Latest revision as of 10:23, 3 June 2015

Setup

We are going to configure the following 3-tier design in steps
PNG diagram
Download the setup as a PDF

Configure the campus core and the 2 distribution blocks with OSPF and the other needed protocols.

Campus

Configure Hostnames on all devices in the Campus Config/Info
Configure IP addresses on all devices
1. Configure ip addresses on all routed ports Config/Info
2. Configure ip addresses on all SVI interfaces Config
Configure VTP configuration Info
1. The distribution switches should be VTP Servers Config
2. The Access Switches should be VTP Clients Config
3. The VTP Domain and password should be different in each block Config
Configure Distribution Switch 1 to be the STP Master for alle PVST+ instances Config/Info
Configure HSRP on all SVI interfaces Config/Info
Configure Etherchannel between the distibution switches Config/Info
Configure trunk ports between the Distribution and Access Switches Config/Info
Configure the access switches with an ip address in the MGMT VLAN Config
Configure ports for the clients Config/Info
Configure OSPF Info
1. Configure OSPF area 0 on all interconnects Config
2. Configure OSPF area 1/2 on the distribution blocks
3. Do Not use stub areas
Configure a static default route on HQFW01 point to 80.112.80.1Config
Redistribute the default route into OSPF Config
Configure NAT/PAT on HQFW01 Config/Info

Branches

Add another ethernet interface to the HQFW01 Router
Configure the internet as a norman Layer 2 switch
Configure the Branch 1 equipment
1. Configure IP addresses on all devices
2. Configure SVI interfaces for the user LANs
Configure tunnel interfaces to connect the Branch with HQ Config
Configure OSPF across the tunnel
1. Configure Area 10 for the user LANs inside Branch 1
Configure FrameRelay as the primary WAN connection Config
1. Configure frame-relay maps for the missing routers Config

Create an addressing scheme for the network that supports Routed Access Layers
1. The Access switches only need room for 48 hosts in each VLAN
2. The access switches needs min. 2 VLANs. Data and Voice
3. All Access switches need a loopback interface for management.
4. Tune OSPF timers in packet tracer as much as possible.
5. Configure alle the Distribution, Core switches and Routers with Loopback interfaces too.
To make management easier configure a DNS server
1. The Server should be configured in the Data VLAN on Access Switch 1 in Distribution Block 1
2. Configure all the network equipment with a A record for the loopback address

@@ Line 1: / Line 1: @@
 =Setup=
-We are going to configure the following 3-tier design in steps
+We are going to configure the following 3-tier design in steps<br/>
-{|
+[http://mars.tekkom.dk/mediawiki/images/3/36/ScreenShot14135.png PNG diagram]<br/>
-|[[Image:ScreenShot14135.png|800px|left|thumb|Setup]]
-|}
 Download the setup as a [http://mars.tekkom.dk/mediawiki/images/0/04/OpgaveBooklet.pdf PDF]
 ==Campus Configuration==
@@ Line 28: / Line 26: @@
 ##Configure OSPF area 1/2 on the distribution blocks
 ##Do '''Not''' use stub areas
-#Configure a static default route on HQFW01 point to 80.112.80.1
+#Configure a static default route on HQFW01 point to 80.112.80.1[[/StaticConfig|Config]]
-#Redistribute the defualt route into OSPF [[/OSPFRedistConfig|Config]]
+#Redistribute the default route into OSPF [[/OSPFRedistConfig|Config]]
-#Configure NAT/PAT on HQFW01 [[NAT_Cisco_IOS#Overloading_example_2:_Connection_with_floating_WAN_IP_Address_.28DHCP.29|Info]]
+#Configure NAT/PAT on HQFW01 [[/NATConfig|Config]]/[[NAT_Cisco_IOS#Overloading_example_2:_Connection_with_floating_WAN_IP_Address_.28DHCP.29|Info]]
 ==Branch Configuration==