Description
The VXI-PCI8340 MXI-3 VXIbus Interface Kit for PCI, with part number 778300-01, is a product of National Instruments that ensures compliance with VXI Plug&Play standards. Utilizing MXI-3 technology, the kit provides Slot 0 capability, allowing it to function as a system resource manager within a VXIbus system.
Equipped with copper cabling by default, the interface kit also offers a fiber-optic variant for extended connectivity, supporting maximum link distances up to 200 meters with fiber-optic cabling, in contrast to the standard 10 meters achievable with copper cabling.
Included in the package are critical components such as a PCI MXI-3 interface card, a VXI Slot 0 module, and an MXI-3 cable. To aid in system operation and maintenance, National Instruments provides software tools designed for effective debugging and troubleshooting.
The interface kit is adept at handling multi-chassis environments, simplifying the management of complex systems. Although the VXI-PCI8340 has been declared obsolete by National Instruments, it remains available for purchase and repair through Apex Waves, ensuring continued support for existing systems.
| Specification | Detail |
|---|---|
| Manufacturer | National Instruments |
| Part Number | 778300-01 |
| Product Name | VXI-PCI8340 MXI-3 VXIbus Interface Kit for PCI |
| Compliance | VXI Plug&Play |
| Technology | MXI-3 |
| Slot 0 Capability | Yes (Can act as system resource manager) |
| Cabling Type | Copper (Fiber-optic option available) |
| Maximum Link Distance | 200 meters with fiber-optic cabling (10 meters with copper cabling) |
| Components Included | PCI MXI-3 interface card, VXI Slot 0 module, MXI-3 cable |
| Software Tools | Tools for debugging and troubleshooting |
| Multi-chassis Environment | Supported |
| Obsolete Status | Announced by National Instruments, available at Apex Waves |
Question 1: What is the maximum link distance that can be achieved using the fiber-optic variant of the VXI-PCI8340 MXI-3 VXIbus Interface Kit, as opposed to the 10-meter range of the copper cabling?
Answer 1: The fiber-optic variant of the VXI-PCI8340 MXI-3 VXIbus Interface Kit can achieve a maximum link distance of up to 200 meters.
Question 2: How does the VXI-PCI8340 MXI-3 VXIbus Interface Kit for PCI facilitate the management of multi-chassis environments in VXIbus systems?
Answer 2: The fiber-optic variant of the VXI-PCI8340 MXI-3 VXIbus Interface Kit for PCI supports a maximum link distance of up to 200 meters, and continued support for this obsolete National Instruments product is provided by Apex Waves.
Question 3: What are the features and support options for the obsolete VXI-PCI8340 MXI-3 VXIbus Interface Kit with part number 778300-01, and where can it still be purchased and repaired?
Answer 3: The obsolete VXI-PCI8340 MXI-3 VXIbus Interface Kit with part number 778300-01, produced by National Instruments, features VXI Plug & Play compliance, MXI-3 technology for Slot 0 capability, standard copper cabling with an option for fiber-optic expansion up to 200 meters, and includes a PCI MXI-3 interface card, a VXI Slot 0 module, and an MXI-3 cable, complemented by software tools
Question 4: What is the maximum link distance supported by the fiber-optic variant of the VXI-PCI8340 MXI-3 VXIbus Interface Kit for PCI, and who provides continued support for this obsolete National Instruments product?
Answer 4: The National Instruments VXI-PCI8340 MXI-3 VXIbus Interface Kit provides Slot 0 capability, allowing it to act as a system resource manager for a VXIbus system, and its fiber-optic variant enhances connectivity by supporting maximum link distances of up to 200 meters, significantly longer than the 10 meters achievable with the standard copper cabling.
Question 5: What capabilities does the National Instruments VXI-PCI8340 MXI-3 VXIbus Interface Kit provide for managing a VXIbus system, and how does its fiber-optic variant enhance connectivity compared to the standard copper cabling?
Answer 5: The VXI-PCI8340 MXI-3 VXIbus Interface Kit for PCI facilitates the management of multi-chassis environments in VXIbus systems by providing Slot 0 capability, which allows it to function as a system resource manager, and by utilizing MXI-3 technology to ensure efficient communication and coordination between different chassis.
