Test Pla for RF Performace Evaluatio of Wi-Fi Mobile Coverged Devices Versio 2. July, 205 2006-205 CTIA The Wireless Associatio (CTIA) ad Wi-Fi Alliace (WFA). All rights reserved. CTIA ad WFA have grated a licese to Authorized Testig Laboratories, ad oly to Authorized Testig Laboratories, a limited, otrasferable licese to use this Test Pla for the sole purpose of testig wireless devices for their respective Certificatio Programs. Ay other use of this Test Pla must be authorized i writig by CTIA ad WFA. Ay reproductio or trasmissio of all or part of this Test Pla, i ay form or by ay meas, electroic or mechaical, icludig photocopyig, recordig, or via ay iformatio storage ad retrieval system, without the prior writte permissio of CTIA ad WFA, is uauthorized ad strictly prohibited. Ay reproductio of this Test Pla shall display the otice: "Copyright by CTIA ad Wi-Fi Alliace. All rights reserved."
CTIA - The Wireless Associatio 400 6th Street, NW Suite 600 Washigto, DC 20036 Phoe:.202.7808 Email: certificatio@ctia.org Wi-Fi Alliace 0900-B Stoelake Boulevard Suite 26 Austi, TX 78759 Phoe:.52.498.9434 Email: certificatios@wi-fi.org Coverged Wireless Group Officers Michael Foegelle, Co-ir Michael Motemurro, Co-ir Garth Hillma, Secretary Ackowledgmets: This test pla was created by the wireless idustry with iput from the followig compaies ad their represetatives: Compay AT&T Cisco ETS-Lidgre Itel Keysight Motorola Mobility Multi-Tech NEC Nokia/Microsoft Rohde&Schwarz Samsug Satimo SGS Spiret Telecommuicatios Metrology Ceter of Chia Miistry of Iformatio Idustry Uderwriters Laboratories Represetative Scott Prather, Sugmi Choi Sam Kim, Jae il Choi Michael Foegelle, Edwi Medivil Hassa Yaghoobi Moray Rumey Paul Moller, Istva Szii Jody Laes Sajay Wadhwa Rady Leeerts,Karthik Babu, Adappa Laxmi, Kevi Li Lisa Ward,Christoph Gager, Thorste Hertel, Alex Tkatch Chirag Pachal,James White, Kwagmi Choi, Usma Aurakzai Joh Estrada, Kim Rutkowski, Alessadro Scaavii Jaso Bartosch, Nicky (Ho) You, Peter Liao Roald Borsato Heather Gao Ekta Budhbhatti Jue 27, 205 Page 2 of 46 Versio 2. Draft
ge History Versio Date Commets 08-Aug-2006 Documet Approved. 20-Aug-2007 Updated Purpose ad Refereces sectios Clarified text ad added footote i Radiated RF Tests omeclature sectio Clarified text i Miimum Measuremet Distace sectio Clarified testig coditios for cellular iactive state Corrected step referece i step 4 of Receive Sesitivity Measuremet. Removed repeated text. Removed referece to CTIA website for traffic geerator software dowload Corrected step ad clarified laguage i step 9 regardig atea coectio i WLAN Access Poit Testig Methodology sectio Removed reuiremet for OFMD trasmit mask test o Mobile Statios ad Access Poits Updated WLAN Test Set Estimated Sigal Level tables Added Sample Summatio test report table Corrected title o Test 5.2.2. ad 6.2.2 test report table Added text to clarify that Wi-Fi desese testig is doe i free-space oly Clarified that cellular desese testig is doe i free-space oly, ad to perform referece measuremets if ot previously doe Removed refereces to specific test euipmet from documet.2 26-Jue-2008 5 GHz TRP, TIS, & Referece Measuremet freuecy chages Sectios 5...2, 5..2.2, 5.2..2, 5.2.2.2, Table 5.2 5, 6...2, 6..2.2, 6.2..2, 6.2.2.2, Table B2, Table B3, Table B4, Table B5, Table B6, Table B7, New Appedix D Other sectios chaged: Table B - CID Added, sectio.4 - CTIA Referece updated, Table A el chage UTRA FDD Bad I - IV, 420/824 chaged to 432/826.4, Table B3 Referece chaged from (2) to (), Table 5.. ad table 6.. - removed "Check Tx Mask" from commets colum.3 0-Jue-2009 Added footote to Sectio 2., 2 d setece. Added text to Sectio 4., 2 d setece. Added CTIA Reuest # to Appedix B table. Added Appedix E Device Capabilities Testig Matrix 2 27-Feb-205 Added 802. Added LTE ad TD-SCDMA protocols Updated cellular ad Wi-Fi desese sectios Updated Appedix B Device Capabilities Test Matrix, removed right head ad added right ad left had phatoms Added Appedix C Radio Access Techologies that reuire testig, but are ot covered i the CTIA Test Pla. Added Appedix D - Notebook ad Tablet PC Reuiremets Added Appedix E - WLAN-LTE emulator test euipmet otes whe testig EUTs that support LTE bad 40 or 4 (Iformative) Jue 27, 205 Page 3 of 46 Versio 2. Draft
Versio Date Commets Added Appedix F - Table of Wi-Fi Radio chaels iterfered by cellular radio harmoics Revised Wi-Fi test procedure Sectios 3., 4., 4.2 & 4.3 Updated the Ackowledgemets list Updated Sectio 4..3 Measuremet uecies for Radiated tests Updated Table 2 parameters Split Table 3 to Table 3 ad Table 4 for Tx ad Rx ad also chaged Rx parameters Updated Sectio 2. Replaced WLAN with Wi-Fi thought out the documet as appropriate Revised Sectio 4.3.2 to specify PING as the primary mode for packet geeratio Revised Tables 7 ad 8 to replace DER with Pass/Fail ifo o Itermediate els Updated title ad itroductio text of Appedix A Updated Table 2 cosistet with the test case reuiremets of Sectio 4.6 ad 4.7 Updated Appedix F to iclude Wi-Fi desesitizatio matrix Referece Polarizatio colums added to all Appedix A tables that iclude Referece Positio iformatio 2. 0-July-205 Modified documet referece i 5th paragraph of Sectio 2.2. Updated RAT el Number ad RAT Uplik uecy colums i Table 4-5 Updated chael for UNII Low, Middle ad Upper Bads i Table A-5 ad Table A-6. Deleted first setece of Appedix A.3. Added text to sectio.6.2. Removed stray text i Table A-2. Fixed cross-refereces Jue 27, 205 Page 4 of 46 Versio 2. Draft
Table of Cotets Sectio Itroductio... 8. Backgroud... 8.2 Scope... 8.3 Purpose... 8.4 Refereces... 8.5 Test Nomeclature Overview... 9.5.. Coducted RF Tests... 9.5.2. Radiated RF Tests... 9.5.3. Desesitizatio Tests... 9.6 Baselie Methodology... 9.6.. Measuremet Techiues ad Test Methodologies... 9.6.2. Measuremet Ucertaity... 9.6.3. Miimum Measuremet Distace... 9.6.4. Quiet Zoe Test uecies... 0.7 Form Factor Submissio for Self-cotaied Wi-Fi/Mobile Modules... 0 Sectio 2 Test Coditios ad Device Cofiguratio... 2. Cellular ad Wi-Fi Modes... 2.2 Wi-Fi Mode... Sectio 3 Coducted Measuremets... 3 3. Wi-Fi Coducted RF Power Output ad Receiver Sesitivity Tests... 3 3... Test Purpose... 3 3..2. Test Setup... 3 3..3. Measuremet uecies ad Data Rates for Coducted tests... 3 3..4. Test Procedure for Output Power Level... 4 3..5. Test Procedure for Receiver Sesitivity... 5 3..6. Results... 6 Sectio 4 Radiated Measuremets... 7 4. Wi-Fi Total Radiated Measuremets (TRP/TIS)... 7 4... Test Purpose... 7 4..2. Test Setup... 7 4..3. Measuremet uecies for Radiated Tests... 8 4..4. Test Procedure for Total Radiated Power Measuremet... 9 4..5. Test Procedure for Total Isotropic Sesitivity Measuremet... 9 4..6. TRP Data Rates... 20 4..7. TIS Data Rates... 20 4..8. Results... 20 4.2 Wi-Fi Desese Measuremets with Cellular Trasmitter ON... 20 4.2.. Test Purpose... 20 4.2.2. Test Setup... 2 4.2.3. Test Procedures for Wi-Fi Radio Desesitizatio... 2 4.2.4. Wi-Fi Radio Desesitizatio by Closest Cellular Uplik uecy... 22 4.2.5. Wi-Fi Radio Desesitizatio by Cellular Radio Uplik Harmoics... 23 4.2.6. Results... 26 4.3 Cellular Desese Measuremets with Wi-Fi trasmitter ON... 26 4.3.. Test Purpose... 26 4.3.2. Test Setup... 26 4.3.3. Test Procedure for GSM, CDMA ad UMTS RATs listed i the CTIA Test Pla... 28 Jue 27, 205 Page 5 of 46 Versio 2. Draft
4.3.4. Test Procedure for RATs Listed i Appedix C here ad o-lte RATs listed i the CTIA Test Pla Appedix M... 29 4.3.5. Test Procedure for all LTE cases... 29 4.3.6. Wi-Fi uecy... 29 4.3.7. Error Rate Measure... 30 4.3.8. Results... 30 Appedix A. Summary Test Report... 3 A.. Wi-Fi Coducted Tests... 3 A.2. Total Radiated Power (TRP)ad Total Isotropic Sesitivity (TIS) for 2.4 GHz 802.b, 802.g ad 802.... 32 A.3. Total Radiated Power (TRP) ad Total Isotropic Sesitivity (TIS) for 802.a ad 802. 32 A.4. Wi-Fi Desese Measuremets (with cellular trasmitter o)... 34 A.5. Cellular Desese Measuremets (with Wi-Fi trasmitter o)... 35 Appedix B. Device Testig Cofiguratios... 37 Appedix C. Radio Access Techologies that Reuire Testig, but are ot NORMATIVE i the CTIA Test Pla 38 C. TD-SCDMA... 38 C.2 LTE TDD... 38 Appedix D. - Notebook AND Tablet Reuiremets... 39 D. Paret/Child Relatioships... 39 D.2 Paret/Child Atea Subsystem Cosideratios... 39 D.3 Test cofiguratios ad setup procedures... 39 Appedix E. - Wi-Fi-LTE Emulator Test Euipmet Notes whe Testig EUTs that Support LTE Bad 40 or 4 (Iformative)... 4 Appedix F Table of Wi-Fi Radio chaels iterfered by Cellular Radio Harmoics... 43 Jue 27, 205 Page 6 of 46 Versio 2. Draft
List of Acroyms ad Defiitios ACK APSD CDMA EIS EUT GSM LAN LTE MIMO PER RAT Rx TD-SCDMA TIS TRP Tx UMTS UTRA-FDD UTRA-TDD WCDMA WLAN WWAN Ackowledge Automatic Power Save Delivery Code Divisio Multiple Access Effective Isotropic Sesitivity Euipmet Uder Test Global System for Mobile commuicatio Local Area Network Log Term Evolutio Multiple Iput Multiple Output Packet Error Rate Radio Access Techology Receive Time Divisio Sychroous Code Divisio Multiple Access Total Isotropic Sesitivity Total Radiated Power Trasmit Uiversal Mobile Telecommuicatios System UMTS Terrestrial Radio Access - uecy Divisio Duplexig UMTS Terrestrial Radio Access - Time Divisio Duplexig Widebad Code Divisio Multiple Access Wireless Local Area Network Wireless Wide Area Network Jue 27, 205 Page 7 of 46 Versio 2. Draft
Sectio Itroductio. Backgroud Icreasigly the wireless market is seeig coverged devices that icorporate both cellular ad wireless local area etwork (WLAN or Wi-Fi) fuctioality. Due to the may potetial applicatios ad deploymet scearios that coverged devices may ultimately fuctio i, operators ad device vedors are iterested i a uiform ad stadard way for profilig the RF performace of the devices ad associated test methodology. With this stadard approach, euipmet desigers, system operators, ad RF egieers have the flexibility to determie their ow appropriate RF performace criteria based o their egieerig assessmets ad ca easily idetify euipmet that is suitable for each deploymet ad applicatio..2 Scope This test documet specifies test methodologies ad performace criteria for the RF performace evaluatio of Wi- Fi mobile coverged devices. The scope of testig icludes Hadheld, self-cotaied Wi-Fi/Mobile Module, Access Poit, Notebook ad Tablet devices that support IEEE 802.a, 802.b,802.g or 802. [2] as well as cellular techologies. Support for IEEE 802. stadards must be cofirmed through Wi-Fi Alliace baselie certificatio that is, devices tested usig this test pla must first be Wi-Fi CERTIFIED for IEEE 802.a, 802.b, 802.g or 802. [4]. Cellular techologies iclude GSM, CDMA, UMTS (WCDMA), LTE ad TD-SCDMA..3 Purpose The purpose of this documet is to defie the test methodology for the RF testig of Wi-Fi mobile coverged devices ad to specify the test coditios for each test case. The testig covers cliet devices ad access poits ad specifies coducted as well as radiated tests..4 Refereces [] Test Pla for Mobile Device Over-the-Air Performace/Method of Measuremet for Radiated RF Power ad Receiver Performace, latest revisio, CTIA http://www.ctia.org/policy-iitiatives/wireless-devicecertificatio/certificatio-test-plas [2] IEEE Std. 802.-202 IEEE Stadard for Iformatio techology--telecommuicatios ad iformatio exchage betwee systems Local ad metropolita area etworks--specific reuiremets Part : Wireless LAN Medium Access Cotrol (MAC) ad Physical Layer (PHY) Specificatios, IEEE http://stadards.ieee.org/about/get/802/802..html [3] User Euipmet (UE) / Mobile Statio (MS) Over The Air (OTA) atea performace; Coformace testig (3GPP TS 34.4), Latest Revisio, 3GPP http://www.3gpp.org/dyareport/344.htm [4] Check the product s Wi-Fi Certificate at http://certificatios.www.wifi.org/wbcs_certified_products.php?lag=e [5] RFC 792 Iteret Cotrol Message Protocol, IETF, September 98, https://tools.ietf.org/html/rfc792 [6] RFC 22 Reuiremets for Iteret Hosts Commuicatio Layers, IETF, October 989, https://tools.ietf.org/html/rfc22 Jue 27, 205 Page 8 of 46 Versio 2. Draft
.5 Test Nomeclature Overview.5.. Coducted RF Tests Coducted tests are those RF Tests where the test euipmet is coected to the atea coector of the device uder test by co-axial cables. These tests are formulated to measure basic RF performace such as sesitivity ad trasmit power..5.2. Radiated RF Tests Radiated tests are those RF Tests that are carried out i a test eviromet which meets the reuiremets of the CTIA Test Pla []. These iclude Wi-Fi Tx Power (TRP), Wi-Fi Receive Sesitivity (TIS), Wi-Fi Sigle Poit Radiated Measuremets, Radiated Receive Sesitivity of Wi-Fi with cellular active, ad Radiated Receive Sesitivity of the cellular radio(s) with Wi-Fi active..5.3. Desesitizatio Tests Desesitizatio tests measure the impact that the cellular radio, whe trasmittig, has upo W-Fi receptio ad visa-versa. These tests are performed as radiated tests i accordig to Device Testig Cofiguratios..6 Baselie Methodology.6.. Measuremet Techiues ad Test Methodologies TRP ad TIS i cellular mode are defied i both the CTIA Test Pla for Mobile Device Over-the-Air Performace [] ad User Euipmet (UE) / Mobile Statio (MS) Over The Air (OTA) atea performace; Coformace testig (3GPP TS 34.4) [3]. This documet relies o the measuremet techiues ad methodologies withi the CTIA Test Pla[] for Mobile Device Over-the-Air Performace (referred to i this documet hereafter as CTIA Test Pla ) developed specifically for the purposes of measuremet of radiated trasmit power ad sesitivity. The techiues specified i the CTIA Test Pla shall be used as the baselie test methodologies for all tests i here, uless otherwise stated. This documet cotais iformatio to expad the CTIA Test Pla for use with 802. a, b, g ad devices. These sectios are meat to clarify for the user how the CTIA Test Pla ca be utilized for Wi-Fi eabled coverged devices..6.2. Measuremet Ucertaity Refer to CTIA Test Pla Sectio 7 for the ucertaity budget tables for TRP ad TIS. The lab shall report their estimated measuremet ucertaity for both the 2.4 ad 5 GHz bads. However, the criteria i Sectio 7.5 [] are oly reuired for the 2.4 GHz bad..6.3. Miimum Measuremet Distace This sectio describes the miimum measuremet distace, R, which the Far-Field test site shall provide. The measuremet distace is defied as the distace from the ceter of rotatio of the EUT to the phase ceter (alteratively, if ot accurately kow, the earest poit) of the Measuremet Atea. For Cellular miimum measuremet distace, refer to CTIA Test Pla Sectio 3.. For Wi-Fi 2.4 GHz bad, the miimum measuremet distace specificatio specified for Bad 4 shall be used. For Wi-Fi 5 GHz bad, the miimum measuremet distace is FFS; refer to Sectios G.7.4 ad G.9. of the CTIA Test Pla for more iformatio. Jue 27, 205 Page 9 of 46 Versio 2. Draft
.6.4. Quiet Zoe Test uecies Quiet zoe test freuecies shall be measured for the followig Wi-Fi bads.. ISM-bad: 2450 MHz ± MHz (sleeve dipole ad loop probe atea) 2. U-NII-bad: 5500 MHz ± MHz (sleeve dipole ad loop probe atea).7 Form Factor Submissio for Self-cotaied Wi-Fi/Mobile Modules The followig two cases are cosidered regardig the atea subsystem optios ad reuired form factor submissio for self-cotaied Wi-Fi/Mobile modules. Also, please refer to Appedix D for Notebook ad Tablet. The test results shall iclude a descriptio ad diagram or photograph of the test coditios used for the device uder test. CASE with Iteral Atea: If the EUT is a self-cotaied Wi-Fi/Mobile Module with iteral ateas, such as a PC Card, the the vedor may choose to Either Supply the EUT together with oe of its iteded host platforms, e.g., a laptop computer. I this case, the combiatio shall the be placed o the turtable ad the results sheet shall clearly state the combiatio that was used i the measuremets. Or Test the Module, o its ow, mouted i a holder that orietates the module i the positio that represets its ormal use. I this case the results sheet shall clearly state that the test did ot iclude a host device. Or Carry out both tests as above. This is the preferred method, but ot madatory. CASE 2 without Iteral Atea: If the EUT is a self-cotaied Wi-Fi/Mobile Module without iteral ateas, such as a mpci Card, the the vedor must supply the complete device, which icludes the ateas, for testig. No idividual module testig is acceptable. Jue 27, 205 Page 0 of 46 Versio 2. Draft
Sectio 2 Test Coditios ad Device Cofiguratio 2. Cellular ad Wi-Fi Modes The test methodology reuires the device be placed i a stadard operatioal mode. This icludes all sesors i the device as well as proximity sesors. If it becomes evidet that EUT thermal protectio mechaisms are prevetig Wi-Fi ad cellular trasmitters from maitaiig full output power durig the course of testig, the test lab shall work with the OEM to idetify a suitable mitigatio method. Although recogizig that the use of special test modes would eable more simplified testig ad the use of formal test euipmet, the test methodology proposed i this documet allows the testig of ay Wi-Fi mobile device i a mode that is as close as possible to its ative operatio. However, the methodology does reuire certai specific behavior of the device so that the test ca be executed. EUT vedors are reuired to supply istructios for the lab to cofigure the devices as specified i this test pla. All Radiated tests shall be made accordig to cofiguratios specified i Device Testig Cofiguratios with the device orieted as specified i Sectio A.. or A..5 (as appropriate) of the CTIA Test Pla [], applicable to the Wi-Fi mode beig tested. 2.2 Wi-Fi Mode The EUT is expected to be able to associate with the WLAN tester ad stay fixed o the same RF chael for the duratio of the test eve whe the WLAN tester sigal appears to be below the sesitivity level of EUT. I this test pla, the PING based method is the primary method for packet geeratio for UL Power measuremet while the ACK based method is the fall back optio if the EUT does ot support the PING method. I the PING based method, the WLAN tester will geerate ICMP echo reuest packets with cofigurable trasmit iterval, payload size ad payload type. The ICMP echo reuest packets are targeted at the EUT's IP stack. The EUT is expected to aswer with a well-defied echo reply packet whose payload is idetical to the payload of the correspodig reuest. For this method to be usable, the device must coform to RFC 792 [5] ad RFC 22 [6] sectio 3.2.2.6. I the ACK based method, the WLAN tester will be trasmittig data frames addressed to the EUT, ad the EUT is expected to be able to respod to all of these data frames with a ACK message. Because 802. ACKs are set i the basic service set (which is i the legacy mode), the 802. ACK will be set at 6 Mbps. However, the lowest data rate for 802. is 6.5 Mbps. Therefore, PING method is the oly method to test the coducted (or radiated) power for the 802. mode of a 802. device. I this method, IP traffic message will force the EUT to aswer ad geerate defied uplik traffic usig a 802. data rate. The followig EUT settigs are reuired to perform the test: Disable sca mode durig testig; scaig for AP/cliet o other chaels must be disabled, If applicable, disable Power Save Mode (Note that the WLAN tester will ot support WMM APSD), If applicable, disable the Bluetooth radio durig tests, Except for the desese testig, the cellular trasmitter i the EUT shall be iactive. Jue 27, 205 Page of 46 Versio 2. Draft
Radiated testig shall be performed o a umodified device usig all active ateas. Coducted tests shall be performed o each atea port with the other atea port(s) properly termiated. If ecessary, a euivalet device maybe modified to provide coducted access to each atea port. For all Wi-Fi RATs, icludig 802., 20 MHz chaels are used. 802. should be cofigured for a log guard iterval. Jue 27, 205 Page 2 of 46 Versio 2. Draft
Sectio 3 Coducted Measuremets 3. Wi-Fi Coducted RF Power Output ad Receiver Sesitivity Tests 3... Test Purpose The purpose of this test is to measure the output power level ad receiver sesitivity of the Wi-Fi trasceiver i the device i the coducted mode. 3..2. Test Setup The basic test setup is show i Figure 3-. FIGURE 3-. BLOCK DIAGRAM FOR WI-FI CONDUCTED MEASUREMENT Please ote that Figure 3- is itetioally geeralized to maximize test euipmet desig flexibility. A WLAN tester may iclude receiver ad access poit capability sub modules as well as iterally implemeted atteuators to cotrol trasmit ad receive power to ad from EUT. The EUT shall be provided to the Test Laboratory with the facility to coect directly to the RF test euipmet. This may be via a existig atea coector, or it may be a carefully modified uit to allow such coectio. I the latter case, it is the resposibility of the supplier of the EUT to esure that the coectio is preset ad suitable. It is recommeded that the coducted measuremets be performed iside a shielded eviromet. A referece measuremet shall be made i order to accout for the atteuatio of the cable used for coectig EUT ad WLAN tester, see e.g. Sectio 4.. For more iformatio about possible test setup cofiguratios ad details, refer to Appedix A of CTIA Test Pla for setup illustratios. 3..3. Measuremet uecies ad Data Rates for Coducted tests The measuremets shall be performed o the lowest, middle ad highest chaels supported by the device, i each of the 2.4 GHz ad 5 GHz bads, at all data rates specified i Table 3- ad Table 3-2. For 5 GHz bads refer to Table 4- for the middle chael umbers per sub bad. Jue 27, 205 Page 3 of 46 Versio 2. Draft
TABLE 3- TX TEST DATA RATES FOR CONDUCTED TESTING Bad Mode Tx Data Rate (Mbps) 2.4GHz IEEE 802.b IEEE 802.g 6 IEEE 802. 6.5 5GHz IEEE 802.a 6 IEEE 802. 6.5 TABLE 3-2. RX TEST DATA RATES FOR CONDUCTED TESTING Bad Mode Rx Data Rate (Mbps) 2.4GHz IEEE 802.b IEEE 802.g 6, 54 IEEE 802. 6.5, 65 5GHz IEEE 802.a 6, 54 IEEE 802. 6.5,65 3..4. Test Procedure for Output Power Level This test procedure defies the basic method for measurig the trasmit power of the EUT. A WLAN tester is used to establish the coectio ad geerate traffic to ad from the EUT. A calibrated WLAN tester or other applicable power measuremet device (e.g. sigal aalyzer) is used to provide traceable power measuremets. With the PING based packet geeratio method used, the WLAN tester will geerate ICMP echo reuest packets with cofigurable trasmit iterval, payload size ad payload type. The ICMP echo reuest packets are targeted at the EUT's IP stack. The EUT is expected to aswer with a well-defied echo reply packet whose payload is idetical to the payload of the correspodig reuest. If ACK based packet geeratio method is used, the power is measured across multiple ACK cotrol frames from the EUT rather tha full data packets. The ACK cotrol frames are set i respose to uicast data packets geerated by the WLAN tester. The measuremet is take across multiple packets ad a mea value calculated. For cliet devices, the tester is typically cofigured as a AP, although the tested may alteratively be cofigured as a o-ap STA operatig i ad-hoc mode to perform the measuremet. The tester shall be cofigured to the chael (freuecy) ad data rate to be tested as specified i Table 3-. Additioal tester settigs may also be eeded to esure that the EUT respods at the target data rate. For access poits ad hotspots, the tester is cofigured as a cliet. I this case, the EUT must typically be cofigured for the chael to be tested. The tester shall be cofigured for the data rate to be tested as specified i Table 3-. Additioal tester settigs may also be eeded to esure that the EUT respods at the target data rate. The EUT shall be cofigured to trasmit at maximum power. To geerate the traffic for power measuremet usig PING based method, the WLAN tester will geerate ICMP echo reuest packets with cofigurable trasmit iterval ad payload size ad payload type as specified i Table 3-3. The reported result is determied from the power measured over the etire payload part of the packet, igorig the preamble ad avoidig the leadig ad fallig edge trasitios i the burst. A miimum of 85% of the payload shall be covered by the measuremet. Jue 27, 205 Page 4 of 46 Versio 2. Draft
To geerate the traffic for power measuremet usig ACK based method, the tester is cofigured to sed UDP packets as specified i Table 3-3. Table 3-3 specifies the size ad payload of the packets to be trasmitted ad the target iterval betwee packets. The trasmitted power of the EUT is measured usig the WLAN tester or other calibrated receiver capable of measurig the average power of the DATA portio of each ACK message. The reported result is determied from the power measured per ACK averaged over the umber of ACKs specified i Table 3-3. Create a table of chael, data rate, ad average power for each measuremet. See Appedix A for recommeded data reportig formats. TABLE 3-3. PARAMETER SETTINGS FOR OUTPUT POWER LEVEL TEST Parameter Value Number of measuremets to be averaged PING Based: 0 ACK Based: 00 Iterval betwee packets (ms)* 0 Tester payload size (bytes) PING Based: 000** ACK Based: 60 Tester packet payload Pseudo radom *Note: The Iterval betwee packets is defied as the iterval betwee the ed of a trasmitted uicast packet ad the begiig of the ext trasmitted uicast packet. If the device is capable of respodig reliably to packets at the 0 ms iterval, this time iterval may be decreased. If the device is ot capable of respodig reliably to packets at the 0 ms iterval, this time iterval may be icreased as reuired. Idicate the used iterval size i the test report. Note**: If a device does ot support the reuired packet size, use the maximum supported ad idicate the used packet size i the test report. 3..5. Test Procedure for Receiver Sesitivity This test procedure measures the Wi-Fi receiver sesitivity of the EUT usig the WLAN tester to determie the packet error rate (PER) by coutig the umber of ACK cotrol frames received from the EUT i respose to repeated uicast data packets trasmitted by the WLAN tester. The PER is geerally defied as the ratio of packets lost divided by the umber of packets trasmitted to the EUT. For the purposes of this test pla, the PER is defied at the WLAN tester as the ratio of (Packets Set ACKs Received) / Packets Set, or ( ACKs Received / Packets Set). Receiver Sesitivity measuremets shall be performed usig the calibrated WLAN tester to determie the EUT's receiver sesitivity by reportig the miimum forward-lik power resultig i a Packet Error Rate (PER) of 0% or less with 95% cofidece. The sesitivity is reported as the last passig power level measured withi db of the target sesitivity level. The system shall be cofigured as specified i Sectio 3..4 with the exceptio of the chages specified i Table 3-4. Jue 27, 205 Page 5 of 46 Versio 2. Draft
3..6. Results Results shall be represeted i dbm. TABLE 3-4. PARAMETER SETTINGS FOR RECEIVER SENSITIVITY TEST Parameter Value Iterval betwee packets (ms)* Packet size (bytes) 802.a/b/g/ 000** Mi umber of packets 000 *Note: If the device is ot capable of respodig reliably to packets at the ms iterval, this time iterval may be icreased as reuired; idicate the used iterval size i the test report. **Note: If a device does ot support the reuired packet size, use the maximum supported ad idicate the used packet size i the test report. There are o Pass/Fail criteria. Refer to Appedix A for sample report templates. Jue 27, 205 Page 6 of 46 Versio 2. Draft
Sectio 4 Radiated Measuremets 4. Wi-Fi Total Radiated Measuremets (TRP/TIS) 4... Test Purpose The purpose of this test is to measure the Total Radiated Power ad Total Isotropic Sesitivity of the Wi-Fi trasceiver i the device. 4..2. Test Setup Typical system schematics for both TRP ad TIS measuremets are show i the followig figures. The cofiguratios show are oly represetative examples of test systems cofiguratio. The figure below shows a cofiguratio where both uplik ad dowlik commuicatios are trasmitted through the measuremet atea. This cofiguratio does ot support idepedet amplificatio of both sigal paths if ecessary. FIGURE 4- SIMPLIFIED BLOCK DIAGRAM SHOWING A COMMON CONFIGURATION FOR TRP/TIS MEASUREMENT The figure below shows a simplified block diagram showig a cofiguratio for TRP measuremet. The uplik commuicatio is trasmitted through the measuremet atea ad the dowlik is trasmitted through the lik atea. This cofiguratio supports amplificatio of both sigal paths if ecessary. Jue 27, 205 Page 7 of 46 Versio 2. Draft
FIGURE 4-2 SIMPLIFIED BLOCK DIAGRAM SHOWING A CONFIGURATION FOR TRP MEASUREMENT The figure below shows a simplified block diagram showig a cofiguratio for TIS measuremet. The dowlik commuicatio is trasmitted through the measuremet atea ad the uplik is trasmitted through the lik atea. This cofiguratio supports amplificatio of both sigal paths if ecessary. FIGURE 4-3 SIMPLIFIED BLOCK DIAGRAM SHOWING A CONFIGURATION FOR TIS MEASUREMENT For more iformatio about possible test setup cofiguratios ad details, refer to Appedix A of CTIA Test Pla for setup illustratios. 4..3. Measuremet uecies for Radiated Tests For 2.4 GHz IEEE 802.b/g/ devices the TRP/TIS measuremet is made o el 6. For 5 GHz IEEE 802.a/ devices the TRP/TIS measuremet is made o the middle chaels. Jue 27, 205 Page 8 of 46 Versio 2. Draft
Table 4- lists the TIS/TRP measuremet chaels for IEEE 802.a ad commoly supported sub-bad cases. TABLE 4-.TIS/TRP MEASUREMENT CHANNELS FOR IEEE 802.A AND N SUPPORTED SUB-BANDS Sub Bad el Rage TIS/TRP el UNII Low Bad 36 to 48 44 UNII Middle Bad 52 to 64 60 ETSI Europea bad 00 to 40 20 UNII Upper Bad 49 to 6 57 USA 65 65 4..4. Test Procedure for Total Radiated Power Measuremet This test procedure is primarily based o the TRP measuremet procedure specified i CTIA Test Pla [].For more details, please refer to the procedure specified i CTIA Test Pla Sectios 2 ad 5 for TRP measuremet. A calibrated WLAN tester capable of maitaiig the coectio over the air is reuired. The WLAN tester or other applicable power measuremet device (e.g. sigal aalyzer) is used to provide traceable power measuremets. For TRP measuremet use the same parameter settig as specified i Sectio 3..4. I order to obtai accurate results of radiated performace of Wi-Fi, it is ecessary to perform a rage referece measuremet to accout for the various factors affectig the measuremet of these uatities. These factors iclude compoets like rage legth path loss, gai of the receive atea, cable losses, ad so forth. Please refer to the CTIA Test Pla [] Sectio 4 for more details. For cliet devices, the tester is typically cofigured as a AP, although ad-hoc mode may also be used to commuicate with the EUT. The tester shall be cofigured to the chael (freuecy) ad data rate to be tested as specified i Table 3-. Additioal tester settigs may also be eeded to esure that the EUT respods at the target data rate. For access poits ad hotspots, the tester is cofigured as a cliet. I this case, the EUT must typically be cofigured for the chael to be tested. The tester shall be cofigured for the data rate to be tested as specified i Table 3-. Additioal tester settigs may also be eeded to esure that the EUT respods at the target data rate. Capture measuremet results. See Appedix A for recommeded data reportig format. Note: The test lab may choose to use Alterative Test Procedures as specified i CTIA Test Pla [] Sectios 5.. 4..5. Test Procedure for Total Isotropic Sesitivity Measuremet The test procedure is primarily based o the TIS measuremet procedure specified i CTIA Test Pla []. Use procedure specified i CTIA Test Pla [] Sectios 2 ad 6 to measure TIS. Before accurate measuremets of radiated performace of Wi-Fi, it is ecessary to perform a referece measuremet to accout for the various factors affectig the measuremet of these uatities. These factors iclude compoets like rage legth path loss, gai of the receive atea, cable losses, ad so forth. Please refer to the CTIA Test Pla [] Sectio 4 for more details. A calibrated WLAN tester capable of maitaiig the coectio over the air is reuired. For TIS measuremet, cofigure the WLAN tester as specified i Sectio 3..5 with the exceptio of parameters specified i Table 4-2.. Jue 27, 205 Page 9 of 46 Versio 2. Draft
TABLE 4-2. PARAMETER SETTINGS FOR RECEIVER SENSITIVITY TEST Parameter Value Mi umber of packets 00 The tester shall be cofigured to the chael (freuecy) ad data rate to be tested as specified i Table 4-3. Note: The test lab may choose to use RSSI based Alterative Test Procedures as specified i CTIA Test Pla [] Sectio 6.5. 4..6. TRP Data Rates For each of the chaels metioed above, the trasmit power output shall be measured at data rates give i Table 3-. For devices which have more tha oe protocol i the same freuecy bad, such as 802.b/g/ or 802.a/, a alterate test procedure to determie the offset i TRP betwee differet protocols o euivalet chaels ca be used by referrig to CTIA Test Pla [], Sectio 5. Alterate Test Procedure for TRP. 4..7. TIS Data Rates O the mid chael, the receive sesitivity shall be measured at the followig data rates: TABLE 4-3. RECEIVER SENSITIVITY TEST DATA RATES Bad Protocol (Mode) Test Data Rate (Mbps) 2.4GHz IEEE 802.b IEEE 802.g 54 IEEE 802. 65 5GHz IEEE 802.a 54 IEEE 802. 65 For devices which have more tha oe protocol i the same freuecy bad, such as 802.b/g/ or 802.a/, a alterate test procedure to determie the offset i TIS betwee differet protocols o euivalet chaels ca be used by referrig to CTIA test pla, Sectio 6.5Alterate Test Procedure for TIS. If the alterate test procedure is used, the highest data rate protocol (mode) shall be used for doig full TIS measuremets. 4..8. Results Results shall be represeted i dbm. There are o Pass/Fail criteria. Refer to Appedix A for sample report templates. 4.2 Wi-Fi Desese Measuremets with Cellular Trasmitter ON 4.2.. Test Purpose The followig measuremets measure the desesitizatio of the Wi-Fi radio whe the Cellular radio is operatig. Jue 27, 205 Page 20 of 46 Versio 2. Draft
4.2.2. Test Setup Typical system diagrams for Wi-Fi Desese measuremets are show i Figure 4-4 ad Figure 4-5. The cofiguratios show are oly represetative examples of commo systems ad do ot represet a exhaustive list of possible cofiguratios. The figure below is a simplified block diagram showig a commo cofiguratio for Wi-Fi desese measuremets. FIGURE 4-4 SIMPLIFIED BLOCK DIAGRAM SHOWING A COMMON CONFIGURATION FOR WI-FI DESENSE MEASUREMENTS The figure below shows a simplified block diagram showig aother commo cofiguratio for Wi-Fi desese measuremets. FIGURE 4-5 SIMPLIFIED BLOCK DIAGRAM SHOWING ANOTHER COMMON CONFIGURATION FOR WI-FI DESENSE MEASUREMENTS For more iformatio about possible test setup cofiguratios ad details, refer to Appedix A of CTIA Test Pla for setup illustratios. 4.2.3. Test Procedures for Wi-Fi Radio Desesitizatio The Wi-Fi Desesitizatio tests cosist of two groups of test scearios related to the desesitizatio by closest cellular uplik freuecy ad desesitizatio by cellular uplik harmoics. Sectio 4.2.4 covers the test sceario ad details for the closest cellular uplik freuecy case while Sectio 4.2.5 covers the details related to the cellular uplik harmoics. Jue 27, 205 Page 2 of 46 Versio 2. Draft
All cellular Tx parameter settigs shall be set accordig to Sectio 5 of the CTIA Test Pla [] or Appedix C. For the Wi-Fi desesitizatio tests, cofigure the test as specified i Sectio 4..5 for the TIS (both cellular dowlik ad EUT cellular are disabled) testig with the exceptio of the setup correspodig to the desesitizig cellular sigal that is specified here. Desese measuremets shall be made at the same data rates used for the TIS measuremets of Sectio 4..5. The Wi-Fi Desesitizatio test cosists of four basic steps as follows. Step. The EUT ad chamber positioer(s) are moved to the locatio & polarizatio resultig i the bestradiated free-space sesitivity (EIS) measured for the closest, i freuecy, chael for which the TIS has bee determied, as covered i Sectio 4..5. Step 2. For the Wi-Fi chaels specified i Sectios 4.2.4 or 4.2.5, perform a sigle EIS measuremet usig the umber of packets specified i Table 4-4.. TABLE 4-4. PARAMETER SETTINGS FOR WI-FI RADIO DESENSITIZATION TEST Parameter Value Mi umber of packets 000 Step 3. Eable the cellular radio i the EUT ad establish a cellular coectio to tur o the cellular iterferer ad repeat for all iterferig chaels specified i Sectios 4.2.4 or 4.2.5. Step 4. Subtract the EIS measured i Step 2 from the EIS measured i Step 3 ad report the results as the resultig desesitizatio. A example result table is give i Appedix A. Depedig o the details of the euipmet used to coduct the tests there will be a limit to which desesitizatio ca be measured. The search for the desese level shall be cotiued util a passig error rate is achieved or the test system limit is reached. If the EUT reaches this limit ad the actual value caot be measured, record the max EIS that the test system ca produce ad idicate that the limit was reached i the test report. The test euipmet should be capable of measurig a desese level of 40 db or more. Appedix C lists the RATs cosidered i the costructio of the iterferig sigal for these tests. If a Test Lab is preseted with a device cotaiig a RAT that is ot listed, the test Lab shall cotact certificatios@wi-fi.org for clarificatio. 4.2.4. Wi-Fi Radio Desesitizatio by Closest Cellular Uplik uecy A cellular radio trasmitter i the coverged device ca overload the frot-ed of the Wi-Fi radio, or desesitize it by a out of bad emissio. This ca happe at ay cellular freuecy but is usually most prevalet at cellular freuecies closest to the Wi-Fi bads. Desesitizatio of the lowest Wi-Fi chael, chael, shall be measured for all RATs supported by the device whose Tx freuecies (ceter of chael) fall betwee 880 MHz ad 2400 MHz. Desesitizatio of the highest supported Wi-Fi chael,(for example, chael or chael 3) shall be measured for all RATs supported by the device whose Tx freuecies (ceter of chael) fall betwee 2483.5 MHz ad 3003.5 MHz. Jue 27, 205 Page 22 of 46 Versio 2. Draft
If the device supports more tha oe bad with the same RAT, the oly the closest freuecy (which is either the ceter of the chael or ceter of the resource blocks for LTE as specified by the CTIA test pla) to the 2400 MHz Wi-Fi bad shall be tested. All modes b, g ad (if supported by the Wi-Fi radio) shall be tested. Example Device 4 bad GSM (900, 800, 900, 850), 5 bad WCDMA (bads, 2, 4, 5, 8), 5 bad LTE (2, 4, 5, 3, 7) 802. a, b, g, (chaels - supported @ 2400 MHz). Bads ad RATs withi 520 MHz of Wi-Fi for this device are: WCDMA bad (high chael - 9888, Tx uplik = 977.60 MHz) ad LTE bad 2 (high chael - 950, 908.42 MHz @ ceter of uplik RB allocatio) GSM 900 (high chael 80, 909.80 MHz) Set Wi-Fi to lowest supported chael, chael, 242 MHz, for b/g/ modes. WCDMA bad 2 is also withi the rage, but its uplik freuecy (907.6 MHz, chael 9538) is lower i freuecy tha WCDMA bad ad the same RAT does ot eed to be tested agai. Example Device 2 Sigle bad LTE TDD bad 4 device ad 802. b, g, (chaels -). Bads ad RATs withi 520 MHz of Wi-Fi for this device are: LTE TDD bad 4 (low chael, 39650, Tx = 2496 MHz). Set Wi-Fi to highest supported chael, chael, 2462 MHz, for b/g/ modes. 4.2.5. Wi-Fi Radio Desesitizatio by Cellular Radio Uplik Harmoics The cellular trasmitter ca produce uwated harmoics that may iterfere with certai Wi-Fi chaels depedig upo the combiatio of cellular techologies ad Wi-Fi chaels implemeted i a coverged device. Appedix F all kow RATs ad their iteractio with Wi-Fi chaels ad may other details i a large spreadsheet. A subset of Wi-Fi chaels has bee selected that cover the iteractio with as may RATs as possible to simplify the test selectio ad these are compiled ito Table 4-5 below. The EUT desesitizatio shall be tested for all relevat iteractios i Table 4-5 below. Relevat iteractio is defied by supported RAT implemetatio or as specified by the maufacturer. Jue 27, 205 Page 23 of 46 Versio 2. Draft
TABLE 4-5. DESENSITIZATION CASES Cellular RAT & Wi-Fi chael pairs for Testig Harmoic Desesitizatio of Wi-Fi by Cellular Uplik Tx Wi-Fi e l Test Case Cellular RAT RAT el Number RAT Uplik uecy (MHz) Call Setup Referece Special Setup 3 44. GSM 850 28 824.2 CTIA Test Pla.2 CDMA 800 Cellular BC0 03 824.7 CTIA Test Pla.3 UMTS 850 3GPP Bad V 432 826.4 CTIA Test Pla.4 LTE Bad 5(ot eeded if LTE Bad 26 is tested).5 LTE Bad 26 20450 825.58 CTIA Test Pla 2685 824.97 CTIA Test Pla 3. GSM 850 28 824.2 CTIA Test Pla 3.2 CDMA 800 Cellular BC0 03 824.7 CTIA Test Pla 3.3 UMTS 850 3GPP Bad V 432 826.4 CTIA Test Pla 3.4 LTE Bad 5(ot eeded if LTE Bad 26 is tested) 20450 825.58 CTIA Test Pla 3.5 LTE Bad 26 2685 824.97 CTIA Test Pla 44. DCS 800 66 74 44.2 UMTS (WCDMA) Bad III 075 74 44.3 UMTS 200/700 3GPP Bad IV 44.4 LTE Bad 3 9534 739.98 CTIA Test Pla Appedix M CTIA Test Pla Appedix M 450 74 CTIA Test Pla CTIA Test Pla Appedix M 44.5 LTE Bad 4 20284 739.98 CTIA Test Pla MHz BW, UL: 2 RB, RBstart = 0 MHz BW, UL: 8 RB, RBstart=0 MHz BW, UL: 2 RB, RBstart = 0 MHz BW, UL: 8 RB, RBstart=0 0 MHz BW, UL: 2 RB, RBstart=0 0 MHz BW, UL: 2 Jue 27, 205 Page 24 of 46 Versio 2. Draft
60 44.6 LTE Bad 38 38224 262 Appedix C 44.7 LTE Bad 4 40864 262 60. DCS 800 794 766.6 60.2 CDMA 700/200 AWS- BC 4 60.3 UMTS (WCDMA) Bad III 208 766.6 60.4 LTE Bad 3 9800 766.58 CTIA Test Pla Appedix M CTIA Test Pla Appedix M 334 766.7 CTIA Test Pla CTIA Test Pla appedix M CTIA Test Pla Appedix M 60.5 LTE Bad 4 4264 2650.56 CTIA Test Appedix M 24. GSM 900 628 873.4 CTIA Test Pla 24.2 CDMA 900 PCS BC 468 873.4 CTIA Test Pla RB, RBstart=0 20 MHz BW, UL: 8 RB, RBstart=0 20 MHz BW, UL: 8 RB, RBstart=0 0 MHz BW, UL: 2 RB, RBstart=0 20 MHz BW, UL: 8 RB, RBstart=0 24 24.3 UMTS 900 3GPP Bad II 9367 873.4 CTIA Test Pla 24.4 LTE Bad 2 (ot eeded if LTE Bad 25 is tested) 8866 873.8 CTIA Test Pla 24.5 LTE Bad 25 26287 873.7 CTIA Test Pla 32 32. TD-SCDMA Bad F 9436 887.2 Appedix C 40 40. LTE Bad 39 38524 90 Appedix C 40.2 TD-SCDMA Bad F2 9492 898.4 Appedix C 0 MHz BW, UL: 2 RB, RBstart=0 5 MHz BW, UL: 8 RB, RBstart=0 20 MHz BW, UL: 8 RB, RBstart=0 57. CDMA 900 BC6 67 928.4 CTIA Test Pla 57 57.2 UMTS (WCDMA) Bad I 9642 928.4 57.3 LTE Bad 88 928.38 CTIA Test Pla Appedix M CTIA Test Pla Appedix M 0 MHz BW, UL: 2 RB, RBstart=0 Jue 27, 205 Page 25 of 46 Versio 2. Draft
Example Device 4 bad GSM (900, 800, 900, 850), 5 bad WCDMA (bads, 2, 4, 5, 8), 5 bad LTE (2, 4, 5, 3, 7) 802. b, g, (chaels - supported @ 2400 MHz). 802. a chaels 36 64 Test the followig Wi-Fi ch agaist GSM 850 ch 28, 824.2 MHz Wi-Fi ch agaist UMTS 850 3GPP Bad V ch 4357, 826.4 MHz Wi-Fi ch agaist LTE Bad 5 ch 20450, 825.6 MHz Wi-Fi ch 44 agaist DCS 800 GSM 800 ch 66, 74 MHz Wi-Fi ch 44 agaist UMTS (WCDMA) Bad III ch 300, 74 MHz Wi-Fi ch 44 agaist LTE Bad 4 ch 20250, 74 MHz Wi-Fi ch 60 agaist DCS 800 GSM 800 ch 794, 766.6 MHz Example Device 2 Sigle bad LTE TDD bad 4 device ad 802. b, g, (chaels -). No test is reuired. 4.2.6. Results Results shall be represeted i db. There are o Pass/Fail criteria. Refer to Appedix A for sample report templates. 4.3 Cellular Desese Measuremets with Wi-Fi trasmitter ON 4.3.. Test Purpose The purpose of this test is to coduct cellular desesitizatio test whe the EUT s Wi-Fi trasmitter is ON. 4.3.2. Test Setup The figure below shows a example test system cofiguratio for the cellular desese measuremet. All desese tests of this sectio are performed i e Space coditio. Jue 27, 205 Page 26 of 46 Versio 2. Draft
FIGURE 4-6 EXAMPLE TEST SYSTEM CONFIGURATION FOR CELLULAR DESENSE MEASUREMENTS For more iformatio about possible test setup cofiguratios ad details, refer to Appedix A of CTIA Test Pla [] for setup illustratios. For Wi-Fi EUT trasmitter stimulus, uicast UDP packets are trasmitted by the WLAN tester usig the MAC address of the Wi-Fi EUT. The RF port of the WLAN tester is coected to the lik atea iside the chamber. For this test, ACK based packet geeratio shall be used to create the Wi-Fi iterferece sigal. The ACK cotrol frames are set i respose to uicast data packets geerated by the WLAN tester accordig to the parameters specified i Jue 27, 205 Page 27 of 46 Versio 2. Draft
Table 3-4. The EUT will respod with repeated ACKs which will be trasmitted at maximum power. Cellular desese tests shall oly be performed with 802.b, 2.4 GHz (uless the device oly supports 802.g, the use 802.g, if the device oly supports 802., the use 802.) ad 802.a, 5 GHz (uless the device oly supports 802., the use 802.).Data rates of Table 3- shall be used for Wi-Fi iterferece sigal. All desese tests of this sectio are performed accordig to cofiguratios specified i Appedix B. Cellular atea selectio for devices that support receive diversity is accordig to the followig. For all RATs listed i the CTIA Test Pla [] that support diversity, the device shall be tested usig oly the primary atea (as defied by the CTIA Test Pla []). For all RATs listed i the CTIA Test Pla [] Appedix M Optioal GSM, UMTS ad LTE Bads (Iformative) ad for RATs listed i Appedix C of this test pla that support receive diversity, the device shall be tested per the 3GPP OTA test pla diversity reuiremets usig oly the primary atea. 4.3.3. Test Procedure for GSM, CDMA ad UMTS RATs listed i the CTIA Test Pla For GSM, CDMA ad UMTS RATs listed i the CTIA Test Pla [] Sectio 6, perform the followig steps. Iitial Coditios Step. Tur o the Wi-Fi radio ad let the Wi-Fi EUT associate with the WLAN tester usig appropriate settigs of the EUT ad WLAN tester Step 2. Start Wi-Fi EUT Trasmitter Stimulus as specified i Sectio 4.3.2 Jue 27, 205 Page 28 of 46 Versio 2. Draft
Test Procedures Step 3. With Wi-Fi Radio o, perform the Relative Sesitivity o Itermediate els test at all itermediate chaels accordig to the appropriate Receive Performace Test Procedure sectio of the CTIA Test Pla []. Step 4. Compare the resultig digital error rate or throughput rate as specified i CTIA Test Pla [] ad determie which chaels are desesitized beyod reuiremets specified i OTA Test Pla []. Step 5. Repeat Step 3 ad Step 4 for all RATS ad correspodig supportig bads. Step 6. Report oly the itermediate chaels that exceed the limit as specified i the CTIA Test Pla []. 4.3.4. Test Procedure for RATs Listed i Appedix C here ad o-lte RATs listed i the CTIA Test Pla Appedix M I this case, the Itermediate els are ot defied ad M margi values may ot be available as TIS values are ot available. For all o LTE RATs listed i the CTIA Test Pla [] Appedix M Optioal GSM, UMTS ad LTE Bads (Iformative) ad RATs listed i Appedix C of this test pla, perform the followig steps. Test Procedures Step. Determie the TIS of the EUT at the low chael with the Wi-Fi radio trasmitter switched OFF, usig the data captured previously per the procedures i the CTIA Test Pla []. Step 2. Use the CTIA Test Pla procedures to determie positio ad polarizatio that results i the maximum EIS value associated to Step. Step 3. Use the correspodig positio ad polarizatio of Step 2 ad measure the EIS(peak)of the EUT at the low chael with the Wi-Fi radio trasmitter switched OFF. Step 4. Capture the measured EIS results as Value A Low. Step 5. Tur o the Wi-Fi radio ad let the Wi-Fi EUT associate with the WLAN tester usig appropriate settigs of the EUT ad WLAN tester. Step 6. Start Wi-Fi EUT Trasmitter Stimulus as specified i Sectio 4.3.2. Step 7. Without re-positioig ad keepig the same correspodig positio ad polarizatio of Step 2, measure the EIS(peak)of the EUT at the low chael with the Wi-Fi radio trasmitter switched ON. Capture the results as Value B Low. Step 8. Repeat Step to Step 7 for the mid ad high chaels. Step 9. Repeat Step to Step 8 for all RATs ad correspodig supportig bads. 4.3.5. Test Procedure for all LTE cases Note: The CTIA Test Pla [] icludes a list of LTE itermediate chaels for Norther America bads i Sectio O.7., however, o M margi values are available as the test pla does ot curretly specify miimum TIS reuiremets for LTE devices. For all LTE RATs perform the followig steps. Test Procedures Follow the procedure of Sectio 4.3.4. 4.3.6. Wi-Fi uecy Devices that operate i the 2.4 GHz bad shall be set to operate o chael 6 (f c = 2.437 GHz). Devices that operate i the 5 GHz bad shall be set to operate oly o the middle chael of the lowest freuecy supported sub-bad. The Middle el umbers correspodig to each sub-bad are listed i Table 4-6. Jue 27, 205 Page 29 of 46 Versio 2. Draft
TABLE 4-6. MIDDLE CHANNELS FOR WI-FI U-NII SUB-BAND FOR TIS CELLULAR DESENSE Sub Bad Middle el # Middle el Ceter uecy f c U-NII Lower Bad 44 5.220 GHz (5.5 GHz to 5.25 GHz) U-NII Middle Bad 60 5.300 GHz (5.25 GHz to 5.35 GHz) U-NII Upper Bad 57 5.785 GHz (5.725 GHz to 5.825 GHz) Europea ETSI Bad 20 5.600 GHz 4.3.7. Error Rate Measure Accordig to the CTIA Test Pla [], each airlik protocol (such as GSM, CDMA, UMTS ad TD-SCDMA) specifies a differet digital error rate as the EUT cellular receiver performace metric, while LTE FDD/ LTE TDD specify the measuremet of the EUT cellular receiver s throughput rate as the applicable performace metric. The error rates or throughput values shall be applied to all bads as specified i the CTIA Test Pla [] ad Appedix C of this specificatio. 4.3.8. Results There are o Pass/Fail criteria. Whe performig the test accordig to Sectio 4.3.3, results shall be represeted by givig the chael(s) exceedig the limit. Whe performig the test accordig to Sectio 4.3.4, results shall be represeted i dbm for the EIS values. Refer to Appedix A for sample report templates. Jue 27, 205 Page 30 of 46 Versio 2. Draft
Appedix A. Summary Test Report The followig cotet shall be icluded i the test report. The tables are provided as examples for iformatio. Maufacturer Model Wi-Fi Alliace CID2 CTIA Reuest # TABLE A- SAMPLE SUMMATION Serial Number (e.g., MEID, IMEI). Regulatory Approval ID (e.g., FCCID) Hardware Versio Software Versio A.. Wi-Fi Coducted Tests TABLE A- 2 CONDUCTED RF POWER OUTPUT AND RECEIVER SENSITIVITY RESULTS Mode el Data rate, Mbps Output Power dbm 802.b 2.4 GHz 802.g 2.4 GHz 802. 2.4 GHz 802.a 5 GHz Low 6 High Low 6 54 N/A 6 6 54 N/A High 6 54 N/A Low 6.5 65 N/A 6 6.5 65 N/A High 6.5 65 N/A Low 6 54 N/A Mid 6 54 N/A High 6 54 N/A Low 6.5 Receiver Sesitivity dbm 2 Vedor supplies the Wi-Fi Alliace CID (Certificatio Idetifier) durig the CWG applicatio process. Jue 27, 205 Page 3 of 46 Versio 2. Draft
802. 5 GHz Mid High 65 N/A 6.5 65 N/A 6.5 65 N/A A.2. Total Radiated Power (TRP)ad Total Isotropic Sesitivity (TIS) for 2.4 GHz 802.b, 802.g ad 802. TABLE A- 3 TRP FOR 2.4 GHZ 802.B/G/N Mode el Data rate, Mbps IEEE 802.b 6 IEEE 802.g 6 6 IEEE 802. 6 6.5 Result, dbm TRP TABLE A- 4 TIS FOR 2.4 GHZ 802.B/G/N Mode el Data rate, Mbps Result, dbm TIS IEEE 802.b 6 IEEE 802.g 6 54 IEEE 802. 6 65 A.3. Total Radiated Power (TRP) ad Total Isotropic Sesitivity (TIS) for 802.a ad 802. The tables below provide the list of Sub-bad optios ad correspodig el uecy ad Data Rates scearios for TRP ad TIS. Jue 27, 205 Page 32 of 46 Versio 2. Draft
TABLE A- 5 TRP FOR 5 GHZ 802.A/N Sub Bad el Data rate, Mbps UNII Low Bad 44 6 Result, dbm TRP UNII Middle Bad 60 ETSI Europea bad 20 UNII Upper Bad 57 USA 65 6.5 6 6.5 6 6.5 6 6.5 6 6.5 TABLE A- 6 TIS FOR 5 GHZ 802.A/N Sub Bad el Data rate, Mbps UNII Low Bad 44 54 Result, dbm TIS UNII Middle Bad 60 ETSI Europea bad 20 UNII Upper Bad 57 USA 65 65 54 65 54 65 54 65 54 65 Jue 27, 205 Page 33 of 46 Versio 2. Draft
A.4. Wi-Fi Desese Measuremets (with cellular trasmitter o) TABLE A- 7 WI-FI RADIO DESENSITIZATION BY CLOSEST CELLULAR UPLINK FREQUENCY 802. Closest Cellular Uplik uecy 802. Referece Polarizatio Mode el Mode el Data rate, Mbps 802.b Referece Positio Theta Phi Desese db Complete Failure (Y/N) 802.g 802. 2.4 GHz Jue 27, 205 Page 34 of 46 Versio 2. Draft
TABLE A- 8 WI-FI RADIO DESENSITIZATION BY CELLULAR RADIO UPLINK HARMONICS 802.B/G/N/A 802. Cellular Uplik uecy 802. Referece Polarizatio Referece Positio Desese db Complete Failure (Y/N) Mode el Mode el Data rate, Mbps 802.b 802.g 802. 2.4 GHz 802.a 5 GHz 802. 5 GHz Theta Phi A.5. Cellular Desese Measuremets (with Wi-Fi trasmitter o) Reportig Format for Itermediate el Sesitivity Tests accordig to Sectio 4.3.3. TABLE A- 9 CELLULAR DESENSE TEST RESULTS FOR 802.B OPERATION (WI-FI 2.4 GHZ BAND) Cellular Techology/ Bad Wi-Fi el 802.b Ch. 6 (2.437GHz) Referece Polarizatio Referece Positio Theta o Referece Positio Phi o Itermediate els exceedig limit Jue 27, 205 Page 35 of 46 Versio 2. Draft
TABLE A- 0 CELLULAR DESENSE TEST RESULTS FOR 802.A OPERATION (WI-FI U-NII MIDDLE BAND) Cellular Techology/ Bad Wi-Fi el 802.a Ch. 60 (5.300 GHz) Referece Polarizatio Referece Positio Theta o Referece Positio Phi o Itermediate els exceedig limit Reportig Format for EIS Tests accordig to Sectio 4.3.4: TABLE A- CELLULAR DESENSE TEST RESULTS FOR 802.B OPERATION (WI-FI 2.4 GHZ BAND) Cellular Techology chael Wi-Fi el Referece Polarizatio Referece Positio Theta o Referece Positio Phi o EIS Value A dbm EIS Value B dbm Low Mid High Low Mid High 02.b Ch. 6 (2.437GHz) TABLE A- 2 CELLULAR DESENSE TEST RESULTS FOR 802.A OPERATION (WI-FI U-NII MIDDLE BAND) Cellular Techology chael Wi-Fi el 802.a Ch. 60 (5.300 GHz) Referece Polarizatio Referece Positio Theta o Referece Positio Phi o EIS Value A dbm EIS Value B dbm Low Mid High Low Mid High Jue 27, 205 Page 36 of 46 Versio 2. Draft
Appedix B. Device Testig Cofiguratios All hadheld devices shall be tested i their primary mechaical mode, as defied by the maufacture ad oted i the test report. All had phatom guidelies with each type of wireless device shall be followed as writte i the CTIA Test Pla. Testig with had phatoms meetig CTIA Test Pla [] specificatios up to 3 GHz is permissible util had phatoms meetig CTIA Test Pla specificatios up to 6 GHz are available. For a give device class, the test shall be performed as idicated i the followig table. Please ote that some cases reuire testig with multiple cofiguratios. TABLE B- DEVICE CAPABILITIES TESTING MATRIX Device Capabilities TIS/TRP Wi-Fi Desese Cellular Desese Wi-Fi e Space e Space e Space Wi-Fi Browser 3 HR = Had Right Phatom e Space e Space Wi-Fi Browser 4 HL = Had Left Phatom e Space e Space 3 As specified i Appedix O.4 of OTA Test Pla. 4 As specified i Appedix O.4 of OTA Test Pla. Jue 27, 205 Page 37 of 46 Versio 2. Draft
Appedix C. Radio Access Techologies that Reuire Testig, but are ot NORMATIVE i the CTIA Test Pla C. TD-SCDMA The TIS measuremets of TD-SCDMA shall be the same as described i the latest approved versio of the CTIA Test Pla [] uless otherwise defied i this sectio. This sectio oly defies differeces compared to CTIA Test Pla [], ad that parts shall be performed referrig to 3GPP 34.4, Sectio 6.4. Usig the Geeric Call Setup procedures described i 3GPP TS 348 Sectio 7, page the EUT ad place it ito the loopback mode as described i 3GPP TS 349 Sectio 5.3, set the UL ad DL referece measuremet chael as described i 3GPP 34.22, C.2..2 ad C.3..2. Tests shall be performed for low, mid ad high chael across the TD-SCDMA bads supported by the EUT, as defied i 3GPP 34.4, sectio 4..3, Table 4.5 ad Table 4.6. C.2 LTE TDD TIS measuremets ad parameter call setup of LTE TDD radio access techology shall use the same methods as described i the latest approved versio of the CTIA Test Pla [] uless otherwise defied i the table below. LTE TDD bads 38, 39 ad 40 shall be tested (i additio to the LTE TDD bads listed i the CTIA Test Pla []). Tests shall be performed for low, mid ad high chaels across the LTE TDD bads supported by the EUT, as defied i the table below. Bad el Badwidth (MHz) TABLE C- LTE TDD MEASUREMENT TABLE el uecy (MHz) [ceter of DL RB allocatio] UL RB Allocatio DL RB Allocatio 38 20 37850 2580 00RB with RBstart=0 00RB with RBstart=0 38 20 38000 2595 00RB with RBstart=0 00RB with RBstart=0 38 20 3850 260 00RB with RBstart=0 00RB with RBstart=0 39 20 38350 890 00RB with RBstart=0 00RB with RBstart=0 39 20 38450 900 00RB with RBstart=0 00RB with RBstart=0 39 20 38550 90 00RB with RBstart=0 00RB with RBstart=0 40 20 38750 230 00RB with RBstart=0 00RB with RBstart=0 40 20 3950 2350 00RB with RBstart=0 00RB with RBstart=0 40 20 39550 2390 00RB with RBstart=0 00RB with RBstart=0 Jue 27, 205 Page 38 of 46 Versio 2. Draft
Appedix D. - Notebook AND Tablet Reuiremets The purpose of this addedum is to defie the reuiremets for Notebooks ad Tablets with embedded WWAN ad Wi-Fi radio modules. D. Paret/Child Relatioships Durig product developmet the Maufacturer is expected to determie what represets the most popular cofiguratio of compoets ad to use that cofiguratio for the receiver performace assessmet. Oce the most popular versio of a Paret has bee idetified, all Child Devices will be assessed agaist oly that specific versio of the Paret. This will hold true eve if that particular versio of the Paret does ot remai the most popular over time. D.2 Paret/Child Atea Subsystem Cosideratios The atea subsystem i a Child Device must be similar i desig ad performace to that of its Paret (e.g. the atea itself may be provided by a maufacturer which differs from that used i the Paret or the trasmissio lie type/legth may differ, but the atea subsystem must be based o the same desig specificatio). D.3 Test cofiguratios ad setup procedures For testig cofiguratio ad setup procedures refer to CTIA Test Pla [] Appedix L. The setup cofiguratio i Sectio L.4 will be idetical with the exceptio of the Trasmittig Wi-Fi radio which will be ON. Device Capabilities TABLE D- TEST APPLICABILITY MATRIX Wi-Fi TRP/TIS Wi-Fi Desese Cellular Desese Case : Simultaeous WWAN ad Wi-Fi operatio e Space e Space e Space Case 2: WWAN ad Wi-Fi ot operatig simultaeously e Space Test ot Reuired Test ot Reuired Case : Notebooks ad Tablets that are capable of simultaeous WWAN ad Wi-Fi operatio Case 2: Notebooks ad Tablets that are ot capable of simultaeous WWAN/Wi-Fi operatio TABLE D- 2 DEFINITIONS Child Device Module A Notebook platform utilizig a embedded WWAN Module, which is derived from a Paret Notebook platform. A Child Device is uiue i that the oly allowable chages relative to its Paret product are those applicable to the Notebook platform itself. Modules are fiished WWAN radio devices that do ot directly coect to a host via a stadardized exteral iterface such as PCMCIA, RS-232, USB, PCIExpress, etc. A module may or may ot iclude a itegral atea system or SIM/USIM iterface. Jue 27, 205 Page 39 of 46 Versio 2. Draft
Notebook See defiitio i CTIA Test Pla Appedix L. Paret Simultaeous operatio Tablet WLAN WWAN A device (of ay type) from which a Child device ca be derived. A Notebook/Tablet that is capable of simultaeous Wi-Fi/Cellular operatio ad the user experiece is that both radios are o at the same time. A example would be Hot Spot operatio. See defiitio i CTIA Test Pla Appedix L. Wireless Local Area Network (WLAN) liks two or more devices usig some wireless distributio method ad usually providig a coectio through a access poit to the wider iteret. Most moder WLANs are based o IEEE 802. stadards, marketed uder the Wi-Fi brad ame. Wireless Wide Area Network refers to cellular airlik techologies as oted i Sectio.2. Jue 27, 205 Page 40 of 46 Versio 2. Draft
Appedix E. - Wi-Fi-LTE Emulator Test Euipmet Notes whe Testig EUTs that Support LTE Bad 40 or 4 (Iformative) This is a iformative appedix. The iformatio i this appedix is to iform test labs that care must be used with test euipmet whe performig tests with EUTs that support LTE bad 40 or 4. With a icorrect test setup, results may be icorrect because of test euipmet desese. Proper RF isolatio is reuired betwee the cellular ad Wi-Fi emulators. The test diagrams show i this appedix are examples ad variatios of the test setup may differ or may ot be reuired for each test lab. Proper Wi-Fi ad LTE emulator test euipmet setup is reuired for Wi-Fi or cellular desese measuremets for EUTs that support LTE bads 40 or 4. LTE bads 40 ad 4 are ext to the 2.4 GHz Wi-Fi bad with little or o guard bads (see the figures that follow). There is the possibility that the Wi-Fi or LTE emulator would be uable to attach to the EUT whe performig these measuremets due to test euipmet immuity issues. The test lab must isure they are measurig the over the air EUT Wi-Fi or cellular desese ad ot Wi-Fi or LTE emulator test euipmet immuity. FIGURE E- LTE BAND 40 AND WI-FI 2.4 GHZ FREQUENCY DIAGRAM FIGURE E- 2 LTE BAND 4 AND WI-FI 2.4 GHZ FREQUENCY DIAGRAM The test lab ca verify Wi-Fi emulator test euipmet immuity with the example test euipmet diagram i the figure below. RF cavity tued otch ad/or badpass filters are used to esure the EUT is ot desesed by the LTE device ad for the LTE device to stay attached to the LTE emulator due to iterferece from the Wi-Fi. Atteuators ca be used to simulate expected RF levels preset at the Wi-Fi emulator while performig Wi-Fi EUT over the air desese measuremets. Perform sesitivity measuremets with the EUT oly (without LTE bad 40) ad ote results. The attach LTE bad 40 EUT to the LTE emulator (at maximum output power). With the LTE bad 40 EUT attached, re-measure the Wi-Fi EUT. If the Wi-Fi sesitivity measuremets are the same ad Wi-Fi/LTE EUTs Jue 27, 205 Page 4 of 46 Versio 2. Draft
remai attached, the Wi-Fi emulator is immue to the adjacet chael iterferece. LTE base statio emulator test euipmet immuity ca be verified by exchagig the positios of the emulators, RF filters ad EUTs i the diagram. FIGURE E- 3 WI-FI EMULATOR TEST EQUIPMENT VERIFICATION TEST SETUP (TO TEST THE LTE BASE STATION If the Wi-Fi or LTE emulator does show immuity problems, Figure E-4 diagram shows a example o how to elimiate these problems (use RF filters as eeded). If the lab is usig a RF compressio amplifier for the LTE iput emulator, the RF filter must be istalled after the output of the amplifier. If the device ca stay attached to the LTE emulator, o RF filter is reuired. If the lab is usig a RF preamplifier for the Wi-Fi emulator iput, the RF filter should be coected to the iput of the preamplifier. Care must be used whe tuig the RF filters. If a Wi-Fi badpass RF filter is used, be sure to add its loss ito the system path loss ad remove the filters whe performig Wi-Fi TRP or TIS measuremets. FIGURE E- 4 EXAMPLE TEST SYSTEM DIAGRAM (ONLY FOR WI-FI DESENSE OR LTE CELLULAR DESENSE TESTS, IF THE EUT SUPPORTS LTE BAND 40) Jue 27, 205 Page 42 of 46 Versio 2. Draft
Appedix F Table of Wi-Fi Radio chaels iterfered by Cellular Radio Harmoics RAT GSM 850 E GSM 900 DCS 800 GSM 900 Regio Suggested alterate ame Call setup defied i referece documet Special setup Bad Edges Uplik Dowlik USA, Chia (CT) CTIA OTA Sec [] 82 4.2 86 9.2 84 8.8 89 3.8 EU, Chia (CU, CMCC) CTIA Appedix M [] 88 0.2 92 5.2 9 4.8 95 9.8 EU, Chia (CU, CMCC) CTIA Appedix M [] 7 0.2 80 5.2 78 4.8 87 9.8 CDMA 800 Cellular BC0 CDMA 700/200 AWS BC 4 CDMA 900 PCS BC CDMA 900 BC6 UMTS (WCDMA) Bad I UMTS 900 3GPP Bad II UMTS (WCDMA) Bad III UMTS 200/700 3GPP Bad IV UMTS 850 3GPP Bad V USA USA USA USA USA EU, ASIA USA EU, ASIA USA Iteratio al CTIA OTA Sec [] 85 0.2 93 0.2 90 9.8 98 9.8 82 4.7 86 9.7 CTIA OTA Sec [] 848.3 88.52 CTIA OTA Sec [] 7.25 2.25 753.75 253.75 CTIA OTA Sec [] 85.25 93.25 908.75 988.75 CTIA OTA Sec [] 92 2 Desesitizatio of Wi-Fi Rx by Cellular Tx Uplik 98 27 CTIA Appedix M [] 92 2 2.4 98 26 7. CTIA OTA Sec [] 85 2.4 93 2.4 90 7.6 98 7.6 CTIA Appedix M [] 7 2 2.4 78 25 2.6 CTIA OTA Sec [] 7 2.4 2 2.4 75 2.6 25 2.6 CTIA OTA Sec [] 82 6.4 87.4 84 6.6 88.6 UMTS (WCDMA) Bad VIII EU, ASIA CTIA Appedix M [] 88 2.4 92 7.4 9 2.6 95 7.6 LTE Bad LTE Bad 2 LTE Bad 3 JAPNA, Europe, the Middle East ad Africa CTIA Appedix M [] MHz Tx BW = 25 RBs, RB start = 2 92 2 97 26 JAPNA, Europe, the Middle East ad Africa CTIA OTA Sec [] MHz Tx BW = 25 RBs, RB start = 2 85 93 90 98 JAPNA, Europe, the Middle East ad Africa CTIA Appedix M [] MHz Tx BW = 25 RBs, RB start = 2 7 8 78 87 802.b/g/ Ch a 2 3 4 5 6 7 8 9 0 2 3 4 24 2 24 7 242 2 242 7 243 2 243 7 244 2 244 7 245 2 245 7 246 2 246 7 247 2 248 4 Ch a 2 8 2 8 4 7 Ch a Black boxes idicate Wi Fi Rx vulerability due to Cellular uplik Tx 82 4.2 82 4.2 82 8 Ch a 0 3 0 3 77 824.7 824.7 827.3 Ch a 43 57 43 57 43 65 82 6.4 82 6.4 82 8 Ch a 802. a?? Ba d 7 8 503 504 Jue 27, 205 Page 43 of 46 Versio 2. Draft
36 58 802.a U NII Low Bad 40 44 48 520 522 524 66 74 30 0 74 67 5 74 95 00 74 52 526 802.a U NII Mid Bad 56 60 64 528 530 532 794 76 6.6 334 766.7 43 3 76 6.6 97 66 76 6.6 802.a ETSI Bad 0 0 2 6 2 0 2 4 2 8 3 2 3 6 4 0 550 556 558 560 562 564 566 568 570 628 87 3.4 468 873.4 976 7 87 3.4 88 32 87 3.2 802.a U NII Upper Bad 4 9 5 3 5 7 6 6 5 9 6 574 576 578 580 582 498 67 92 8.4 05 92 92 8.4 80 82 92 8.2 Jue 27, 205 Page 44 of 46 Versio 2. Draft
RAT LTE Bad 4 LTE Bad 5 LTE Bad 7 LTE Bad 8 Regio Suggested alterate ame Call setup defied i referece documet Special setup Bad Edges Uplik Dowlik JAPNA, Europe, the Middle East ad Africa CTIA OTA Sec [] MHz Tx BW = 25 RBs, RB start = 2 7 2 75 25 JAPNA, Europe, the Middle East ad Africa E UTRA Bad 5 CTIA OTA Sec [] MHz Tx BW = 25 RBs, RB start = 2 829 874 844 889 JAPNA, Europe, the Middle East ad Africa CTIA Appedix M [] MHz Tx BW = 25 RBs, RB start = 2 250 262 256 268 CTIA Appedix M [] MHz Tx BW = 25 RBs, RB start = 2 895 930 920 955 LTE Bad 2 LTE Bad 3 Note: oly oe chael, 23230 LTE Bad 4 Note: oly oe chael, 23330 LTE Bad 7 USA USA USA USA CTIA OTA Sec [] MHz Tx BW = 25 RBs, RB start = 2 704 734 7 74 CTIA OTA Sec [] MHz Tx BW = 25 RBs, RB start = 2 782 75 782 75 CTIA OTA Sec [] MHz Tx BW = 25 RBs, RB start = 2 793 763 793 763 CTIA OTA Sec [] MHz Tx BW = 25 RBs, RB start = 2 709 739 7 74 LTE Bad 20 Europe Digital Divided, EMEA E UTRA Bad 20 CTIA Appedix M [] MHz Tx BW = 25 RBs, RB start = 0 837 796 857 86 LTE Bad 25 LTE Bad 38 LTE Bad 39 NORTH AMERICA CTIA OTA Sec [] MHz Tx BW = 25 RBs, RB start = 0 852.5 932.5 9 2.5 99 2.5 LTE Bad 40 CHINA CHINA CHINA CWG Appedix C MHz Tx BW = 25 RBs, RB start = 0 257 0 257 0 262 0 262 0 CWG Appedix C MHz Tx BW = 25 RBs, RB start = 0 88 0 88 0 92 0 92 0 CWG Appedix C MHz Tx BW = 25 RBs, RB start = 0 23 00 23 00 24 00 24 00 LTE Bad 4 NORTH AMERICA CTIA Appedix M [] MHz Tx BW = 25 RBs, RB start = 0 249 6 249 6 268 9.9 268 9.9 TD SCDMA Bad A TD SCDMA Bad F TD SCDMA Bad F2 CHINA CHINA CHINA CWG Appedix C 20 20 202 202 CWG Appedix C 88 88 89 89 CWG Appedix C 89 89 89 8.4 89 8.4 Desesitizatio of Wi-Fi Rx by Cellular Tx Uplik 802.b/g/ Ch a 2 3 4 5 6 7 8 9 0 2 3 4 24 2 24 7 242 2 242 7 243 2 243 7 244 2 244 7 245 2 245 7 246 2 246 7 247 2 248 4 204 50 204 50 204 50 825.6 825.6 825.6 Ch a 802. a?? Bad 7 8 503 504 802.a U NII Low Bad 36 40 58 520 Jue 27, 205 Page 45 of 46 Versio 2. Draft
44 48 522 524 202 50 74 38 50 26 38 50 26 52 526 802.a U NII Mid Bad 56 60 64 528 530 532 4 90 265 802.a ETSI Bad 0 0 2 6 2 0 2 4 2 8 3 2 3 6 4 0 550 556 558 560 562 564 566 568 570 883 2 87 3.2 9 00 90 940 4 943 6 88 0.4 88 7.2 946 8 949 2 89 3.6 89 8.4 802.a U NII Upper Bad 4 9 5 3 5 7 6 6 5 9 6 574 576 578 580 582 498 36 50 9 Jue 27, 205 Page 46 of 46 Versio 2. Draft