•
Auto Detect. For more information, see
Use Auto Detect for an IPv6 Internet Connection
34.
•
Auto Config. For more information, see
Use Auto Config for an IPv6 Internet Connection
35.
•
6to4 tunnel. For more information, see
Set Up an IPv6 6to4 Tunnel Internet Connection
on page 37.
•
Pass-through. For more information, see
Set Up an IPv6 Pass Through Internet Connection
39.
•
Fixed. For more information, see
Set Up an IPv6 Fixed Internet Connection
on page 39.
•
DHCP. For more information, see
Set Up an IPv6 DHCP Internet Connection
on page 41.
•
6rd. For more information, see
Set Up an IPv6 6rd Tunnel Connection
on page 43.
•
PPPoE. For more information, see
Set Up an IPv6 PPPoE Internet Connection
on page 45.
Which connection type you must use depends on your IPv6 ISP. Follow the directions that your IPv6 ISP
gave you.
•
If your ISP did not provide details, use the 6to4 tunnel connection type (see
on page 37).
•
If you are not sure what type of IPv6 connection the router uses, use the Auto Detect connection type,
which lets the router detect the IPv6 type that is in use (see
Use Auto Detect for an IPv6 Internet
on page 34).
•
If your Internet connection does not use pass-through, a fixed IP address, DHCP, 6rd, or PPPoE but
is IPv6, use the Auto Config connection type, which lets the router autoconfigure its IPv6 connection
(see
Use Auto Config for an IPv6 Internet Connection
on page 35).
When you enable IPv6 and select any connection type other than IPv6 pass-through, the router starts the
stateful packet inspection (SPI) firewall function on the WAN interface. The router creates connection
records and checks every inbound IPv6 packet. If the inbound packet is not destined to the router itself
and the router does not expect to receive such a packet, or the packet is not in the connection record,
the router blocks this packet. This function works in two modes: In secured mode, the router inspects both
TCP and UDP packets. In open mode, the router inspects UDP packets only.
IPv6 addresses are denoted by eight groups of hexadecimal quartets that are separated by colons. You
can reduce any four-digit group of zeros within an IPv6 address to a single zero or omit it. The following
errors invalidate an IPv6 address:
Specify Your Internet Settings
33
Nighthawk AC1900 Smart WiFi Router Model R6900