What does IPX mean in COMPUTING
Internetwork Packet Exchange (IPX) is one of the oldest network protocols designed by Novell Networks and was the primary protocol used to transmit data between Novell NetWare servers from the late 1980s to early 2000s. It allowed for reliable, fast file sharing and message broadcasting. IPX was developed as a proprietary protocol so that it could easily be implemented in a NetWare environment without relying on standard Internet Protocols such as TCP/IP. Despite being superseded by more advanced technologies, IPX still remains in some legacy systems today.
IPX meaning in Computing in Computing
IPX mostly used in an acronym Computing in Category Computing that means Internetwork Packet Exchange
Shorthand: IPX,
Full Form: Internetwork Packet Exchange
For more information of "Internetwork Packet Exchange", see the section below.
What Is IPX?
IPX is an 84-bit packet-based protocol that provides all of the basic networking features necessary to send data from one computer to another through router or switch connections. In an IPX network, packets are sent using an addressing structure based on MAC addresses, which ensures efficient packet routing and transmission across multiple networks. The main advantage of using IPX over other protocols such as TCP/IP or AppleTalk is that it provides support for broadcast messages, which can be quickly routed throughout an entire network with ease. This makes it especially helpful for tasks like sending email or finding computers on a network.
Features Of IPX
In addition to broadcasting messages across a network, IPX also offers several features designed to improve its performance and usability:
- Connectionless protocol—Unlike other connection-oriented protocols like TCP/IP or AppleTalk, IPX does not establish permanent connections between two computers; instead, each packet is independently routed to its destination without having any prior knowledge about the route that will be taken.
- External routing support—Routing information can be exchanged between different networks without requiring manual configuration at both ends; this allows for better scalability when connecting multiple networks together (e.g., local area networks (LANs) and wide area networks (WANs).
- Fast throughput—Because of its lack of overhead associated with establishing connections, data can be sent quickly across an IPX network; this makes it optimal for applications where low latency is important (e.g., real-time gaming).
- Support for multiple types of media—Although originally designed to work with Ethernet networks, IPX can also operate on Token Ring, FDDI, WAN technologies like XNS Routings (Novell's own version of RIP), ATM cells and others as well.
Essential Questions and Answers on Internetwork Packet Exchange in "COMPUTING»COMPUTING"
Although newer technologies have slowly replaced it over time since its release in 1985, Internetwork Packet Exchange (IPX) remains a reliable network protocol used in many legacy systems today due largely in part due to its simplicity and versatility when working with different types of media. Its features make it ideal for sending messages quickly and efficiently across large networks while allowing for external routing support between different kinds of networks as well as broadcast messaging capabilities for tasks such as system discovery or email communication.