The IEEE 488 bus system, also known as GPIB (General Purpose Interface Bus), is a standard interface for connecting and controlling multiple electronic instruments, such as oscilloscopes, multimeters, and signal generators, in a laboratory environment. Developed in the late 1960s, it allows for communication between devices through a parallel bus with up to 15 connected devices. The protocol supports high-speed data transfer and is widely used in test and measurement applications. Its versatility and reliability have made it a lasting choice for instrument control despite the emergence of newer interfaces.
E. R. Fisher has written: 'PET and the IEEE 488 Bus (GPIB)' -- subject(s): Computer interfaces, IEEE-488 (Computer bus), PET (Computer)
The Physical topology of ieee 802.5 is a bus.
IEEE 1394
In computers, the bus is the subsystem that transfers data between internal parts of the computer, or from internal parts of the computer to external parts, or between two computers. External bus can be parallel (ATA (and all of its derivations), IEEE-488, SCSI) or serial (USB, FireWire, etc.).
Ivan J Brower has written: 'LASL/EG&G general purpose IEEE-488 bus device driver' -- subject(s): Computer input-output equipment, Computer interfaces, Computer programs
IEEE 802.3 is the standard for Ethernet LAN. It is a collection of IEEE standards for physical layer and Data link layer's MAC sublayer. According to these standards, the Ethernet LAN card works. IEEE 802.4 is a Token Bus standard which was standardised by IEEE. It grants the Bus physical topology to use token messages to access physical layer.
IEEE 802.4 token bus
How does Token Bus (IEEE 802.4) enforce discipline on a logical ring topology? ----
The IEEE 1394 interface was largely developed by Apple and is marketed by them as FireWire.
front side Bus...(FSB) or System Bus
System bus, memory bus, front side bus (FSB), host bus, local bus, or external bus.
System bus, memory bus, front side bus (FSB), host bus, local bus, or external bus.