200-301 prep

200-301 prep

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3FFF:1234:ABCD:5678:213:19FF:FE86:A20, subnet is 3FFF:1234:ABCD:5678::/64 [PRE] will be forced into an access or trunk mode as per the configuration. R3#show ipv6 interface FastEthernet0/0 FastEthernet0/0 is up,200-301 prep, line protocol is up Address classes Using IP addresses Subnetting Auto-duplex, Auto-speed, media type is 10/100BaseTX Directory of flash:/ Hex = 65 Duplicate Address Detection (DAD) Prefix renumbering 8.Convert 15 from hex to binary and decimal Binary = 10101 username david privilege 1 password 0 football Fa0/5, Fa0/6, Fa0/7, Fa0/8, Fa0/9, Fa0/10, Fa0/11, Fa0/12, Fa0/13, Fa0/14, Fa0/15, Fa0/16, Fa0/17, Fa0/18, Fa0/19, Fa0/20, Fa0/21, Fa0/22, Fa0/23, Fa0/24, 1.10Describe the need for private IPv4 addressing IPv6 addressing representation Different IPv6 address types IPv6 protocols and mechanisms Subnetting with IPv6 Topology Converting from binary to hex to decimal is fairly simple, as shown in Table IPv6 permits interfaces to self-configure an IP address in order for host-to- host communication to take place. Stateful autoconfiguration involves a server allocating address information, and for IPv6 DHCPv6 is used. Stateful refers to the fact that details of an exchange are stored by the server (or router), whereas stateless means they are not. DHCPv6 can either be stateful or stateless. FF02::2 FF02::1:FF00:1 FF02::1:FF00:1111 Today you will learn about the following: Switching basics Let’s say, for example, that you are allocated the global routing prefix 0:123:abc/48. This address is occupying three sections of a full IPv6 address and each section or quartet is 16 bits, so you have 48 bits used so far. The host portion will require 64 bits, leaving you 16 bits for allocation as subnets. Class D addresses range from 224.0.0.0 to 239.255.255.255 and are used for multicasting (directed broadcasts). Class E addresses range from 240.0.0.0 to 255.255.255.254 and are for experimental use only. Preamble – synchronizes and alerts the network card for the incoming data Start-of-frame delimiter (SFD) – indicates the start of the frame Destination address – the destination MAC address (can be Unicast, Broadcast, or Multicast) We already know now that switches use a mechanism called VLAN marking or “frame tagging” to keep traffic on different VLANs separate. The switch adds a header on the frame, which contains the VLAN ID. In Figure 5.15, the switch on Floor 1 will tag the traffic originating from VLAN 2 and pass it to Switch 2, which will see the tag and know that the traffic needs to be kept within that VLAN. Such tagged traffic can only flow across special links called trunk links. VLAN 1 is usually designated as the native VLAN and traffic on the native VLAN is not tagged. We will cover native VLANs in more detail later.

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Latest Cisco CCNA 200-301 Dumps

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