1. Nominal Plan For PC_SBE_10
Nominal Plan
For
PC_SBE_10

2. Contents A) Executive Summary B) Current and end 2016 configuration
A) Executive Summary
B) Current and end 2016 configuration
C) Design Parameter / Assumptions
D) Simulation Plots
E) Proposed RF Configuration

3.
Executive summary

4. A) Executive Summary Cluster PC_SBE_10 PC_SBE_10 Pre Post
Cluster PC_SBE_10
PC_SBE_10
Sites Status
Macro
IBC
Total
No of Current Sites 10
No of New-New Sites
Grand Total
No of new LTE layer
Item
Existing
Proposed
Antenna 44 32
Pre
Post
Sectors with 1 antennas 21 30
Sectors with 2 antennas 7 1
Sectors with 3 antennas 3
Total antennas 44 32
There are 1 sectors unable to utilize single antenna, out of total 31 sectors.
Reduce of antenna will reflect in saving on rental & maintenances.
Target LTE coverage achieved 98%.
LTE cell edge throughput in PCSC and NPC achieved 5Mbps and 1Mbps, respectively.

5. A) Executive Summary 2G 3G LTE Key Issue
System
Prediction Type
Threshold
% Improve 2G
RxLevPrediction
>=-90
0.02
C/I Prediction
>=8 3G
RSCP Prediction
0.04
EcNo Prediction
>=-13
0.01
Pilot Pollution Prediction U900
<= 3
Pilot Pollution Prediction U2100
LTE
RSRP PCSC
>=-105
0.26
SINR PCSC
>=0
2.67
DL THP PCSC
>=5Mbps
2.1
UL THP PCSC
>=250kbps
0.54
Cell Overlapping 4dB
<=4
1.31
Cell Overlapping 10dB
<=7
0.64 2G
Simulation results shows that post design is slightly improved over pre design. Some coverage areas have been shifted slightly, mostly in the unpopulated areas such as forest and woodland (based on Clutter & Google Earth view). 3G
Simulation results shows that post design is slightly improved over pre design. Some coverage areas have been shifted slightly, mostly in the unpopulated areas such as forest and woodland (based on Clutter & Google Earth view).
LTE
Simulation results shows that post design has improved significantly over pre design. This improvement is mainly due to 2 additional LTE layers are included in the 2016 rollout plan. Coverage and throughput in built up areas satisfied the RFP requirements.
Key Issue
4T4R on L1800 layer is enabled in PCSC area in the post design to improve throughput.

6. Current and end 2016 configuration
Current and end 2016 configuration

7. B) Current and End 2016 Configuration
Existing sites configuration Summary
System
Pre
Post
Macro Site Count
IBC Count
G900 5
G1800 2
U900 7
W2100
L1800 10
L2600
LTE CA (L18 + L26)
Please refer to following attachment for existing RF configuration

8. Design Parameter / Assumptions
Design Parameter / Assumptions

9. C) Design Parameter / Assumptions
1. Ericsson’s Antenna Models
No.
Supplier
Type
Ports
Model 1
Rosenberger
Single port L
S-Wave DV10-F 2
Dual port LL
S-Wave 0709/ DV8-F 3 LH
S-Wave 0809/EW-65-17/18DV8-F 4 HH
S-Wave EW/EW-65-18DV2/12 5
Tri port
LHH
S-Wave 0709/EW/EW-65-17/18/18DV10-F-B2 6
S-Wave 0809/U/U-65-18DV8-B3 7
HHH
S-Wave EW/EW/EW-65-18DV2/12-F-B1 8
Quad port
LLHH
BA-G7G7W8W8X65V-00 9
Penta port
LLHHH
BA-G7G7W8W8W8X65V-00 10
Comba
LHHHH
ODI-065R17M18JJJJ-G 11
LHHH
ODI-065R17M18JJJ-G 12
HHHH
S-Wave EW/EW/EW/EW-65-18DV10-F
2. Load Setting (As per current)

10. C) Design Parameter / Assumptions
C) Design Parameter / Assumptions
Clutter Type
Area (km2)
Percentage
Dense Urban
Urban
0.06
0.26
Sub Urban
3.22
13.71
Rural
0.41
1.75
Built up Area
3.69
15.71
Non Built Area
19.8
84.29
Total Area
23.49
Clutter Type: Suburban No
Land use types
Clutter Mapping 1
Airport
Sub Urban 2
Barren
Non Built Area 3
building blocks
Urban 4
core urban 5
dense suburban 6
dense urban
Dense Urban 7
Forest 8
grass-agriculture 9
industrial 10
inland water 11
open in urban 12
rangeland 13
sea 14
suburban 15
urban 16
village
Rural 17
wetland 18
woodland

11. Simulation Plots GSM UMTS LTE RxLevPrediction C/IPrediction
GSM
RxLevPrediction
C/IPrediction
UMTS
RSCP Prediction
EcNo Prediction
Pilot Pollution Prediction
LTE
RSRP Prediction
SINR Prediction
DL Throughput Prediction
UL Throughput Prediction
Cell Overlapping

12.
GSM prediction Result

13. GSM RxLev prediction Pre Post RxLev Threshold Percentage (%) pre
GSM RxLev prediction
Pre
Post
Color
dBm
Pre %
Post %
(-70,infinity]
54.06
55.43
(-80,-70]
36.85
36.02
(-90,-80]
7.46
6.94
(-98,-90]
1.54
1.52
[-103,-98)
0.10
0.09
RxLev
Threshold
Percentage (%)
pre
-90 dBm
99.37
post
99.39
improvement
0.02

14. GSM Total C/I prediction
GSM Total C/I prediction
Pre
Post
Color dB
Pre %
Post %
[20,infinity]
97.29
97.30
[8,20)
2.24
2.23
[0,8)
0.46
[-5,0)
0.01
[infinity,-5)
0.00
Total C/I
Threshold
Percentage
(%)
pre
8 dB
99.53
post
improvement
0.00

15. WCDMA Prediction Result
WCDMA Prediction Result

16. UMTS RSCP Prediction Pre Post 2016-06-16 Color dBm Pre % Post %
(-70,infinity]
19.25
20.04
(-80,70]
41.19
40.95
(-90,-80]
32.07
31.57
(-95,-90]
4.95
4.94
[-103,-95)
2.53
2.50
RSCP
Threshold
Percentage(%)
pre
-90 dBm
92.52
post
92.56
improvement
0.04

17. UMTS Ec/Io Prediction Pre Post 2016-06-16 Color dB Pre % Post %
(-7,infinity]
13.89
14.35
(-10,-7]
80.37
80.03
(-13,-10]
5.69
5.58
(-16,-13]
0.05
0.04
[-infinity,-16)
0.00
Ec/Io
Threshold
Percentage(%)
pre
-13 dB
99.95
post
99.96
improvement
0.01

18. U900 Pilot Pollution Prediction
U900 Pilot Pollution Prediction
Pre
Post
Color
polluter
Pre %
Post %
(0,1]
96.77
96.79
(1,2]
2.64
2.76
(2,3]
0.44
0.34
(3,5]
0.14
0.10
(5,infinity]
0.0
Pilot Pollution
Threshold
Percentage(%)
pre 3
99.85
post
99.89
improvement
0.04

19. U2100 Pilot Pollution Prediction
U2100 Pilot Pollution Prediction
Pre
Post
Color
polluter
Pre %
Post %
(0,1]
99.52
99.53
(1,2]
0.46
0.45
(2,3]
0.02
(3,5]
0.00
(5,infinity]
Pilot Pollution
Threshold
Percentage(%)
pre 3
100.00
post
improvement

20.
LTE prediction Result

21. LTE RSRP Prediction Pre Post 2016-06-16
color3
dBm
PCSC pre %
PCSC post %
(-70,infinity]
11.53
11.38
(-80,70]
29.76
27.10
(-90,-80]
38.34
39.57
(-105,-90]
19.30
21.14
[-115,-105)
1.07
0.81
RSRP
Threshold-PCSC
Percentage(%)
pre
-105dBm
98.93
post
99.19
improvement
0.26
Stats is based on build up areas.

22. LTE RSRP Prediction (PC&SC)
LTE RSRP Prediction (PC&SC)
Coverage statistics per clutter type
Clutter Type
> -70
-70>=x>-80
-80>= x > -90
-90 >= x > -105
-105 >= x >-115
Total Area (km2)
Dense Urban
Urban
0.02
0.01
0.03
0.06
Sub Urban
0.29
0.83
1.35
0.72
3.22
Rural
0.13
0.15
0.1
0.41
Total Built Area
0.42 1
1.46
0.78
3.69
Coverage percentage
11.38%
27.10%
39.57%
21.14%
0.81%
Non Built Area
2.75
5.96
8.12
2.78
0.19
19.8
Target coverage in built up area achieved =99.19%

23. LTE SINR Prediction Pre Post 2016-06-16
color dB
PCSC pre %
PCSC post %
(20,infinity]
8.00
10.93
(8,20]
42.4
49.61
(0,8]
38.4
30.93
(-5,0]
10.13
[-infinity,-5)
1.07
0.53
SINR
Threshold-PCSC
Percentage(%)
pre
0 dB
88.80
Post
91.47
improvement
2.67
Stats is based on build up areas.

24. LTE DL Throughput Prediction
LTE DL Throughput Prediction
Pre
Post
color
Mbps
PCSC pre %
PCSC post %
[25,infinity]
45.50
55.59
[20,25)
11.11
10.64
[7,20)
32.28
25.53
[5,7)
5.29
4.52
[1,5)
5.56
3.72
[infinity,1)
0.26
0.00 DL
Threshold- PCSC
Percentage(%)
pre
5 Mbps
94.18
post
96.28
improvement
2.1
Stats is based on build up areas.

25. LTE DL THP (CDF) Pre Post 2016-06-16 PC/SC Percentage (%)
Percentage- PCSC
Value(Mbps)
pre
95%
4.15
post
4.79
Pre
Post
Percentage (%)
PC/SC
Percentage (%)
DL Throughput (kbps)
DL Throughput (kbps)

26. LTE UL Throughput Prediction
LTE UL Throughput Prediction
Pre
Post
color
Mbps
PCSC pre %
PCSC post %
[1,infinity]
96.25
97.33
[0.5,1)
1.07
1.33
[0.25,0.5)
1.34
0.53
[0.125,0.25)
0.54
0.00
[infinity,0.125)
0.80 UL
Threshold-PCSC
Percentage(%)
pre
0.25Mbps
98.66
post
99.20
improvement
0.54
Stats is based on build up areas.

27. LTE UL THP (CDF) Pre Post 2016-06-16 PC/SC Percentage (%)
Percentage- PCSC
Value(Mbps)
pre
95%
1.10
post
2.32
Pre
Post
Percentage (%)
Percentage (%)
PC/SC
UL Throughput (kbps)
UL Throughput (kbps)

28. L1800 Overlapping zone 4dB Prediction
L1800 Overlapping zone 4dB Prediction
Pre
Post
Overlapping zone
Threshold
Percentage(%)
pre 4
96.34
post
97.65
improvement
1.31
color
legend
pre %
post %
(1,2]
68.35
69.41
(2,4]
27.99
28.24
(4,infinity]
3.66
2.35

29. L1800 Overlapping zone 10dB Prediction
L1800 Overlapping zone 10dB Prediction
Pre
Post
Overlapping zone
Threshold
Percentage(%)
pre 7
94.19
post
94.83
improvement
0.64
color
legend
pre %
post %
(1,7]
94.19
94.83
(7,infinity]
5.81
5.17

30. E) Proposed RF Configuration
Summary with # of sector changes
Pre
post
Sectors with 1 antennas 21 30
Sectors with 2 antennas 7 1
Sectors with 3 antennas 3
Total antennas 44 32
Please refer to following attachment for proposed RF configuration

31. Celcom Radio Network Project (Celcom Hammer Project)
Celcom Radio Network Project (Celcom Hammer Project)
Nominal Plan for Cluster PC_SBE_10 Endorsement
Section: Celcom RF Planning We certify that the above section has been completed and agreed by Celcom and Ericsson Lead by Reviewed by ………………………… ……………………… Name: Radio Network Design Lead Title: Ericsson (Malaysia) Sdn Bhd Celcom Networks Sdn Bhd Date: Date: Verified by Verified by Verified by ……………………….. ………………………… ………………………… Name: Name: Name: Title: Title: Title: Ericsson (Malaysia) Sdn Bhd Celcom Networks Sdn Bhd Celcom Networks Sdn Bhd Date: Date: Date: