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Find the IEEE-488 connector orientation style that you need | L-com Reverse entry adaptors solve cable extension problems in the field | Connector Stacking vs....See more » Find the IEEE-488 connector orientation style that you need | L-com Reverse entry adaptors solve cable extension problems in the field | Connector Stacking vs. Using a Bus Strip | What does GPIB stand for? | What is IEEE-488? | Why is GPIB so popular in instrumentation and data applications? | What types of functions can GPIB devices perform? | What are the critical cable properties required for IEEE-488? | What connector type is used for IEEE-488? | What kind of hardware do IEEE-488 connectors use? | What is the maximum number of connectors recommended for stacking? | What is the maximum of devices allowed on a GPIB bus? | What is the maximum data rate on a GPIB bus? | What is the maximum length allowed for a GPIB bus? | What do the abbreviations IEEE and GPIB stand for? | How are the IEEE-488/GPIB cable assembly connectors terminated? | When would I use an in line GPIB cable assembly? | I’ve used the reverse entry cable assembly offered in the molded product line but now I need the extra shielding offered in the premium and deluxe product lines. Does L-com offer the reverse entry cable assembly for either of these lines? | What function does a reverse entry adaptor perform? | What function does an extender perform?See less »