Cell Planning for LTE (WC course)

[primig]

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Friends!
I haven't been able to find this posted here already, Enjoy & Good Luck!

http://www.4shared.com/rar/5zMhRNI0ce/

Section 1 LTE Planning Considerations
Section 2 Coverage Planning and Link Budgets
Section 3 Traffic Characterization
Section 4 LTE Cell Parameters
Section 5 Frequency Planning
Section 6 LTE Performance Simulations
Section 7 The LTE Planning Process

First Published 2009
Last Updated May 2011

[Sheruz]

Do you have an upgraded or similar other document from another view point of a different OEM / planner.
It would be nice of you could please share it

[primig]

I will have a look for something newer, but I am sure you can find many good documents on this site if you search:

NSN
http://www.finetopix.com/showthread....nning-training
Huawei
http://www.finetopix.com/showthread....i-Technologies
E*******
http://www.finetopix.com/showthread....g-and-planning
********
http://www.finetopix.com/showthread....planning-Guide
Telecom Academy
http://www.finetopix.com/showthread....elecom-Academy
http://www.finetopix.com/showthread....28TA-course%29
(TELKOM)
http://www.finetopix.com/showthread....nning-(TELKOM)

[primig]

Long Term Evolution:Radio Network Planning
ITU Academy
November 2013
http://www.4shared.com/folder/VvsyN-xs/LaTER-NaPpy.html

(I still think the WC course is better ! )


Contents:
I. LTE overview
Why to move to LTE
Capacity development
LTE Benefits
LTE NETWORK ARCHITECTURE
eNB Responsibilities
Multi antenna technologies
LTE Bandwidth
Modulation types
Frequency Band
FDD
TDD

II. LTE planning process
INTRODUCTION
Initial Planning
Initial Planning: Dimensioning Process
Detailed Planning
Optimization
Planning Inputs - Outputs


III. LTE Coverage Dimensioning
LTE Link Budget
Downlink Link Budget
Uplink Link Budget
Maximum Allowable Path Loss (MAPL)
Equivalent isotropic radiated power (EIRP)
Receiver Sensitivity
Thermal noise power
Required SINR
Interference Margin
Fading Margin
Cell Radius
Propagation Model
Cell Range
ENODEB COVERAGE AREA : eNode B Number
General Parameters
Operating Band
E – UTRAN and UE Tx Power
Antenna Power
Cables Losses
LNF


IV. LTE Capacity Dimensioning
Cell Average Throughput Calculation
a. Cell Average Throughput = Cell Bandwidth x Spectral Efficient
Subscribers Supported per Cell
TRAFFIC MODEL
SUBSCRIBER SUPPORTED PER CELL
Number of eNode B
H. eNode B Number = Total Subscribers / Subs Supported in a site

V. Case study
General parameters
DL EIRP
UL EIRP
DL MAPL
UL MAPL
DL Cell Radius
UL Cell Radius
DL Capacity
UL Capacity