- IP Address Lookup

The IP address location of is Christchurch 8011, Canterbury (CAN), New Zealand (NZ). is a public IP address that belongs to ASN 9790 which is under the control of CallPlus Services Limited. The prefix 101/8 ( was allocated to APNIC by the Internet Assigned Numbers Authority (IANA) in . IP Address Location

Here you will find the approximate IP geolocation for as reported by our IP Tracker along with additional information like ASN mapping, ISP, and the type of internet connection. Use the free IP Lookup tool to find the IP geolocation for any public IP address.

IP PTR / DNS Reverse Lookupdefault-rdns.vocus.co.nz
IP Address ASN9790 controlled by CallPlus Services Limited
IP ISP / OrganizationCallPlus Services Limited
IP Connection TypeCable/DSL [internet speed test]
IP Location ContinentOceania
IP Location CountryNew Zealand (NZ)
IP Location StateCanterbury (CAN)
IP Location CityChristchurch
IP Location Postcode8011
IP Location Latitude-43.5341 / 43°32′2″ S
IP Location Longitude172.6370 / 172°38′13″ E
IP Location TimezonePacific/Auckland
IP Location Local Time

IANA IPv4 Address Space Allocation for Subnet

The Internet Assigned Numbers Authority (IANA) is responsible for global IP address space allocation to Regional Internet Registries (RIRs). The available IPv4 address space is typically allocated to RIRs as /8 prefix blocks, and the RIRs delegate smaller blocks of their address pools to Local Internet Registries (LIRs) like Internet Service Providers and other organizations in their designated locations.

IPv4 Address Space Prefix101/8
Regional Internet Registry (RIR)APNIC
Allocation Date
WHOIS Serverwhois.apnic.net
RDAP Serverhttps://rdap.apnic.net/
Delegated entirely to specific RIR (Regional Internet Registry) as indicated. Reverse IP Lookup

Reverse IP address lookup is the process of mapping an IP address to its corresponding hostnames. Below you will find a list of hostnames that resolve to IP address

  • default-rdns.vocus.co.nz IP Address Representations

An IPv4 address is defined as a 32-bit number, and thus it can be written in any notation that is capable of representing a 32-bit integer value. If human-readability is a requirement, IPv4 addresses are most often expressed in quad-dotted decimal notation with 4 octets ranging from 0 to 255 each.
Note: You should avoid IP addresses with zero-padded decimal octets like or because they might impose an ambiguity with octal numbers.
Below you can find some ways to express an IPv4 address.

Decimal Notation1700966650
Hexadecimal Notation0x6562b0fa
Octal Notation014530530372
Binary Notation 1100101011000101011000011111010
Dotted-Decimal Notation101.98.176.250
Dotted-Hexadecimal Notation0x65.0x62.0xb0.0xfa
Dotted-Octal Notation0145.0142.0260.0372
Dotted-Binary Notation01100101.01100010.10110000.11111010

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