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Dual Cell HSDPA (DC-HSDPA)
HSPA on top of WCDMA networks has been a true success story around the globe. Meanwhile all WCDMA networks have been upgraded to support at least HSDPA operation. urther!ore a
nu!ber of enhance!ents known as HSPA" features have been added in #$PP %eleases & up to '(. )he ai! is to increase peak data rates* to i!prove spectral efficiency and to reduce
latency in the syste!. +ne of the features added in #$PP %elease & is DC,HSDPA* i.e. the operation of two ad-acent HSDPA downlink carriers / MH0 each1 in co!bination with a single uplink
carrier. Peak data rates applying this feature reach 23 Mbit4s in downlink and /.& Mbit4s in uplink direction. 5y the end of 3('3 !ore than '(( operators have co!!ercially launched DC,HSDPA
services.
)here is one signaling channel HS,SCCH1 in each of the two downlink carriers* i.e. scheduling fle6ibility in ter!s of different transport for!ats depending on C78 feedback is !aintained on
each carrier. Dual Cell HSDPA is activated via HS,SCCH orders layer '1 as already used for other HSPA" features like continuous packet connectivity CPC1. +ne uplink HS,DPCCH
acknowledges the data packets on each of the two downlink carriers.
)esting the DC,HSDPA feature affects a nu!ber of scenarios including infrastructure* !obile devices and chipsets. Pri!arily* !a6i!u! data rates need to be verified in the lab as well as in real
life operation. Additionally co!ponents of both base stations and !obile devices need to be tested on % and baseband level. %ohde 9 Schwar0 offers a wide variety of test solutions for DC,
HSDPA.
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Home> Dual Cell HSDPA Concepts
Dual Cell HSDPA Concepts
Last updated: January 7, 2012
This section is only applicable to the lab application or feature-licensed test
application.
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Dual carrier HSDPA, also reerred as dual cell HSDPA or DC!HSDPA in t"e test
standard, is a #CD$A release % eature t"at allo&s t"e net&or' to transmit HSDPA
data rom t&o cells simultaneously( )"e pea' rate is dou*led rom 21$*ps to +2$*ps
&it"out t"e use o $$-(
Dual cell operation re.uire / cateories to *e rom 21 to 2+ See 34PP )S 25(306(
See Ho& Does t"e )est Set Supports DC!HSDPAor &"at unctionalities are
supported *y t"e test set(
DC-HSDPA Architecture
Signal Transmission and Reception
MAC Layer
Layer 1 Timing
Signaling
3PP TS 3!"1#1 Con$ormance Test
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3PP Re$erences
Signal Transmission and Reception
#"ile operatin in DC!HSDPA mode, t"e / recei8es HSDPA transmissions rom
t&o cells( )"e t&o cells transmit on separate *ut ad9acent carriers &"ile potentially"a8in dierent cell po&ers( DC!HSDPA assumes t"at t"e t&o cells are ser8ed *y t"e
same ode!;( #"ile t"e ser8in cell "as a ull set o common c"annels SCH, P!
CCPCH, CPCH, PCH, etc(, t"e / must assume t"at t"e secondary ser8in cell
only transmit CPCH i(e(, t"e / cannot rely on t"e presence o an SCH
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data *uses, t"e standard speciies t"at &"en settin up a DC!HSDPA call &it" t"e
implicit HA? memory partitionin t"e net&or' must coniure 6, 7, or % HA?
processes per cell 34PP )S 25(331 s10(3(5(7a( or t"e eBplicit HA? memory
partitionin case, t"e num*er o HA? processes can *e 1 t"rou" %,*ut t"e memory
siEe or eac" HA? process can not *e reater t"an t"e num*er o sot c"annel *itsor an implicit memory partitionin &it" 6 processes per HS!DSCH c"annel 34PP
)S 25(331 s%(6(5(6*(
Layer 1 Timing
or a secondary ser8in HS!DSCH cell, t"e nominal radio rame timin or CPCH
and t"e timin reerence are t"e same as t"e radio rame timin or CPCH and timin
reerence or t"e ser8in HS!DSCH cell 34PP )S 25(211 s7(1(
Signaling#it" sinalin, t"e / indicates &"et"er it supports DC!HSDPA in t"e C
Connection Setup e.uest messae and t"en sinals its DC!HSDPA cateory in t"e
C Connection Setup Complete messae(
)"e net&or' ena*les and acti8ates DC!HSDPA at call setup in t"e C Connection
Setup or ; Setup messae( -nce on a connection, DC!HSDPA can *e ena*led or
disa*led *y all t"e reconiuration messaes adio ;earer econiuration ;,
)ransport C"annel econiuration )C and P"ysical C"annel econiuration
PC, or *y usin t"e ; elease or Acti8e Set /pdate messae(
#"en DC!HSDPA is ena*led, t"e secondary ser8in cell can also *e acti8ated or
deacti8ated usin HS!SCCH orderst"at can *e sent on eit"er t"e ser8in or secondary
ser8in cell t"e /(s *e"a8ior is undeined i it recei8es conlictin orders(
)"e DF status and acti8ation and deacti8ation o t"e DF &it" HS!SCCH is
common to *ot" ser8in and secondary ser8in cells, and t"e related HS!SCCH
sinalin can *e sent on eit"er t"e ser8in or t"e secondary ser8in HS!DSCH cell(
3GPP TS 34.121 Conformance Test
34PP )S 3+(121!1 added ne& test cases in *ot" c"apter 6 ecei8er C"aracteristics
and c"apter Perormance e.uirements or HSDPA or DC!HSDPA de8ices
testin( e& C c"annel coniurations are also deined, namely H!Set 3A, H!Set
6A, H!Set %A, H!Set 10A, and H!Set 12( or eac" o t"e H!sets, t"e same parameters
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are used or eac" o t"e cells, or eBample: H!Set 3A is ormed *y applyin H!Set 3
parameters to eac" o t"e cells(
eerence sensiti8ity le8els "a8e *een raised *y + d; or DC!HSDPA tests( ;L
must *e measured independently or eac" cell( )&o ne& eportin o C? tests 8eriyt"e /(s a*ility to accurately report C? or *ot" cells( 34PP )S 3+(10% s7(3(13
deines a call setup procedure or DC!HSDPA conormance testin t"at is almost
identical to t"e reular HSDPA call setup procedure &it" t"e eBception t"at t"e loop is
not closed on t"e 12(2 '*ps reerence measurement c"annel $C( nstead, eac" test
is re.uired to speciy loop*ac' conditions(
3GPP References
eer to t"e ollo&in 34PP documents i you &ant to 'no& more a*out DC!HSDPA:
3GPP TR 25.825 Dual-Cell HSDPA operation
3GPP TS 25.211 Physical channels an !appin" o# transportchannels onto physical channels $%DD& $Release 8& '8.(.)$2)1)-)*&
3GPP TS 25.212 +ultiple,in" an channel coin" $%DD&$Release 8& '8..) $2))*-)*&
3GPP TS 25.213 Spreain" an !oulation $%DD& $Release 8&'8.5.) $2))*-12&
3GPP TS 25.21 Physical layer proceures $%DD& $Release 8&
3GPP TS 25.3) /0 Raio Access capailities $Release 8&'8.1).) $2)1)-)*&
3GPP TS 25.331 Raio Resource Control $RRC& Protocol
Specication $Release 8& '8.12.) $2)1)-)*&
3GPP TS 3.1)8 Co!!on test eniron!ents #or /ser04uip!ent $/0& Con#or!ance testin" $Release 8& '8.1).)$2)1)-)3&
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3GPP TS 3.121-1 '*.2.) $2)1)-)*& /ser 04uip!ent $/0&con#or!ance specication Raio trans!ission an reception$%DD& Part 16 Con#or!ance specication
How Does the Test Set Supports DC-HSDPA
)"e test set supports DC!HSDPA &it" t"e ollo&in unctionalities:
%DD test and Acti&e cell operating mode
!# M'ps ma(imum downlin) data rate and 11 M'ps ma(imumuplin) data rate
*n Active Celloperating mode+ R, test mode and PS dataconnection with detailed DC-HSDPA in$ormation display"
See HSDPA R, Test Mode Settings+ HSDPA PS DataSetupand DC-HSDPA *n$ormation$PS ata connection is laapplication only&
HSDPA ,L.R measurement+ see HSDPA ,loc) .rror RatioMeasurement Description
Data throughput monitor" See Data Throughput MonitorDescription$la application only&
3PP TS 3!"1#1-1 DC-HSDPA test cases+ including chapter /recei&er measurements 0/"#A + /"3C + /"3D + /"!, + /"A + /"/Aand /"2A and chapter 4 Per$ormance re5uirements $or HSDPA0s4"#"1%A and s4"#"1LA with e(ternal $ading" See 6hat 3PP6-CDMA7HSPA Con$ormance Tests Are Supported8"
3PP TS 3!"1#1 preset call con9gurations $or s/"3C and s/"3D"See DC-HSDPA 3!"1#1 Preset Call Con9gurations"
Acti&ate and De-acti&ate the secondary ser&ing cell using HS-SCCH orders" See Acti&ate7De-acti&ate the Secondary Ser&ingCell
Ser&ing cell and secondary ser&ing cell on ad:acent channelsin any 'and+ * through ;*< and ;*; through ;;*
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H-Sets 3A+ /A+ =A+ 1>A+ and 1#" See %RC Type"
HS-DSCH categories #1 through #!" See Manual ?. DC-HSDPAHS-DSCH Category"
Selecta'le loop'ac) o$ 1#"#) RMC with DC-HSDPA downlin)acti&e" See DC-HSDPA DPCH Loop'ac) State
Physical Channel Recon9guration 0PCR procedure" See HSDPASecondary Cell Hando&er DL ?AR%C@
C.LLDCH+ C.LL%ACH+ C.LLPCH and ?RAPCH RRC statesand transitions including $ast dormancy
Ciphering
*P&/
Multiple PDP conte(ts
Simultaneous ser&ices 0CS &oice B PS data
SMS
6ireless Protocol Ad&isor 06PA $or protocol logging
Related Topics
#!CD$A Concepts
HSDPA Concepts
HS/PA Concepts
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Home> HSDPA ; )est $ode Settins
HSDPA R, Test Mode Settings
Last updated: April 27, 2013
This section is only applicable to the lab application or feature-licensed test
application.
R, Test HS-DSCH Con9guration Type
Con9guring the HS-DSCH as an %RC
Con9guring the DC-HSDPA R, Test Mode Settings
?ser De9ned Con9guration o$ the HS-DSCH
o Data Transmission Pattern ,ased on *nter-TT* *nter&al and@um'er o$ HAR Processes
o ?ser De9ned Settings to Con9gure the Downlin) as an
%RC
o ?ser De9ned Settings to Achie&e Ma(imum Data Rate $oreach ?. Category
eneral HSDPA R, Test Mode Settings
RB Test HS-DSCH Confguration Type
Gou can coniure t"e HSDPA ; )est $ode do&nlin' HS!DSCH in one o t&o
&ays( Gou can speciy an C, &"ic" automatically coniures t"e do&nlin'
properties, or you can manually deine t"e do&nlin' properties suc" as um*er o
HA? Processes, $odulation )ype, )ransport ;loc' SiEe ndeB etc( usin t"e /ser
Deined parameters(
#"enHS-DSCH Configuration Type is set toFRC, t"e do&nlin' c"annel is coniured
as t"e C speciied *y t"e C )ypesettin( #"enHS-DSCH Configuration Type is
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set toUser Defined, t"e do&nlin' c"annel is coniured accordin to t"e settins
descri*ed in /ser Deined Coniuration o t"e HS!DSCH(
4P; command: CALL:HSDPa:SIice:;)est:HSDSc"annel:C-i:)GPK
)"is parameter can only *e c"aned &"ile t"e call status is idle(
Confguring the HS-DSCH as an FRC
FRC Type
)"e test set supports t"e ollo&in H!Sets deined in 34PP )S 3+(121 sC(%: H!
Sets 1!3 ?PS and 16?A$, H!Sets + and 5 ?PS, H!Set 6 ?PS and
16?A$, H!Set % 6+?A$, H!Set , H!Set 11, H!Set 10 ?PS and 16?A$
and t"e DC!HSDPA H!Sets 3A, 6A, %A 10A and 12(
)"e test set sets t"e nter!)) Distance, um*er o HA? Processes,
normation ;it Payload, um*er o S$Ls per HA? Process, um*er o
P"ysical C"annel Codes, etc( to t"e 8alues speciied *y 3+(121 or eac" C( t
is essential t"at you setFRC Type to matc" t"e capa*ilities o your / t"e /
cateories are deined in 34PP )S 25(306 )a*le 5(1a((
ote t"at c"aninFRC Type may c"ane t"e num*er o acti8e HS!PDSCHs(
Gou must set ; )est $ode irst HS!PDSCH C"annel Codeto 5 *eore you
can setFRC Type toH-Set 6 *ecause H!Set 6 utiliEes 10 HS!PDSCHs(
4P; command: CALL:HSDPa:SIice:;)est:C:)GP
)"is parameter can only *e set &"en call status isIdle, and is only applica*le
&"en ; )est HS!DSCH Coniuration )ypeis set toFRC(
FRC MAC-d PDU Size
#"ile on an ; )est $ode connection, t"e test set sends as many $AC!d
PD/s as it can pac' into t"e $AC!"s PD/, up to t"e maBimum o 70 allo&ed
*y 34PP )S 25(321 s(2(2( ac" $AC!d PD/ consists o a sinle LC /$
PD/ &"ic" may or may not include an LC "eader, as determined *y
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t"e LC Header on HS!DSCHsettin( )"e data pattern used to ill t"e data
ields o t"e LC /$ PD/ is speciied *y t"e HS!DSCH Data Patternsettin(
#"en ; )est HS!DSCH Coniuration )ypeis set toFRC, t"e $AC!"s PD/
siEe is determined *y t"e C )ype(
#"enHS-DSCH Configuration Type is set toFRC, you can set t"e siEe o t"e
$AC!d PD/ to 112 *its, 336 *its, 656 *its, or maBimiEe t"e siEe o t"e $AC!d
PD/ &"enHS-DSCH Configuration Type is set toUser Defined, t"e $AC!dPD/ siEe is iBed to 112 *its( #"enFRC MAC-d PDU Size is set toMaximize,
t"e $AC!d PD/ siEe is set to t"e larest multiple o % *its t"at doesn=t eBceed
t"e $AC!"s PD/ siEe minus 21 $AC!"s "eader *its, or 5000 *its 34PP )S
25(331 s10(3(5(1a speciies a maBimum $AC!d PD/ siEe o 5000 *its(
MAC-hs PD? sie and ma(imum MAC-d PD? sie $or each %RC type
FRC TypeMAC-hs PD
si!e
MAC-d PD si!e whenFRC MAC-d PDU
Size "Maximize
H!Set 1!5 ?PS 3#># 312/
H!Set 1!3 16?A$ !//! !/!>
H!Set 6 ?PS /!3= >>>
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MAC-hs PD? sie and ma(imum MAC-d PD? sie $or each %RC type
FRC TypeMAC-hs PD
si!e
MAC-d PD si!e whenFRC MAC-d PDU
Size "Maximize
H!Set 6 16?A$ 4322 >>>
t"e $AC!d PD/ plus t"e $AC!"s "eader does not completely ill t"e $AC!
"s PD/, t"e test set ills t"e unused portion &it" paddin t"at consists o t"e
payload data o t"e neBt /$ LC PD/s( )"e ollo&in diaram pro8ides an
eBample or aMAC-d PDU Size o 112 *its, no LC "eader and a $AC!"s PD/
siEe o 3202:
4P; command: CALL:HSDPa:SIice:;)est:C:$ACD:PD/SiEe
)"is parameter can only *e set &"en call status isIdle, and is only applica*le
&"en ; )est HS!DSCH Coniuration )ypeis set toFRC(
Confguring the DC-HSDPA RB Test Mode Settings
#"en t"e re.uired eature license is a8aila*le, you can set t"e DC!HSDPA ; test
mode settins as *elo&( See Ser8in Cell Parmsand Secondary Cell Parmsor t"eparameters o eac" cell(
RB Test User Defined DC-HSDPA State
)"is parameter allo&s you to ena*le or disa*le DC!HSDPA operation(
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ote: Gou must set t"e /ser Deined um*er o HA? Processesand /ser
Deined HS!DSCH $AC ntitycorrectly *eore settin RB Test User Defined
DC-HSDPA Stateto On(
4P;command: CALL:HSDPa:SIice:;)est:/Dined:DCHSdpa:S)A)eK
)"is parameter can only *e c"aned &"en call status isIdle(
DC-HSDPA DPCH Loopback State
)"is parameter controls &"et"er t"e loop*ac' procedure or 12(2' $C s"ould
*e perormed durin t"e CS
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User Defined Transport Block Size Index
Sets 'itransport *loc' siEe indeB as descri*ed in 34PP )S 25(321 s(2(3( Gou
can c"ane t"is settin &"ile on a connection(
Gou cannot directly set t"e HS!DSCH $AC!"s transport *loc' siEe( at"er,
you must set t"e /ser Deined um*er o Acti8e HS!PDSCHs, /ser Deined
$odulation )ype, andUser Defined Transport Block Size Index( )"e test
set t"en calculates t"e HS!DSCH transport *loc' siEe rom t"ese t"ree settins(
Gou can .uery t"e transport *loc' siEe usin
t"e CALL:S)A)us:HSDSc"annel:);SiEeMcommand(
34PP )S 25(321 AnneB A pro8ides a mappin o t"e indeB 'tto HS!DSCH
transport *loc' siEe( 25(321 s(2(3(1 speciies t"at 't 'i@ '0,i( 25(321 )a*le(2(3(1 pro8ides 8alues or '0,ior dierent modulation types and num*er o
acti8e HS!PDSCHs( )"us, t"e HS!DSCH transport *loc' siEe can *e directly
determined rom t"e modulation type, num*er o acti8e HS!PDSCHs, and
transport *loc' siEe indeB( or eBample, or a modulation type o 16?A$ and
5 HS!PDSCHs, '0,i 131( C"oosin a 8alue o 'i +% results in a 8alue o 17
or 't, &"ic" is an HS!DSCH transport *loc' siEe o 72% *its(
ote, i you setUser Defined Transport Block Size Index to a 8alue t"at
results in a transport *loc' siEe t"at eBceeds t"e maBimum 8alue or t"e Current/ HS!DSCH Cateorysee 34PP )S 25(306 )a*le 5(1a, t"e test set &ill post
a &arnin, *ut &ill still transmit usin t"e re.uested *loc' siEe( )ransmittin
too lare o a *loc' to t"e / &ill li'ely result in undesira*le *e"a8ior t"e /
may stop its HS!DSCH reception altoet"er, and you may need to end and re!
esta*lis" t"e connection &it" a smaller *loc' siEe(
See Bample /ser Deined Coniuration: $aBimum Data ate or eac" /
Cateoryto determine t"e settins to ac"ie8e t"e "i"est data rate or your /(
ote, t"e $AC!d PD/ siEe or t"e user deined c"annel is iBed to 112 *its(
4P; command: CALL:HSDPa:SIice:;)est:/Dined:);SiEe:DeB
User Defined Modulation Type
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Sets t"e modulation type used on t"e HS!PDSCHs( )"is settin aects t"e
transport *loc' siEe see /ser Deined )ransport ;loc' SiEe ndeB( Gou can
c"ane t"is settin &"ile on a connection(
ote, not all / cateories support 16?A$( you setUser DefinedModulation Type to16QAM &"en Current / HS!DSCH Cateoryis reportin
a cateory t"at does not support 16?A$ see 34PP )S 25(306 )a*le 5(1a, t"e
test set &ill post a &arnin, *ut &ill still transmit usin 16?A$ modulation(
ote, i you setUser Defined Modulation Type to a 8alue t"at results in a
transport *loc' siEe t"at eBceeds t"e maBimum 8alue or t"e Current / HS!
DSCH Cateorysee 34PP )S 25(306 )a*le 5(1a, t"e test set &ill post a
&arnin, *ut &ill still transmit usin t"e re.uested *loc' siEe( See /ser Deined
)ransport ;loc' SiEe ndeBor more details(
4P;
command: CALL:HSDPa:SIice:;)est:/Dined:$-Dulation:)GPK
User Defined Flexible RLC SDU Size
Sets t"e LC SD/ siEe in octets o t"e D)CH t"at &ill *e mapped to HS!
DSCH( )"e rane o t"is settin is 1 *yte to 1503 *ytes(
)"is parameter can only *e set &"en t"e data
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um*er o HA? Processes( Gou can c"ane t"is settin &"ile on a
connection(
ote, not all / cateories support an inter!)) inter8al o less t"an 3 see
34PP )S 25(306 )a*le 5(1a( you setUser Defined Inter-TTI Interval to a8alue t"at is not supported *y t"e Current / HS!DSCH Cateory, t"e test set
&ill post a &arnin, *ut &ill still transmit usin t"e speciied inter!)) inter8al(
4P; command: CALL:HSDPa:SIice:;)est:/Dined:)):)er8alK
User Defined Number of HARQ Processes
Sets t"e num*er o HA? processes t"at are acti8e( )"e num*er o HA?
processes, alon &it" t"e /ser Deined nter!)) nter8al, aects "o& oten
data is transmitted to t"e /( See nteraction o nter!)) nter8al and um*er
o HA? Processes(
ote: or DC!HSDPA, &"en /ser Deined / ;uer Allocationis set
toImplicit, you are not allo&ed to set t"e num*er o HA? processes to a
8alue less t"an 6, and 8ice 8ersa( Also, #"en /ser Deined / ;uer
Allocationis set toExplicit, t"e num*er o HA? processes can *e 1 t"rou"
%, *ut t"e memory siEe or eac" HA? process can not *e reater t"an t"e
num*er o sot c"annel *its or an implicit memory partitionin &it" 6processes per HS!DSCH c"annel 34PP )S 25(331 s%(6(5(6*(
4P;
command: CALL:HSDPa:SIice:;)est:/Dined:HA?:P-Cess:C-/
t
)"is settin can only *e c"aned &"en Call Statusis Idleto c"ane t"is
8alue &"ile on a call, you must perorm a )ransport C"annel econiuration(
User Defined Number of HARQ Processes for MIMO
Sets t"e num*er o HA? processes t"at are acti8e in t"e $AC!e"s layer
&"en User Defined HSDPA MIMO Stateis set to Onand HS-DSCH Configuration
Typeis set to User Defined(
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4P;
command: CALL:HSDPa:SIice:;)est:/Dined:$$-:HA?:P-Ce
ss:C-/t
)"is settin can only *e c"aned &"en Call/Data Statusis Idle(
User Defined UE IR Buffer Allocation
Controls "o& t"e *uer siEe or eac" acti8e HA? process is determined(
#"enUser Defined UE IR Buffer Allocation is set toImplicit, t"e total
*uer siEe or t"e Current / HS!DSCH Cateorytotal num*er o sot
c"annel *its in 34PP )S 25(306 )a*le 5(1a is di8ided e.ually amon t"e
acti8e HA? processes( /sin t"is settin "elps ensure t"at t"e HSDPA
connection &ill *e successully esta*lis"ed, as t"e *uer siEe used *y t"e
test set is automatically set to matc" t"e current / cateory( Ho&e8er, please
note t"at to coniure t"e user deined do&nlin' to emulate an C, you may
need to setUser Defined UE IR Buffer Allocation toExplicit, and t"en
set /ser Deined Bplicit / ;uer SiEeaccordinly see Bample /ser
Deined Coniuration: Coniurin t"e Do&nlin' as an C(
#"enUser Defined UE IR Buffer Allocation is set toExplicit, t"e
*uer siEe allocated to eac" acti8e HA? process is determined directly *yt"e /ser Deined Bplicit / ;uer SiEesettin( )"is settin allo&s you to
allocate less t"an your /=s maBimum total *uer siEe &"ic" may *e
re.uired i you &is" to emulate an C, see Bample /ser Deined
Coniuration: Coniurin t"e Do&nlin' as an C( ote t"at i you set
t"e /ser Deined Bplicit / ;uer SiEe*eyond your /=s capa*ility
*ased on t"e num*er o HA? processes, t"e HSDPA connection attempt
&ill ail(
See /ser Deined um*er o HA? Processeson DC!HSDPA operatinrestrictions(
4P;
command: CALL:HSDPa:SIice:;)est:/Dined:$S:Dundancy:;/
er:ALLocation
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)"is settin can only *e c"aned &"en call status is idle to c"ane t"is 8alue
&"ile on a call, you must perorm a )ransport C"annel econiuration(
User Defined Explicit UE IR Buffer Size
#"en /ser Deined / ;uer Allocationis set toExplicit, t"is settin
determines t"e siEe o t"e *uer allocated to eac" HA? process( )"e total
*uer siEe is t"us determined *y multiplyin t"eUser Defined Explicit UE
IR Buffer Size *y t"e /ser Deined um*er o HA? Processes(
ote, dierent / cateories support dierent total *uer siEes total
num*er o sot c"annel *its in 34PP )S 25(306 )a*le 5(1a( you set t"e total
*uer siEe *eyond t"e speciied limit or t"e Current / HS!DSCH
Cateory, t"e test set &ill post a &arnin, *ut &ill still allocate t"e total *uer siEe you=8e set( )"is &ill cause t"e HSDPA connection attempt to ail(
?. Categories supports corresponding Total A&aila'le *R ,uEer Sie
$ Category Total A%aila&le 'R Bu(er Si!e
1 14#>>
# #==>>
3 #==>>
! 3=!>>
2/>>
/ /2#>>
2 11#>>
= 13!!>>
4 12#=>>
1> 12#=>>
11 1!!>>
1# #==>>
http://rfmw.em.keysight.com/rfcomms/refdocs/wcdma/wcdma_gen_call_handoffs.html#CECDECFIhttp://rfmw.em.keysight.com/rfcomms/refdocs/wcdma/wcdma_gen_bse_hsdpa_rbtest_setup.html#CHDBCFIFhttp://rfmw.em.keysight.com/rfcomms/refdocs/wcdma/wcdma_gen_bse_hsdpa_rbtest_setup.html#CHDBCFIFhttp://rfmw.em.keysight.com/rfcomms/refdocs/wcdma/wcdma_gen_bse_hsdpa_rbtest_setup.html#CHDBHDCHhttp://rfmw.em.keysight.com/rfcomms/refdocs/wcdma/wcdma_gen_bse_hsdpa_info.html#CHDCDEIAhttp://rfmw.em.keysight.com/rfcomms/refdocs/wcdma/wcdma_gen_bse_hsdpa_info.html#CHDCDEIAhttp://rfmw.em.keysight.com/rfcomms/refdocs/wcdma/wcdma_gen_call_handoffs.html#CECDECFIhttp://rfmw.em.keysight.com/rfcomms/refdocs/wcdma/wcdma_gen_bse_hsdpa_rbtest_setup.html#CHDBCFIFhttp://rfmw.em.keysight.com/rfcomms/refdocs/wcdma/wcdma_gen_bse_hsdpa_rbtest_setup.html#CHDBHDCHhttp://rfmw.em.keysight.com/rfcomms/refdocs/wcdma/wcdma_gen_bse_hsdpa_info.html#CHDCDEIAhttp://rfmw.em.keysight.com/rfcomms/refdocs/wcdma/wcdma_gen_bse_hsdpa_info.html#CHDCDEIA7/25/2019 Dual Cell HSPDA
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?. Categories supports corresponding Total A&aila'le *R ,uEer Sie
$ Category Total A%aila&le 'R Bu(er Si!e
13 #4#>>
1! #4#>>
1712 0with M*MF 3!/>>
1/71= 0with M*MF 3!/>>
14 1=!>>
#> 1=!>>
#1 3!/>>
## 3!/>>
#3 1=!>>
#! 1=!>>
)"e rane or t"is settin is %00!16000 *y step o %00, 17600!32000 *y step o
1600, 36000!%0000 *y step o +000, %%000!160000 *y step o %000, and176000!30+000 *y step o 16000, as per 34PP )S 25(331 s10(3(5(7a(
or DC!HSDPA, i t"e Current Secondary Serving Cell Stateis Configured-
Activeor Configured-Inactive, t"e User Defined Explicit UE IR Buffer
Sizecan not *e reater t"an t"e num*er o sot c"annel *its or an implicit
memory partitionin &it" 6 processes per HS!DSCH c"annel )otal A8aila*le
;uer SiEe di8ided *y 2 and t"en *y t"e num*er o HA? processes( -r
an &arnin messae &ill pop up remindin you t"at t"e Bplicit / ;uer
SiEe eBceeds t"e limit(
4P;
command: CALL:HSDPa:SIice:;)est:/Dined:$S:Dundancy:;/
er:SNe:FPLicitK
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)"is settin can only *e c"aned &"en call status is idle to c"ane t"is 8alue
&"ile on a call, you must perorm a )ransport C"annel econiuration(
User Defined HS-DSCH MAC Entity
)"is settin controls t"e HS!DSCH $AC entity to *e used, eit"er $AC!"s or
$AC!e"s( )"is settin also determines t"e HS!DSCH ); siEe ta*le(
DC!HSDPA operation re.uires t"e $AC!e"s to *e coniured( Gou must set
t"e User Defined HS-DSCH MAC Entityto MAC-ehs*eore settin t"e Coniurin
t"e DC!HSDPA ; )est $ode Settinsto On(
4P;
command: CALL:HSDPa:SIice:;)est:/Dined:HSDSc"annel:$AC
User Defined HSDPA MIMO State
#"en t"e HS-DSCH Configuration Typeis set to User Defined, t"e /ser
Deined HS!DSCH $AC ntityis MAC-ehs, and t"e )ransmission
$odeis Normal, t"is settin controls &"et"er to coniure t"e $$- or not or
t"e ; )est $ode HSDPA
7/25/2019 Dual Cell HSPDA
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o *$ Primary Precoding Weight Configis set to Static+ StaticPrimary Precoding 6eightis used as the primaryprecoding weight"
o *$ Primary Precoding Weight Configis set to 34.121-1 s9.2.4+ thedownlin) primary precoding weight will 'e determined asper the speci9cation in the 3PP TS 3!"1#1-1 section4"#"! 0TT* 'asis"
4P;
command: CALL:HSDPa:SIice:;)est:C:$$-:PP#ei"t:C-i
Secondary TB Size Index
)"is settin speciies t"e secondary transport *loc' siEe indeB or $$- &"ent"e HS-DSCH Configuration Typeis set to User Definedand t"e /ser Deined
HS!DSCH $AC ntityis MAC-ehs(
)"is settin can only *e c"aned &"en Call Statusis Idleor Active(
4P; command: CALL:HSDPa:SIice:;)est:/Dined:S);SiEe:DeB
Secondary TB Modulation Type
)"is settin speciies t"e modulation type used on t"e secondary transport
*loc' or $$- &"en t"e HS-DSCH Configuration Typeis set to User
Definedand t"e /ser Deined HS!DSCH $AC ntityisMAC-ehs(
ote t"at not all $$-!capa*le /s support 6+?A$ modulation( #"en
t"e Current Service Typeis RB Test Mode-HSDPA/HSPA,HS-DSCH Configuration
Typeis User Definedand /ser Deined HSDPA $$- State is On,
setting / eported HS!DSCH Cateoryto 17 or 18&ill post t"e &arnin
messae indicatin it does not support 6+?A$ modulation simultaneously
&it" $$-, and settin / eported HS!DSCH Cateoryto 15 or 16&ill post
t"e &arnin messae indicatin it does not support 6+?A$ modulation(
)"ou" you are alerted a*out t"e potentially in8alid condition, yet 6+?A$ is
still *ein used(
)"is settin can only *e c"aned &"en Call Statusis Idleor Active(
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4P;
command: CALL:HSDPa:SIice:;)est:/Dined:S);Loc':$-Dulation
:)GPK
Static Primary Precoding Weight
#"en Current MIMO Configuration Stateis set to Activeand Primary
Precodin #ei"t Coniis set to Static, t"is settin speciies t"e primary
precodin &ei"t in ; )est $ode C coniuration type(
4P; command: CALL:HSDPa:SIice:PSData:$$-:PP#ei"t:S)A)icK
User Defined 64QAM State
#"en t"e /ser Deined HS!DSCH $AC ntityis set to MAC-ehs, t"is settin
controls &"et"er 6+?A$ modulation is used or not(
4P; command: CALL:HSDPa:SIice:;)est:/Dined:?A$6+:S)A)e
User Defined MAC-ehs HS-DSCH TB Size Table
#"en t"e /ser Deined HS!DSCH $AC ntityis set to $AC!e"s, and
t"e /ser Deined 6+?A$ Stateis set to -, t"is settin controls t"e HS!DSCH
); siEe ta*le(
4P;
command: CALL:HSDPa:SIice:;)est:/Dined:$ACHS:HSDSc"ann
el:);S)a*le:AL4nment
Interaction of Inter-TTI Interval and Number of HARQ Processes
Ho& oten data is transmitted to t"e / depends upon t"e inter!)) inter8al andnum*er o HA? processes( )"e ollo&in ta*le, Data )ransmission Pattern ;ased
on nter!)) nter8al and um*er o HA? Processes, indicates "o& oten data is
transmitted to t"e / under test dependin upon t"e /ser Deined nter!))
nter8aland t"e /ser Deined um*er o HA? Processessettins(
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n t"e ta*le, 0 represents HA?0 data directed to t"e / under test usin
t"e Primary H!) HeB, 1 represents HA?1 data directed to t"e / under
test, 2 represents HA?2 data directed to t"e / under test, etc( O represents data
sent *y t"e test set t"at isnot directed to t"e / under test i(e( data directed to
t"e Alternate H!) HeB(
)"e *ottom o eac" cell also eBplicitly indicates "o& oten t"e HA?0 process
transmits or eac" com*ination o settins( ote t"at &"en inter!)) inter8al O
num*er o HA? processes > 6, HA?0 does not transmit e8ery 12 ms(
Data Transmission Pattern ,ased on *nter-TT* *nter&al and @um'er o$ HAR
Processes
)u*&er o# HAR+ Processes
'nter-TT'
'nter%al, . / 0 1 2 3
1
>GGGGG
>GGGGG
01# ms
>1GGGG
>1GGGG
01# ms
>1#GGG
>1#GGG
01# ms
>1#3GG
>1#3GG
01# ms
>1#3!G
>1#3!G
01# ms
>1#3!
>1#3!
01# ms
>1#3!
/>1#3!
01! ms
>1#3!
/2>1#3
01/ ms
#
>GGGGG
>GGGGG
01# ms
>G1GGG
>G1GGG
01# ms
>G1G#G
>G1G#G
01# ms
>G1G#G
3G>G1G
01/ ms
>G1G#G
3G!G>G
0#> ms
>G1G#G
3G!GG
>G1G#G
0#! ms
>G1G#G
3G!GG
/G>G1G
0#= ms
>G1G#G
3G!GG
/G2G>G
03# ms
3
>GGGGG>GGGGG
01# ms
>GG1GG>GG1GG
01# ms
>GG1GG#GG>GG
01= ms
>GG1GG#GG3GG
>GG1GG
0#! ms
>GG1GG#GG3GG
!GG>GG
03> ms
>GG1GG#GG3GG
!GGGG
>GG1GG
03/ ms
>GG1GG#GG3GG
!GGGG
/GG>GG
0!# ms
>GG1GG
#GG3GG
!GGGG
/GG2GG
>GG1GG
http://rfmw.em.keysight.com/rfcomms/refdocs/wcdma/wcdma_gen_bse_hsdpa_parms.html#CIHEACIChttp://rfmw.em.keysight.com/rfcomms/refdocs/wcdma/wcdma_gen_bse_hsdpa_parms.html#CIHDCGEAhttp://rfmw.em.keysight.com/rfcomms/refdocs/wcdma/wcdma_gen_bse_hsdpa_parms.html#CIHEACIChttp://rfmw.em.keysight.com/rfcomms/refdocs/wcdma/wcdma_gen_bse_hsdpa_parms.html#CIHDCGEA7/25/2019 Dual Cell HSPDA
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Data Transmission Pattern ,ased on *nter-TT* *nter&al and @um'er o$ HAR
Processes
)u*&er o# HAR+ Processes
'nter-TT''nter%al
, . / 0 1 2 3
0!= ms
!
>GGGGG
>GGGGG
01# ms
>GGG1G
>GGG1G
01# ms
>GGG1G
GG#GGG
>GGG1G
0#! ms
>GGG1G
GG#GGG
3GGG>G
03# ms
>GGG1G
GG#GGG
3GGG!G
GG>GGG
0!> ms
>GGG1G
GG#GGG
3GGG!G
GGGGG>GGG1G
0!= ms
>GGG1G
GG#GGG
3GGG!G
GGGGG/GGG>G
0/ ms
>GGG1G
GG#GGG
3GGG!G
GGGGG/GGG2G
GG>GGG
0/! ms
>GGGGG
>GGGGG
01# ms
>GGGG1
>GGGG1
01# ms
>GGGG1
GGGG#GGGG>GG
03> ms
>GGGG1
GGGG#GGGG3GG
GG>GGG
0!> ms
>GGGG1
GGGG#GGGG3GG
GG!GGG
G>GGGG
0> ms
>GGGG1
GGGG#GGGG3GG
GG!GGG
GGGGG
>GGGG1
0/> ms
>GGGG1
GGGG#GGGG3GG
GG!GGG
GGGGG
/GGGG>
02> ms
>GGGG1
GGGG#GGGG3GG
GG!GGG
GGGGG
/GGGG2
GGGG>G
0=> ms
/
>GGGGG>GGGGG
>GGGGG1GGGGG
>GGGGG
>GGGGG1GGGGG
#GGGGG
>GGGGG
>GGGGG1GGGGG
#GGGGG
3GGGGG
>GGGGG
>GGGGG1GGGGG
#GGGGG
3GGGGG
!GGGGG
>GGGGG
>GGGGG1GGGGG
#GGGGG
3GGGGG
!GGGGG
GGGGG
>GGGGG
>GGGGG1GGGGG
#GGGGG
3GGGGG
!GGGGG
GGGGG
/GGGGG
>GGGGG
1GGGGG
#GGGGG
3GGGGG
!GGGGG
GGGGG
7/25/2019 Dual Cell HSPDA
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Data Transmission Pattern ,ased on *nter-TT* *nter&al and @um'er o$ HAR
Processes
)u*&er o# HAR+ Processes
'nter-TT''nter%al
, . / 0 1 2 3
01# ms 0#! ms
03/ ms
0!= ms 0/> ms 02# ms
>GGGGG
0=! ms
/GGGGG
2GGGGG
>GGGGG
04/ms
2
>GGGGG
G>GGGG
01! ms
>GGGGG
G1GGGG
GG>GGG
0#= ms
>GGGGG
G1GGGG
GG#GGG
GGG>GG
0!# ms
>GGGGG
G1GGGG
GG#GGG
GGG3GG
GGGG>G
0/
ms
>GGGGG
G1GGGG
GG#GGG
GGG3GG
GGGG!G
GGGGG>
02> ms
>GGGGG
G1GGGG
GG#GGG
GGG3GG
GGGG!G
GGGGG
GGGGGG
>GGGGG
0=! ms
>GGGGG
G1GGGG
GG#GGG
GGG3GG
GGGG!G
GGGGG
GGGGGG
/GGGGG
G>GGGG
04= ms
>GGGGG
G1GGGG
GG#GGG
GGG3GG
GGGG!G
GGGGG
GGGGGG
/GGGGG
G2GGGG
GG>GGG
011#
ms
=
>GGGGG
GG>GGG
>GGGGG
GG1GGG
GGGG>G
>GGGGG
GG1GGG
GGGG#G
GGGGGG
>GGGGG
>GGGGG
GG1GGG
GGGG#G
GGGGGG
3GGGGGGG>GGG
>GGGGG
GG1GGG
GGGG#G
GGGGGG
3GGGGGGG!GGG
GGGG>G
>GGGGG
GG1GGG
GGGG#G
GGGGGG
3GGGGGGG!GGG
GGGGG
GGGGGG
>GGGGG
>GGGGG
GG1GGG
GGGG#G
GGGGGG
3GGGGGGG!GGG
GGGGG
GGGGGG
/GGGGG
GG>GGG
>GGGGG
GG1GGG
GGGG#G
GGGGGG3GGGGG
GG!GGG
GGGGG
GGGGGG
/GGGGG
GG2GGG
7/25/2019 Dual Cell HSPDA
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Data Transmission Pattern ,ased on *nter-TT* *nter&al and @um'er o$ HAR
Processes
)u*&er o# HAR+ Processes
'nter-TT''nter%al
, . / 0 1 2 3
01/ ms 03# ms 0!= ms 0/! ms 0=> ms 04/ ms011#
ms
GGGG>G
01#=
ms
Example User Defined Configuration: Configuring the Downlink as an FRC
)"e ollo&in ta*le, /ser Deined Settins to Coniure t"e Do&nlin' as an C,
indicates t"e settins re.uired to coniure t"e user deined do&nlin' c"annel as an
C(
ote t"at 34PP )S 3+(121 AnneB C reers to transport *loc' siEe as normation ;it
Payload (
ote t"at 34PP )S 3+(121 AnneB C reers to / *uer siEe as um*er o S$L=s
per HA? Process( Dependin upon t"e cateory o your /, you may need to
set /ser Deined / ;uer AllocationtoExplicitand manually set t"e /ser
Deined Bplicit / ;uer SiEeto t"e appropriate 8alue, to ac"ie8e t"e um*er
o S$L=s per HA? Process speciied *y 3+(121 or t"e C you are emulatin(
)"e data transmission pattern column indicates "o& oten data is transmitted to t"e
/ under test, and *y &"ic" HA? process( See nteraction o nter!)) nter8al and
um*er o HA? Processesor more inormation(
)"e ominal A8( n( ;it ate is determined *y multiplyin t"e transport *loc' siEe
*y t"e num*er o *loc's transmitted per second( or an C, t"e num*er o *loc's
transmitted in 12 ms is e.ual to t"e num*er o HA? processes t"is is *ecause or
Cs, inter!)) inter8al O num*er o HA? processes 6( )"us, or an C, t"e
ominal A8( n( ;it ate is e.ual to: transport *loc' siEe in *itsOnum*er o
HA? processes
7/25/2019 Dual Cell HSPDA
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?ser De9ned Settings to Con9gure the Downlin) as an %RC
FRC
)u*&
ero#
Acti%
e
HS-
PDSC
Hs
Modulat
ion Type
Transport
Bloc4 Si!e
'nde5 4i
6Correspon
ding
Transport
Bloc4 Si!e7
'nter-
TT'
'nter
%al
)u*&e
r o#
HAR+
Proces
ses
ser
Defn
ed
$5plicit $
'R
Bu(er
Si!e
6per
HAR+
proce
ss7
Data
trans*is
sion
pattern
)o*inal
A%g8 'n#8
Bit Rate
H-Set 1
PS PS
!1
03#># 'its 3 # 4/>> >GG1GG 53+ '*ps
H-Set 1
1/AM! 1/AM
3/
0!//! 'its3 # 4/>> >GG1GG 222 )'ps
H-Set #
PS PS
!1
03#># 'its# 3 4/>> >G1G#G =>1 )'ps
H-Set #
1/AM! 1/AM
3/
0!//! 'its# 3 4/>> >G1G#G
1"12
M'ps
H-Set 3
PS3 PS
!1
03#># 'its1 / 4/>> >1#3!
1"/>
M'ps
H-Set 3
1/AM3! 1/AM
3/
0!//! 'its1 / 4/>> >1#3!
#"33
M'ps
H-Set !
PS PS
!1
03#># 'its# # 2#>> >GG1GG 3! )'ps
H-Set
PS PS
!1
03#># 'its1 3 4/>> >1#GGG =>1 )'ps
H-Set /
PS31>1 PS
!1
0/!3=1
'its
1 / 14#>> >1#3!3"##
M'ps
7/25/2019 Dual Cell HSPDA
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?ser De9ned Settings to Con9gure the Downlin) as an %RC
FRC
)u*&
ero#
Acti%
e
HS-
PDSC
Hs
Modulat
ion Type
Transport
Bloc4 Si!e
'nde5 4i
6Correspon
ding
Transport
Bloc4 Si!e7
'nter-
TT'
'nter
%al
)u*&e
r o#
HAR+
Proces
ses
ser
Defn
ed
$5plicit $
'R
Bu(er
Si!e
6per
HAR+
proce
ss7
Data
trans*is
sion
pattern
)o*inal
A%g8 'n#8
Bit Rate
H-Set /
1/AM3 = 1/AM
3/
04322 'its 1 / 14#>> >1#3!
!"/4
M'ps
H!Set %
6+?A$3152 6+?A$
3/ 0#/>!
'its1 6
#4#>
>0123+5 13(25$*ps
H!Set 10
?PS31# 16?A$
36 175+%
*its1 6 2%%00 0123+5 %(77 $*ps
H!Set 10
16?A$3152 ?PS
!# 04214
'its1 / 2%%00 0123+5 +(%6 $*ps
H!Set 12
?PS31 ?PS > 01#> 'its 1 6 3200 0123+5 60 '*ps
1Gou must set ; )est $ode irst HS!PDSCH C"annel Codeto 6 *eore you can setNumber
of Active HS-PDSCHs to 10(
2Gou must set ; )est $ode irst HS!PDSCH C"annel Codeto 1 *eore you can setNumber
of Active HS-PDSCHs to 15(
3or H!Set 12 and ot"er DC!HSDPA H!Sets H!Set 3A, 6A, %A, 10A, t"e parameter settins
are or eac" o t"e ser8in cells carriers(
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Example User Defined Configuration: Maximum Data Rate for each UE Category
)"e ollo&in ta*le, /ser Deined Settins to Ac"ie8e $aBimum Data ate or eac"
/ Cateory, indicates t"e settins re.uired to coniure t"e user deined do&nlin'
c"annel to ac"ie8e t"e maBimum data rate or eac" / cateory supported *y t"e test
set(
)"e data transmission pattern column indicates "o& oten data is transmitted to t"e
/ under test, and *y &"ic" HA? process( See nteraction o nter!)) nter8al and
um*er o HA? Processesor more inormation(
)"e ominal A8( n( ;it ate is determined *y multiplyin t"e transport *loc' siEe
*y t"e num*er o *loc's transmitted per second( inter!)) inter8al O num*er o
HA? processes 6, t"e num*er o *loc's transmitted in 12 ms is e.ual to t"e
num*er o HA? processes, and ominal A8( n( ;it ate is e.ual to: transport*loc' siEe in *itsOnum*er o HA? processes
7/25/2019 Dual Cell HSPDA
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?ser De9ned Settings to Achie&e Ma(imum Data Rate $or each ?. Category
$
Categ
ory
)u*
&er
o#
Acti%e
HS-
PDSC
Hs
Modula
tion
Type
Transport
Bloc4 Si!e
'nde5 4i
6Corresponding
Transport
Bloc4
Si!e7
'nter
-TT''nter
%al
)u*&
er
o#HAR+
Proce
sses
ser Defned
$5plicit $
'RBu(er Si!e
6per HAR+
process7
Data
trans*ission
pattern
)o*ina
l A%g8'n#8 Bit
Rate
3 1/AM!=
02#4= 'its# 3
#==>>73I4/>
>>G1G#G
1"=3
M'ps
! 1/AM!=
02#4= 'its# 3
3=!>>73I1#=
>>>G1G#G
1"=3
M'ps
1/AM!=
02#4= 'its1 /
2/>>7/I4/>
>>1#3!
3(65
$*ps
/ 1/AM!=
02#4= 'its1 /
/2#>>7/I11#
>>>1#3!
3(65
$*ps
2 1>1 1/AM
!=
01!!11
'its
1 /11#>>7/I14
#>>>1#3!
2"#1
M'ps
= 1>1 1/AM
!=
01!!11
'its
1 /13!!>>7/I##
!>>>1#3!
2"#1
M'ps
1# 16?A$!! 0#>#1
'its1 6
172%00>73I!=>
>>G1G#G 0% '*ps
1# PS !=
03/3> 'its1 /
#==>>7/I!=>
>>1#3!
1(%2
$*ps
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?ser De9ned Settings to Achie&e Ma(imum Data Rate $or each ?. Category
$
Categ
ory
)u*
&er
o#
Acti%e
HS-
PDSC
Hs
Modula
tion
Type
Transport
Bloc4 Si!e
'nde5 4i
6Corresponding
Transport
Bloc4
Si!e7
'nter
-TT''nter
%al
)u*&
er
o#HAR+
Proce
sses
ser Defned
$5plicit $
'RBu(er Si!e
6per HAR+
process7
Data
trans*ission
pattern
)o*ina
l A%g8'n#8 Bit
Rate
13 152 6+?A$# 03#=>
'its1 6
25200>7#7/I#
==>>>1#3!
23(+
$*ps
t&o cells
com*ined
22
3
15
2
1/AM
62 2752
*its 1 6
3+5600
'its1 6
1=!>>7#7/I!
3#>>>1#3!
35(3
$*ps
t&o cells
com*ined
2+3 152 /!AM62 +212
*its1 6
51%+00
7/25/2019 Dual Cell HSPDA
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?ser De9ned Settings to Achie&e Ma(imum Data Rate $or each ?. Category
$
Categ
ory
)u*
&er
o#
Acti%e
HS-
PDSC
Hs
Modula
tion
Type
Transport
Bloc4 Si!e
'nde5 4i
6Corresponding
Transport
Bloc4
Si!e7
'nter
-TT''nter
%al
)u*&
er
o#HAR+
Proce
sses
ser Defned
$5plicit $
'RBu(er Si!e
6per HAR+
process7
Data
trans*ission
pattern
)o*ina
l A%g8'n#8 Bit
Rate
of Active HS-PDSCHs to 10(
2Gou must set ; )est $ode irst HS!PDSCH C"annel Codeto 1 *eore you can setNumber
of Active HS-PDSCHs to 15(
3or / Cateories 21 to 2+ t"at support DC!HSDPA, t"e parameter settins are or eac" o t"e
ser8in cells carriers(
9eneral HSDPA RB Test Mode Settings
CN Domain
on!HSDPA
7/25/2019 Dual Cell HSPDA
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o *$CN Domain is set toCS/PS Domain+ the connection isesta'lished as shown in Radio ,earer Test ModeFrigination to C.LLDCH - CS7PS Domain 0HSDPA orHSPA" The CS domain is used to esta'lish the RMC andthe PS domain is used to esta'lish the %RC"
ote t"at HSPA ; )est $ode connections are al&ays esta*lis"ed usin *ot"
t"e CS and PS domains, so t"is settin is not applica*le to HSPA ; )est
$ode(
$any 34PP )S 3+(121 tests speciy t"eCS/PS Domain connection procedure
*y reerence to 34PP )S 3+(10% s7(3(6( Ho&e8er, usin t"eCS Domain orPS
Domain connection procedures do not compromise t"e results o t"e 3+(121
tests( eardless o &"ic" domain is used to esta*lis" t"e connection, t"e
resultin c"annel coniuration radio *earers is identical(
/sin t"eCS Domain procedure oers t&o ad8antaes:
o TheCS Domain procedure allows the ?. to 'e paged without9rst going through the Attach procedure 0which reducesthe total time $rom ?. power-up to esta'lishing an HSDPAconnection" To use this alternate method+ set PS Domain*n$ormationtoAbsent 0to pre&ent the ?. $rom attaching
upon power-up+ enter the appropriate Paging *MS*+power on the ?. and then selectOriginate Call" To $urtherspeed up the connection process+ you can set RepeatPagingtoOn+ selectOriginate Call+ then power on the ?."
o TheCS Domain procedure allows you to per$orm a SystemHando&erto SM7PRS7.PRS when you ha&e completedyour 6-CDMA7HSDPA testing+ i$ desired 0#ast s7itchin"applications only"
ote, iCN Domain is set toPS Domain orCS/PS Domain, t"e / must "a8eperormed t"e Attac" procedure *eore you can pae it PS Domain
normationmust *e set toPresent &"en t"e / reisters &it" t"e test set(
C )ypeis set to one o t"e DC!HSDPA type H!Set 3A, 6A, %A, 10A or
12 or i t"e ; )est /ser Deined DC!HSDPA Stateis set to On, t"is
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parameter is not applica*le and t"e test set uses CS$C < PSC as t"e
C domain(
4P; command: CALL:HSDPa:SIice:;)est:CDomain
)"is parameter can only *e set &"en call status isIdle(
Uplink 0k DTCH for HSDPA Loopback State
)"is settin only applies to an HSDPA ; )est $ode connection, it does not
apply to an HSPA ; )est $ode connection *ecause on an HSPA ; )est
$ode connection, t"e do&nlin' HSDPA c"annel is looped *ac' onto t"e uplin'
HS/PA c"annel(
o 6henUplink 0k DTCH for HSDPA Loopback State is set toOn+ theR, Setup message sent to esta'lish the HSDPA R, testmode connection includes a >) DTCH+ onto which the ?.is instructed to loop 'ac) the downlin) HSDPA radio'earer with a Loop'ac) SD? sie o$ > 0ensuring no data istransmitted on the >) DTCH" This DTCH is de9nedidentically to the ?plin) /!) DTCH $or HSDPA Loop'ac)+e(cept only the > 'loc) transport $ormat is de9ned in thetransport $ormat set"
o Off: #"en t"is parameter is set toOff, t"e / analyEes t"e data it
recei8es on t"e HSDPA do&nlin' radio *earer so t"at it can respond &it"
AC
7/25/2019 Dual Cell HSPDA
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)"is settin only applies to an HSDPA ; )est $ode connection, it does not
apply to an HSPA ; )est $ode connection *ecause on an HSPA ; )est
$ode connection, t"e do&nlin' HSDPA c"annel is looped *ac' onto t"e uplin'
HS/PA c"annel(
o #"enUplink 64k DTCH for HSDPA Loopback State is set toOn, t"e ;
Setup messae sent to esta*lis" t"e HSDPA ; test mode connection
includes a 6+' D)CH, onto &"ic" t"e / is instructed to loop *ac' t"e
do&nlin' HSDPA radio *earer &it" a Loop*ac' SD/ siEe o 0 ensurin
no data is transmitted on t"e 6+' D)CH( See 34PP )S4!A5 5!
050720(
HSDPA R, Test Mode Channel Con9guration with ?plin) /!) DTCH $or
Loop'ac) State Fn
Gou must set t"is parameter toOn i your / does not support closin
t"e test loop on a unidirectional radio *earer i your / &as
implemented accordin to 34PP )S 3+(10 85(+(0 &"ic" did not speciy
&"at t"e / s"ould do &"en told to close t"e test loop on aunidirectional radio *earer( ote: e8en i an uplin' D)CH is pro8ided
or t"e HSDPA radio *earer to loop onto, no data is e8er sent on t"is
c"annel as t"e Loop*ac' SD/ siEe is Eero or t"e HSDPA radio *earer
t"is ensures t"e uplin' DPCH consists solely o a 12(2' $C(
7/25/2019 Dual Cell HSPDA
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o Off: #"en t"is parameter is set toOff, t"e / analyEes t"e data it
recei8es on t"e HSDPA do&nlin' radio *earer so t"at it can respond &it"
AC
7/25/2019 Dual Cell HSPDA
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inis"ed creatin t"e *its t"at &ere placed into t"e data ield o t"e pre8iously
transmitted LC /$ PD/( )"is means t"at t"e P;S se.uence is continuous
across t"e LC /$ PD/ data ields i you &ere to eBtract all o t"e data ields
rom t"e transmitted LC /$ PD/s, you &ould o*ser8e an un*ro'en P;S
se.uence(
4P; command: CALL:HSDPa:SIice:;)est:HSDSc"annel:DA)A
RLC Header on HS-DSCH
)"eRLC Header on HS-DSCH parameter allo&s you to coniure &"et"er t"e
LC /$ *loc' contains a 8alid /$ "eader or &"et"er t"at "eader is illed
&it" data accordin to t"e HS!DSCH Data Patternsettin(
ote: As part o elease 6, 34PP introduced an alternati8e interpretation o t"e
!*it in t"e LC "eader to impro8e transmission eiciency or t"e speciic case
&"en an SD/ al&ays its into a PD/( )"e net&or' tells t"e / &"et"er or not
to use t"e alternati8e at call setup( )"is alternati8e !*it representation is not
used in t"e test set(
4P; command: CALL:HSDPa:SIice:;)est:HSDSc"annel:LCHeader
)"is parameter can only *e set &"en call status isIdle(
RB Test Mode F-DPCH State
)"is settin is used to indicate &"et"er t"e !DPCH is coniured instead o
t"e associated DPCH in t"e do&nlin' &"en an HSPA ; )est $ode call is
acti8ated(
#"en t"is parameter is set toOff, t"e !DPCH is not coniured and S;s
&ill *e mapped onto t"e !DCH
7/25/2019 Dual Cell HSPDA
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