BUILDING AFRICA'S DIGITAL ECONOMY
BUILDING AFRICA'S DIGITAL ECONOMY
BUILDING AFRICA'S DIGITAL ECONOMY
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Research & analysis provided by<br />
TECHNOLOGY TRAINING<br />
FROM THE TELECOMS ACADEMY AT<br />
Informa Certified<br />
LTE Radio Planning<br />
and Optimisation<br />
Professional<br />
11-15 November 2013<br />
Small Cells and<br />
Heterogeneous<br />
Networks for LTE<br />
and LTE Advanced<br />
13-14 November 2013<br />
This certification programme covers the principles and execution of LTE radio<br />
planning and optimisation. The course begins with a discussion of the LTE physical<br />
layer explaining the time and frequency domain structures and covering those<br />
aspects of the LTE radio interface that will have an impact on coverage and capacity.<br />
A detailed examination of LTE link budgets is provided, identifying and calculating the typical<br />
link budget reference points and discussing elements of the budgeting process that are<br />
unique to LTE. Following the calculation of link budget pathloss, the course turns to<br />
propagation models and cell radius prediction. Typical models are discussed and compared<br />
and full link budget and radius predictions are carried out.<br />
COURSE CONTENTS<br />
• LTE Architecture Review<br />
• LTE Radio Interface<br />
• Link Budgets for LTE<br />
• Coverage Planning<br />
• eNB Configeration<br />
• IDLE Mode Parameters<br />
• CONNECTED Mode<br />
Parameters<br />
• Capacity Planning for LTE<br />
• Coverage Planning for LTE<br />
• Coverage Optimisation<br />
Demand for higher capacity networks have driven the adoption of high bandwidth<br />
systems like LTE, however high bandwidth systems don’t fully address the<br />
increasing demand for data capacity in mobile cellular networks, Next generation<br />
networks will rely on high density clusters of small cells to yield capacity.<br />
This 2 day course will describe the concepts behind small cell systems and detail the<br />
technology and challenges of deploying small cell networks. LTE advanced includes femto,<br />
relay and WiFi offload techniques to boost local capacity, however managing the backhaul,<br />
mobility and interference of such systems are complex tasks that will be covered in this course.<br />
This course is an essential primer for any operator, engineer or planner that needs to fully<br />
understand the nature of small cells, the capacity increase possible with such systems and the<br />
many challenges of Hetnet deployment.<br />
COURSE CONTENTS<br />
• Small Cell Concepts<br />
• Base Station Classes<br />
• HetNet Challenges<br />
• Backhaul<br />
• Mobility<br />
• Location Planning<br />
• Interference Management<br />
• Hetnet Capacity<br />
• LTE Relays<br />
• WiFi Offload<br />
• CoMP<br />
For more information on these courses please contact us:<br />
Telephone +44 (0)20 7017 4144 • Email training@telecomsacademy.com<br />
Visit www.telecomsacademy.com
Change language