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Femto Cells Explained (3 hours)

Forming part of mpirical’s acclaimed “Explained” series, this 3 hour eSeminar introduces Femto Cells. This eSeminar identifies the concepts that lie behind Femto Cells and in so doing, discusses the benefits and challenges alike. It then moves on to introduce the key components of the Femto Cell architecture before describing how Femto Cell networks operate and the techniques which can be adopted to improve network performance.

Who Should Attend

Network Engineers requiring a technical appreciation of Femto Cells and their mode of operation. Project Managers and Technical Sales involved in the deployment of a Femto Cell solution.

Synopsis

Divided into 3 sections, the topics covered will include:

Section 1: Why Femto Cells? (1 hour)

This section explains what is meant by the term Femto Cell before relating it to similar technologies such as UMA or Dual Mode. The various benefits associated with a Femto Cell deployment are then critically analysed in terms of both the Service Provider and the Subscriber before discussing how such an approach may fit into the overall network strategy.

  • What are Femto Cells?.
  • Femto Cells v Dual Mode Operation (UMA).
  • Femto Cells - the benefits and challenges.

Section 2: Femto Cell Architecture (1 hour)

After defining the HNB (Home Node B) and HNB-GW (Home Node B Gateway), this section introduces the Femto Cell architecture and relates it to the existing cellular network. The IP access network is then explored in detail before briefly discussing the requirement to support both network security and IP QoS.

  • The Home Node B and Home Node B Gateway.
  • Connecting the Femto Cell with the Macro Network.
  • Network security and IP QoS considerations.

Section 3: Femto Cell Operation (1 hour)

The final section explores how both circuit and packet switched connections can be supported over a Femto Cell network, before addressing some of the techniques which can be used to optimize network performance. This includes discussion on cell reselection parameters and hierarchical cell structures, as well as exploring several of the proposed access control techniques.:

  • Circuit and packet switched operation.
  • Optimizing Femto Cell performance.
  • Mobility within the Femto Cell network./li>

For more information: tel +44 (0) 1344 724666 or email enquiries@mpirical.com

 
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