Description
The National Instruments VME-MXI VMEbus Board, with part number 180960-01, is an interface board designed to translate bus cycles between VMEbus and MXIbus, ensuring seamless integration within compatible mainframes.
This 6U form factor board is equipped with a single slot and offers address mapping capabilities. It supports an optional Interrupt and Timing Extension (INTX) daughter card, enhancing its functionality.
Moreover, the board is compatible with VXIbus specification Revision 1.4 and features four address windows for A32, A16, A24, and VXIbus/MXIbus configuration space.
Although its obsolete status has been announced, the VME-MXI remains available for purchase and repairs through Apex Waves.
| Specification | Details |
|---|---|
| Manufacturer | National Instruments |
| Product Name | VME-MXI VMEbus Board |
| Part Number | 180960-01 |
| Bus Interface | MXI |
| Form Factor | 6U |
| Compatible Mainframes | VMEbus, VXIbus |
| Number of Slots | 1 |
| Address Mapping | Translates bus cycles between VMEbus and MXIbus |
| Optional Card | Interrupt and Timing Extension (INTX) daughter card |
| VXIbus Specification Compatibility | Revision 1.4 |
| Address Windows | A32, A16, A24, and VXIbus/MXIbus configuration space |
| Obsolete Status | Announced but still available for purchase and repairs by Apex Waves |
Question 1: What functionalities does the National Instruments VME-MXI VMEbus Board offer for seamless integration within compatible mainframes, and how does the optional INTX daughter card enhance its capabilities?
Answer 1: The National Instruments VME-MXI VMEbus Board offers address mapping capabilities with four address windows for A32, A16, A24, and VXIbus/MXIbus configuration space, and it can be enhanced with an optional Interrupt and Timing Extension (INTX) daughter card for additional functionality.
Question 2: What are the features of the National Instruments VME-MXI VMEbus Board with part number 180960-01, and how does it support integration with compatible mainframes?
Answer 2: The National Instruments VME-MXI VMEbus Board offers functionalities such as translating bus cycles between VMEbus and MXIbus and providing address mapping capabilities across four address windows for A32, A16, A24, and VXIbus/MXIbus configuration space, ensuring seamless integration with compatible mainframes. The optional Interrupt and Timing Extension (INTX) daughter card enhances its capabilities by adding support for interrupts and timing functions, thus expanding the board’s utility in complex system configurations.
Question 3: What are the capabilities and compatibility features of the National Instruments VME-MXI VMEbus Board with part number 180960-01, and is it still available for purchase despite its obsolete status?
Answer 3: The National Instruments VME-MXI VMEbus Board, part number 180960-01, is capable of translating bus cycles between VMEbus and MXIbus with address mapping capabilities, supports an optional Interrupt and Timing Extension (INTX) daughter card, is compatible with VXIbus specification Revision 1.4, and features four address windows for various bus configurations; despite its obsolete status, it remains available for purchase and repairs through Apex Waves.
Question 4: What capabilities does the National Instruments VME-MXI VMEbus Board offer in terms of address mapping and optional functionality enhancements?
Answer 4: Yes, the National Instruments VME-MXI VMEbus Board supports an optional Interrupt and Timing Extension (INTX) daughter card to enhance its functionality.
Question 5: Does the National Instruments VME-MXI VMEbus Board support the optional Interrupt and Timing Extension (INTX) daughter card to enhance its functionality?
Answer 5: The National Instruments VME-MXI VMEbus Board, part number 180960-01, features the ability to translate bus cycles between VMEbus and MXIbus for integration with compatible mainframes, a 6U form factor with a single slot, address mapping capabilities, compatibility with VXIbus specification Revision 1.4, and four address windows for A32, A16, A24, and VXIbus/MXIbus configuration space, as well as support for an optional
