Link Budget Diseño 3G

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07/01/2016 HUAWEI Confidential Page1of63

ValueValue

ValueValue



Output ParametersInput Parameters

Interval ParametersRecommended Parameters



Dense Urban In-BldgUplink Downlink

Scenarios Dense Urban In-BldgTMA Used No

Environment Indoor

Continuous coverage service AMR12.2 AMR12.2

BLER requirement 1.0% 1.0%

Bearer Type AMR AMR

Bearer Rate(Kbps) 12.2 12.2

Tx Uplink Downlink

Max. NodeB transmit power(dBm) 43

Max. TCH transmit power (dBm) 21 33

Cable loss Tx (dB) 0 0.5

Body loss Tx (dB) 3 0

Antenna gain Tx (dBi) 0 18

EIRP (dBm) 18 50.5

Rx Uplink Downlink

Antenna gain Rx (dBi) 18 0

Cable loss Rx (dB) 0.5 0

Body loss Rx (dB) 0 3

Noise figure (dB) 2.10 7

Required Eb/No (dB) 5.4 7.8

Receiver sensitivity (dBm) -125.64 -118.34

Target load 0.5 0.72

Non-orthogonallty @cell edge N/A 0.55

Interference margin (dB) 3.01 1.68

Fast fading margin (dB) 0.8 0

-139.83 -113.65

Path loss (dB)Penetration loss (dB) 22

Area coverage probability 95%

Slow Fading Standard Deviation 11.7

Slow fading margin (dB) 8.26

Path loss (dB) 127.57 133.89 Cell radius (km)

UE antenna height (m) 1.5

NodeB antenna height (m) 28

Frequency (MHz) 1890 1970

Propagation model used Cost231-Hata

Cell radius (km) 0.43 0.63

Cell Coverage Radius 0.43

Min. signal reception strength (dBm)



Formula Urban In-BldgUplink

Scenarios Urban In-BldgTMA Used No

Environment Indoor

a Continuous coverage service AMR12.2

BLER requirement 1.0%

Bearer Type AMR

Bearer Rate(Kbps) 12.2

Tx Uplink


b Max. TCH transmit power (dBm) 21

c Cable loss Tx (dB) 0

d Body loss Tx (dB) 3

e Antenna gain Tx (dBi) 0

f = b-c-d+e EIRP (dBm) 18

Rx Uplink

g Antenna gain Rx (dBi) 18

h Cable loss Rx (dB) 0.5

i Body loss Rx (dB) 0

j=h+1.6 Noise figure (dB) 2.10

k Required Eb/No (dB) 5.7

l=-174+j+k+10*log10(a*1000) Receiver sensitivity (dBm) -125.34

m Target load 0.5

Non-orthogonallty @cell edge N/A

n=-10*log10(1-m) Interference margin (dB) 3.01

o Fast fading margin (dB) 0

p=l+n+o-g+i -140.33

Path loss (dB)q Penetration loss (dB) 20



r Slow fading margin (dB) 6.04

s=f-p-q-r Path loss (dB) 132.29 Cell radius (km)



Frequency (MHz) 1890


Cell radius (km) 0.72





Urban In-Bldg Formula Urban LightDownlink

Urban In-Bldg ScenariosNo TMA Used

Indoor Environment

AMR12.2 a Continuous coverage service

1.0% BLER requirement

AMR Bearer Type

12.2 Bearer Rate(Kbps)

Downlink Tx

43 Max. NodeB transmit power(dBm)

33 b Max. TCH transmit power (dBm)

0.5 c Cable loss Tx (dB)

0 d Body loss Tx (dB)

18 e Antenna gain Tx (dBi)

50.5 f = b-c-d+e EIRP (dBm)

Downlink Rx

0 g Antenna gain Rx (dBi)

0 h Cable loss Rx (dB)

3 i Body loss Rx (dB)

7 j=h+1.6 Noise figure (dB)

8.1 k Required Eb/No (dB)

-118.04 l=-174+j+k+10*log10(a*1000) Receiver sensitivity (dBm)

0.7 m Target load

0.66 Non-orthogonallty @cell edge

1.88 n=-10*log10(1-m) Interference margin (dB)

0 o Fast fading margin (dB)

-113.16 p=l+n+o-g+i

Path loss (dB) Path loss (dB)20 q Penetration loss (dB)

95% Area coverage probability

9.4 Slow Fading Standard Deviation

6.04 r Slow fading margin (dB)

137.62 s=f-p-q-r Path loss (dB)Cell radius (km) Cell radius (km)

1.5 UE antenna height (m)

28 NodeB antenna height (m)

1970 Frequency (MHz)

Cost231-Hata Propagation model used

0.98 Cell radius (km)

0.72 Cell Coverage Radius




Urban Light FormulaUplink Downlink

Urban LightNo

Indoor

AMR12.2 AMR12.2 a

1.0% 1.0%

AMR AMR

12.2 12.2

Uplink Downlink

43

21 33 b

0 0.5 c

3 0 d

0 18 e

18 50.5 f = b-c-d+e

Uplink Downlink

18 0 g

0.5 0 h

0 3 i

2.10 7 j=h+1.6

5.7 8.1 k

-125.34 -118.04 l=-174+j+k+10*log10(a*1000)

0.5 0.7 m

N/A 0.66

3.01 1.88 n=-10*log10(1-m)

0 0 o

-140.33 -113.16 p=l+n+o-g+i

Path loss (dB)20 q

95%

9.4

6.04 r

132.29 137.62 s=f-p-q-rCell radius (km)

1.5

28

1890 1970

Cost231-Hata

0.72 0.98

0.72



Suburban In-BldgUplink Downlink

Scenarios Suburban In-BldgTMA Used No

Environment Indoor

Continuous coverage service AMR12.2 AMR12.2

BLER requirement 1.0% 1.0%

Bearer Type AMR AMR


Tx Uplink Downlink






EIRP (dBm) 18 50.5

Rx Uplink Downlink





Required Eb/No (dB) 5.7 8.1


Target load 0.5 0.6



Fast fading margin (dB) 0 0

-140.33 -113.44















Formula Rural In-BldgUplink

Scenarios Rural In-BldgTMA Used No

Environment Indoor

a Continuous coverage service AMR12.2

BLER requirement 1.0%

Bearer Type AMR


Tx Uplink






f = b-c-d+e EIRP (dBm) 18

Rx Uplink





k Required Eb/No (dB) 4.5

l=-174+j+k+10*log10(a*1000) Receiver sensitivity (dBm) -126.54

m Target load 0.5



o Fast fading margin (dB) 0

p=l+n+o-g+i -141.53















Rural In-Bldg Formula Rural HighwayDownlink

Rural In-Bldg ScenariosNo TMA Used

Indoor Environment

AMR12.2 a Continuous coverage service

1.0% BLER requirement

AMR Bearer Type


Downlink Tx







Downlink Rx





8.3 k Required Eb/No (dB)

-117.84 l=-174+j+k+10*log10(a*1000) Receiver sensitivity (dBm)

0.5 m Target load




-113.59 p=l+n+o-g+i















Rural Highway FormulaUplink Downlink

Rural HighwayNo

Indoor

AMR12.2 AMR12.2 a

1.0% 1.0%

AMR AMR

12.2 12.2

Uplink Downlink

43

21 33 b

0 0.5 c

3 0 d

0 18 e

18 50.5 f = b-c-d+e

Uplink Downlink

18 0 g

0.5 0 h

0 3 i

2.10 7 j=h+1.6

5.2 8.1 k

-125.84 -118.04 l=-174+j+k+10*log10(a*1000)

0.5 0.5 m

N/A 0.56

3.01 1.19 n=-10*log10(1-m)

0 0 o

-140.83 -113.84 p=l+n+o-g+i

Path loss (dB)6 q

95%

6.2

3.13 r


1.5

52

1890 1970

Cost231-Hata

8.36 11.69

8.36



Dense Urban In-BldgUplink Downlink

Scenarios Dense Urban In-BldgTMA Used No

Environment Indoor

Continuous coverage service HSUPA 12.2 HSDPA 12.2

BLER requirement - -

Bearer Type HSUPA HSDPA


Tx Uplink Downlink


Max. TCH transmit power (dBm) 24 40.17




Backoff Power (dB) 1.5 -

EIRP (dBm) 19.5 57.67

Rx Uplink Downlink





Required Ec/No (dB) -18.9 -19.92


Target load 0.5 0.72




-139.75 -117.93




Slow fading margin (dB) 8.19 14.11










Formula Urban In-BldgUplink

Scenarios Urban In-BldgTMA Used No

Environment Indoor

a Continuous coverage service HSUPA 12.2

SBLER requirement -

Bearer Type HSUPA


Tx Uplink






Backoff Power (dB) 1.5

f = b-c-d+e EIRP (dBm) 19.5

Rx Uplink





k Required Ec/No (dB) -18.23

l=-174+10*log10(3.84E6)+j+k Receiver sensitivity (dBm) -124.29

m Target load 0.5



o Fast fading margin (dB) 0.2

p=l+n+o-g+i -139.08














Urban In-Bldg Formula Urban LightDownlink

Urban In-Bldg ScenariosNo TMA Used

Indoor Environment

HSDPA 12.2 a Continuous coverage service

- SBLER requirement

HSDPA Bearer Type


Downlink Tx






- Backoff Power (dB)


Downlink Rx





-20.9 k Required Ec/No (dB)

-122.06 l=-174+10*log10(3.84E6)+j+k Receiver sensitivity (dBm)

0.7 m Target load




-118.93 p=l+n+o-g+i














Urban Light FormulaUplink Downlink

Urban LightNo

Indoor

HSUPA 12.2 HSDPA 12.2 a

- -

HSUPA HSDPA

12.2 12.2

Uplink Downlink

43

24 40 b

0 0.5 c

3 0 d

0 18 e

1.5 -

19.5 57.5 f = b-c-d+e

Uplink Downlink

18 0 g

0.5 0 h

0 3 i

2.10 7 j=h+1.6

-18.23 -20.9 k

-124.29 -122.06 l=-174+10*log10(3.84E6)+j+k

0.5 0.7 m

N/A 0.66

3.01 0.12 n=-10*log10(1-m)

0.2 0 o

-139.08 -118.93 p=l+n+o-g+i

Path loss (dB)20 q

95%

9.4

5.98 10.68 r


1.5

28

1890 1970

Cost231-Hata

0.73 1.66



0.73



Suburban In-BldgUplink Downlink

Scenarios Suburban In-BldgTMA Used No

Environment Indoor

Continuous coverage service HSUPA 12.2 HSDPA 12.2

SBLER requirement - -

Bearer Type HSUPA HSDPA


Tx Uplink Downlink






Backoff Power (dB) 1.5 -

EIRP (dBm) 19.5 56.5

Rx Uplink Downlink





Required Ec/No (dB) -18.23 -20.9


Target load 0.5 0.6




-139.08 -118.92




Slow fading margin (dB) 3.98 7.52










Formula Rural In-BldgUplink

Scenarios Rural In-BldgTMA Used No

Environment Indoor

a Continuous coverage service HSUPA 12.2

BLER requirement -

Bearer Type HSUPA


Tx Uplink






Backoff Power (dB) 1.5

f = b-c-d+e EIRP (dBm) 19.5

Rx Uplink





k Required Ec/No (dB) -18.92

l=-174+10*log10(3.84E6)+j+k Receiver sensitivity (dBm) -124.98

m Target load 0.5



o Fast fading margin (dB) 0.2

p=l+n+o-g+i -139.77














Rural In-Bldg Formula Rural HighwayDownlink

Rural In-Bldg ScenariosNo TMA Used

Indoor Environment

HSDPA 12.2 a Continuous coverage service

- BLER requirement

HSDPA Bearer Type


Downlink Tx


37.78 b Max. TCH transmit power (dBm)




- Backoff Power (dB)


Downlink Rx





-18.32 k Required Ec/No (dB)

-119.48 l=-174+10*log10(3.84E6)+j+k Receiver sensitivity (dBm)

0.5 m Target load




-116.22 p=l+n+o-g+i














Rural Highway FormulaUplink Downlink

Rural HighwayNo

Indoor

HSUPA 12.2 HSDPA 12.2 a

- -

HSUPA HSDPA

12.2 12.2

Uplink Downlink

43

24 37.78 b

0 0.5 c

3 0 d

0 18 e

1.5 -

19.5 55.28 f = b-c-d+e

Uplink Downlink

18 0 g

0.5 0 h

0 3 i

2.10 7 j=h+1.6

-18.56 -19.26 k

-124.62 -120.42 l=-174+10*log10(3.84E6)+j+k

0.5 0.5 m

N/A 0.56

3.01 0.21 n=-10*log10(1-m)

0.2 0 o

-139.41 -117.21 p=l+n+o-g+i

Path loss (dB)6 q

95%

6.2

2.93 5.84 r


1.5

52

1890 1970

Cost231-Hata

8.52 16.96



8.52



Dense Urban In-BldgDownlink

Scenarios Dense Urban In-Bldg

TMA Used No

Environment Indoor

Tx Downlink


Pilot transmit power(dBm) 33

Cable loss Tx (dB) 0.5

Body loss Tx (dB) 0

Antenna gain Tx (dBi) 18

EIRP (dBm) 50.5

Rx Downlink

Antenna gain Rx (dBi) 0

Cable loss Rx (dB) 0

Body loss Rx (dB) 3

Noise figure (dB) 7

Required Ec/Io (dB) -12

Receiver sensitivity (dBm) -113.13

Target load 0.72

Non-orthogonallty @cell edge 1

Interference margin (dB) 7.37

Fast fading margin (dB) 0

-102.76





Path loss (dB) 123.00 Cell radius (km)





Cell Coverage Radius (km) 0.31




Formula Urban In-Bldg

Scenarios

TMA Used

Environment

Tx

Max. NodeB transmit power(dBm)

b Pilot transmit power(dBm)

c Cable loss Tx (dB)

d Body loss Tx (dB)

e Antenna gain Tx (dBi)

f = b-c-d+e EIRP (dBm)

Rx

g Antenna gain Rx (dBi)

h Cable loss Rx (dB)

i Body loss Rx (dB)

j Noise figure (dB)

k Required Ec/Io (dB)

l=10*log(KTW)+j+k Receiver sensitivity (dBm)

m Target load

Non-orthogonallty @cell edge

n Interference margin (dB)

o Fast fading margin (dB)

p=l+n+o-g+i

Path loss (dB)q Penetration loss (dB)

Area coverage probability

Slow Fading Standard Deviation

r Slow fading margin (dB)

s=f-p-q-r Path loss (dB)Cell radius (km)

UE antenna height (m)

NodeB antenna height (m)

Frequency (MHz)

Propagation model used

Cell Coverage Radius (km)




Urban In-Bldg FormulaDownlink

Urban In-Bldg

No

Indoor

Downlink

43

33 b

0.5 c

0 d

18 e

50.5 f = b-c-d+e

Downlink

0 g

0 h

3 i

7 j

-11.5 k

-112.63 l=10*log(KTW)+j+k

0.7 m

1

7.75 n

0 o

-101.89 p=l+n+o-g+i

Path loss (dB)20 q

95%

9.4

6.04 r

126.35 s=f-p-q-rCell radius (km)

1.5

28

1970

Cost231-Hata

0.47



Urban LightDownlink

Scenarios Urban Light

TMA Used No

Environment Indoor

Tx Downlink




Body loss Tx (dB) 0


EIRP (dBm) 50.5

Rx Downlink



Body loss Rx (dB) 3

Noise figure (dB) 7

Required Ec/Io (dB) -11.5


Target load 0.7




-101.89














Formula Suburban In-Bldg

Scenarios

TMA Used

Environment

Tx




d Body loss Tx (dB)



Rx



i Body loss Rx (dB)

j Noise figure (dB)



m Target load




p=l+n+o-g+i








Frequency (MHz)






Suburban In-Bldg FormulaDownlink

Suburban In-Bldg

No

Indoor

Downlink

43

33 b

0.5 c

0 d

18 e

50.5 f = b-c-d+e

Downlink

0 g

0 h

3 i

7 j

-11.2 k

-112.33 l=10*log(KTW)+j+k

0.6 m

1

7.38 n

0 o

-101.96 p=l+n+o-g+i

Path loss (dB)15 q

95%

7.2

4.01 r


1.5

38

1970

Cost231-Hata

1.42



Rural In-BldgDownlink

Scenarios Rural In-Bldg

TMA Used No

Environment Indoor

Tx Downlink




Body loss Tx (dB) 0


EIRP (dBm) 50.5

Rx Downlink



Body loss Rx (dB) 3

Noise figure (dB) 7

Required Ec/Io (dB) -11.2


Target load 0.5




-102.75














Formula Rural Highway

Scenarios

TMA Used

Environment

Tx




d Body loss Tx (dB)



Rx



i Body loss Rx (dB)

j Noise figure (dB)



m Target load




p=l+n+o-g+i








Frequency (MHz)






Rural Highway FormulaDownlink

Rural Highway

No

Indoor

Downlink

43

33 b

0.5 c

0 d

18 e

50.5 f = b-c-d+e

Downlink

0 g

0 h

3 i

7 j

-11.2 k

-112.33 l=10*log(KTW)+j+k

0.5 m

1

6.59 n

0 o

-102.75 p=l+n+o-g+i

Path loss (dB)6 q

95%

6.2

3.13 r


1.5

52

1970

Cost231-Hata

5.47



Dense Urban In-BldgMorphology Dense Urban


Propagation Model Cost231-Hata

Environment Indoor

UE Category CAT8

Own Cell Downlink Total Load 0.72

Adjacent Cell Downlink Total Load 0.72

NodeB Antenna Height (m) 28

UE Body Loss (dB) 1

NodeB Cable Loss (dB) 0.5

Gain of NodeB Antenna (dBi) 18

UE Antenna Height (m) 1.5

Area Coverage Probability 95%


Slow Fading Margin without SHO gain (dB) 14.15

NodeB max Power (dBm) 43

Penetration Loss Indoor (dB) 22

UE Noise Figure 7

Cell Edge Interference Ratio of other cells to Own cells 1.78

HSDPA Power Allocation / Cell Radius ==> HSDPA Cell Edge ThroughputHSDPA Power Allocation Ratio 0.52


HSDPA Mac Layer Cell Edge Throughput (kbit/s) 748

HSDPA Power Allocation Ratio HSDPA Mac Layer Cell Edge Throughput (5% 41.37

10% 129.62 15% 216.45 20% 299.33 25% 378.20 30% 453.37 35% 525.17 40% 593.95 45% 659.98 50% 723.51 52% 748.27



Urban In-BldgMorphology Urban



Environment Indoor

UE Category CAT8




UE Body Loss (dB) 1









UE Noise Figure 7


HSDPA Power Allocation / Cell Radius ==> HSDPA Cell Edge ThroughputHSDPA Power Allocation Ratio 0.5



HSDPA Mac Layer Cell Edge Throughput (HSDPA Power Allocation Ratio HSDPA Mac Layer Cell Edge Throughput (5% 52.20

10% 140.31 15% 221.25 20% 296.47 25% 367.12 30% 434.01 35% 497.73 40% 558.69 45% 617.26 50% 673.69 52%



Urban LightMorphology Urban



Environment Indoor

UE Category CAT8




UE Body Loss (dB) 1









UE Noise Figure 7


HSDPA Power Allocation Ratio 0.5




10% 140.31 15% 221.25 20% 296.47 25% 367.12 30% 434.01 35% 497.73 40% 558.69 45% 617.26 50% 673.69 52%



Suburban In-BldgMorphology Suburban



Environment Indoor

UE Category CAT8




UE Body Loss (dB) 1









UE Noise Figure 7






10% 165.96 15% 259.56 20% 345.91 25% 426.58 30% 502.64 35% 574.83 40% 643.71 45%50%52%



Rural In-BldgMorphology Rural



Environment Indoor

UE Category CAT8




UE Body Loss (dB) 1









UE Noise Figure 7






10% 177.64 15% 294.10 20% 403.93 25% 507.40 30% 605.19 35%40%45%50%52%



Rural HighwayMorphology Highway



Environment Indoor

UE Category CAT8




UE Body Loss (dB) 1









UE Noise Figure 7





HSDPA Mac Layer Cell Edge Throughput (HSDPA Power Allocation Ratio HSDPA Mac Layer Cell Edge Throughput (kbit/s)5% 60.57

10% 178.59 15% 290.64 20% 395.68 25% 494.50 30% 587.90 35%40%45%50%52%



HSDPA Mac Layer Cell Edge Throughput (kbit/s)



Dense Urban In-BldgMorphology Dense Urban



TMA Used or Not No

Environment Indoor

UE Category CAT3

TTI(ms) of UE 10

UE Max Power (dBm) 24

UE Power Back Off (dB) 1.5

UE Body Loss (dB) 1


NodeB Antenna Top Noise Figure (dB) 2.1


Uplink Target Load 0.5

Fast Fading Margin with SHO gain(dB) 0.2

Buliding Penetration Loss(dB) 22



Slow Fading Margin with SHO gain (dB) 8.26


NodeB Antenna Height(m) 28

Uplink Average Adjancent Cell Interference 0.65

HSUPA Cell Radius ==> HSUPA Cell Edge ThroughputCell Coverage Radius (km) 0.31

HSUPA Cell Edge Throughput at MAC Layer(kbps) 298

Cell Coverage Radius (km) HSUPA Mac Layer Cell Edge Throughput (0.1 1039.36 0.2 1039.36 0.3 297.74 0.4 104.79 0.5 29.67



Urban In-BldgMorphology Urban



TMA Used or Not No

Environment Indoor

UE Category CAT3

TTI(ms) of UE 10



UE Body Loss (dB) 1





Fast Fading Margin with SHO gain(dB) 0










HSUPA Mac Layer Cell Edge Throughput (Cell Coverage Radius (km) HSUPA Mac Layer Cell Edge Throughput (0.1 952.56 0.2 952.56 0.3 952.56 0.4 505.55

0.45 329.99 0.5 249.64 0.6 132.75 0.7 62.40 0.8 20.57



Urban LightMorphology Urban



TMA Used or Not No

Environment Indoor

UE Category CAT3

TTI(ms) of UE 10



UE Body Loss (dB) 1















HSUPA Mac Layer Cell Edge Throughput (Cell Coverage Radius (km) HSUPA Mac Layer Cell Edge Throughput (0.1 952.56 0.2 952.56 0.3 952.56 0.4 505.55

0.45 329.99 0.5 249.64 0.6 132.75 0.7 62.40 0.8 20.57



Suburban In-BldgMorphology Suburban



TMA Used or Not No

Environment Indoor

UE Category CAT3

TTI(ms) of UE 10



UE Body Loss (dB) 1















HSUPA Mac Layer Cell Edge Throughput (Cell Coverage Radius (km) HSUPA Mac Layer Cell Edge Throughput (0.1 952.56 0.3 952.56 0.5 952.56 0.7 952.56 0.9 952.56 1.1 653.52 1.3 363.70 1.4 302.20 1.5 252.07 1.7 173.79 1.9 104.24 2.1 66.17 2.3 38.37



Rural In-BldgMorphology Rural



TMA Used or Not No

Environment Indoor

UE Category CAT3

TTI(ms) of UE 10



UE Body Loss (dB) 1















HSUPA Mac Layer Cell Edge Throughput (Cell Coverage Radius (km) HSUPA Mac Layer Cell Edge Throughput (0.5 1017.14

1 1017.14 1.5 1017.14

2 1017.14 2.5 1017.14

3 671.76 3.5 393.26

4 283.59 4.5 213.38

5 152.04 5.5 96.56

6 68.23 6.5 45.44

7 24.34



Rural HighwayMorphology Highway



TMA Used or Not No

Environment Indoor

UE Category CAT3

TTI(ms) of UE 10



UE Body Loss (dB) 1















HSUPA Mac Layer Cell Edge Throughput (Cell Coverage Radius (km) HSUPA Mac Layer Cell Edge Throughput (kbit/s)0.5 1031.94

1 1031.94 1.5 1031.94

2 1031.94 2.5 1031.94

3 1031.94 3.5 1031.81

4 672.60 4.5 466.91

5 328.60 5.4 275.54 5.5 263.70

6 211.90 6.5 164.24

7 120.12



7.5 84.07 8 63.94

8.5 45.04 9 27.21



HSUPA Mac Layer Cell Edge Throughput (kbit/s)



Dense Urban In-Bldg



Outdoor RSCP Threshold(dBm) -83.76

Ec/Io (dB) -12.00

748

298

pilot pollution 5.00%

UE transmission power (dBm) 21.00

Cell radius (km) Based on TCH

Cell radius (km) Based on Ec/Io


HSUPA Cell Edge Throughput at MAC Layer(kbps)



Urban In-Bldg



Outdoor RSCP Threshold(dBm) -84.89

Ec/Io (dB) -11.50

674

330

pilot pollution 5.00%

UE transmission power (dBm) 21.00






Urban In-Bldg Urban Light

0.47 Cell radius (km) 0.72

0.47 Cell Coverage Radius (km) 0.47

-84.89 Outdoor RSCP Threshold(dBm) -84.89

-11.50 Ec/Io (dB) -11.50

674 674

330 330

5.00% pilot pollution 5.00%

21.00 UE transmission power (dBm) 21.00







Urban Light Suburban In-Bldg




-11.50 Ec/Io (dB) -11.20

674 644

330 302









Suburban In-Bldg Rural In-Bldg




-11.20 Ec/Io (dB) -11.20

644 605

302 284









Rural In-Bldg Rural Highway




-11.20 Ec/Io (dB) -11.20

605 588

284 276









Rural Highway

5.47

5.47

-99.75

-11.20

588

276

5.00%

21.00


Link Budget Diseño 3G

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