In response to the fourth industrial revolution, NI offers a new version of cRIO / myRIO

The fourth industrial revolution wave started by the Internet of Things is gradually expanding, driving the emergence of demand for signal acquisition and control applications in embedded systems. Therefore, National Instruments (NI) has launched a programmable automatic controller CompactRIO (OpenR) cRIO), and the more accessible myRIO solution, assisting the industry to accelerate the development of a new generation of embedded systems.

Focusing on RIO's more important role in CPS, in addition to setting RIO as the main axis of the 2013 NI Week exhibition, American National Instruments also aimed at launching cRIO-9068, which is a major transformation of the core processor and real-time operating system architecture in the industry and academia. And myRIO to cater to the requirements of CPS for a more open platform and faster processing efficiency.

In early August, the temperature in Austin, Texas (AusTIn) soared to 39 ° C, which was extremely hot and unbearable. In the Austin Convention Center (AusTIn ConvenTIon Center) on Cesar Chavez Street, National Instruments (NI) is holding a grand annual four-day event, the 19th NI Week attracted more than 4,000 manufacturers and scholars from different fields from all over the world to gather and see the company's latest products and technologies released in 2013.

Industrial revolution starts NI GSD program preparations

Since American National Instruments has observed that Cyber-Physical System (CPS) has become impractical, the role of Reconfigurable I / O (RIO), which is responsible for computing for signal analysis in the future, will become even more important. Therefore, this year's NIWeek also specially selected RIO as the main axis of the exhibition. On the first day of the opening and the academic forum, they released the latest programmable automatic controller CompactRIO series developed using the RIO architecture--9068 ) And myRIO, a brand new product aimed at the teaching market, are poised to grab the CPS market.

James Truchard, founder and CEO of National Instruments

Figure 1 James Truchard, founder and CEO of National Instruments, said that software-defined hardware platform design will be the general trend, and the company's product strategy is also developing in this direction.

James Truchard, founder and CEO of American National Instruments (Figure 1), said in the forum on the first day of the opening that the industry is undergoing the fourth industrial revolution, and the information physics fusion system will be the general trend (Figure 2). The system is a system architecture composed of computing, communication and control (Figure 3), which will greatly change industries such as transportation, healthcare, energy, manufacturing and agriculture.

Truchard further pointed out that ubiquitous computing and real-time systems will become the center of the fourth industrial revolution, and American National Instruments already has the technology to really help redefine the operation of the industry.

In fact, the technology that Truchard refers to is the graphical system design (GSD) centered on LabVIEW software under the American national instrument. The development trend of this product coincides with CPS, that is, it is more open. And the evolution of the platform with faster processing speed. Therefore, Truchard believes that the company's GSD will be able to assist the customer base in building a complete and complete CPS.

Figure 2 The evolution of the industrial revolution

Figure 2 The evolution of the industrial revolution

Figure 3 CPS system architecture diagram

Figure 3 CPS system architecture diagram

The GSD of American National Instruments includes CompactDAQ, PXI modular instruments, CompactRIO and LabVIEW graphical interface software. In CPS, it has its own functions in capturing external huge data, analyzing, and presenting results. In addition to launching a new generation of CompactDAQ-cDAQ-9188XT and LabVIEW 2013, NIWeek also launched a new generation of cRIO-9068 in response to CPS's requirements for faster data processing speed and a more open platform; meanwhile, it has published an unprecedented response for the academic market. Epoch-making product myRIO.

RTOS / processor refurbished NI new version CompactRIO appeared

American National Instruments released a new generation of CompactRIO series cRIO-9068 at NI Week this year, whether it is a real-time operating system (RTOS) or a core processor. Real-time operating system; the core processor is replaced by the Intel x86 core processor with the Xilinx system single chip (SoC) Zynq-7020.

Eric Starkloff, senior vice president, marketing, National Instruments

Figure 4 Eric Starkloff, senior vice president of marketing for National Instruments, pointed out that cRIO-9068 uses the most advanced open system design and will target the control and monitoring system market.

Eric Starkloff (Figure 4), senior vice president of marketing at National Instruments, said that compared to VxWorks, which is a closed architecture, the Linux real-time operating system is an open architecture that allows many relevant companies to develop a variety of peripheral functions Such as drivers, etc., so provide more rich development resources to use manufacturers. Therefore, American National Instruments changed the next-generation CompactRIO architecture and introduced it into the Linux real-time operating system.

Starkloff further pointed out that focusing on the wide use of C / C ++ computer programming languages, the company has built-in Linux real-time operating system in cRIO-9068 to support the industry ’s widely used cross-platform open source integrated development environment Eclipse This has been adopted by more C / C ++ application development engineers to expand the market penetration of cRIO-9068.

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