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GPIB – In the late ’60s seeing the need for something better, Hewlett Packard developed the HP-IB computer bus (Hewlett Packard Interface Bus). For instrumentation purposes it is limited as well by the fact that a given RS-232 link is single-ended, that is one RS-232 port would be required for each instrument to be communicated with. For a while, it became the most popular standard for sending data computer to computer or between instruments and computers, especially over phone lines with the use of a modem to couple the signal long-distance over existing phone lines.īy current standards, RS-232 is limited by the low transmission speeds, large connectors, and relatively large voltage swings required. Connecting computers to other computers or remote instrument communication with a minimum number of wires was the primary use.
#Gigaware usb to ethernet speed is 5mbs serial
RS-232 – originating back in the early ’60s, RS-232 was developed as a standard for serial digital communication. Selecting the right computer bus for your test equipment is a little bit of a moving target but fortunately is moved fairly slowly and moving in the direction of better. Which Bus is Best for Instrument Control?
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Published on Controlling Instruments with GPIB, Ethernet, USB…or What is Next?