FCC ID: EJE-EM7355D CELLULAR/PCS/GSM/EDGE/CDMA/WCDMA/LTE MODULE

by: Fujitsu Client Computing Limited (FCCL) latest update: 2015-09-22 model: EM7355D

Eleven grants have been issued under this FCC ID from 05/06/2013 to 09/22/2015 (this is one of twenty-eight releases in 2015 for this grantee). Public details available include internal & external photos, frequency information, and manuals. some products also feature user submitted or linked troubleshooting guides, drivers, password defaults, instructions, & warrantee terms.
permalink for this FCC identifier
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app s submitted / available
various User Install Guide Users Manual pdf 752.64 KiB
various User Manual Users Manual pdf 2.91 MiB
various Users Manual Users Manual pdf 2.29 MiB April 12 2014 / February 06 2015
various Cover Letter(s) pdf
various Cover Letter(s) pdf
various Cover Letter(s) pdf
various Cover Letter(s) pdf
various External Photos pdf
various Internal Photos pdf
various Cover Letter(s) pdf
various ID Label/Location Info pdf
various Cover Letter(s) pdf
various RF Exposure Info pdf
various RF Exposure Info pdf
various RF Exposure Info pdf
various RF Exposure Info pdf
various RF Exposure Info pdf
various RF Exposure Info pdf
various RF Exposure Info pdf
various RF Exposure Info pdf
various Test Setup Photos pdf
various Cover Letter(s) pdf
various Cover Letter(s) pdf
various Cover Letter(s) pdf
various Cover Letter(s) pdf
various ID Label/Location Info pdf
various RF Exposure Info pdf
various RF Exposure Info pdf
various RF Exposure Info pdf
various Test Report pdf
various Test Report pdf
various Test Report pdf
various Test Report pdf
various Cover Letter(s) pdf April 12 2014
various Cover Letter(s) pdf April 12 2014
various Cover Letter(s) pdf April 12 2014
various RF Exposure Info pdf April 12 2014
various RF Exposure Info pdf April 12 2014
various RF Exposure Info pdf April 12 2014
various Cover Letter(s) pdf April 12 2014
various Test Report pdf April 12 2014
various Cover Letter(s) pdf October 11 2014 / November 11 2014
various Cover Letter(s) pdf October 11 2014 / November 11 2014
various ID Label/Location Info pdf October 11 2014 / November 11 2014
various ID Label/Location Info pdf October 11 2014 / November 11 2014
various RF Exposure Info pdf October 11 2014 / November 11 2014
various RF Exposure Info pdf October 11 2014 / November 11 2014
various RF Exposure Info pdf October 11 2014 / November 11 2014
various RF Exposure Info pdf October 11 2014 / November 11 2014
various Cover Letter(s) pdf October 11 2014 / November 11 2014
various Cover Letter(s) pdf
various ID Label/Location Info pdf
various ID Label/Location Info pdf
various RF Exposure Info pdf
various Cover Letter(s) pdf
various Test Setup Photos pdf
various Cover Letter(s) pdf May 05 2014 / June 05 2014
various Cover Letter(s) pdf May 05 2014 / June 05 2014
various Cover Letter(s) pdf May 05 2014 / June 05 2014
various Cover Letter(s) pdf / July 03 2014
various Cover Letter(s) pdf / July 03 2014
various Cover Letter(s) pdf / July 03 2014
various Cover Letter(s) pdf / July 03 2014
various External Photos pdf / September 08 2014
various Internal Photos pdf / September 08 2014
various Test Setup Photos pdf / September 08 2014
various RF Exposure Info pdf / July 03 2014
various RF Exposure Info pdf / July 03 2014
various RF Exposure Info pdf / July 03 2014
various Cover Letter(s) pdf
various Cover Letter(s) pdf
various Cover Letter(s) pdf
various ID Label/Location Info pdf
various ID Label/Location Info pdf
various Test Setup Photos pdf / May 05 2014
various RF Exposure Info pdf
various Cover Letter(s) pdf
various RF Exposure Info pdf
various Cover Letter(s) pdf June 05 2013
various User Install Guide Users Manual pdf 752.64 KiB
various User Manual Users Manual pdf 2.91 MiB
various Users Manual Users Manual pdf 2.29 MiB April 12 2014 / February 06 2015

frequency equipment class purpose
1 2015-09-22 1850 ~ 1915 PCB - PCS Licensed Transmitter Class II permissive change or modification of presently authorized equipment
2 1850 ~ 1915 PCB - PCS Licensed Transmitter
3 2014-12-04 1850 ~ 1915 PCB - PCS Licensed Transmitter
4 2014-11-11 1850 ~ 1915 PCB - PCS Licensed Transmitter
5 2014-09-16 1850 ~ 1915 PCB - PCS Licensed Transmitter
6 2014-05-06 1850 ~ 1915 PCB - PCS Licensed Transmitter
7 2014-03-07 1850 ~ 1915 PCB - PCS Licensed Transmitter
8 2014-02-27 1850 ~ 1915 PCB - PCS Licensed Transmitter
9 2013-11-20 1850 ~ 1915 PCB - PCS Licensed Transmitter
10 2013-09-16 1850 ~ 1915 PCB - PCS Licensed Transmitter
11 2013-05-06 1850 ~ 1915 PCB - PCS Licensed Transmitter Change in identification of presently authorized equipment. Original FCC ID: N7NEM7355 Grant Date: 12/18/2012

Application Forms

app s Applicant Information
various Effective 2015-09-22
various 2014-12-04
various 2014-11-11
various 2014-09-16
various 2014-05-06
various 2014-03-07
various 2014-02-27
various 2013-11-20
various 2013-09-16
various 2013-05-06
various Applicant's complete, legal business name Fujitsu Client Computing Limited (FCCL)
various FCC Registration Number (FRN) 0009379173
various Physical Address 1-1, Kamikodanaka 4-chome
various Nakahara-ku, Kawasaki, N/A 211-8588
various Japan
app s TCB Information
various TCB Application Email Address t******@timcoengr.com
various T******@TIMCOENGR.COM
various L******@ul.com
various TCB Scope B1: Commercial mobile radio services equipment in the following 47 CFR Parts 20, 22 (cellular), 24,25 (below 3 GHz) & 27
app s FCC ID
various Grantee Code EJE
various Equipment Product Code EM7355D
app s Person at the applicant's address to receive grant or for contact
various Name M******** U********
various Title Engineer
various Telephone Number +81-4********
various Fax Number +81-4********
various E-mail u******@jp.fujitsu.com
app s Technical Contact
various Firm Name SPORTON International Inc.
various Sporton International Inc.
various Fujitsu Australia Ltd
various Name J**** T****
various P******** R****
various Physical Address No.52, HwaYa 1st Rd., Kwei-Shan Hsiang
various No. 81-1, Lu Liao Keng, 9th Ling, Wu Lung Tsuen
various 570 St Kilda Road
various Taoyuan Hsien, 333
various Melbourne Victoria
various Taiwan
various Australia
various Telephone Number 886-3********
various 61412********
various Fax Number 886-3********
various 61392********
various E-mail E******@Sporton.com.tw,Alexander@sporton.com.tw
various E******@Sporton.com.tw,IreneChung@Sporton.com.tw
various p******@au.fujitsu.com
app s Non Technical Contact
various Firm Name SPORTON International Inc.
various Sporton International Inc.
various Fujitsu Australia Ltd
various Name J****** T********
various P****** R****
various Physical Address No. 52, Hwa Ya 1st Rd., HwaYa Technology Park
various No. 81-1, Lu Liao Keng, 9th Ling, Wu Lung Tsuen
various 570 St Kilda Road
various Taoyuan Hsien, 333
various Melbourne Victoria
various Taiwan
various Australia
various Telephone Number 886-3********
various 61412********
various Fax Number 886-3********
various 61392********
various E-mail E******@Sporton.com.tw,Alexander@sporton.com.tw
various E******@Sporton.com.tw,IreneChung@Sporton.com.tw
various p******@au.fujitsu.com
app s Confidentiality (long or short term)
various Does this application include a request for confidentiality for any portion(s) of the data contained in this application pursuant to 47 CFR § 0.459 of the Commission Rules?:Yes
variousNo
variousLong-Term Confidentiality Does this application include a request for confidentiality for any portion(s) of the data contained in this application pursuant to 47 CFR § 0.459 of the Commission Rules?:Yes
variousNo
variousIf so, specify the short-term confidentiality release date (MM/DD/YYYY format)03/20/2016
various06/02/2015
various05/09/2015
various03/14/2015
various11/01/2014
various08/09/2014
various08/24/2014
various05/05/2014
if no date is supplied, the release date will be set to 45 calendar days past the date of grant.
app s Cognitive Radio & Software Defined Radio, Class, etc
various Is this application for software defined/cognitive radio authorization?No
variousEquipment ClassPCB - PCS Licensed Transmitter
variousDescription of product as it is marketed: (NOTE: This text will appear below the equipment class on the grant)CELLULAR/PCS/GSM/EDGE/CDMA/WCDMA/LTE MODULE
variousLTE Module
variousCELLULAR/ PCS/ GSM/ EDGE/ CDMA/ WCDMA/ LTE MODEM
variousCELLULAR/PCS/GSM/EDGE/CDMA/WCDMA/LTE MODEM
variousPCIe wireless WAN card
variousRelated OET KnowledgeDataBase Inquiry: Is there a KDB inquiry associated with this application?No
variousYes
variousModular Equipment TypeLimited Single Modular Approval
variousDoes not apply
variousSingle Modular Approval
variousPurpose / Application is forClass II permissive change or modification of presently authorized equipment
variousChange in identification of presently authorized equipment. Original FCC ID: N7NEM7355 Grant Date: 12/18/2012
variousComposite Equipment: Is the equipment in this application a composite device subject to an additional equipment authorization?No
variousRelated Equipment: Is the equipment in this application part of a system that operates with, or is marketed with, another device that requires an equipment authorization?No
variousYes
variousGrant CommentsPower out is conducted at the antenna terminal. Limited Single Modular Approval. The antenna(s) used for this transmitter must not be co-located or operating in conjunction with any other antenna or transmitter, except in accordance with FCC multi-transmitter evaluation procedures. The antenna gain, including cable loss, must not exceed 6.5 dBi at 800 MHz and/or 850 MHz, 3.0 dBi at 1900 MHz, 9.0 dBi at 700 MHz and 6 dBi at 1700 MHz as defined in 2.1091 for satisfying RF exposure compliance. Under no conditions may an antenna gain be used that would exceed the ERP and/or EIRP power limits as specified in Part 22, 24, 27 and 90. This device contains functions that are not operational in U.S. Territories. This filing is only applicable for U.S. operations. (Date of Grant: 05/06/2013) Class II Permissive Change: This Class II Permissive Change is to integrate this module into the FUJITSU LIFEBOOK T series, Model: T936. The highest reported SAR value for stand-alone and simultaneous transmission conditions are 1.40W/kg and 1.60W/kg, respectively.
variousPower out is conducted at the antenna terminal. Limited Single Modular Approval. The antenna(s) used for this transmitter must not be co-located or operating in conjunction with any other antenna or transmitter, except in accordance with FCC multi-transmitter evaluation procedures. The antenna gain, including cable loss, must not exceed 6.5 dBi at 800 MHz and/or 850 MHz, 3.0 dBi at 1900 MHz, 9.0 dBi at 700 MHz and 6 dBi at 1700 MHz as defined in 2.1091 for satisfying RF exposure compliance. Under no conditions may an antenna gain be used that would exceed the ERP and/or EIRP power limits as specified in Part 22, 24, 27 and 90. This device contains functions that are not operational in U.S. Territories. This filing is only applicable for U.S. operations. (Date of Grant: 05/06/2013) Class II Permissive Change: This Class II Permissive Change is to integrate this module into the FUJITSU LIFEBOOK T series, Model: T726. The highest reported SAR value for stand-alone and simultaneous transmission conditions are 1.40W/kg and 1.60W/kg, respectively.
variousPower out is conducted at the antenna terminal. Limited Single Modular Approval. The antenna(s) used for this transmitter must not be co-located or operating in conjunction with any other antenna or transmitter, except in accordance with FCC multi-transmitter evaluation procedures. The antenna gain, including cable loss, must not exceed 6.5 dBi at 800 MHz and/or 850 MHz, 3.0 dBi at 1900 MHz, 9.0 dBi at 700 MHz and 6 dBi at 1700 MHz as defined in 2.1091 for satisfying RF exposure compliance. Under no conditions may an antenna gain be used that would exceed the ERP and/or EIRP power limits as specified in Part 22, 24, 27 and 90. This device contains functions that are not operational in U.S. Territories. This filing is only applicable for U.S. operations. (Date of Grant: 05/06/2013) Class II Permissive Change: This Class II Permissive Change is to integrate this module into the FUJITSU LIFEBOOK T series, Model: T725. The highest reported SAR value for stand-alone and simultaneous transmission conditions are 1.40W/kg and 1.47W/kg, respectively.
variousPower out is conducted at the antenna terminal. Limited single modular approval. The antenna(s) used for this transmitter must not be co-located or operating in conjunction with any other antenna or transmitter, except in accordance with FCC multi-transmitter evaluation procedures as documented in this filing. (Date of Grant: 05/06/2013) Class II Permissive Change: This Class II Permissive Change is to integrate the module in FUJITSU LIFEBOOK T935/ TH935, FCC ID: EJE-WB0089. The highest reported SAR is 1.40 W/kg.
variousPower out is conducted at the antenna terminal. Limited single modular approval. The antenna(s) used for this transmitter must not be co-located or operating in conjunction with any other antenna or transmitter, except in accordance with FCC multi-transmitter evaluation procedures as documented in this filing. This Class II Permissive Change is to integrate the module into the host FUJITSU Tablet Notebook - FCC ID: EJE-WB0088 - Model: T904. The highest reported SAR for stand-alone and simultaneous transmission exposure conditions are 1.42 W/kg and 1.58 W/kg, respectively.
variousPower listed is conducted. Limited single modular approval. The antenna(s) used for this transmitter must not be co-located or operating in conjunction with any other antenna or transmitter, except in accordance with FCC multi-transmitter evaluation procedures as evaluated in this filing with FCCID EW4DWMW095A. This Class II Permissive Change is to integrate the module into host FUJITSU Tablet - Model: Q584. The highest reported SAR for stand-alone and simultaneous transmission exposure conditions are 1.29 W/kg and 1.59 W/kg, respectively.
variousClass II Permissive Change to allow configuration in specific tablet host model Q704. Use of this module in hosts implementing power reduction, such as this tablet, is limited to hosts manufactured by the grantee and added through C2PC procedures. Power output is conducted at the antenna terminal. Single Modular Approval. This device is to be used only for mobile and fixed applications unless additional requirements have been met as described in this filing. The antenna(s) used for this transmitter must be installed to provide a separation distance of at least 20 cm from all persons and must not be co-located or operating in conjunction with any other antenna or transmitter, except in accordance with FCC multi-transmitter evaluation procedures as documented in this filing. Operation in portable host configurations requires additional SAR evaluation and certification. End-Users must be provided with transmitter operation conditions for satisfying RF exposure compliance. OEM integrators must insure that the end user has no manual instructions to remove or install this module except in specific hosts with 2-way BIOS lock described in previous C2PC filing. For mobile and fixed operating configurations the antenna gain, including cable loss, must not exceed 6.5 dBi at 800 MHz and/or 850 MHz, 3.0 dBi at 1900 MHz, 9.0 dBi at 700 MHz and 6 dBi at 1700 MHz as defined in 2.1091 for satisfying RF exposure compliance. Under no conditions may an antenna gain be used that would exceed the ERP and/or EIRP power limits as specified in Part 22, 24, 27 and 90. The Grantee is responsible for providing the documentation required for modular use. The highest reported SAR for stand-alone and simultaneous transmission exposure conditions in this filing are 1.51 W/kg and 1.57 W/kg, respectively. The highest reported SAR for stand-alone and simultaneous transmission exposure conditions across all filings under this FCC ID are 1.51 W/kg and 1.57 W/kg, respectively.
variousClass II Permissive Change to allow configuration and user installation in specific portable laptop/tablet hosts T734/TH734 Fujitsu notebook PC. Power out is conducted at the antenna terminal. Single Modular Approval. This device is to be used only for mobile and fixed applications unless additional requirements have been met as described in this filing. . The antenna(s) used for this transmitter must be installed to provide a separation distance of at least 20 cm from all persons and must not be co-located or operating in conjunction with any other antenna or transmitter, except in accordance with FCC multi-transmitter evaluation procedures as documented in this filing. Operation in portable host configurations requires additional SAR evaluation and certification. End-Users must be provided with transmitter operation conditions for satisfying RF exposure compliance. OEM integrators must insure that the end user has no manual instructions to remove or install this module except in specific hosts with 2-way BIOS lock described in this filing. For mobile and fixed operating configurations the antenna gain, including cable loss, must not exceed 6.5 dBi at 800 MHz and/or 850 MHz, 3.0 dBi at 1900 MHz, 9.0 dBi at 700 MHz and 6 dBi at 1700 MHz as defined in 2.1091 for satisfying RF exposure compliance. Under no conditions may an antenna gain be used that would exceed the ERP and/or EIRP power limits as specified in Part 22, 24, 27 and 90. The Grantee is responsible for providing the documentation required for modular use. The highest reported SAR for stand-alone and simultaneous transmission exposure conditions are 0.84 W/kg and 0.89 W/kg, respectively.
variousClass II Permissive Change to allow configuration and user installation in specific mobile laptop hosts E734 and E744 Fujitsu notebook PC. Power out is conducted at the antenna terminal. Single Modular Approval. This device is to be used only for mobile and fixed application. The antenna(s) used for this transmitter must be installed to provide a separation distance of at least 20 cm from all persons and must not be co-located or operating in conjunction with any other antenna or transmitter, except in accordance with FCC multi-transmitter evaluation procedures as documented in this filing. End-Users must be provided with transmitter operation conditions for satisfying RF exposure compliance. OEM integrators must insure that the end user has no manual instructions to remove or install this module except in specific hosts with 2-way BIOS lock described in this filing. For mobile and fixed operating configurations the antenna gain, including cable loss, must not exceed 6.5 dBi at 800 MHz and/or 850 MHz, 3.0 dBi at 1900 MHz, 9.0 dBi at 700 MHz and 6 dBi at 1700 MHz as defined in 2.1091 for satisfying RF exposure compliance. Under no conditions may an antenna gain be used that would exceed the ERP and/or EIRP power limits as specified in Part 22, 24, 27 and 90. The Grantee is responsible for providing the documentation required for modular use.
variousPower out is conducted at the antenna terminal. Single Modular Approval. This device is to be used only for mobile and fixed application. The antenna(s) used for this transmitter must be installed to provide a separation distance of at least 20 cm from all persons and must not be co-located or operating in conjunction with any other antenna or transmitter, except in accordance with FCC multi-transmitter evaluation procedures as documented in this filing. End-Users must be provided with transmitter operation conditions for satisfying RF exposure compliance. OEM integrators must insure that the end user has no manual instructions to remove or install this module. For mobile and fixed operating configurations the antenna gain, including cable loss, must not exceed 6.5 dBi at 800 MHz and/or 850 MHz, 3.0 dBi at 1900 MHz, 9.0 dBi at 700 MHz and 6 dBi at 1700 MHz as defined in 2.1091 for satisfying RF exposure compliance. Under no conditions may an antenna gain be used that would exceed the ERP and/or EIRP power limits as specified in Part 22, 24, 27 and 90. The Grantee is responsible for providing the documentation required for modular use.
variousIs there an equipment authorization waiver associated with this application?No
variousIf there is an equipment authorization waiver associated with this application, has the associated waiver been approved and all information uploaded?No
app s Test Firm Name and Contact Information
various Firm Name EMC Technologies Pty. Ltd.
various Sporton International Inc.
various SPORTON International Inc.
various China Telecommunication Technology Labs
various Name C****** Z****
various A**** C********
various Z****** D****
various Telephone Number 61-3-********
various 886-3******** Extension:
various 886-2******** Extension:
various 86-10********
various Fax Number 61-3-********
various 886-3********
various 886-2********
various 86-10********
various E-mail c******@emctech.com.au
various a******@sporton.com.tw
various e******@chinattl.com
Equipment Specifications
Line Rule Parts Grant Notes Lower Frequency Upper Frequency Power Output Tolerance Emission Designator Microprocessor Number
1 1 22H BC 824 849 1.841 2.5 ppm 249KGXW
1 2 22H BC 824 849 0.551 2.5 ppm 240KG7W
1 3 24E BC 1850 1910 0.91 2.5 ppm 244KGXW
1 4 24E BC 1850 1910 0.381 2.5 ppm 240KG7W
1 5 9 BC 816 823.975 0.264 2.5 ppm 1M28F9W
1 6 22H BC 824 849 0.274 2.5 ppm 1M29F9W
1 7 24E BC 1850 1910 0.273 2.5 ppm 1M28F9W
1 8 22H BC 824 849 0.197 2.5 ppm 4M18F9W
1 9 24E BC 1850 1910 0.209 2.5 ppm 4M20F9W
1 1 27 BC 1710 1755 0.2 2.5 ppm 4M20F9W
1 11 24E BC 1850 1910 0.222 2.5 ppm 4M52F9W
1 12 24E BC 1850 1910 0.218 2.5 ppm 9M04F9W
1 13 24E BC 1850 1910 0.219 2.5 ppm 13M5F9W
1 14 24E BC 1850 1910 0.211 2.5 ppm 17M9F9W
1 15 22H BC 824 849 0.197 2.5 ppm 4M52F9W
1 16 22H BC 824 849 0.195 2.5 ppm 9M04F9W
1 17 24E BC 1850 1915 0.223 2.5 ppm 4M50F9W
1 18 24E BC 1850 1915 0.219 2.5 ppm 9M04F9W
1 19 24E BC 1850 1915 0.22 2.5 ppm 13M4F9W
1 2 24E BC 1850 1915 0.218 2.5 ppm 17M4F9W
1 21 27 BC 1710 1755 0.218 2.5 ppm 4M48F9W
1 22 27 BC 1710 1755 0.217 2.5 ppm 9M04F9W
1 23 27 BC 1710 1755 0.218 2.5 ppm 13M4F9W
1 24 27 BC 1710 1755 0.214 2.5 ppm 17M9F9W
1 25 27 BC 704 716 0.206 2.5 ppm 4M48F9W
1 26 27 BC 704 716 0.196 2.5 ppm 9M08F9W
1 27 27 BC 777 787 0.2 2.5 ppm 4M52F9W
1 28 27 BC 777 787 0.187 2.5 ppm 9M08F9W
Line Rule Parts Grant Notes Lower Frequency Upper Frequency Power Output Tolerance Emission Designator Microprocessor Number
2 1 22H BC 824 849 1.841 2.5 ppm 249KGXW
2 2 22H BC 824 849 0.551 2.5 ppm 240KG7W
2 3 24E BC 1850 1910 0.91 2.5 ppm 244KGXW
2 4 24E BC 1850 1910 0.381 2.5 ppm 240KG7W
2 5 9 BC 816 823.975 0.264 2.5 ppm 1M28F9W
2 6 22H BC 824 849 0.274 2.5 ppm 1M29F9W
2 7 24E BC 1850 1910 0.273 2.5 ppm 1M28F9W
2 8 22H BC 824 849 0.197 2.5 ppm 4M18F9W
2 9 24E BC 1850 1910 0.209 2.5 ppm 4M20F9W
2 1 27 BC 1710 1755 0.2 2.5 ppm 4M20F9W
2 11 24E BC 1850 1910 0.222 2.5 ppm 4M52F9W
2 12 24E BC 1850 1910 0.218 2.5 ppm 9M04F9W
2 13 24E BC 1850 1910 0.219 2.5 ppm 13M5F9W
2 14 24E BC 1850 1910 0.211 2.5 ppm 17M9F9W
2 15 22H BC 824 849 0.197 2.5 ppm 4M52F9W
2 16 22H BC 824 849 0.195 2.5 ppm 9M04F9W
2 17 24E BC 1850 1915 0.223 2.5 ppm 4M50F9W
2 18 24E BC 1850 1915 0.219 2.5 ppm 9M04F9W
2 19 24E BC 1850 1915 0.22 2.5 ppm 13M4F9W
2 2 24E BC 1850 1915 0.218 2.5 ppm 17M4F9W
2 21 27 BC 1710 1755 0.218 2.5 ppm 4M48F9W
2 22 27 BC 1710 1755 0.217 2.5 ppm 9M04F9W
2 23 27 BC 1710 1755 0.218 2.5 ppm 13M4F9W
2 24 27 BC 1710 1755 0.214 2.5 ppm 17M9F9W
2 25 27 BC 704 716 0.206 2.5 ppm 4M48F9W
2 26 27 BC 704 716 0.196 2.5 ppm 9M08F9W
2 27 27 BC 777 787 0.2 2.5 ppm 4M52F9W
2 28 27 BC 777 787 0.187 2.5 ppm 9M08F9W
Line Rule Parts Grant Notes Lower Frequency Upper Frequency Power Output Tolerance Emission Designator Microprocessor Number
3 1 22H BC 824 849 1.841 2.5 ppm 249KGXW
3 2 22H BC 824 849 0.551 2.5 ppm 240KG7W
3 3 24E BC 1850 1910 0.91 2.5 ppm 244KGXW
3 4 24E BC 1850 1910 0.381 2.5 ppm 240KG7W
3 5 9 BC 816 823.975 0.264 2.5 ppm 1M28F9W
3 6 22H BC 824 849 0.274 2.5 ppm 1M29F9W
3 7 24E BC 1850 1910 0.273 2.5 ppm 1M28F9W
3 8 22H BC 824 849 0.197 2.5 ppm 4M18F9W
3 9 24E BC 1850 1910 0.209 2.5 ppm 4M20F9W
3 1 27 BC 1710 1755 0.2 2.5 ppm 4M20F9W
3 11 24E BC 1850 1910 0.222 2.5 ppm 4M52F9W
3 12 24E BC 1850 1910 0.218 2.5 ppm 9M04F9W
3 13 24E BC 1850 1910 0.219 2.5 ppm 13M5F9W
3 14 24E BC 1850 1910 0.211 2.5 ppm 17M9F9W
3 15 22H BC 824 849 0.197 2.5 ppm 4M52F9W
3 16 22H BC 824 849 0.195 2.5 ppm 9M04F9W
3 17 24E BC 1850 1915 0.223 2.5 ppm 4M50F9W
3 18 24E BC 1850 1915 0.219 2.5 ppm 9M04F9W
3 19 24E BC 1850 1915 0.22 2.5 ppm 13M4F9W
3 2 24E BC 1850 1915 0.218 2.5 ppm 17M4F9W
3 21 27 BC 1710 1755 0.218 2.5 ppm 4M48F9W
3 22 27 BC 1710 1755 0.217 2.5 ppm 9M04F9W
3 23 27 BC 1710 1755 0.218 2.5 ppm 13M4F9W
3 24 27 BC 1710 1755 0.214 2.5 ppm 17M9F9W
3 25 27 BC 704 716 0.206 2.5 ppm 4M48F9W
3 26 27 BC 704 716 0.196 2.5 ppm 9M08F9W
3 27 27 BC 777 787 0.2 2.5 ppm 4M52F9W
3 28 27 BC 777 787 0.187 2.5 ppm 9M08F9W
Line Rule Parts Grant Notes Lower Frequency Upper Frequency Power Output Tolerance Emission Designator Microprocessor Number
4 1 22H 824 849 1.841 2.5 ppm 249KGXW
4 2 22H 824 849 0.551 2.5 ppm 240KG7W
4 3 24E 1850 1910 0.91 2.5 ppm 244KGXW
4 4 24E 1850 1910 0.381 2.5 ppm 240KG7W
4 5 9 816 823.975 0.264 2.5 ppm 1M28F9W
4 6 22H 824 849 0.274 2.5 ppm 1M29F9W
4 7 24E 1850 1910 0.273 2.5 ppm 1M28F9W
4 8 22H 824 849 0.197 2.5 ppm 4M18F9W
4 9 24E 1850 1910 0.209 2.5 ppm 4M20F9W
4 1 27 1710 1755 0.2 2.5 ppm 4M20F9W
4 11 24E 1850 1910 0.222 2.5 ppm 4M52F9W
4 12 24E 1850 1910 0.218 2.5 ppm 9M04F9W
4 13 24E 1850 1910 0.219 2.5 ppm 13M5F9W
4 14 24E 1850 1910 0.211 2.5 ppm 17M9F9W
4 15 22H 824 849 0.197 2.5 ppm 4M52F9W
4 16 22H 824 849 0.195 2.5 ppm 9M04F9W
4 17 24E 1850 1915 0.223 2.5 ppm 4M50F9W
4 18 24E 1850 1915 0.219 2.5 ppm 9M04F9W
4 19 24E 1850 1915 0.22 2.5 ppm 13M4F9W
4 2 24E 1850 1915 0.218 2.5 ppm 17M9F9W
4 21 27 1710 1755 0.218 2.5 ppm 4M48F9W
4 22 27 1710 1755 0.217 2.5 ppm 9M04F9W
4 23 27 1710 1755 0.218 2.5 ppm 13M4F9W
4 24 27 1710 1755 0.214 2.5 ppm 17M9F9W
4 25 27 704 716 0.206 2.5 ppm 4M48F9W
4 26 27 704 716 0.196 2.5 ppm 9M08F9W
4 27 27 777 787 0.2 2.5 ppm 4M52F9W
4 28 27 777 787 0.187 2.5 ppm 9M08F9W
Line Rule Parts Grant Notes Lower Frequency Upper Frequency Power Output Tolerance Emission Designator Microprocessor Number
5 1 22H 824 849 1.841 2.5 ppm 294KGXW
5 2 22H 824 849 0.551 2.5 ppm 240KG7W
5 3 24E 1850 1910 0.91 2.5 ppm 244KGXW
5 4 24E 1850 1910 0.381 2.5 ppm 240KG7W
5 5 9 816 823.975 0.264 2.5 ppm 1M28F9W
5 6 22 824 849 0.274 2.5 ppm 1M29F9W
5 7 24E 1850 1910 0.273 2.5 ppm 1M28F9W
5 8 22H 824 849 0.197 2.5 ppm 4M18F9W
5 9 24E 1850 1910 0.209 2.5 ppm 4M20F9W
5 1 27 1710 1755 0.2 2.5 ppm 4M20F9W
5 11 24E 1850 1910 0.222 2.5 ppm 4M52F9W
5 12 24E 1850 1910 0.218 2.5 ppm 9M04F9W
5 13 24E 1850 1910 0.219 2.5 ppm 13M5F9W
5 14 24E 1850 1910 0.211 2.5 ppm 17M9F9W
5 15 22H 824 849 0.197 2.5 ppm 4M52F9W
5 16 22H 824 849 0.195 2.5 ppm 9M04F9W
5 17 24E 1850 1915 0.223 2.5 ppm 4M50F9W
5 18 24E 1850 1915 0.219 2.5 ppm 9M04F9W
5 19 24E 1850 1915 0.22 2.5 ppm 13M4F9W
5 2 24E 1850 1915 0.218 2.5 ppm 17M9F9W
5 21 27 1710 1755 0.218 2.5 ppm 4M48F9W
5 22 27 1710 1755 0.217 2.5 ppm 9M04F9W
5 23 27 1710 1755 0.218 2.5 ppm 13M4F9W
5 24 27 1710 1755 0.214 2.5 ppm 17M9F9W
5 25 27 704 716 0.206 2.5 ppm 4M48F9W
5 26 27 704 716 0.196 2.5 ppm 9M08F9W
5 27 27 777 787 0.2 2.5 ppm 4M52F9W
5 28 27 777 787 0.187 2.5 ppm 9M08F9W
Line Rule Parts Grant Notes Lower Frequency Upper Frequency Power Output Tolerance Emission Designator Microprocessor Number
6 1 22H BC 824 849 1.841 2.5 ppm 249KGXW
6 2 22H BC 824 849 0.551 2.5 ppm 240KG7W
6 3 24E BC 1850 1910 0.91 2.5 ppm 244KGXW
6 4 24E BC 1850 1910 0.381 2.5 ppm 240KG7W
6 5 9 BC 816 823.975 0.264 2.5 ppm 1M28F9W
6 6 22H BC 824 849 0.274 2.5 ppm 1M29F9W
6 7 24E BC 1850 1910 0.273 2.5 ppm 1M28F9W
6 8 22H BC 824 849 0.197 2.5 ppm 4M18F9W
6 9 24E BC 1850 1910 0.209 2.5 ppm 4M20F9W
6 1 27 BC 1710 1755 0.2 2.5 ppm 4M20F9W
6 11 24E BC 1850 1910 0.222 2.5 ppm 4M52F9W
6 12 24E BC 1850 1910 0.218 2.5 ppm 9M04F9W
6 13 24E BC 1850 1910 0.219 2.5 ppm 13M5F9W
6 14 24E BC 1850 1910 0.211 2.5 ppm 17M9F9W
6 15 22H BC 824 849 0.197 2.5 ppm 4M52F9W
6 16 22H BC 824 849 0.195 2.5 ppm 9M04F9W
6 17 24E BC 1850 1915 0.223 2.5 ppm 4M50F9W
6 18 24E BC 1850 1915 0.219 2.5 ppm 9M04F9W
6 19 24E BC 1850 1915 0.22 2.5 ppm 13M4F9W
6 2 24E BC 1850 1915 0.218 2.5 ppm 17M9F9W
6 21 27 BC 1710 1755 0.218 2.5 ppm 4M48F9W
6 22 27 BC 1710 1755 0.217 2.5 ppm 9M04F9W
6 23 27 BC 1710 1755 0.218 2.5 ppm 13M4F9W
6 24 27 BC 1710 1755 0.214 2.5 ppm 17M9F9W
6 25 27 BC 704 716 0.206 2.5 ppm 4M48F9W
6 26 27 BC 704 716 0.196 2.5 ppm 9M08F9W
6 27 27 BC 777 787 0.2 2.5 ppm 4M52F9W
6 28 27 BC 777 787 0.187 2.5 ppm 9M08F9W
Line Rule Parts Grant Notes Lower Frequency Upper Frequency Power Output Tolerance Emission Designator Microprocessor Number
7 1 22H BC 824 849 1.841 2.5 ppm 249KGXW
7 2 22H BC 824 849 0.551 2.5 ppm 240KG7W
7 3 24E BC 1850 1910 0.91 2.5 ppm 244KGXW
7 4 24E BC 1850 1910 0.381 2.5 ppm 240KG7W
7 5 22H BC 824 849 0.274 2.5 ppm 1M29F9W
7 6 22H BC 824 849 0.197 2.5 ppm 4M18F9W
7 7 22H BC 824 849 0.197 2.5 ppm 4M52F9W
7 8 22H BC 824 849 0.195 2.5 ppm 9M04F9W
7 9 24E BC 1850 1910 0.273 2.5 ppm 1M28F9W
7 1 24E BC 1850 1910 0.209 2.5 ppm 4M20F9W
7 11 24E BC 1850 1910 0.222 2.5 ppm 4M52F9W
7 12 24E BC 1850 1910 0.218 2.5 ppm 9M04F9W
7 13 24E BC 1850 1910 0.219 2.5 ppm 13M5F9W
7 14 24E BC 1850 1910 0.211 2.5 ppm 17M9F9W
7 15 24E BC 1850 1915 0.223 2.5 ppm 4M50F9W
7 16 24E BC 1850 1915 0.219 2.5 ppm 9M04F9W
7 17 24E BC 1850 1915 0.22 2.5 ppm 13M4F9W
7 18 24E BC 1850 1915 0.218 2.5 ppm 17M9F9W
7 19 27 BC 704 716 0.206 2.5 ppm 4M48F9W
7 2 27 BC 704 716 0.196 2.5 ppm 9M08F9W
7 21 27 BC 777 787 0.2 2.5 ppm 4M52F9W
7 22 27 BC 777 787 0.187 2.5 ppm 9M08F9W
7 23 27 BC 1710 1755 0.2 2.5 ppm 4M20F9W
7 24 27 BC 1710 1755 0.218 2.5 ppm 4M48F9W
7 25 27 BC 1710 1755 0.217 2.5 ppm 9M04F9W
7 26 27 BC 1710 1755 0.218 2.5 ppm 13M4F9W
7 27 27 BC 1710 1755 0.214 2.5 ppm 17M9F9W
7 28 9 BC 816 823.975 0.264 2.5 ppm 1M28F9W
Line Rule Parts Grant Notes Lower Frequency Upper Frequency Power Output Tolerance Emission Designator Microprocessor Number
8 1 22H BC 824 849 1.841 2.5 ppm 249KGXW
8 2 22H BC 824 849 0.551 2.5 ppm 240KG7W
8 3 24E BC 1850 1910 0.91 2.5 ppm 244KGXW
8 4 24E BC 1850 1910 0.381 2.5 ppm 240KG7W
8 5 9 BC 816 823.975 0.264 2.5 ppm 1M28F9W
8 6 22H BC 824 849 0.274 2.5 ppm 1M29F9W
8 7 24E BC 1850 1910 0.273 2.5 ppm 1M28F9W
8 8 22H BC 824 849 0.197 2.5 ppm 4M18F9W
8 9 24E BC 1850 1910 0.209 2.5 ppm 4M20F9W
8 1 27 BC 1710 1755 0.2 2.5 ppm 4M20F9W
8 11 24E BC 1850 1910 0.222 2.5 ppm 4M52F9W
8 12 24E BC 1850 1910 0.218 2.5 ppm 9M04F9W
8 13 24E BC 1850 1910 0.219 2.5 ppm 13M5F9W
8 14 24E BC 1850 1910 0.211 2.5 ppm 17M9F9W
8 15 22H BC 824 849 0.197 2.5 ppm 4M52F9W
8 16 22H BC 824 849 0.195 2.5 ppm 9M04F9W
8 17 24E BC 1850 1915 0.223 2.5 ppm 4M50F9W
8 18 24E BC 1850 1915 0.219 2.5 ppm 9M04F9W
8 19 24E BC 1850 1915 0.22 2.5 ppm 13M4F9W
8 2 24E BC 1850 1915 0.218 2.5 ppm 17M9F9W
8 21 27 BC 1710 1755 0.218 2.5 ppm 4M48F9W
8 22 27 BC 1710 1755 0.217 2.5 ppm 9M04F9W
8 23 27 BC 1710 1755 0.218 2.5 ppm 13M4F9W
8 24 27 BC 1710 1755 0.214 2.5 ppm 17M9F9W
8 25 27 BC 704 716 0.206 2.5 ppm 4M48F9W
8 26 27 BC 704 716 0.196 2.5 ppm 9M08F9W
8 27 27 BC 777 787 0.2 2.5 ppm 4M52F9W
8 28 27 BC 777 787 0.187 2.5 ppm 9M08F9W
Line Rule Parts Grant Notes Lower Frequency Upper Frequency Power Output Tolerance Emission Designator Microprocessor Number
9 1 22H BC 824 849 1.841 2.5 ppm 249KGXW
9 2 22H BC 824 849 0.551 2.5 ppm 240KG7W
9 3 24E BC 1850 1910 0.91 2.5 ppm 244KGXW
9 4 24E BC 1850 1910 0.381 2.5 ppm 240KG7W
9 5 9 BC 816 823.975 0.264 2.5 ppm 1M28F9W
9 6 22H BC 824 849 0.274 2.5 ppm 1M29F9W
9 7 24E BC 1850 1910 0.273 2.5 ppm 1M28F9W
9 8 22H BC 824 849 0.197 2.5 ppm 4M18F9W
9 9 24E BC 1850 1910 0.209 2.5 ppm 4M20F9W
9 1 27 BC 1710 1755 0.2 2.5 ppm 4M20F9W
9 11 24E BC 1850 1910 0.222 2.5 ppm 4M52F9W
9 12 24E BC 1850 1910 0.218 2.5 ppm 9M04F9W
9 13 24E BC 1850 1910 0.219 2.5 ppm 13M5F9W
9 14 24E BC 1850 1910 0.211 2.5 ppm 17M9F9W
9 15 22H BC 824 849 0.197 2.5 ppm 4M52F9W
9 16 22H BC 824 849 0.195 2.5 ppm 9M04F9W
9 17 24E BC 1850 1915 0.223 2.5 ppm 4M50F9W
9 18 24E BC 1850 1915 0.219 2.5 ppm 9M04F9W
9 19 24E BC 1850 1915 0.22 2.5 ppm 13M4F9W
9 2 24E BC 1850 1915 0.218 2.5 ppm 17M9F9W
9 21 27 BC 1710 1755 0.218 2.5 ppm 4M48F9W
9 22 27 BC 1710 1755 0.217 2.5 ppm 9M04F9W
9 23 27 BC 1710 1755 0.218 2.5 ppm 13M4F9W
9 24 27 BC 1710 1755 0.214 2.5 ppm 17M9F9W
9 25 27 BC 704 716 0.206 2.5 ppm 4M48F9W
9 26 27 BC 704 716 0.196 2.5 ppm 9M08F9W
9 27 27 BC 777 787 0.2 2.5 ppm 4M52F9W
9 28 27 BC 777 787 0.187 2.5 ppm 9M08F9W
Line Rule Parts Grant Notes Lower Frequency Upper Frequency Power Output Tolerance Emission Designator Microprocessor Number
10 1 22H BC 824 849 1.841 2.5 ppm 249KGXW
10 2 22H BC 824 849 0.551 2.5 ppm 240KG7W
10 3 24E BC 1850 1910 0.91 2.5 ppm 244KGXW
10 4 24E BC 1850 1910 0.381 2.5 ppm 240KG7W
10 5 9 BC 816 823.975 0.264 2.5 ppm 1M28F9W
10 6 22H BC 824 849 0.274 2.5 ppm 1M29F9W
10 7 24E BC 1850 1910 0.273 2.5 ppm 1M28F9W
10 8 22H BC 824 849 0.197 2.5 ppm 4M18F9W
10 9 24E BC 1850 1910 0.209 2.5 ppm 4M20F9W
10 1 27 BC 1710 1755 0.2 2.5 ppm 4M20F9W
10 11 24E BC 1850 1910 0.222 2.5 ppm 4M52F9W
10 12 24E BC 1850 1910 0.218 2.5 ppm 9M04F9W
10 13 24E BC 1850 1910 0.219 2.5 ppm 13M5F9W
10 14 24E BC 1850 1910 0.211 2.5 ppm 17M9F9W
10 15 22H BC 824 849 0.197 2.5 ppm 4M52F9W
10 16 22H BC 824 849 0.195 2.5 ppm 9M04F9W
10 17 24E BC 1850 1915 0.223 2.5 ppm 4M50F9W
10 18 24E BC 1850 1915 0.219 2.5 ppm 9M04F9W
10 19 24E BC 1850 1915 0.22 2.5 ppm 13M4F9W
10 2 24E BC 1850 1915 0.218 2.5 ppm 17M9F9W
10 21 27 BC 1710 1755 0.218 2.5 ppm 4M48F9W
10 22 27 BC 1710 1755 0.217 2.5 ppm 9M04F9W
10 23 27 BC 1710 1755 0.218 2.5 ppm 13M4F9W
10 24 27 BC 1710 1755 0.214 2.5 ppm 17M9F9W
10 25 27 BC 704 716 0.206 2.5 ppm 4M48F9W
10 26 27 BC 704 716 0.196 2.5 ppm 9M08F9W
10 27 27 BC 777 787 0.2 2.5 ppm 4M52F9W
10 28 27 BC 777 787 0.187 2.5 ppm 9M08F9W
Line Rule Parts Grant Notes Lower Frequency Upper Frequency Power Output Tolerance Emission Designator Microprocessor Number
11 1 22H BC 824 849 1.841 2.5 ppm 249KGXW
11 2 22H BC 824 849 0.551 2.5 ppm 240KG7W
11 3 24E BC 1850 1910 0.91 2.5 ppm 244KGXW
11 4 24E BC 1850 1910 0.381 2.5 ppm 240KG7W
11 5 9 BC 816 823.975 0.264 2.5 ppm 1M28F9W
11 6 22H BC 824 849 0.274 2.5 ppm 1M29F9W
11 7 24E BC 1850 1910 0.273 2.5 ppm 1M28F9W
11 8 22H BC 824 849 0.197 2.5 ppm 4M18F9W
11 9 24E BC 1850 1910 0.209 2.5 ppm 4M20F9W
11 1 27 BC 1710 1755 0.2 2.5 ppm 4M20F9W
11 11 24E BC 1850 1910 0.222 2.5 ppm 4M52F9W
11 12 24E BC 1850 1910 0.218 2.5 ppm 9M04F9W
11 13 24E BC 1850 1910 0.219 2.5 ppm 13M5F9W
11 14 24E BC 1850 1910 0.211 2.5 ppm 17M9F9W
11 15 22H BC 824 849 0.197 2.5 ppm 4M52F9W
11 16 22H BC 824 849 0.195 2.5 ppm 9M04F9W
11 17 24E BC 1850 1915 0.223 2.5 ppm 4M50F9W
11 18 24E BC 1850 1915 0.219 2.5 ppm 9M04F9W
11 19 24E BC 1850 1915 0.22 2.5 ppm 13M4F9W
11 2 24E BC 1850 1915 0.218 2.5 ppm 17M9F9W
11 21 27 BC 1710 1755 0.218 2.5 ppm 4M48F9W
11 22 27 BC 1710 1755 0.217 2.5 ppm 9M04F9W
11 23 27 BC 1710 1755 0.218 2.5 ppm 13M4F9W
11 24 27 BC 1710 1755 0.214 2.5 ppm 17M9F9W
11 25 27 BC 704 716 0.206 2.5 ppm 4M48F9W
11 26 27 BC 704 716 0.196 2.5 ppm 9M08F9W
11 27 27 BC 777 787 0.2 2.5 ppm 4M52F9W
11 28 27 BC 777 787 0.187 2.5 ppm 9M08F9W

 

some individual PII (Personally Identifiable Information) available on the public forms may be redacted, original source may include additional details

 

  This product uses the FCC Data API but is not endorsed or certified by the FCC