IPv6

Question 1

Unspecified (IPv6)

Answer 1

::/128 (all zeros)
Default Route

Question 2

Dual Stack

Answer 2

The dual-stacked device can interoperate equally with IPv4 devices, IPv6 devices, and other dual-stacked devices.

Question 3

The provider-assigned prefix, which is also referred to as the global
address space, is a 48-bit prefix that is divided into the following
three distinct parts:

Answer 3

The 16-bit reserved IPv6 global prefix
The 16-bit provider-owned prefix
The 16-bit **provider-assigned **prefix

Question 4

Link Local Unicast (IPv6)

Answer 4

FE80::/10
Internet Routable

Question 5

Global Unicast (IPv6)

Answer 5

2000::/3 - 3FFF::/3
Neighbor discovery and routing protocols
Aggregate Global Unicast Addresses

Question 6

Multicast (IPv6)

Answer 6

FF00::/12
One to Many or Many to One

Question 7

EUI-64 flip chart

Answer 7

02 13, 46 57, 8A 9B, CE DF

Question 8

Unique Local Unicast (IPv6)

Answer 8

FC00::/7
Like IPv4 Private Address

Question 9

Loopback (IPv6)

Answer 9

::1/128
Testing

Question 10

EUI-64

Answer 10

FFFE (in the center of mac) then 7th bit flipped

Question 11

6to4 tunnel

Answer 11

6to4 tunnels enable isolated IPv6 sites to communicate across an automatic tunnel over an IPv4 network that does not support IPv6

Question 12

Global 128-bit IPv6 addresses are divided into the following three
sections:

Answer 12

The provider-assigned prefix (48 bit aka global address space)
The site prefix
The interface or host ID

Question 13

IPv6 routing protocols

Answer 13

Static, RIPng, OSPFv3, and EIGRP for IPv6