Step Step Step
1
2
3
1
1.1
1.2
BS
Pol +45%
Pol -45%
Network loading
factor
TBD %
TBD %
TDD activity
factor
TBD %
1.3
Element gain
1.4
H/V 3 dB
beamwidth
single element
1.5
H/V front-toback ratio
1.4
X
X
X
X
Total 20%
TBD%
Total 80%
5 dBi
X
X
X
65°
X
X
X
30 dB
X
X
X
H/V radiating
element spacing
0.5 of the wavelength
X
X
X
1.5
Array ohmic Loss
3 dB
X
X
X
1.6
Azimuth
mechanical tilt
distribution
Uniform distribution 0 and 360°
X
X
1.7
Azimuth escan
distribution
Distribution TBD between -60° and +60°
X
X
1.8
Array
configuration
X
X
X
1.9
Conducted
power per
antenna element
(before ohmic
loss)
X
X
X
X
X
X
X
TBD
TBD
1.10
Sectorization
1.11
Frequency reuse
factor
1.12
Power control
8x8?
8x4?
8x8?
8x4?
7?
10 ?
7?
10 ?
dBm/200MHz dBm/200MHz dBm/200MHz dBm/200MHz
Single sector
1
TBD
X
1.13
Protection
criteria
I/N=-6 dB
NGSO=>IMT2020
1.14
Pol
discrimination
1.15
Outdoor suburban open space hotspot
TBD
1.15.1 Antenna height
1.15.2
Antenna
deployement
1.15.3
Mechanical
Downtilt
15m
TBD
TBD
TBD
X
X
X
X
X
X
X
X
X
X
X
X
At the edge of the roof
15°
Number of BS
1.15.4 per km2
Nsu=DSxRaxRb
X
Nsu=1x0.3x0.5
Nsu=1x0.3x0.5
1.15.5
Cluster (cell
range)
TBD
X
X
1.15.6
BPE or etilt
distribution
TBD using Cluster
X
X
X
X
6m
X
X
Below roof top
X
X
X
X
X
X
1.16
Outdoor suburban hotspot
X
1.16.
Antenna height
1.16.
Antenna
deployement
1.16.
Mechanical
Downtilt
1.16.
Number of BS
per km2
Nsu=DSxRaxRb
1.16.
Cluster (cell
range)
TBD
X
X
1.16.
BPE or etilt
distribution
TBD using Cluster
X
X
1.17
Outdoor Urban hotspot
X
X
10°
Nsu=10x0.3x0.5
X
Nsu=10x0.3x0.5
X
1.17.
Antenna height
1.17.
Antenna
deployement
1.17.
Mechanical
Downtilt
1.17.
Number of BS
per km2
Nsu=DSxRaxRb
1.17.
Cluster (cell
range)
1.17.
BPE or etilt
distribution
2
2.2
6m
X
X
Below roof top
X
X
X
X
X
X
TBD
X
X
TBD using Cluster
X
X
X
X
X
X
10°
X
Nu=30x0.7x0.5
UE
TDD activity
factor
Nu=30x0.7x0.5
Pol +45%
Pol -45%
TBD %
TBD%
Total 20%
2.3
Body loss
4 dB
2.4
Element gain
5 dBi
X
X
X
2.5
H/V 3 dB
beamwidth
single element
90 %
X
X
X
2.6
H/V front-toback ratio
25 dB
X
X
X
2.7
H/V radiating
element spacing
0.5 of the wavelength
X
X
X
2.8
Array ohmic Loss
3 dB
X
X
X
2.9
Azimuth
mechanical tilt
Uniform distribution 0 and 360°
X
X
2.10
Azimuth escan
Distribution TBD
X
X
2.11
Array
configuration
X
X
X
2.12
Conducted
power per
X
X
X
4x4?
4x2?
4x4?
4*2?
7?
10?
7?
10?
dBm/200MHz dBm/200MHz dBm/200MHz dBm/200MHz
antenna element
(before ohmic
loss)
2.13
Power control
2.14
Mechanical
down tilt
distribution
2.15
TBD
TBD
TBD
TBD
Distribution ?
X
X
X
TBD
TBD
TBD
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Protection
criteria
I/N=-6 dB
NGSO=>IMT2020
2.16
Pol
discrimination
2.17
Outdoor suburban open space hotspot
2.17.1
Number of BS
per km2
TBD
Nsu=30xTBDx0.3x0.5
2.17.2 BPE distribution
2.18
TBD
Outdoor suburban hotspot
2.18.1
Number of BS
per km2
2.18.2
BPE or etilt
distribution
2.19
Nsu=30xTBDx0.3x0.5
X
Nsu=30xTBDx0.3x0.5
Nsu=30xTBDx0.3x0.5
TBD
Outdoor Urban hotspot
2.18.1
Number of BS
per km2
2.18.2
BPE or etilt
distribution
X
Nu=100x0.7x0.5
TBD
Nu=100x0.7x0.5