TCP/IP and Subnet Masking
In this assignment, we were to view the TCP/IP and Subnet Masking tutorial. It focused on the components and concepts in a Transmission Control Program/Internet Program (TCP/IP) Network and how it works. Below are the assignment questions that we had to answer.
Eli the Computer Guy's TCP/IP and Subnet Masking
- What is TCP/IP version 6?
TCP/IP version 6 is the newest version of TCP/IP. It was created to eventually replace IPv4. - What version of TCP/IP will we focus on?
We will focus on IPv4 because that is still the most used protocol. - What does it mean when we say that TCP/Ip is actually a protocol suite?
We say that TCP/IP is a protocol suite because it is made up of both TCP and IP protocols. - What is a routable protocol?
A routable protocol is a protocol that contains the network and device address and allows packets to be forwarded from one network to another. - In TCP/IP what is windowing?
Windowing is used by TCP as a method of controlling the flow of packets between two computers or network hosts. - How many bits does an IPv4 address have?
An IP v4 address has 32-bits. - In TCP/IP, what is the default gateway?
The router for the subnetwork that you are on. It allows you to connect to computers outside of your subnet. - What does a Domain Name Service do?
Domain Name Service maps domain names to IP addresses. It allows us to use names instead of IP addresses to connect to a site or device. - What is Network Address Translation (NAT)?
Network Address Translation assigns a public address to a computer within a private network and limits the number of public IP addresses that are used by a particular entity. - In a TCP/Ip address, what is an octet?
An octet is made up of 8 bits. - What is the purpose of a subnet mask?
The purpose of a subnet mask is to identify which part of an IP address is part of the network identifier and which part is the device identifier. - What would the subnet mask be if you wanted to use 8 bits for the network address and 8 bits for subnets?
255.255.0.0 - When was the last time that class full addressing was commonly used?
The last time that class full addressing was commonly used was in 1993. - What replaced class full addressing?
Classless inter-domain routing (CIDR) replaced full addressing.