The NI GPIB-1014DP is a double-height VMEbus interface card that bridges GPIB-enabled instruments with VMEbus systems. It translates signals between these two distinct bus architectures, enabling instrument control, data acquisition, and automated testing. The card implements full GPIB controller functions—including talker/listener, serial and parallel poll, and service request—while conforming to IEEE 488.1 and IEEE 1014 VMEbus standards.
Technical Specifications
Interfaces & Connectors
• Two independent, full-function GPIB ports with NEC µPD7210 TLC chips
• Standard IEEE 488 24-pin connectors for GPIB signal routing
• VMEbus P1 and P2 connectors (IEEE 1014)
• GPIB signals routable to front panel or P2 connector
Data Transfer Performance
• IEEE 488 transfer rate: More than 80 kbytes/s
• DMA transfers exceed 500 kbytes/s with full 24-bit addressing
• Programmable address modifier code for unlimited data block transfers
• Cycle steal or cycle steal with hold; programmable release-on-request
Power & Physical
• Power supply: +5 VDC
• Current (typical): 1.1 A; (maximum): 2.0 A
• Double-height board: 6.3 by 9.2 inches (16.0 by 23.4 cm)
• Operating temperature: 0° to 70° C
– Key Features
• Full GPIB controller implementation with extended talker/listener modes
• DMA-capable for high-speed block transfers exceeding 500 kbytes/s
• Dual independent GPIB ports for simultaneous instrument communication
• VMEbus address modifier support with 24-bit addressing
• Ejector handles on select models for tool-free card removal
– Typical Applications
Automated test systems, instrument control networks, multi-device data acquisition, and legacy VMEbus system integration with modern GPIB instrumentation.
– Compatibility & Integration
IEEE 488.1 and IEEE 1014 VMEbus compliant. Software support includes NI-488M (SunOS 4.1.2 and higher on Themis Sparc 2LC systems) and ESP-488 driver software. GPIB Analyzer software compatible with supported National Instruments GPIB interfaces.
