Radio Planning Documentation

[primig]

Please share any radio planning documents for actual systems, any band, even down to HF/MHF/VHF bands.
Terrestrial, Marine, Aeronautical, from Beacons to Mobile networks, whatever you have available.

I would really appreciate some actual planning from actual projects or offers, we all have access to good academic, manufacturer & vendor tutorial material here but actual examples are hard to find.

Any stages of the planning would be useful:


Site count estimates
Initial budgetary planning
Any planning sections from Technical proposals (bid/response to RFP/RFQ/Invitation to tender)
User requirements specification
Link Budgets
Detailed design
Any survey documents (from Technical Site Survey to Traffic capacity studies)
Calculations for spectrum allocation
Drive test measurements (coverage, Handover, noise,interference etc...)
Repeater Planning
Indoor Planning
Optimization Report
Existing/Completed Network Analysis & Acceptance
Study for Planned Expansion


If needed edit the documents to hide authors, customers names, etc,
If you don't want to post in public, or need help to edit the doc in order to disguise the source, message me!
Thanks!

[primig]

No sharers yet? OK I will start ! Please join In!

A Report on Coverage for an Offshore Platform using ICS Telecom from ATDI.
Technologies dealt with are:

VHF MARINE
1W Handheld
2W handheld (Lifeboat Radio)
25W radio on ships

VHF AM GROUND TO AIR
Ground to Air - base antenna to handheld on the platform
Ground to Air - handheld to aircraft
Ground to Air – base antenna to aircraft

UHF PREDICTION
UHF & VHF CRANE RADIOS3

POCSAG COVERAGE
INTERFERENCE BETWEEN POCSAG AND UHF SYSTEMS

http://www.4shared.com/rar/qDq_NOB-ce/

[famox]

@primig

much thx and please share the ATDI project if possible.

[primig]

Sorry I don't have the project files, I just found the document while searching for examples.

Here is a study, which also uses ATDI for the simulations, prepared by Analysys Mason, for the Wimax forum on cross-border coordination.

Subject: Cross Border Trigger Limits and Case Study for TDD/FDD Border Coordination in Europe
14 April 2009

1 Executive summary
2 Introduction
2.1 Background to the Study
2.2 Structure of document
3 Why is Cross Border Coordination Important for Deployment of 2.6 GHz Networks in Europe?
3.1 Introduction
3.2 Why is Frequency Coordination Necessary in European Border Areas?
3.3 Cross Border Coordination in the 2.6 GHz Band
3.4 Setting Field Strength Limits for Effective Border Coordination
4 Approach to Study
4.1 Review of Trigger Values Proposed in ECC Recommendation (01) 01
4.2 Impact on Network Deployment in Border Areas – European Case Study
5 Applicability of ECC (01)01 Trigger Values to Mixed Technology Scenarios
5.1 Distance from interfering BS to international border versus trigger level
5.2 Impact of trigger level on data throughput at victim and interferer
5.3 Summary Results from Phase One
5.4 Effect of Interference Mitigation Techniques
6 Case Study of the Impact of Proposed Trigger Values and Interference Mitigation in a European Border Area
6.1 Percentage of sites requiring coordination versus coordination threshold
6.2 Interference received at victim BS versus coordination trigger level (BS to BS without synchronisation)
6.3 BS to UE interference
7 Conclusions

Annex A: HSPA Link Budget
Annex B: WiMAX Link Budget

[test505]

Hello every body , i have a noobs question ,how many lte Cell as max we can found in an Enodeb ?

[ingé]

Hello every body , i have a noobs question ,how many lte Cell as max we can found in an Enodeb ?
i think for each enodeb you have 256 lte cELL

[primig]

A sample Wireless LAN Planning Report using SpectraGuard software in 2011.

1. Work Order

2. WLAN Coverage Map
WLAN coverage for 802.11 a/n:
WLAN coverage for 802.11 b/g/n:

3. AP Coverage Redundancy Map
AP Coverage Redundancy for 802.11 a/n
AP Coverage Redundancy for 802.11 b/g/n

4. Channel Allocation Map
Channel Allocation for 802.11 a/n
Channel Allocation for 802.11 b/g/n:

5. Channel Interference Map
Channel Interference for 802.11 a/n
Channel Interference for 802.11 b/g/n:

6. Link Speed Map
Link Speed for 802.11 a/n
Link Speed for 802.11 b/g/n:

7. Security Exposure Map

8. Sensor Coverage Map
Sensor Coverage for 802.11 a/n:
Sensor Coverage for 802.11 b/g/n:

9. Sensor Redundancy Map
Sensor Redundancy for 802.11 a/n
Sensor Redundancy for 802.11 b/g/n:

10. Sensor External Map

[primig]

A drive test report for 2 Wimax network operators, June 2013, measured with Nemo Outdoor

Contents
1. EXECUTIVE SUMMARY

1.1. Introduction
1.2. Coverage evaluation
1.3. Quality of Service evaluation
1.3.1. Latency results
1.3.2. FTP Download and Upload results
1.3.3. Web browsing results
1.3.4. Voice results

2. MEASUREMENTS SPECIFICATION

2.1. Reader’s advice
2.2. Measuring equipments
2.2.1. WiMAX scanner
2.2.2. Antenna
2.2.3. Test packages
2.2.4. NEMO OUTDOOR
2.3. Coverage evaluation methodology
2.3.1. Downlink RSSI threshold
2.3.2. Geographical coverage formula
2.3.3. Population coverage formula
2.4. QoS evaluation methodology
2.4.1. Data QoS measurements
2.4.2. Voice QoS measurements
2.4.3. Key Performance Indicators (KPI)
2.5. Locations
2.5.1. Administrative divisions
2.5.2. Drive test
2.5.3. Random locations
2.5.4. Hotspot locations

3. COVERAGE AUDIT RESULTS

3.1. Menatelecom coverage
3.1.1. Population coverage results
3.1.2. Geographical coverage per governorate
3.1.3. Geographical coverage map
3.2. Zain coverage
3.2.1. Population coverage results
3.2.2. Geographical coverage per governorate
3.2.3. Geographical coverage map

4. DATA AND VOICE QoS RESULTS

4.1. Menatelecom QoS
4.1.1. Latency
4.1.2. Download FTP
4.1.3. Upload FTP
4.1.4. Web browsing
4.1.5. Voice
4.2. Zain QoS
4.2.1. Latency
4.2.2. Download FTP
4.2.3. Upload FTP
4.2.4. Web browsing
4.2.5. Voice

GLOSSARY

[primig]

An investigation into proposed FM transmitters in Australia and their impact on existing broadcasters using ATDI planning tools.
Analyses of antenna systems is used to determine alternative specifications to allow requested transmission to operate without impacting existing operations.
Date:20/12/2013

http://www.4shared.com/rar/naEpXbqqce/Oz-Com-RF-Stud.html

Contents

Introduction
1.1. Background
1.2. Overview
1.3. All of Industry Approach
1.4. Structure of this Document
2. Investigation Methodology
2.1. Antennas
2.1.1. Transmit Antennas
2.1.2. Receiver Antennas
2.2. Receivers and required Field Strength
2.3. Interpretation
2.4. Coverage Modelling
2.5. Model verification
2.5.1.
2.5.2.
2.5.3. Discussion
3. Review of LAP Proposals – Central Zone
3.1.
3.1.1. Coverage Analysis
3.1.2. Discussion
3.1.3. Recommendations
3.2.
3.2.1. Coverage Analysis
3.2.2. Discussion
3.2.3. Recommendations
3.3.
3.3.1. Coverage Analysis
3.3.2. Discussion
3.3.3. Recommendations
3.4.
3.4.1. Coverage Analysis
3.4.2. Discussion
3.4.3. Recommendations
3.5.
3.5.1. Coverage Analysis
3.5.1. Discussion
3.5.2. Recommendations
4. Review of LAP Proposals – North East Zone
4.1.
4.1.1. Coverage Analysis
4.1.2. Discussion
4.1.3. Recommendations
4.2.
4.2.1. Coverage Analysis
4.2.2. Discussion
4.2.3. Recommendations
4.3.
4.3.1. Coverage Analysis
4.3.2. Discussion
4.3.3. Recommendations
4.4.
4.4.1. Coverage Analysis
4.4.2. Discussion
4.4.3. Recommendations
5. Summary and Conclusions
6. References

[primig]

A Study by the State of Wyoming for a statewide public safety mobile communications system aiming to:
improve coverage,
improve interoperability
improve functionality especially in the critical areas of mobile data and encryption.
The study includes technical, operational, and financial factors.


Coverage plots where made using EDX SignalPro

http://www.4shared.com/rar/fNgv8AnJce/WyPubSafeMoBComPln.html


Wyoming Public Safety Mobile Communications Plan (Nov 2003)
Binder #1 - Phase 1 Assessment

WY TOC - Phase 1.pdf
Appendix A - Desired Features.pdf
Appendix B - Group&Agency Interviews.pdf
Appendix C - Site Visits.pdf
Appendix D - FCC Database (Sorted by Licensee).pdf
Appendix E - FEClientNet Survey
Appendix E - Misc Documents (Cover Sheet).pdf
Appendix E1 - Public Safety (letter from Governor).pdf
Appendix E2 - FEClientNet Survey.pdf
Appendix E3 - Wyoming PSMC Survey.pdf
Appendix E4 - FEClientNet Survey Summary.pdf
Appendix F - Existing Coverage
Coverage Report.pdf
Exhibit 01 Groups Analyzed.pdf
Exhibit 02 Assumptions.pdf
Exhibit 03 Channel Performance Criteria.pdf
Exhibit 04 Talk-In WYDOT.pdf
Exhibit 05 Talk-Out WYDOT.pdf
Exhibit 06 Talk-In Mutual Aid.pdf
Exhibit 07 Talk-Out Mutual Aid.pdf
Exhibit 08 Talk-In Fire.pdf
Exhibit 09 Talk-Out Fire.pdf
Exhibit 10 Talk-In Law Enforcement.pdf
Exhibit 11 Talk-Out Law Enforcement.pdf
Exhibit 12 Talk-In Local Government.pdf
Exhibit 13 Talk-Out Local Government.pdf
Exhibit 14 Talk-In Medical&Special Emergency.pdf
Exhibit 15 Talk-Out Medical&Special Emergency.pdf
Exhibit 16 Talk-In Road&Bridge.pdf
Exhibit 17 Talk-Out Road&Bridge.pdf
Exhibit 18 Talk-In BLM&DOI.pdf
Exhibit 19 Talk-Out BLM&DOI.pdf
Exhibit 20 Talk-In Composite.pdf
Exhibit 21 Talk-Out Composite.pdf
Exhibit 22 Test Equipment Certificate of Calibration.pdf
Exhibit 23 Coverage Analysis Summary.pdf
Appendix G - Existing Site Locations.pdf
Appendix H - Past Studies and Reports.pdf
Appendix I - Neighboring States.pdf
Appendix J - Glossary of Terms and Abbreviations.pdf
Appendix K - Prioritizing Needs Form.pdf
Wyoming PSMC Plan Section 1.pdf
Wyoming PSMC Plan Section 2.pdf
Wyoming PSMC Plan Section 3.pdf
Wyoming PSMC Plan Section 4.pdf
Phase 1 Traceability Matrix.pdf

Binder #2 - Phase 2 Planning

WY TOC - Phase 2.pdf
Appendix A(2) - Required Features.pdf
Appendix L - RFI
RFI.pdf
WY_PSMC RFI Questions.pdf
Appendix M - Agencies Submitting Information.pdf
Appendix N - WyoLink LifeCycle Costs All VHF.pdf
Appendix P - WyoLink VHF-57 Solution.pdf
Appendix Q - Time Line.pdf
Appendix R - APCO Project 25 Standards.pdf
Appendix S - System Requirements and Testing Specifications.pdf
Wyoming Business Case.pdf
Phase 2 Traceability Matrix.pdf
Exec Sum (include in Binders 1&2)
Compilation Executive Summary.pdf
November 6 2003 Ron Bosco PSWN Presentation.ppt
Overall WY TOC-.pdf

[probabaja]

This document was already posted here (http://www.finetopix.com/showthread.php?31035-Coexistence-Digital-TV-and-LTE&p=219316&viewfull=1#post219316)

[primig]

This document was already posted here (http://www.finetopix.com/showthread.php?31035-Coexistence-Digital-TV-and-LTE&p=219316&viewfull=1#post219316)

Sorry, I should have searched better before posting.

I have removed the document and changed the link to a report on public safety communications in Wyoming with coverage plots using EDX SignalPro.

Here is a study on 700MHz vs 2.5GHz Coverage.

COMPARISON OF RADIO PROPAGATION CHARACTERISTICS AT 700 AND 2,500 MHz PERTAINING TO MACROCELLULAR COVERAGE
Communications Research Centre Canada
Ottawa, April 2011

Summary
Frequency-dependent features of signal transmission performance in several radio propagation environments characteristic of macrocellular radio networks are evaluated. Frequency bands of specific interest are 700 MHz and 2,500 MHz (2.5 GHz). The objective of the study is to analyze technical aspects of propagation behaviour in cluttered environments, in order to permit general observations regarding the relative merits of these frequency bands with respect to area coverage.

[primig]

Here is the documentation from a Small Cell Coverage proposal . No plots or details of the tool are included, but the rest of the details and document structure are there. Raw doc files, link budget xls and drawings attached as well as a single pdf of the work so far.

http://www.4shared.com/rar/eVftbQAuce/

SMALL CELL COVERAGE PROPOSAL
A survey of the target area was conducted in Aug, 2013. During the survey, the details of the expansion antenna locations for optimum coverage as well as possible feeder cable routings were identified. The resultsof the survey are presented in the form of an engineering proposal.

This document serves to inform the building owner and govenrment on the technical aspects of the proposed small cell distribution system.The engineering proposal will include the following:
Trunking Diagram – Overall schematic of the antenna distribution system.
Floor Plan – Indicates proposed cable routings and antenna locations.
M&E Support – The required mechanical and electrical support.
Transmission Plan – Documentation for transmission requirement.
Material List – Indicates the types and quantity of installation materials used.
Technical Aspects – Technical specifications of materials used.



CONTENTS
1. ABSTRACT
2. LOCATIONS SUMMARY
3. EFFECTIVE ISOTROPIC RADIATING POWER
4. TRUNKING DIAGRAM
5. CABLE ROUTING AND ANTENNA LOCATIONS
6. ANTENNA LOCATIONS
7. MU&RRU LOCATIONS
8. ELECTRICAL AND GROUND SYSTEM
9. TRANSMISSION SYSTEM
10. MATERIAL LIST AND TECHNICAL DATA

[primig]

A report on estimating the spectrum for the 2014 Commonwealth Games by Analysys Mason.
Spectrum demand grouped into:



private business radio (PBR) – also referred to as private mobile radio (PMR). In the remainder of this report, we refer to this as PBR
wireless microphones and in-ear monitors
temporary audio links
outside broadcast talkback
telemetry (e.g. camera control)
wireless cameras, including airborne links
video links – including temporary (portable) point-to-point links that might be deployed at certain locations or sporting events, and microwave links that might be used to provide connection from venues (in lieu of fibre)
satellite news gathering.


Based on Surveys, calculations using ATDI ICS Telecom and demand from similar events (e.g. the London 2012 Olympic and Paralympic Games and the Melbourne 2006 Commonwealth Games).
Link budget used for frequency re-use analysis suitable for MPT1327 or DMR system included in Appendix B



Contents
1 Executive summary
1.1 Categories of use
1.2 Spectrum users
1.3 Demand for spectrum
1.4 Conclusions
1.5 Areas of uncertainty
2 Introduction
3 Approach to the study
3.1 Review of spectrum requirements for the Games/preparation for interviews
3.2 Stakeholder research
3.3 Estimation of bottom-up requirements
3.4 Comparison of bottom-up estimates with London 2012 benchmarks
3.5 Review of theoretical requirements
4 Summary of responses from the stakeholders interviewed
4.1 Proposed services to be delivered during the Games
4.2 Technologies to be deployed
4.3 Spectrum requirements to deliver these services
4.4 Other comments
5 Estimation of spectrum demand for the Games
5.1 Summary of demand by user
5.2 Summary of overall demand
5.3 Comparison with spectrum demand for London 2012 Olympic Games
5.4 Frequency re-use
5.5 Areas of uncertainty
6 Conclusions from the study
6.1 Conclusions arising from our estimation of spectrum demand
6.2 Conclusions relating to frequency re-use
6.3 Conclusions arising in relation to spectrum planning for Glasgow 2014
6.4 Other observations
Annex A Demand estimation
Annex B Link budget used for frequency re-use analysis
Annex C Abbreviations used in this report

[primig]

RADIO NETWORK PLANNING AND OPTIMIZATION
Network Final Acceptance Test Report Examples from 2013

http://www.4shared.com/folder/BMScCeNV/RFNWFAT.html

1 EXECUTIVE SUMMARY
2 CLUSTER DT KPI
2.1 Coverage KPI Acceptance Test
2.1.1 P-CPICH Received RSCP Coverage Acceptance Test
2.1.2 P-CPICH Ec/Io Coverage Acceptance Test
2.2 Accessibility KPI Acceptance Test
2.2.1 Call Setup Time Acceptance Test
2.2.2 HSDPA PDP Activation Setup Time Acceptance Test
2.2.3 Call Setup Success Rate Acceptance Test
2.2.4 HSDPA PDP Activate Success Rate Acceptance Test

2.3 Retainability KPI Acceptance Test
2.3.1 AMR Call-Drop Rate Acceptance Test
2.3.2 HSDPA Call-Drop Rate Acceptance Test

2.4 Service Integrity KPI Acceptance Test
2.4.1 Round Trip Delay (continuous ping) Test
2.4.2 HSDPA Service Average DL Throughput Acceptance Test (DT)
2.4.3 HSDPA Service Average DL Throughput Acceptance Test (Stationary)
2.4.4 HSDPA Service Average UL Throughput Acceptance Test (Stationary)

2.5 Mobility KPI Acceptance Test
2.5.1 Intra-Frequency Handover Success Rate Acceptance Test
2.5.2 Inter-RAT Handover Success Rate Acceptance Test


3 DT KPI SUMMARY
4 OMC KPI
5 CONCLUSION AND SUGGESTION
6 REMARKS

[primig]

Telecommunications Site Options Analysis Report on moving/replacing an existing shared site

Technical Review 2012
Contents
1.0 Introduction
2.0 Project Approach
3.0 Summary of Existing xxx Telecom Tenant Systems and Equipment
4.0 Site Requirements and Viable Alternate Site Options
4.1 Basic Site Requirements and Design Assumptions
4.2 Site Selection – Available Properties Evaluated
4.3 Alternate Site #1
4.4 Alternate Site #2
4.5 Alternate Site # 3
4.6 Potential for a Two Site Alternative
4.7 New Telecommunication Site - Typical Site Development Costs
5.0 Telecommunications Ordinance
6.0 Telecommunication Site Safety Standards and Best Practices
6.1 Site Selection
6.2 Tower Setbacks
6.3 Fall Zone
6.4 Environmental Factors
6.5 Lighting and Painting
6.6 Security
7.0 Lease Conversion Option Evaluation

List of Tables
Table 1 – Site Development Cost Comparison
Table 2 – Annual Telecom Revenue
Table 3 – Lease Purchase Pros and Cons
Table 4 – Unison Proposal Discounted Revenue Table

List of Figures
Figure 1 – Labeled Tower (South Face)
Figure 2 – Verizon Antenna on Tower
Figure 3 – Verizon Antenna on Tower
Figure 4 – Cellular Equipment Compound Diagram
Figure 5 – Existing Tower Tenant Equipment Layout Diagram
Figure 6 – Properties Owned by the City
Figure 7 – Tower – 150’ Coverage Prediction
Figure 8 – STower – 190’ Coverage Prediction
Figure 9 – Tower – 150’ Coverage Prediction
Figure 10 – Tower – 190’ Coverage Prediction
Figure 11 – Tower – 150’ Coverage Prediction
Figure 12 – Tower – 180’ Coverage Prediction


Appendix A Tenant Survey

[primig]

Some Sample Reports about network quality

http://www.4shared.com/rar/s3LQ9VNYce/SamRFRep.html

In-Building Wireless Network Quality Surveys
2003

1 Executive Summary
1.1 Survey Results Summary
2 Test Parameters
2.1 Technologies Measured
2.2 Area and Road Selection
2.3 Call Placement
2.4 Analysis Technique
2.5 Call Classifications
2.6 Network Evaluation and Ranking Example
2.6.1 Relative Scoring Formula for Call Statistics
2.6.2 Determining Reference Values
2.6.3 Call Statistics Scoring Example
2.6.4 Relative Scoring Formula for Voice Quality
2.7 Determining the winner
3 Coverage Comparison
4 Call Performance Comparison
5 Voice Quality Comparison
5.1.1 Denver Detailed Statistics
6 Geographical Plots


Sample Drive Test Report
2003

1 Introduction
2 Scope of Work
2.1 Project Requirements
2.2 Deliverables
2.3 Complimentary Deliverables
3 RF Coverage Measurements
3.1 Measurement Technique
3.2 Call Placement
3.3 Area and Road Selection
4 Performance Measurements
4.1 Technology Measured
4.2 Call Classification
4.3 Performance Results
5 Attachments
5.1 Map 1 - North Scanner Data 6
5.2 Map 2 - South Scanner Data6
5.3 Map 3 - North Mobile Phone Data6
5.4 Map 4 - South Mobile Phone Data6
5.5 Map 5 - North Server SQE 6
5.6 Map 6 - South Server SQE6


Competitive Network Benchmarking
2008

Executive Summary
Detailed Data Results
Benchmarking Methodology
Appendix


GPRS Data Network Quality Surveys
2003

1 Executive Summary
2 Test Parameters
3 Results
4 Geographic Plots

Network Quality Surveys
2003
1 Executive Summary
1.1 Survey Results Summary
2 Test Parameters
2.1 Technologies Measured
2.2 Area and Road Selection
2.3 Call Placement
2.4 Analysis Technique
2.5 Call Classifications
2.6 Network Evaluation and Ranking Example
2.6.1 Relative Scoring Formula for Call Statistics
2.6.2 Determining Reference Values
2.6.3 Call Statistics Scoring Example
2.6.4 Relative Scoring Formula for Voice Quality
2.7 Determining the winner
3 Coverage Comparison
4 Call Performance Comparison
5 Voice Quality Comparison
5.1.1 Denver Detailed Statistics
6 Geographical Plots


Propagation Model Optimization
2003
1 Executive Summary
2 Introduction
2.1 The Lee Propagation Model
2.2 Knife Edge Diffraction and the Foose Factor
3 Methodology
3.1 Test Site Selection
3.1.1 Morphology
3.1.2 Drive Route Considerations
3.2 Data Collection
3.2.1 Receiver Configuration
3.2.2 Transmitter Configuration
3.2.3 Drive Route Selection
3.2.4 Data Archival
3.3 Data Analysis
3.3.1 Geographical Analysis
3.3.2 Importing the Data into WIZARD
3.3.3 WIZARD Propagation Model Optimization Analysis
3.3.4 Statistical Analysis
3.3.5 Optimized Propagation Parameters
4 Results
4.1 Scatter Plots and Histograms
5 Attachments

[primig]

Wireless Broadband Mapping Final Report
November 2010

http://www.4shared.com/rar/SB0DLjKmba/

Table of Contents
1.0 Executive Summary
1.1 Purpose of this Report
1.2 Services Modeled and Measured
1.3 Approach
1.4 Broadband Wireless Data Service Results
1.5 Wireless Voice Service Results
2.0 Project Background
2.1 Project Description
2.2 Scope of Work
3.0 Wireless Airlink Technologies & Standards
3.1 Mobile Wireless Airlink Standards
3.2 Fixed Wireless Airlink Standards
4.0 Coverage Modeling
4.1 Mathematical Models
4.2 Software Tools
4.3 Parameter Selection
5.0 Drive Test Survey
6.0 Analysis
6.1 Summary Results
6.2 Coverage Map Calibration & Improvements
6.3 Roaming Issues
6.4 General Observations
6.5 Observations Specific to Each Carrier
7.0 Conclusions
8.0 Cited References and Bibliography
9.0 Acronyms
Appendices
Appendix A - Wireless Broadband Mapping Scope of Work
Appendix B - Mobile Data and Voice Coverage Statistics
Appendix C - Mobile Wireless Coverage Maps
Appendix D - Fixed Wireless Coverage Maps

[primig]

US Town Wireless Infrastructure Plan
2011

http://www.4shared.com/rar/7L9orhyNba/RF-Infra_Plan.html

This report includes RSSI coverage measurements for the following services:
AT&T Wireless 850 MHz Band
AT&T Wireless 1900 MHz
Sprint- Nextel 850 MHz Band, Nextel
Sprint Nextel 1900 MHz Band, Sprint CDMA
T-mobile 1900 MHz Band
Verizon Wireless 850 MHz Band
Analysis of current status and recommendations for future infrastructure expansion.

Index
Introduction
The Current State of the Wireless Industry

A. Current Environment
B. Increased need for a telecommunications wireless facilities
C. Types of wireless networks.
D. Components of a telecommunications wireless facility
E. Design of wireless networks
The current Federal Law and issues presented to local authorities

Planning Goals.

Analysis of existing coverage in the Town

Exhibit A- Independent Radio Frequency Report

Analysis and recommendations based on Independent Radio Frequency Report
A. Analysis
B. Recommendations
C. Conclusion

Homeland Towers analysis of additionally necessary infrastructure in the Town

Exhibit B - PierCon Independent Radio Frequency coverage analysis

Analysis and recommendations based on Independent Radio Frequency Coverage Analysis
A. Analysis
B. Recommendations
C. Conclusion

Appendix A (Tax Maps)

[primig]

Complete documentation for a proposed 8 Site Outoor DAS System to fill a gap in T-Mobile Coverage
http://www.4shared.com/rar/ncva6pJXba/0DA5Pr0p.html

I have left out the building permission applications but following documents included:



Sitemap - location of proposed antennas

Location photos with proposed equipment sketches

External Consultant Engineering Review

Real Estate Value Impact Analysis

Expert Report on ODAS

RF Test Report

Statement of Compliance to FCC Regulations

Survey & Drawings



External Consultant Engineering Review Contents:
Introduction
Methodology
Site Locations
Background
Proposed System Configuration
Justification for the New Antenna Site (gap in T-Mobile coverage)
Drive Test Data
Radio Frequency Emissions Safety
Summary & Conclusions

Expert Report on ODAS
Contents
Qualifications and Background
Qualifications Specific to This Case
Purpose and Methodology
Executive Summary of Findings
Introduction of Concepts
Cellular
Full Featured Mobile Telephone Service
Wireless Only Households
High Speed Internet Service
Location Services
Enhanced 911
ODAS
Cellular Radio Technologies
GSM
CDMA
EVDO
UMTS
WiMAX
LTE
Benchmark Drive Testing Results
Significant Gap in Coverage
Final Conclusion and Recommendations
Testing and Evaluation of Proposed ODAS
Final Conclusions and Recommendations

[primig]

LTE Military FIELD TRIAL
DETAILED TECHNICAL REPORT
Oct 2013


CONTENT
LIST OF FIGURE
INTRODUCTION
1.1 OBJECTIVE
1.1 NETWORK ARCHITECTURE & SETUP
NETWORK ARCHITECTURE
CONTROL ROOM SETUP
VEHICLE ARCHITECTURE & SETUP
BOAT ARCHITECTURE & SETUP
HARDWARE DEPLOYED FOR THE TRIAL
ENODEB
EPC HW

1.1 UE USED DURING THE TRIAL
BANDLUX C500
SAMSUNG GALAXY TAB (10.1") WITH LTE
QDL – FDD MIFI MOBILE ROUTER
1.1 APPLICATION USED
VIDEO CONFERENCE APPLICATION (VIDYO)
VIDEO-SURVEILLANCE – PLANTCOR MV600
SITUATIONAL AWARENESS – IMP@CT
1.1 TESTING SCOPE AND TEST CASES
TESTING SCOPE
TEST CASES
TEST RESULTS:
Coverage Plots:
Sites Configuration

CHAPTER 1: APPLICATION & QOS
Video Conference
Live Streaming
Geo-localization and tracking function of moving vehicle/boat
QoS Priority Pre-emption and classes

CHAPTER2: LTE PERFORMANCE
Handover:
Throughput and Sector Capacity:
Single User
Multi User
Attach/Detach
Latency
Control Plane latency
User Plane Latency

CHAPTER3: NETWORK MANAGEMENT SYSTEM
3.1 Topology management
3.2 Software management
3.3 Security management
3.4 Fault Management
3.5 Log management
3.6 Database Backup / Restore

[primig]

Sorry, had to remove this info at the request of another user! here is something new!

http://www.4shared.com/rar/DqFuDZHOba/

EDGE TRIAL – FINAL REPORT

1 Introduction
1.1 Scope of Trial
1.2 Document Structure
2 Trial description
2.1 Trial Area
2.2 Test Tool
Radio measurement tool:
End User QoS measurement tool:
Radio QoS statistic tool:
EDGE terminal:
2.3 Schedule Plan
3 Trial RESULT
3.1 Access the EDGE performance impact due to TRX Type (BCCH, TCH)
3.2 EDGE performance, Extra TS=0 with difference number of MAX_PDCH
3.3 GPRS vs edge Perforamnce (Ping, web, ftp)
3.3.1 Ping 10
3.3.2 Web
3.3.3 FTP
4 Gprs & edge qos statistic
4.1 TBF Establishment Phase
4.2 TBF RELEASE PHASE
4.3 Data Packet Traffic
4.4 Data Transfer throughput
5 Bss dimensioning result
5.1 Extra Abis TS
5.2 GPU AND ATer Mux
5.3 Gb Interface
6 Conclusion
APPENDIX A: Edge Throughput (Internal FTP Server)
APPENDIX B: EDGE PARAMETER setting

[primig]

3G Trial Results Presentation 2014
RAN Planning

3G Trial - 28 December 2014

http://www.4shared.com/rar/n-V4v0Q2ce/

Contents:



Introduction
Trial Areas
Link Budget Calculations
Coverage Predictions
Estimated Capacity
Indoor Design
Panoramic View
Pre Hardware Requirements
Equipment Deployed
Scrambling Code Planning
LA/RA Planning
Neighbour Planning
RAN Acceptance / Optimization
Conclusion

[primig]

2 Excel Worksheets showing Drive Test data from 2013
Infrastructure:E*******
Test Equipment: Anite NEMO Outdoor 6.4 and Anite NEMO Analyze 6.3

http://www.4shared.com/rar/gOFNU2JCba/ (http://www.4shared.com/rar/gOFNU2JCba/Man_its_LaTE_for_Reps.html)

LTE Drive Test Report
Cover - Test Equipment & Measurement Methodology
KPIs - KPI Statistics
Plots - Scanner
Plots - Dongle (DL)
Plots - Dongle (UL)
Fail Analysis -

LTE Mobility Cluster Report
Contents:
Introduction
LTE Radio Plots
COVERAGE
QUALITY
THROUGHPUT
Failure Analysis
KPI Statistics - Services
Per PCI Statistics
Conclusion/Executive Summary

[primig]

LTE RNP Report
July 2013
Alcatel Lucent
Plots and embedded Google Earth overlays included

http://www.4shared.com/rar/lreGwlpMba/

RNP Assumptions
Network LTE FDD LKB
Site Topology and Geo Database
Coverage Plots
Update

[syed adil]

i like this document its really helping me more understand.