The Ethernet is a complex system of information transmission that connects two or more computers with wired or radio frequency linkages. Ethernet utilizes a packet system of information, with the most common being Ethernet II. The Ethernet II packet contains a destination address, a source address, and a 2 octect type. Accompanying terms include the Data Link Control address (DLC), the Media Access Control address (MAC), and a hardware address. A packet also may be referred to as a frame. Processing the packets by reading the data correctly is the job of the Ethernet's circuitry. Minus blockages, viruses, or overcrowding, the packets (frames) can be quickly read and translated. To study and fully understand how the process works, it is helpful to know something of electronics or to learn more about the Ethernet and some of its ramifications. Packet information works better with packet switching than with circuit switching. Peer to peer Ethernet provides an affordable way to deliver packet data transmissions. This makes sense for the many businesses that are moving their operations to the Web, along with multiple other users of this exciting cyberspace adventure. As the Internet continues to evolve with ever-increasing types of technology and hardware support, it will be incumbent on users to learn the protocols and distinguish between programs that ship information to destinations around the world. Everyone should read up on the basic principles of Internet operation. Better yet, it might be more helpful to take a class or two, since many of us use the Internet on a daily basis to get our work done or while caring for a family. Technical information about Internet operations abound, so it is just a matter of time until more and more people take advantage of available sources to learn all they can about this amazing technology.