1. A new DNS was created to allow a domain name to be associated with a 128-bit IPv6 address.
Yes, many DNS servers run using such addressing.
The IPv6 host record is referred to as a AAAA record.
DNS - it handles both IpV4 and IPv6 addressing.
DNS - it handles both IpV4 and IPv6 addressing.
The DNS record used to identify an IPv6 host is the AAAA (pronounced "quad-A") record. It maps a domain name to its corresponding IPv6 address, allowing clients to resolve the domain to an IPv6 address for network communication. This is similar to how A records are used for IPv4 addresses.
The DNS resource record used to contain IPv6 addresses of nodes is called the AAAA record (pronounced "quad-A"). This record maps a domain name to its corresponding IPv6 address, allowing systems to resolve domain names to their IPv6 addresses for proper routing and connectivity over the internet.
Windows Embedded CE resolves host names into IPv6 addresses via queries to a DNS or WINS server, or via IPv6 link local multicast. Queries sent to DNS servers are performed over IPv6 and IPv4. Queries sent to WINS servers are performed over IPv4 even though they may return IPv6 addresses. To use a host name as an alias for an IPv6 address, you must ensure that the name is unique and that it resolves to the correct IPv6 address. For IPv6 name-to-address entries, the IPv6 address is written by using standard colon-hexadecimal format. For more information, see IPv6 Addresses. When using the getaddrinfo function, dual stack name resolution occurs. Domain names are resolved by sending DNS name queries to a configured DNS server. This is a computer that either stores domain name-to-IPv6 address mapping records or has records of other DNS servers. The DNS name resolution may yield both IPv4 and IPv6 addresses. The DNS server resolves the queried domain name to an IPv4 or IPv6 address and returns the results. When configured for DHCP, the DHCP server provides IPv4 addresses of DNS and WINS servers used for both A and AAAA searches. The DNS client in Windows CE .NET 4.1 and later also supports the processing of AAAA (quad-A) resource records. The Internet Protocol (TCP/IP)must be configured with the IPv4 address of a DNS server. The Host name is resolved to an address by a DNS, WINS, or Link Local Multicast Name Resolution (LLMNR) resolver
IPV6 is less vulnerable to DNS Spoofing IPv4 addresses use 32 bit or 4 bytes for addressing IPv6 addresses use eight bit segments.
i was messing with my router settings because my xbox live wouldn't connect. on my ipv6 menu there was like 6 choices. ---automatically obtain ip address ---use the following ipv6 address -subnet prefix length -default gateway -obtain dns server automtaically -use the following dns server addresses -preferred dns server -alternate dns server before i messed with it, it had manual settings and it had ip's. but i changed the choice to automatically obtain ipv6 address and the dns server. so it got rid of those numbers that were originally there. and i don't remember those numbers. how do i get the original numbers back? because im trying to hook up to xbox live and now it wont connect at all. so i have a feeling its because i messed with the ipv6 settings. so what do i do???????
A AAAA DNS record is a type of DNS record that maps a domain name to an IPv6 address. Unlike an A record, which points to an IPv4 address, a AAAA record allows for the use of the newer IPv6 protocol, accommodating a larger address space. This is increasingly important as the number of devices connected to the internet continues to grow and IPv4 addresses become scarce. AAAA records are essential for ensuring that users can reach websites and services that are hosted on servers using IPv6.
It reads the protocol/bit stream/header
To verify TCP IPv6 protocols, you can ping the loopback address, which is ::1. This address is used to test the local network stack of the device itself. Additionally, you can ping a well-known IPv6 address, such as 2001:4860:4860::8888, which is a Google Public DNS server, to check connectivity over IPv6.