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VoLTE VoL TE A Link Budget 2x2 MIMO arameter Configuration N)%/er of RHs eNodeH total po@er TD antenna gain (dHi& >a/le loss (dH& eNodeH4E"R(dH%& o@er 1RH-$L E N)%/er of RHs plin9 data rate E TD po@er E antenna gain
&'(att
e%ode" transmitter 7< RH &) dH% *+ dH 2 dH +, dH% ,.' dH%
E"R(dH%& E po@er per RH Carrier reuency "and(idth
0''.' Gz *'1 Gz
Cell Edge Confidence Le2el ropagation 1odel En2ironment
8<+< 8<+< 5 Okumura34ata 5ural
!ser 6L 6ata rate 7kbps8 !ser !L 6ata rate 7kbps8 6L Cell Throughput7911O8 6L Cell Throughput7&9&11O8
VoLTE VoLTE *''.;
'*.)
/ps /ps
VoLTE(ARM12.2Kbps)
Ce R!nge R!dius(K") VoLTE#$L
%.1& .1
VoLTE#'L
VoL oLTE TE Link Budg Bud get Ce Ce R!ng R!n ge (K") (K") 5.61
L $ *.** # E T L V o
1.**
2.**
&.**
+.**
.**
$ist!n/e (K")
.**
,.**
IoT Link Budget A 0o 0B#IoT (O arameter Configuration
!E transmitter
RH 12+2 3/itss .'' dH% < dHi
N)%/er of RHs eNodeH total po@er TD antenna gain (dHi& >a/le loss (dH& eNodeH4E"R(dH%& "oT of np+RHs-$L "oT o@er per RH "oT of RHs-L E TD po@er E antenna gain
2: dH% '.'' dH%
E"R(dH%& E po@er per RH
<+;<
>arrier reB)enc* Hand@idt' 2,2"O
!2+8=8; : TR 27+=1! AR 12+2 9/ps : TR 27+=1! AR 12+2 9/ps
>ell Edge >onfidence Level ropagation odel Environ%ent !ser 6L 6ata rate 7kbps8 !ser !L 6ata rate 7kbps8
Cell 5ange 5adius >ector/>ite ?rea @skmA nter >ite 6istance @kmA
Comsume PRB
IoT Link Budget Budget A 0B#IoT (Outb!nd) (Outb!nd)
1RB
$L 0o 0B#IoT
2RB
'L 0o 0B#IoT
0o 0B#IoT Link 8.13
%.**
-.**
T o I B # 0 o 0 L $
#
*.*
1.**
1
utb!nd) 2x2 MIMO e%ode" transmitter
"oT ser rate profile 1< ac'ine t* HH o/ile o/ile /ro
!E transmitter 7< RH & dH%
'(att
*;.+ dH 2 dH +,.+ dH% & RH .'& dH%
>overage >L >E1 1!!dH >E2 17!dH >E: 16!dH RH .'' dH% < dHi dHi 2: dH% dH% '.'' dH%
''.' Gz *'1 Gz 8<+< 8<+< 5 Okumura34ata 5ural
/ps /ps
"oT ser rate profile "oT ser rate profile
&.'0 &.' *+.)) ;.'+
&.'0 .*0 *.& ).&
Ce R!nge R!dius(K")
Comsume PRB 4RB
+.*2 &.1,
2RB
Budget Ce R!nge (K") 3.1 4.02
.*
2.**
ist!n/e (K")
2.*
&.** &.**
&.* &.*
+.**
+.*
3% sB9% 3%
IoT Link Budget A 0B#IoT 0B#IoT (Inb!nd) 2x2 MIMO arameter Configuration
N)%/er of RHs pe co%%)neNodeH total po@er d/and TD antenna gain (dHi& NRA>G >a/le loss (dH& Nor%al eNodeH4E"R "R(dH%& Ro/)st "oT of np np+RH-$L E,tr E,tre e%e "oT "oT o o@er @er pe per RH RH "oT of RHs-L E TD po@er E antenna gain
'(att
e%ode" transmitter 1<< RH & dH% *;.+ dH 2 dH +,.+ dH% * RH .'* dH%
E"R(dH%& E po@er per RH >arrier reB)enc* Hand@idt' >ell Edge >onfidence Level ropagation odel Environ%ent !ser 6L 6ata rate 7kbps8 !ser !L 6ata rate 7kbps8 TA
0''.' Gz '1 Gz 8<+< 5 Okumura34ata 5ural &.'' &.''
/ps /ps
&.'0 *).,) )).' .,
Cell 5ange 5adius >ector/>ite ?rea @skmA nter >ite 6istance @kmA
IoT Li L ink Budget A 0B#IoT (Inb!nd)
Ce R!nge R!dius(K")
$L 0B#IoT
'L 0B#IoT
1.- 2*.&+
0B#IoT Link Budget Budget Ce R!nge (K (K") ") T o I 1.** 1.** B # 0 L $
16.!6
1.** 1.**
1,.** 1,.**
1%.** 1%.**
$ist!n/e (K")
1-.** 1-.**
2*.
+#MIMO +x +x+ Li Link Bu Budg
"oT ser r 1< o@er per Antenna ort HH TD antenna gain (dHi&
!E transmitter
DD5" Consum ?ssumption * RH .'' dH% < dHi 2: dH% .'' dH%
>overage >a/le loss (dH& >E1 eNodeH4E"R(dH%& >E2 no+RHs-$L >E: o@er per RH RHs-L E TD po@er E antenna gain E"R(dH%& E po@er per RH $iversit* ain >arrier reB)enc* Hand@idt' >ell Edge >onfidence Level ropagation odel Environ%ent
"oT ser rate profile "oT ser rate profile
!ser 6L 6ata rate 7kbps8 !ser !L 6ata rate 7kbps8 6L Cell Throughput7911O8 6L Cell Throughput7&9&11O8
&.'0 '.& 0,.' &'.);
Comsume PRB
3% sB9% 3%
>ector/>ite ?rea @skmA nter >ite 6istance @kmA
LTE Link Budget Ce Edge
1RB
$L Ce Edge
2RB
'L Ce Edge
+#MIMO +x+
'L Ce Edge 20.34
*
21.**
$L Ce Edge #
2.**
t A Ce Edge e%ode" transmitter *
!E transmitter
7< RH &).' dH% to
&
&'att
11O &9&
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TO o(er B 55! : *)'att + )
::6 1<<=
1+7 dH 0''.' Gz *'.' Gz
0 ;
6 RH .'' dH% < dHi 2: dH% dH% *+. dH% : dH <+;<
87+< 87+< 5 Okumura34ata 5ural
,
.; '.&* ;;.* *0).&
/ps /ps /ps /ps
>ellEdge ser rate >ellEdge ser rate 6L Cell Cell Throu Through ghput put7* 7*9> 9>1O 1O88
&&.') &&.')
&+.+) .&'
'.0 *+.++
Ce R!nge R!dius(K")
Co"su"e RB 22
11.,* ,.,,
Link Budget A Ce Edge ,.,,
11.,*
+.**
.**
$ist!n/e (K")
%.**
1*.**
12.**
1+.**
sB9% 3%
H.
1<+< Gz
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8 dH E NdH
: dH
>*clic re $>" or% I)/ >' RE%I RE1<%I RIRH RI%I RI1<%I RE$>> $>>G1 REH>G REII1 REIII1 total OG Total $I Total OG
Nor%al $L RH 1 Su$%arriers 6<< "# Su$%arriers =!<< =!<<< ! !<< !<<< approx 6<< approx 6<<< inc DTX 2=! inc DTX 1!2 inc DTX 1!2 1<76= ;:!:2 1:5
7<
1< 11 12 1: 1! 17 16 1; 1= 18 2< 21 22 2: 2! 27 26
F-11O 9& Link "udget ? B Cell Edge dH% HTI Total o@er >a/inet ( P BTS&
.att
dH%
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dH%
2:+<<
Node H Antenna Geig't
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6L
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:
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!L
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<
2
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:
2
T1? O
>ell Edge >onfidence Level
5
ropagation odel
8<+< R)ral
Log Nor%al I'ado@ Itd $ev ( s LNF & Link "udget
: :-"O 2,! Lin9 H)dget A >ell Edge
>OIT 2:1
Environ%ent dH
=+1
ilot
>arrier reB)enc*
Gz
>'ip Rate
cps
$ata Rate
9/s
Load
5
o@er as 5 of >arrier (g & a,i%)% o@er Availa/le
5
216;+7< :+=!
dH%
Transmitter
o@er er >onnection
6L
!L
216;+7<
18;;+7<
:+=!
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dH
7+17
7+17
<+<<
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dHi
16+<<
16+<<
<+<<
Peak EIRP
dH%
!:+=7
!1+<=
2:+<<
!E En2ironment Hod* Loss ( LBL&
6L
!L
dH
<+<<
<+<<
enetration Loss (LPL&
dH
;+<<
;+<<
;+<<
Log Nor%al I'ado@ argin ( M LNF &
dH
1<+:<
1<+:<
1<+:<
Total ade argin
dH
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*0. %ode "
ilot
5ecei2er
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!E
28:+<<
28:+<<
28:+<<
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-1;:+8:
-1;:+8:
T'er%al Noise Te%perat)re
3
T'er%al Noise $ensit*
dH%Gz
Receiver Noise ig)re ( NF & Receiver Noise $ensit* ( N o&
=+<<
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7+<<
dH%Gz
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-16=+8:
-*''.',
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dH
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dH%
ReB)ired E b /N o
dH
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1;+;=
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reB)enc*Ant->onfig 1 8<< 1,2 2 8<< 1,! : 8<< 2,2 ! 8<< 2,! 7 21<< 1,2 6 21<< 1,! ; 21<< 2,2 = 21<< 2,! 8
I*ste% : : : : : : : :
Ant-Geig' o@erort(.att& !2 2< !2 2< !2 2< !2 2< !2 2< !2 2< !2 2< !2 2<
Eb/No: Bit Energy on the Spectral Noise Density.
Ipeec' 12+29/s :9%' >I 1!9/s :9%' >I 6!9/s :9%' I 6!9/s :9%' I 12=9/s :9%' I :=!9/s :9%' $L L
I :=!9ps :9%' I 6!9/s :9%'
Itandard $eviation 21<< Itandard $eviation =7<
L $L $ata Rate $ata Rate 12+2 12+2 1! 1! 6! 6! 6! 6! 12= 12= :=! :=!
L E/No 6 6 6 2 1+2 1
:=! 6! r/an ; ;
$L E/No ; ; ; 6 !+= !+7 !+7
2 I)/-r/an 6 6
L $L $> ain $> ain < 1+2 < 1+2 < 1+2 < 1+2 < 1+2 < 1+2 1+2 <
R)ral 7 7
! ! 2 2 1+2 1
6+7 6+7 7+7 7 !+= !7
'e E/No ta on t'e )p on t'e do
I)/ L @r> $L @r> $L "L L $L Geadroo Geadroo >orrectio IGO ain IGO ain % % n 2 2 : < 7 2 2 : < 7 2 2 : < 7 2 2 : < 7 2 2 : < 7 2 2 : < 7 2 2
< :
7
R)ral
enetration HL HL Gig' Loss ("ncar Residential Rise Loss& 11 12 ; 11 12 ; 11 12 ; 11 12 ; 11 12 ; 11 12 ;
Hod* Loss : < < < < < < <
r/an
11 * * <+<7
12 * <+<7 <+7
rgets are dependent on t'e service lin9 t*picall* >I is 7 to 6dH and I is : to !dH P I is a/o)t 2dH lo@er+ lo@er+ @nlin9 t*picall* >I 'as 6 to ;dH and I is 7 to 6dH P I is a/o)t 1dH lo@er+ lo@er+
; 0 : <+7
<+7
E o@er 2: 2: 2: 2: 2: 2:
L ser Activit* <+7= 1 1 1 1 1
2:
$L ser Activit* <+6; 1 1 1 1 1 1
1
4ata 1odel ?
4ata 1od
a,i%)% Allo@a/le at' Loss T*pe of odel T*pe of Environ%ent reB)enc* HTI Geig't I Geig't
ilot dH 1!<+<; >OIT 2:1 R)ral Gz 216;+7< % !2 % 1+7
6L 1:!+76 >OIT 2:1 R)ral 216;+7< !2 1+7
!L 1:!+76 >OIT 2:1 R)ral 18;;+7< !2 1+7
:!+2;
:!+2;
:!+2;
1:!+:! 121+= 1<1+:7 1<1+:7
1:!+:! 121+= 1<1+:7 1<1+:7
1::+: 121+<6 1<<+=! 1<<+=!
*.&,
,.*
,.)&
1:8+81 1:6+81 1<6+82 1<6+82
1:8+81 1:6+81 1<6+82 1<6+82
1:=+76 1:7+76 1<6+1 1<6+1
1
km
L14r/an L14I)/-r/an L14R)ral L1 Val)e
dH
Gz % %
ilot 1:6+;8 >OIT 2:1 r/an ==6+7< :< 1+7
1
:7+22
L14r/an L14I)/-r/an L14R)ral L1 Val)e Cell 5adius - 4ata
126+2: 116+:: 8;+;8 126+2: km
L14r/an L14I)/-r/an L14R)ral L1 Val)e
*.,, 12=+= 127+= 1<<+:6 12=+=
Cell 5adius - CO>T *
km
,.;
).&*
).00
Cell 5adius - CO>T *
km
*.),
Cell 5adius
km
,.;
).,*
.00 ).00
Cell 5adius
km
*.),
ormulas L50 (d km )
L1
10n log10 d km
10n 44.9 6.55 log10 h BTS
Sensitviy: Inernal
#
a,i%)% Allo@a/le at' Loss T*pe of odel T*pe of Environ%ent reB)enc* HTI Geig't I Geig't
4ata 1odel urban 68.75 (27.72 1.1h MS ) log10 f MHz 0.7h MS 13.82 log10 h BTS 2 L1 59.16 (33.51 1.1h MS ) log10 f MHz 0.7h MS 13.82 log10 h BTS 2(log10 f MHz ) sub urban 2 27.81 (46.05 1.1h MS ) log10 f MHz 0.7h MS 13.82 log10 h BTS 4.78(log10 f MHz ) open CO>T* 1odel
48.5 (32.34 1.1h MS ) log10 f MHz 0.7 h MS 13.82 log10 h BTS L1 45.5 (32.34 1.1h MS ) log10 f MHz 0.7 h MS 13.82 log10 h BTS 2 7.56 (53.79 1.1h MS ) log10 f MHz 0.7 h MS 13.82 log10 h BTS 4.78(log10 f MHz )
Sensitviy: Inernal
#
urban sub - urban open
l"
#
6L 12=+<7 >OIT 2: 2:1 r/an ==6+7< :< 1+7
!L 12=+<7 >OIT 2: 2:1 r/an =!1+7< :< 1+7
:7+22
:7+22
126+2: 116+:: 8;+;8 126+2:
127+6! 117+== 8;+!2 127+6!
*.*
*.*0
12=+= 127+= 1<<+:6 12=+=
12=+<: 127+<: 88+=1 12=+<:
'.,+
*
'.,+
*
Sensitviy: Inernal
Sensitviy: Inernal
#
