Enter up to 40 Domains (Each Domain must be on separate line)
A search engine's algorithm evaluates a website's backlinks, content quality, site performance, and domain's IP address location to determine how to make it better. To do business, many small agencies and hosting firms host one or more sites on the servers particularly shared hosting. Because the server hosts many websites, if one domain is banned, it has an adverse impact on other domains.
Different Class C IP addresses are used when hosting a website to indicate the location of the hosting. Several Class C IP addresses are assigned to different hosting facilities all around the world. A user will be guaranteed a Class C IP Address for any website they build that is hosted by one of these data centers.
Therefore, you can determine how many sites are being hosted on the server using the Class C IP checker. The user may then utilize this tool to carefully determine which websites are blocked. Make sure the IP address is not blocked if you want to rank well on Google or get VPS hosting with a dedicated IP address.
The Class C IP address is made up of 4 distinct blocks, such as in the following example: 123.789.456.1
A class C IP network is a 32-bit network system, therefore the first 3 bits of the IPV4 protocol for class C IP, or 110, make a maximum of 2,097,152 networks and 254 hosts conceivable. Currently, 255.255.255.x is the default subnet mask for Class C IP addresses.
11000000 - 11011111 192 - 223
There are a total of 2097152 Network addresses in a Class C IP address, or (2 21).
There are ((28)-2) = 254 host addresses altogether in a Class C IP address.
The tools are designed with the most effective algorithm to determine if the same class C IP address is hosting one domain or many. If you just have a few domains—say, two—it is quite simple to get the class C IP for those domains by typing the URL in the text field and clicking the submit button. However, you can quickly determine whether or not 40 domains share the same IP address.
Many website owners use shared hosting, which is used by a large number of other websites with the same class C IP address. The Class C IP checker looks for duplicate IP addresses and determines if they hosted several domains on the same hosting.
An IP address, also known as an Internet protocol address, is a number that designates a specific address inside a network. It is a basic protocol that is used for communication across internet networks. The communication is turned into a sequence of packets that are addressed, routed, and received by network devices.
IPV4 and IPV6 are the two main kinds of IP address protocols.
A 32-bit IPV4 address may include up to 4,294,967,296 (232) different IP addresses. However, IPV6 addresses are 128 bits long, allowing for a maximum IP address of 3.4*1038 (2128). We are aware that an IP address is first produced in binary format but is then converted to decimal (for IPV4) and hexadecimal (for IPV6) in order to make it easier for people to comprehend.
In 1988, the Internet Engineering Task Force (IETF), which is still active today, developed the IPV6 address. With a worldwide increase in address space available of over 2128 as a result, this altered the world. More adjustments were made to enhance IP packet efficiency, routing, and network security.
Depending on the network of choice, the hierarchy of internet protocol has classes of IP addresses that are used for different host needs. However, the first bit of an IP address contains all five of the classes that make up the IPV4 address protocol.
Class A - The first byte of a Class A IP address is set to 0. It has a range of 1 to 127, corresponding to IP addresses beginning from 1.x.x.x to 126.x.x.x, however, 127.x.x.x is only used for look-back IP addresses. With around 126 networks ((27-2) and 16777214 hosts ((224)-2) at the moment, the default subnet mask for Class A is 255.0.0.0.
Class B - The first two bits of a Class B IP address are set to 0. From 128.0.x.x to 191.255.x.x is its range. With more than 16384 (214) network addresses and 65534 ((216)-2) hosts, the current default subnet mask for class B is 255.255.x.x.
Class C - We have previously covered this in great depth on this page.
Class D - The first four bits of the octet of a Class D IP address are set to 1110 bytes. From 224.0.0 to 184.108.40.206 is its range. The Class D IP Address is allocated for multicasting and, as far as we are aware, lacks a subnet mask. It is not necessary to take the host address out of it.
Class E - At the moment, R&D projects and other experimental uses are only allowed to use Class E IP addresses. From 240.0.0.0 through 255.255.255.254 is its range. There is no subnet mask, not even for this Class.
Use our free website hosting checker tool to view the service provider if you want to verify the website hosting company.
Because other websites using the same IP address are banned by search engines owing to copyright issues, it will have an effect on SEO results if the websites share an IP address. It will be preferable to have a dedicated IP for your hosting than shared hosting. The tool will assist in detecting these types of domains, and we will advise you to switch to VPS or Dedicated hosting that does not share an IP address.
Simply input the domain name of the websites you wish to determine the Class C IP Address for to utilize the tool. Up to 40 domain URLs may be entered, followed by the captcha code and the submit button. A list of all the domains' Class C IP addresses is available.
Without the aid of a third-party server, the program obtains all the necessary data while running in the background.
This tool's goal is to determine if many shared hosting domains are using the same class C IP address. It can also assist identify class C block duplicate IP addresses. Simply copy the URL and paste it into the text box to see whether the class C IP address is shared by other sites.
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