TCP/IP: Install, Configure and Understand TCP/IP
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The basics of TCP/IP addressing:
IPv4 addressing:
Networks, private addresses, public addresses
Multicast addresses
Masks variables
Summarization and supernetting
Practical case for defining an addressing plan
Multicast addresses
Masks variables
Summarization and supernetting
Practical case for defining an addressing plan
IPv6 addressing:
Motivation for change
Different methods of assigning IPv6 addresses
The concept of anycast address
Mechanisms to IPV4 IPV6 migration
Lab 0: IPV4 and IPV6 connectivity (Windows workstations and router).
Different methods of assigning IPv6 addresses
The concept of anycast address
Mechanisms to IPV4 IPV6 migration
Lab 0: IPV4 and IPV6 connectivity (Windows workstations and router).
Unicast routing :
IPv4 routing:
Static routing and default routing
RIPv1 and V2
Lab1: Implementation RI V1 and V2
OSPF (single area and multi-area)
Optimization: Summarization internal and external
Optimization: Using Stub and NSSA areas
Lab 2: Implementing OSPF multi-area
The case of an external protocol: BGP4
RIPv1 and V2
Lab1: Implementation RI V1 and V2
OSPF (single area and multi-area)
Optimization: Summarization internal and external
Optimization: Using Stub and NSSA areas
Lab 2: Implementing OSPF multi-area
The case of an external protocol: BGP4
IPv6 routing:
Implementation of RIPng
OSPF
Demonstration: IPv6 Routing
OSPF
Demonstration: IPv6 Routing
Multicast routing :
General Operation
Routing PIM DM
Routing PIM SM
Routing PIM SSM
IGMP V2, V3
Demonstration broadcast a video stream
Routing PIM DM
Routing PIM SM
Routing PIM SSM
IGMP V2, V3
Demonstration broadcast a video stream
Transportation and Applications :
Transport
Mode (TCP)
Connectionless (UDP)
Applications
Detailed operation of DNS and DHCP
Lab 3: Installing DHCP servers (Windows server on router) DHCP Relay
Lab 4: Implementing a DNS architecture
Application http
File transfers in connected mode FTP
File transfers in unconnected mode TFTP
Applications "mail" SMTP, POP
The basics of network management: SNMP
Lab 5: Observation of the operation of various applications
Mode (TCP)
Connectionless (UDP)
Applications
Detailed operation of DNS and DHCP
Lab 3: Installing DHCP servers (Windows server on router) DHCP Relay
Lab 4: Implementing a DNS architecture
Application http
File transfers in connected mode FTP
File transfers in unconnected mode TFTP
Applications "mail" SMTP, POP
The basics of network management: SNMP
Lab 5: Observation of the operation of various applications
Security and Internet access :
The operation of NAT:
Static Static NAT
Dynamic NAT
The mechanism of "overload"
Lab 6: Internet connection with public address provided by DHCP and NAT overload
The Proxy:
mechanisms
configuration
VPNs
Description of the use of mechanisms in IP VPN rising
Demonstration of setting up a VPN with IP details of the mechanisms
Static Static NAT
Dynamic NAT
The mechanism of "overload"
Lab 6: Internet connection with public address provided by DHCP and NAT overload
The Proxy:
mechanisms
configuration
VPNs
Description of the use of mechanisms in IP VPN rising
Demonstration of setting up a VPN with IP details of the mechanisms
A specific application: Voice over IP :
Mechanisms packetization
Signaling H323
The MGCP
The SIP application
The transport of voice
The RTP, RTCP
Signaling H323
The MGCP
The SIP application
The transport of voice
The RTP, RTCP
