cisco implementation and troubleshooting skills gained through studying CCNA Routing and Switching Essentials

implementation and troubleshooting skills gained through studying CCNA Routing and Switching Essentials

When sizing the subnets allow 100% growth of the current IPv4 requirements for all hosts, unless

otherwise stated.

• Use hierarchical VLSM design to maximise the use of IPv4 addresses and CIDR. Addressing should

allow for address and route aggregation between the main sites.

• Networking devices must have IPv4 addresses as required and the PC hosts’ gateways will use the

first available usable address in each subnet.

• The switch management VLAN for the switching networks will have 10 usable IPv4 addresses

maximum, for the lifetime of the network design, regardless of any growth.

• The network administrator has the last usable IPv4 address on the Management VLAN.

The company’s general IPv6 requirements:

• Each separate network will be allocated a prefix of /64.

• IPv6 addressing will allow for route aggregation between internal router sites.

• The hosts will use SLAAC for the interface addressing.

• The routers’ interfaces for IPv6 will use statically assigned addressing for Globally Unique Unicast

addressing (keeping the addressing simple).

• The switch’s management SVI interface will use the last IPv6 address of its network.

Cisco

Project ID: #13590212

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