Atoll tutorial

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1 AFT moduleAtoll AFP module

COSTThe AFP cost unit is based on the traffic

A part of the cost is summed TRX per TRX and represents a part of the traffic which doesnot reach the quality targets

The second part represents the traffic which is not absorbed by the network

Tax per TRX

Per missing or extra TRX: Active 0 <= 1

Per corrupted TRX: Active 0 <= 20

Per TRX having frequencies out of its domain: Active 0 <= 0.5

Intermodulation Tax (order 2,3,5): Active 0 <= 0

Component per TRX Interferences: (Always act0 <= 0.3

Separation: (Always act0 <= 1

Modified TRX: Active 0 <= 0

Out of preferred group: Active 0 <= 0.14

Take into account all the TRXs Active

(including those having reached the different subcell quality thresholds)

Optimisation of the number of TRXs

Based on traffic load and respecting a maximum blocking rate of:Based on the traffic demand (from subcell table or default traffic capture)

SEPARATION WEIGHT

Property Value

k=0 80

k=0 90k=1 30

k=0 100k=1 35k=2 10

k=0 100k=1 36k=2 11k=3 7

Separation = 1

Separation = 2

Separation = 3

Separation = 4

Separation = 5


k=0 100k=1 36k=2 12k=3 8k=4 6

k=0 100k=1 38k=2 13

INTERFERENCE MATRIX

system having 3 multiplyed components

1. Component quantifying the membership to the AFP Scope

2. Component depending on the Interference Matrix Type

Overlapping based on Propagation Matrices

Given in Surface Ratios: 0.45

Given in Traffic Ratios: 0.85

OMC Statisctics

Signal Level Measurements (RXLEV) only between ne 0.3

Signal Level Measurements (RXLEV) + extended nei 1.71

Based on Reselection: 0.6

Measurement Analysis

Based on Drive Test Data: 0.07

Based on CW Measurements: 0.07

3. Component depending on the Interference Matrix Quality Indicators

HSN Allocation

By Subcell

By Transmitter

By Site

Free

MAL

Separation = 6


EXECUTION

SPACING


PROTECTION

ADVANCE


2 Propagation ModelName Signature Type

Cost-Hata {F5968BE2-AB0E-468D-A05B-FD4AF9F46D98} Atoll.CostHata.1Erceg-Greenstein (SUI) {C8F626BF-04C5-401A-97E1-E422C92438C9} Atoll.ErcegGreenstein.1ITU1546 {340BE957-714A-4D9C-9815-E2C29AABD163} Atoll.ITU1546Model.1ITU370 {FF0D695F-AFCD-11D4-931C-00C04FA05664} Atoll.ITU370Model.1ITU526 {73EC14A3-AC0C-45BC-A6BA-D7350D050F53} Atoll.ITU526Model.1ITU529 {1D31930F-682E-48E2-BA93-6063BBEABD86} ITU529.ModelITU529.1Longley-Rice {9FFA812F-34D5-4A6F-86CD-632F8025C2E8} Atoll.LongleyModel.1Microwave ITU-R P.452 Mo{04C19BD7-FDB7-46B9-AF82-D90B17C5F2F3} Atoll.MWR452Model.1Microwave Propagation Mo{6515BD48-2506-4D0A-9E46-A5A210D6135E} Atoll.MWModel.1Okumura-Hata {F8E8474D-0B5E-4987-83DB-F5652BF250CF} Atoll.OkumuraHata.1Standard Propagation Mode{D5701837-B081-11D4-931D-00C04FA05664} Atoll.StdPropagModel.1WLL {5230F265-0D2D-4B04-8353-625FFA466060} Atoll.WLLModel.1


A part of the cost is summed TRX per TRX and represents a part of the traffic which does

<= 20

<= 20

<= 1

<= 2

<= 1

<= 1

<= 1

<= 0.4

5%





Atoll.CostHata.1Atoll.ErcegGreenstein.1Atoll.ITU1546Model.1Atoll.ITU370Model.1Atoll.ITU526Model.1ITU529.ModelITU529.1Atoll.LongleyModel.1Atoll.MWR452Model.1Atoll.MWModel.1Atoll.OkumuraHata.1Atoll.StdPropagModel.1Atoll.WLLModel.1

Data Jono

Transmitter A'Famosa1 A'Famosa2A'Famosa3Name A'Famosa1 A'Famosa2A'Famosa3Active 1 1 TRUELayer (Lowest Layer = Highest Priority) 0 0 0Frequency Band 850 FDD 850 FDD 850 FDDChannel Number 0 0 0Channel Allocation Status Not Allocated Not AllocatNot AllocatedPhysical Cell ID 0 0 0PSS ID 0 0 0SSS ID 0 0 0Physical Cell ID Status Not Allocated Not AllocatNot AllocatedMin Reuse Distance (m)Max Power (dBm) 43 43 43SS & PBCH EPRE Offset / RS (dB) 17.5 17.5 17.5PDSCH & PDCCH EPRE Offset / RS (dB) 17.5 17.5 17.5Instantaneous Reference Signal Power (dBm) 18.1 18.1 18.1Instantaneous SS & PBCH Power (dBm) 37.2 37.2 37.2Average PDSCH & PDCCH Power (dBm) 42.9 42.9 42.9Reference Signal C/N Threshold (dB) 0 0 0AMS & MU-MIMO Threshold (dB)ICIC Delta Path Loss Threshold (dB) 0 0 0Fractional Power Control Factor 1 1 1Max UL Noise Rise (dB) 6 6 6Max PUSCH C/(I+N) (dB) 20 20 20Interference Coordination Support 0 0 0TDD Frame Configuration 1 - D-UUD D-U 1 - D-UUD 1 - D-UUD D-UUDLTE Equipment Default Cell Eq Default CelDefault Cell EquipmentScheduler Proportional FaiProportionaProportional FairDiversity Support (DL) Transmit DiversTransmit DiTransmit DiversityDiversity Support (UL) Receive DiversiReceive DivReceive DiversityTraffic Load (DL) (%) 50 50 50ICIC Ratio (DL) (%) 0 0 0Traffic Load (UL) (%) 50 50 50UL Noise Rise (dB) 0 0 0ICIC UL Noise Rise (dB) 0 0 0MU-MIMO Capacity Gain (UL) 2 2 2Inter-technology DL Noise Rise (dB) 0 0 0Inter-technology UL Noise Rise (dB) 0 0 0Max Traffic Load (DL) (%) 100 100 100Max Traffic Load (UL) (%) 100 100 100Max Number of Users

malaysia

Transmitter PRK4751 PRK4752Name PRK4751 PRK4752Active 1 TRUELayer (Lowest Laye 0 0Frequency Band 850 FDD 850 FDDChannel Number 0 0Channel AllocationNot AllocatNot AllocatedPhysical Cell ID 0 0PSS ID 0 0SSS ID 0 0Physical Cell ID St Not AllocatNot AllocatedMin Reuse Distance (m)Max Power (dBm) 43 43SS & PBCH EPRE Of 17.5 17.5PDSCH & PDCCH EPR 17.5 17.5Instantaneous Ref 18.1 18.1Instantaneous SS 39.5 39.5Average PDSCH & 42.9 42.9Reference Signal C 0 0AMS & MU-MIMO Threshold (dB)ICIC Delta Path Lo 0 0Fractional Power C 1 1Max UL Noise Rise 6 6Max PUSCH C/(I+N 20 20Interference Coord 0 0TDD Frame Configu1 - D-UUD 1 - D-UUD D-UUDLTE EquipmentSchedulerDiversity Support Transmit DiTransmit DiversityDiversity Support Receive DivReceive DiversityTraffic Load (DL) ( 100 100ICIC Ratio (DL) (%) 0 0Traffic Load (UL) ( 100 100UL Noise Rise (dB) 0 0ICIC UL Noise Rise 0 0MU-MIMO Capacity 2 2Inter-technology D 0 0Inter-technology U 0 0Max Traffic Load ( 100 100Max Traffic Load ( 100 100Max Number of UsersMax number of intra-technology neighboursMax number of inter-technology neighboursComments

jomo data sekarang

Site A'Famosa KDH001 KDH001

Transmitter A'Famosa1 KDH0011 KDH0012

Active TRUE 1 TRUE

DX (m) 0 0 0

DY (m) 0 0 0

Transmitter Type Intra-network (Server and Interferer) Intra-netwoIntra-network (Server and Interferer)

Antenna K742265 xxxx

Height (m) 25 25 25

Azimuth (°) 60 60 180

Mechanical Downtilt (°) 0 0 0

Additional Electrical Downtilt (°) 0 0 0

Number of Transmission Antenna Ports 2 2 2

Number of Reception Antenna Ports 2 2 2

Polarisation V V V

Transmission Loss (dB) 0.5 0.5 0.5

Reception Loss (dB) 0.5 0.5 0.5

Noise Figure (dB) 4 4 4

BTS Equipment Default eNode-B Equipment Default eN Default eNode-B Equipment

TMA Equipment

Feeder Equipment Feederless Feederless Feederless

Transmission Feeder Length (m) 0 0 0

Reception Feeder Length (m) 0 0 0

Miscellaneous Transmission Losses (dB) 0 0 0

Miscellaneous Reception Losses (dB) 0 0 0

Main Propagation Model Okumura-Hata Okumura-HOkumura-Hata

Main Calculation Radius (m) 4,000 4,000 4,000

Main Resolution (m) 50 50 50

Extended Propagation Model (none) (none) (none)

Extended Calculation Radius (m)

Extended Resolution (m)

Hexagon groups

Hexagon radius (m) 2,000 2,000 2,000

Receiver antenna diversity gain (dB) 0 0 0

Comments

Intra-network (Server and Interferer)

Default eNode-B Equipment

Feederless

Okumura-Hata

bagaimana mengubah komputasi zone?

isi site apa saja , sepertinya dari table import

Site ID

357913544430

pamekasansumenepsampang

exs 2G 3Gtuban

isi site apa saja , sepertinya dari table import

3G Site Name (NodeB Name) Kecamatan Lat Long POC City

35791_3G_MANGGAR BALIKPAPAN-B-1.220278 116.96583 Balikpapan3544430_3G_PATARONGAN_SAMPANG SAMPANG-TO -7.169444 113.22028 Sampang

Vendor #Carriers 2015

Macro ERICSSON #N/A 2,252 1512.0 7,638 18,331 2,783 - Macro HUAWEI #N/A 1,247 92.0 549 1,319 2,139 -

Site Type(Macro / Micro / Pico)

SWG3G / Week

(Users)

Current Avg Data

Traffic (MB / Hour)

Forecaste

d Average

3G Traffic (kbps)

Forecaste

d Peak 3G Traffic

(kbps)

Forecaste

d SWG 3G /

Week (Users)

Forecaste

d Peak Throughp

ut per User

(Mbps/User)

2016 2017

6,137 441

transmiter all de active

select nodeB yang mau di filterfilter zonecreate

geo> filter > active kan !!!

Geo> filter > delete

select lagi areanya

buat calculation zoneselect one by one use as

kasus' RB nya kosong lihat di cellcek transmiter pasti kosong di receiver harus CELL bukan UE

cek transmiter pasti kosong di receiver harus CELL bukan UE

Cell Edge Throughput "&IF(#REF!="GOLD",3,IF(#REF!="SILVER",1,"-"))&" Mbps"

Documents

Atoll tutorial