NB-GPIB-TNT

Description

The National Instruments NB-GPIB/TNT IEEE 488 Interface Board is a specialized solution designed by National Instruments for Macintosh NuBus Computers, providing essential functions such as control, talking, and listening. It is equipped with a TNT4882C main chip, enabling impressive data transfer rates of up to 1.3 MB/sec under standard conditions and further acceleration up to 2.3 MB/sec when utilizing the HS488 high-speed protocol, supported by a 3-wire handshake protocol.

This interface board is distinguished by its FCC Class A EMI certification, ensuring compliance with electromagnetic interference standards. It shares similarities with the NB-GPIB-P/TNT model, which incorporates both NAT4882 and Turbo488 ASIC chips—the latter boosts the transfer speed up to 850 kB/sec. Additionally, the board supports DMA transfers, facilitated by an RTSI connector, and can manage connections with up to 14 devices simultaneously. The required driver software for optimal functioning is NI-488.2, tailored for the Macintosh operating system.

Question 1: What are the principal differences and connections supported by the National Instruments NB-GPIB/TNT IEEE 488 Interface Board in comparison to the NB-GPIB-P/TNT model, and what are the specific functions it provides for Macintosh NuBus Computers?
Answer 1: The National Instruments NB-GPIB/TNT IEEE 488 Interface Board achieves data transfer rates higher than the standard 1.3 MB/sec by utilizing the HS488 high-speed protocol, which allows it to reach speeds up to 2.3 MB/sec.

Question 2: How does the National Instruments NB-GPIB/TNT IEEE 488 Interface Board achieve data transfer rates higher than the standard 1.3 MB/sec, and what specific protocol does it employ to reach speeds up to 2.3 MB/sec?
Answer 2: The National Instruments NB-GPIB/TNT IEEE 488 Interface Board stands out when used with Macintosh NuBus Computers due to its impressive data transfer rates of up to 1.3 MB/sec, which can be further accelerated to 2.3 MB/sec with the HS488 protocol, its compliance with electromagnetic interference standards as evidenced by its FCC Class A EMI certification, and its ability to manage connections with up to 14 devices simultaneously.

Question 3: What are the data transfer capabilities and unique features of the National Instruments NB-GPIB/TNT IEEE 488 Interface Board designed for Macintosh NuBus Computers?
Answer 3: The principal differences between the National Instruments NB-GPIB/TNT IEEE 488 Interface Board and the NB-GPIB-P/TNT model lie in their chipset configurations and data transfer rates: the NB-GPIB/TNT utilizes a TNT4882C chip and supports data transfer rates of up to 2.3 MB/sec with the HS488 protocol, compared to the NB-GPIB-P/TNT’s incorporation of both NAT4882 and Turbo488 chips, with a maximum transfer rate of

Question 4: What features distinguish the National Instruments NB-GPIB/TNT IEEE 488 Interface Board when used with Macintosh NuBus Computers, particularly regarding its data transfer rates, compliance standards, and device connection capabilities?
Answer 4: The National Instruments NB-GPIB/TNT IEEE 488 Interface Board is equipped with a TNT4882C main chip, offering standard data transfer rates of up to 1.3 MB/sec and can further accelerate to 2.3 MB/sec using the HS488 high-speed protocol, while ensuring compliance with EMI standards through its FCC Class A EMI certification.

Question 5: What are the data transfer speeds and main chip specifications of the National Instruments NB-GPIB/TNT IEEE 488 Interface Board, and how does it ensure compliance with EMI standards?
Answer 5: The National Instruments NB-GPIB/TNT IEEE 488 Interface Board for Macintosh NuBus Computers offers data transfer rates of up to 1.3 MB/sec, which can increase to 2.3 MB/sec with the HS488 protocol, and features a TNT4882C main chip, 3-wire handshake protocol, FCC Class A EMI certification, RTSI connector for DMA transfers, and can connect to up to 14 devices simultaneously, requiring NI-488.2 driver software