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IP Explained (3 hours)

Forming part of mpirical’s acclaimed “Explained” series, this 3 hour eSeminar introduces the key areas of IP. As such, the course will begin by positioning where IP will be employed in Next Generation Networks, showing how the core, access and terminal environment are changing. Following this, the eSeminar will cover IP fundamentals such as header field functionality before concluding with an explanation of IP addressing and routing.

Who Should Attend

Telecoms Engineers with a circuit switched background requiring a detailed understanding of what IP is and how it will be deployed in Next Generation Networks. Technical Staff requiring an IP refresher course.

Synopsis

Divided into 3 sections, the topics covered will include:

Section 1: Positioning IP within NGN (1 hour)

This initial section will position IP within a Next Generation Network architecture, showing how IP will be used to transport signalling and media in both fixed and mobile deployments. Included in this will be content on the incentive for migration to IP, thus defining the impact of IP on ARPU, OPEX and CAPEX.

  • Incentives for migration to IP.
  • 3GPP Release 4 converged IP core network.
  • IP in service provider access networks./li>

Section 2: IP Fundamentals (1 hour)

This section is designed to convey the key functionality of IP, comparing the capabilities of IPv4 to IPv6. As such, IPv4 header features will be examined, showing how fragmentation can be supported and also determining the function of other header fields, including IP Options. IPv6 will also be explored, once again highlighting the key features of each of the header fields.

  • IPv4 header fields - Fragmentation, IP Options, DSCP etc.
  • IPv6 header fields - core functions and header extensions.
  • IPv4 and IPv6 key differences.

Section 3: Transmission (1 hour)

The concluding section will explain the concept of IP addressing, showing how a typical router will analyze a destination IP address in order to pass an IP datagram to the appropriate next hop. Both IPv4 and IPv6 addressing will be looked at before an analysis of the protocols which are employed to support IP, particularly within Next Generation Networks.

  • IPv4 Addressing - special addresses, CIDR, routing.
  • IPv6 Addressing - address format and features.
  • Supporting protocols - Ethernet, MPLS.

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

 
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