34 CENTER 2 450 000 000 MHz SPAN 500 000 000 MHz BW: 58. 925 891 MHz cent: 2424. 659 743 MHz Q: 41. 149 1 loss: -23. 793 dB 2 422. 500 000 MHz 1 Smith Impedance CH1S11 Cor MARKER 1 2 4225 GHz 1 U FS1: 49. 672 Ω-6. 7207 Ω9. 7756 pF Sma 2 3 4 x2 CENTER 2 450 000 000 MHz SPAN 500 000 000 MHz 2 422. 500 000 MHz 1 loss: 49. 672 Ω 1 Horizontal Pattern Vertical Pattern Vertical Pattern DAC Series INTERFERENCE COMPARISON OF DAC VS. PLANAR INVERTED F ANTENNA DAC Set-upPlanar F Inverted Set-up L L L 200 x 150 METAL PLANE 300 x 300 METAL PLANE 200 x 150 METAL PLANE 200 x 150 METAL PLANE 15.0 76.0 50.0 15.0 23.0 76.0 50.0 25.0 DAC Series Part Number: DAC2450CT1 Printed in the USA © 1997 Toko, Inc. All Rights Reserved TYPICAL APPLICATION MOUNTED IN PCMCIA TYPE II EXTENDED CARD The information furnished by TOKO, Inc. is believed to be accurate and reliable. However, TOKO reserves the right to make changes or improvements in the design, specification or manufacture of its products without further notice. TOKO does not assume any liability arising from the application or use of any product or circuit described herein, nor for any infringements of patents or other rights of third parties which may result from the use of its products. No license is granted by implication or otherwise under any patent or patent rights of TOKO, Inc. TOKO SALES LOCATIONS Toko America, Inc. 1250 Feehanville Dri…

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Mobile & Wireless Systems Trilogy AP Rev 1 Trilogy AP The Trilogy AP antenna is two sleeved dipole antennas for spatial diversity mounted in an integrated molded housing that mounts to the 11 Mbps series of Access Points. The gain is less than 2 dBi in all planes. The antenna assembly flips up or down to accommodate the access point mounting method of either a horizontal or vertical surface. The antenna can swivel to maintain its vertical orientation. This antenna can also be mounted in a plastic base with a longer cable for use with a Spectrum 24 PCI computer card. The antenna will, in this usage clearly will be more than 20 cm from the user and so, be classified as a mobile antenna. The following RF exposure information is included in a prominent place in the device’s user manual to inform the user of safety issues as required by OET Bulletin 65, Supplement C when ever the device configuration could reduce the MPE distance to be less than 20 cm. “Important Note: To comply with FCC RF exposure requirements, no one may remain within 20 cm of the antenna for extended periods of time.” Antenna Installed in Flip up holder Location Table Top, Wall Mount Pattern Omni Type Spatial Diverse Dipoles Max Gain 2 dBi Physical See attached dwg. Cable 4.5” min Symbol P/N 21-20667-XX Mobile & Wireless Systems Trilogy AP Rev 1 Access point table top configuration Remote bracket holder. / SOLDER FILLET 100 MAX 10 -15 BRAID SHIELD FOLDED BACK NOTES 1FOLD BRAID BACK AROUND JACKET. WRAP COPPER TAPE AROUND JACKET AND BRAID SOLDER BRAID TO COPPER TAPE. 2.WORKMANSHIP PER STI STANDARDS #SS-03800-57-14. 3.PACKAGE 100 CABLES PER BAG. Mobile & Wireless Systems Novas Rev 1 Novas Antenna The Novas antenna is 0 dBi omni- directional in azimuth plane. It is mounted internally on the top end of the terminal as shown in the attached photo. The Novas uses a MMCX . In its use it would be within 20 cm of a persons hand but more than 20 cm from the users body. It is used in portable devices. The following RF exposure information is included in a prominent place in the device’s user manual to inform the user of safety issues as required by OET Bulletin 65, Supplement C for EIRP greater than 200 mW. “Important Note: To comply with FCC RF exposure requirements, this hand-held device is approved for operation in a user’s hand when there is 20 cm or more between the antenna and the user’s body.” Antenna Installed in Device Location Hand Held Device Pattern Omni Type F-Element Max Gain 0 dBi Physical See attached dwg Cable RG-178 Symbol P/N 50-21900-034 EIRP See Summary Tbl Mobile & Wireless Systems 1740 / 1742 Rev 1 1740 / 1742 Antenna The 1740 antenna is 0 dBi omni-directional in azimuth plane. It is mounted internally on the top end of the terminal as shown in the attached photo. In its use it would be within 20 cm of a persons hand but more than 20 cm from the users body. It is used in portable devices. The 1742 uses the MMCX connector instead of the MuRata BFA. The following RF exposure information is included in a prominent place in the device’s user manual to inform the user of safety issues as required by OET Bulletin 65, Supplement C for EIRP greater than 200 mW. “Important Note: To comply with FCC RF exposure requirements, this hand-held device is approved for operation in a user’s hand when there is 20 cm or more between the antenna and everyone’s body.” Antenna Installed in Device Location Hand Held Device Pattern Omni Type F-Element Max Gain 0 dBi Physical See attached dwg Cable MXYH75, RG-178 Symbol P/N 703549-1 Mobile & Wireless Systems 1740 / 1742 Rev 1 Terminal Use Photo Mobile & Wireless Systems 2740 / 2742 Rev 2 2740 / 2742 Antenna The 2740 antenna is 0 dBi omni-directional in azimuth plane. It is mounted internally on the top end of the terminal as shown in the attached photo. The 2740 uses a Murata Erie BFA connector while the 2742 uses the MMCX. In its use it would be within 20 cm of a persons hand but more than 20 cm from the users body. It is used in portable devices. The following RF exposure information is included in a prominent place in the device’s user manual to inform the user of safety issues as required by OET Bulletin 65, Supplement C for EIRP greater than 200 mW. “Important Note: To comply with FCC RF exposure requirements, this hand-held device is approved for operation in a user’s hand when there is 20 cm or more between the antenna and everyone’s body.” Antenna Installed in Device Location Hand Held Device Pattern Omni Type F-Element Max Gain 0 dBi Physical See attached dwg Cable MXYH75, RG-178 Symbol P/N 703624-1, 703624-2 Mobile & Wireless Systems 2740 / 2742 Rev 2 Terminal Use Photo Mobile & Wireless Systems 7240 / 7242 Rev 1 7240 / 7242 Antenna The 7240 antenna is 0 dBi omni-directional in azimuth plane. It is mounted internally on the top end of the terminal as shown in the attached photo. The 7240 uses the MuRatta BFA connector. The 7242 is identical to the 7240 but uses the MMCX connector. In its use it would be within 20 cm of a persons hand but more than 20 cm from the users body. It is used in portable devices. The following RF exposure information is included in a prominent place in the device’s user manual to inform the user of safety issues as required by OET Bulletin 65, Supplement C. “Important Note: To comply with FCC RF exposure requirements, this hand-held device is approved for operation in a u…

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