IP Stresser Networking Basics
A IP Stresser network is a group of computers, printers, and other devices that are connected together with cables. The sharing of data and resources. Information travels over the cables, allowing network users to exchange documents & data with each other, print to the same printers, and generally share any hardware or software that is connected to the network. Each computer, printer, or other peripheral device that is connect to the network is call a node. Networks can have tens, thousands, or even millions of nodes.
Cabling:
The two most popular types of network cabling are twist-pair (also know as 10BaseT) and thin coax (also known as 10Base2). 10BaseT cabling looks like ordinary telephone wire, except that it has 8 wires inside instead of 4. Thin coax looks like the copper coaxial cabling that’s often use to connect a VCR to a TV set.
Network Adapter:
A network computer is connect to the network cabling with a network interface card, (also called a “NIC”, “nick”, or network adapter). Some NICs are install inside of a computer: the PC is open up and a network card is plug directly into one of the computer’s internal expansion slots. 286, 386, and many 486 computers have 16-bit slots, so a 16-bit NIC is need. Faster computers, like high-speed 486s and Pentiums, , often have 32-bit, or PCI slots. These PCs require 32-bit NICs to achieve the fastest networking speeds possible for speed-critical applications like desktop video, multimedia, publishing, and databases. And if a computer is going to used with a Fast Ethernet network. It will need a network adapter that supports 100Mbps data speeds as well.
Hubs
The last piece of the networking puzzle is call a hub. A hub is a box that is use to gather groups of PCs together at a central location with 10BaseT cabling. If you’re networking a small group of computers together. You may be able to get by with a hub, some 10BaseT cables, and a handful of network adapters. Larger networks often use a thin coax “backbone” that connects a row of 10BaseT hubs together. Each hub, in turn, may connect a handful of computer together using 10BaseT cabling. Which allows you to build networks of tens, hundreds, or thousands of nodes.
