Taakklasse 5 Cohort 2012
ICT/NB Beheerder – Cisco Discovery Semester 3 Chapter 1 t/m 7
Introducing Routing and Switching in the Enterprise
Taakklasse:
Week [1-10]:
Duur:
Kennis/vaardigheid:
5
1
2 uur
Packet Tracer Activity
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1.1.2 Observe the flow of
traffic through an
enterprise network
1.2.2 Use a packet capture
Onderwerp:
Introducing Routing and Switching in the Enterprise
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1.1 Describing the Enterprise Network
1.2 Identifying Enterprise Applications
1.3 Supporting Remote Workers
1.4 Chapter Summary
1.5 Chapter Quiz
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2.1.1 - Enterprise Network Documentation
2.1.2 Network Operations Center (NOC)
2.1.3 Telecommunication Room Design and
Considerations
2.2 Supporting the Enterprise Edge
2.3 Reviewing Routing and Switching
2.4 Chapter Summary
2.5 Chapter Quiz
program to analyze network
traffic.
5
2
2 uur
Packet Tracer Activity
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2.3.3 Practice basic router
configuration and
verification commands.
2.3.5 Configure a switch
in a switching
environment.
2.3.5 Connect and configure
a multi-router network.
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Lab Activity
5
3
2 uur
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3.1.1 Enable basic switch
security.
3.2.1 Disable redundant
links to avoid switching loops
in the network provided.
3.2.3 Configure the BID on a
switch to control which one
becomes the root bridge.
Observe the spanning tree
and traffic flow patterns as
different switches are
configured as root.
3.2.4 Use various show
commands to verify STP
operation.
3.3.2 Configure, verify, and
troubleshoot VLAN
configuration on a Cisco
switch.
3.4.1 Create VLANs and
assign them individual ports.
3.4.2 Configure trunk ports
to connect switches and
verify connectivity across the
trunk link.
3.4.3 Configure inter-VLAN
routing.
3.5.2 Build and test a VTP
domain.
3.5.2 Add a new switch into
an existing VTP domain.
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3.1 Describing Enterprise Level Switching
3.2 Preventing Switching Loops
3.3 Configuring VLANs
3.4 Trunking and Inter-VLAN Routing
3.5 Maintaining VLANs on an Enterprise
Network
3.6 Chapter Summary
3.7 Chapter Quiz
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5
4
2 uur
3.5.3 Build an enterpriseclass LAN with voice,
wireless, and wired clients.
Create separate VLANs that
would isolate voice and
wireless traffic.
3.5.4 Plan and build a
switched network to meet
client specifications
Lab Activity
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3.1.1 Enable basic switch
security.
3.2.1 Disable redundant
links to avoid switching loops
in the network provided.
3.2.3 Configure the BID on a
switch to control which one
becomes the root bridge.
Observe the spanning tree
and traffic flow patterns as
different switches are
configured as root.
3.2.4 Use various show
commands to verify STP
operation.
3.3.2 Configure, verify, and
troubleshoot VLAN
configuration on a Cisco
switch.
3.4.1 Create VLANs and
assign them individual ports.
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3.1 Describing Enterprise Level Switching
3.2 Preventing Switching Loops
3.3 Configuring VLANs
3.4 Trunking and Inter-VLAN Routing
3.5 Maintaining VLANs on an Enterprise
Network
3.6 Chapter Summary
3.7 Chapter Quiz
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5
5
2 uur
3.4.2 Configure trunk ports
to connect switches and
verify connectivity across the
trunk link.
3.4.3 Configure inter-VLAN
routing.
3.5.2 Build and test a VTP
domain.
3.5.2 Add a new switch into
an existing VTP domain.
3.5.3 Build an enterpriseclass LAN with voice,
wireless, and wired clients.
Create separate VLANs that
would isolate voice and
wireless traffic.
3.5.4 Plan and build a
switched network to meet
client specifications
Introducing Routing and Switching in the
Enterprise
Lab Activity
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4.2.3 Design and apply an
IP addressing subnet
scheme for a given
topology.
4.2.5 Use VLSM to provide
the IP addressing for a given
topology.
4.3.3 Determine summarized
routes to reduce the number
of entries in routing tables.
4.3.4 Configure a LAN with
discontiguous networks to
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4.1 Using a Hierarchical IP Network Address
Scheme
4.2 Using VLSM
4.3 Using Classless Routing and CIDR.
4.4 Using NAT and PAT
4.5 Chapter Summary
4.6 Chapter Quiz
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5
6
2 uur
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7
2 uur
Introducing Routing and Switching in the
Enterprise
Lab Activity
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5
view the results.
4.4.3 Configure and verify
static NAT.
4.4.4 Configure and verify
PAT.
4.2.3 Design and apply an
IP addressing subnet
scheme for a given
topology.
4.2.5 Use VLSM to provide
the IP addressing for a given
topology.
4.3.3 Determine summarized
routes to reduce the number
of entries in routing tables.
4.3.4 Configure a LAN with
discontiguous networks to
view the results.
4.4.3 Configure and verify
static NAT.
4.4.4 Configure and verify
PAT.
Lab Activity
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5.1.1Interconnect network
nodes with redundant links
to provide reliability at
minimal cost.
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4.1 Using a Hierarchical IP Network Address
Scheme
4.2 Using VLSM
4.3 Using Classless Routing and CIDR.
4.4 Using NAT and PAT
4.5 Chapter Summary
4.6 Chapter Quiz
Routing with a Distance Vector Protocol
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5.1 Managing Enterprise Networks
5.2 Routing Using the RIP Protocol
5.3 Routing Using the EIGRP Protocol
5.4 Implementing EIGRP
5.5 Chapter Summary
5.6 Chapter Quiz
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Investigate a fullyconverged network with
connected, static, and
dynamic routing.
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5.1.4 Create static routes.
5.1.5 Configure a default
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route to forward traffic from
the enterprise routers to the
ISP.
5.2.3 Configuring RIPv2 with
VLSM addressing scheme
and a default route.
5.2.4 Route between
discontiguous networks with
RIP.
5.2.5 Troubleshoot and
correct RIPv2 problems.
5.4.1 Configure EIGRP with
MD5 authentication.
5.4.2 Configure and verify
EIGRP and EIGRP summary
routes.
5.4.3 Explore the various
EIGRP verification and
troubleshooting commands.
5
8
2 uur
Lab Activity
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6.2.2 Configure basic
single area point-to-point
OSPF and verify
connectivity.
6.2.2 Configure single-area
point-to-point OSPF
authentication using
MD56.2
6.2.2 Configure OSPF
loopback addresses in a
multi-access topology to
control DR/BDR election.
6.2.3 Configure OSPF link
cost in a point-to-point
topology to influence
routing decisions
6.2.4 Configure and verify
point-to-point and multiaccess OSPF networks,
including tuning parameters.
6.3.1 Configure an OSPF
default route and propagate
it to other routers in the
OSPF area through the
routing protocol.
6.3.2 Configure OSPF
summarization to reduce
routing updates
6 Routing with a Link-State Protocol
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6.1 Routing Using the OSPF Protocol
6.2 Implementing Single-Area OSPF
6.3 Using Multiple Routing Protocols
6.4 Chapter Summary
6.5 Chapter Quiz
5
9
2 uur
Lab Activity
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7.2.3 Configure and verify
a PPP connection between
two routers.
7.2.5 Configure and verify
PAP and CHAP
authentication on a PPP link.
5
10
2 uur
Inhalen toetsen
7. Implementing Enterprise WAN Links
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7.1 Connecting the Enterprise WAN
7.2 Comparing Common WAN Encapsulations
7.3 Using Frame Relay
7.4 Chapter Summary
7.5 Chapter Quiz
Inhalen toetsen