Enter up to 40 Domains (Each Domain must be on separate line)
Each device connected to other internet devices is given a specific IP address. Every node on the network is given a unique address in order for systems to locate one another on distributed networks , including the Internet.
This address is commonly referred to as 'IP address' or 'IP.' The IP address is a 32-bit binary address consisting of two sub-addresses which identify the network and the network host. The IP address consists of four sets of numbers ranging from 0 to 255 in decimal form separated by a (.) For eg: a valid IP address is 18.104.22.168.
There are five major classes of IP addresses which are as listed below:
Class A, Class B, Class C, Class D and Class E are those.
The first bit of a class A, the address is set to 0 by default. It leaves just seven bits for the address's Network portion. Class A addresses differ from 0.0.0.0 – 127.0.0.0.0. This means there can only be 128 numbers in the network.
The first bit of an address in class B is always set to 1 and the second bit to 0. This means we can assign class B addresses to 16,384 networks. The numbers vary from 22.214.171.124-126.96.36.199.
Class C addresses are set to 1 for their first two bits, and 0 for the third. This means this class of address can be allocated to 2,097,152 networks. The numbers vary from 192.0.0.0-188.8.131.52.
The first three bits of Class D addresses are set to 1, and the fourth bit is set to 0 In multicasting programs, the Class D addresses are used. The numbers span from 184.108.40.206 – 220.127.116.11 and are reserved for groups with multicast.
Class E addresses are reserved for testing and analyzing, and were never used in any standard form.
Class A and B are assigned to entities of large and medium scale. Class C is the most common address class allocated to small businesses, and is the most commonly used IP address. Small and medium-sized internet service providers buy a pool of Class C IP addresses that are assigned to their clients.
Internet Service Providers provide their customers with dynamic or shared IP addresses. The explanation for this is they are affordable, and more prominent because they're shared. Second, users assigned IP addresses aren't using them everyday. And when a user signs of or when there is no traffic to a website, they assign their IP addresses to other users and websites.
The benefits of Class C dynamic IP addresses are that they are affordable and more achievable for websites and users who are not very heavy Internet users. When you have five people sharing a WiFi in your house, a dynamic address will be allocated to you, and if you don't use the internet, your address will be allocated to another person who just logs in. If you use the internet again, a new IP address would be assigned to you. This IP address will be assigned to your Internet service provider from the available pool of Class C IP addresses purchased.
When dynamic class C IP addresses are spread throughout many nodes, the risks associated with these are present. When your website has a complex or dynamic IP address of the C class, it may impact the ranking of your website on search engines and may waste your SEO efforts. When a website shares the same IP address as yours is blacklisted, your website can be blacklisted too.
If a search engine blacklists a website, it happens. It does not merely blacklist a website by its domain name as well as by its IP address. Search engines do so by their IP address when they visit a website, because the domain 's unique identifier is the IP address.
Internet service providers anticipate this risk and reassign new IP addresses to other websites sharing the same dynamic class C IP address if a website is blacklisted.
Internet service providers deploy firewalls and other software and hardware that are required to ensure their hosting service provider networks stay 'secure' and unaffected by malicious attacks. As hackers and other malicious individuals are actively engaged in attempting to break in and harm websites, internet service providers are forced to take steps to protect their networks and hosting services.
When you've just purchased a website hosting service, you'll be curious to find out which websites share the same C-class IP address. Since this type of IP address is most likely assigned to your website, and the address is shared with other websites as well.
1. Go to the C Class IP Checker Tool
2. Enter up to 40 Domains on the space provided, where in each domain has to be on a separate line.
3. Once done, click on the yellow Submit button. 4. The C CLASS IP CHECKER TOOL will run the test and display the respective results.
The results from this C class IP Checker Tool will display the host names that you had entered The IP address, Class C, and the status will be displayed against each host name.
The results will show you the hosts who share the same C-class IP address and if the status is 'true' then all is okay. This C Class IP Checker tool is useful for knowing which other web pages use the same IP address.
Use this handy C Class IP Checker Tool from CYFER SEO Tools to run a class C IP address check anytime.