What is an A host record?
A Record. An A or Address record (also known as a host record) links a domain to the physical IP address of a computer hosting that domain's services. With Google Cloud services, you can add an A record to enable your "naked" domain address. To add and modify A records for your domain, see About A records.
An A record maps a domain to the physical IP address of the computer hosting that domain. Internet traffic uses the A record to find the computer hosting your domain's DNS settings. The value of an A record is always an IP address, and multiple A records can be configured for one domain name.
The A Record is a file. It contains the domain, the target IP address, the record type, a TTL (Time to Live) value which indicates how long changes made to the record can be expected to take effect, and a subdomain value.
The A record maps a name to one or more IP addresses when the IP are known and stable. The CNAME record maps a name to another name. It should only be used when there are no other records on that name. The ALIAS record maps a name to another name, but can coexist with other records on that name.
A records are ideal for pointing your domain (or subdomain) at a server that has a static IPV4 address. To point to an IPV6 address you would need to use an AAAA record. This type of record, along with the AAAA record, is the most common way to point your domain to a server where your website is hosted.
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So let's look at more details about each DNS record type.
- A record. The A record is the most important DNS record type. ...
- AAAA record. AAAA record, just like A record, point to the IP address for a domain. ...
- CNAME record. ...
- NS record. ...
- MX record.
What is a DNS record? DNS records (aka zone files) are instructions that live in authoritative DNS servers and provide information about a domain including what IP address is associated with that domain and how to handle requests for that domain.
- Log into the One.com control panel.
- Click DNS settings on the Advanced settings tile.
- Go to DNS records.
- Under create new record, click A.
- Enter the following details: - Hostname: leave it empty to point the domain, or enter a subdomain. ...
- Click Create record to save your settings.
Difference Between A and CNAME
An A Record maps a hostname to one or more IP addresses, while the CNAME record maps a hostname to another hostname.
maximum:13. A domain name can point to multiple IP addresses. You can have unlimited number of IP address or A records for your domain name or sub-domains.
Can you have multiple A records for same IP?
You can do a lot with A records, including using multiple A records for the same domain in order to provide redundancy and fallbacks. Additionally, multiple names could point to the same address, in which case each would have its own A record pointing to that same IP address. The DNS A record is specified by RFC 1035.
A record consists of general metadata about the dataset, a citation and other source information, and information about where to obtain the dataset. We define a dataset as a particular distribution or collection of data stemming from a single data collection, aggregation or synthesis effort.

A record type
You use an A record to route traffic to a resource, such as a web server, using an IPv4 address in dotted decimal notation. Example for the Amazon Route 53 console. 192.0.2.1. Example for the Route 53 API. <Value>192.0.2.1</Value>
A CNAME record cannot co-exist with another record for the same name. It's not possible to have both a CNAME and TXT record for www.example.com . A CNAME can point to another CNAME, although this configuration is generally not recommended for performance reasons.
Types of DNS records
An A Record, or AAAA record, is used to point a hostname at an IP address. This record type can be used to point your domain name at your web host or for creating subdomains that point directly to an IP address.
Setting Up an A Record for Your Server
If you are hosting your own server or have a cloud server, you will need an A record pointed at the server's IP address.
You can only use an A record when you want to point to an IPv4 address. An AAAA record is required if you wish to direct your domain to an IPv6 address. The DNS A record points a domain name like google.com to the IP address of itsDNS hosting server, in this case, “74.125.
The "A" stands for "address" and this is the most fundamental type of DNS record: it indicates the IP address of a given domain. For example, if you pull the DNS records of cloudflare.com, the A record currently returns an IP address of: 104.17. 210.9. A records only hold IPv4 addresses.
DNS servers store records. When a DNS query is sent by a device, that query gets a response from those records with the help of DNS servers and resolvers. There are eight records that you see again and again: A, AAAA, CNAME, PTR, NS, MX, SOA, and TXT.
Root nameservers are designated servers around the world that are responsible for storing DNS data and keeping the system working smoothly. Once the DNS record is found on the root nameserver, it's cached by your computer. 4.
What is the most common type of record in a DNS zone?
The most common DNS record types are: Address Mapping record (A Record)—also known as a DNS host record, stores a hostname and its corresponding IPv4 address. IP Version 6 Address record (AAAA Record)—stores a hostname and its corresponding IPv6 address.
These generally fall into two categories: policy records and operational records.
A Canonical Name or CNAME record is a type of DNS record that maps an alias name to a true or canonical domain name. CNAME records are typically used to map a subdomain such as www or mail to the domain hosting that subdomain's content.
DNS records are stored in authoritative servers. These records provide information about a domain, including its associated IP address for each domain. It is mandatory for all domains to have a specific set of default records.
Simply put, a vinyl record works by spinning on the record player, commonly known as a turntable. A stylus on the record player moves through the grooves imprinted on the disc and “reads” them. This reading generates an electric signal which is transferred to an amplifier.