Electronic Design
1 CompactRIO Controllers use a 191 GHz Intel Atom quadcore E3845 processor and a Xilinx Kintex7 FPGA Image courtesy of National Instruments

1. CompactRIO Controllers use a 1.91 GHz, Intel Atom quad-core E3845 processor and a Xilinx Kintex-7 FPGA. (Image courtesy of National Instruments).

Wrapping Up NI Week 2015

National Instruments (NI) always saves its big announcements for NI Week and this year was no different, making it a very interesting show. LabVIEW 2015 took center stage along with a host of new hardware options including CompactRIO, FlexRIO, and CompactDAQ controllers.

The new CompactRIO Controllers (Fig. 1) are based on Intel's 1.91 GHz Atom quad-core E3845 processor along with Xilinx's Kintex-7 FPGA (see “Xilinx Unifies FPGA Line” on electronicdesign.com). CompactRIO now runs the 64-bit NI Linux Real-Time operating system. It can run LabVIEW applications as well as applications written in other languages to run on Linux.  The system has its own Embedded UI for local HMI support. The systems have on-board non-volatile storage as well as removable Secure Digital (SD) storage.

2. NI’s single-board RIO platforms move to the Xilinx Zynq system-on-a-chip (SoC). They run NI Linux Real-Time. (Image courtesy of NI).

The Single-board RIO (SBRIO) family (Fig. 2) is now based on Xilinx Zynq system-on-a-chip (see “FPGA Packs in Dual Cortex-A9 Micro” on electronicdesign.com). It runs NI Linux Real-Time. The SBRIO boards use the same RIO mezzanine card connector, allowing interchangeability. They have gigabit Ethernet connectivity as well as USB, RS-232 and CAN support.

3. FlexRIO Controller uses a Xilinx Kintex-7 FPGA. The controller provides a migration path from PXI as a deployable platform. (Image courtesy of NI).

FlexRIO Controller (Fig. 3) also uses the Xilinx Kintex-7 FPGA and runs LabVIEW applications. The controller provides a migration path from PXI as a deployable platform. The controller accepts a FlexRIO Adapter Module. NI has a large selection of modules from RF transceivers to ADCs/DACs and a Camera Link module. There are third-party modules and developers can design custom modules.

4. CompactDAQ 4- (right) and 8-slot (left) Controllers feature a 1.91 GHz, Intel Atom quad-core E3845 processor. (Image courtesy of NI).

NI has been known for its data acquisition tools, so it was no surpise to see the new 4- and 8-slot CompactDAQ controllers (Fig. 4) featuring a 1.91 GHz, Intel Atom quad-core E3845 processors. The controllers can run Windows Embedded 7 or NI Linux Real-Time. The systems include 32 Gbytes of nonvolatile storage as well as removable SD storage. They have two integrated USB ports, two Gigabit Ethernet ports, an RS232 serial port, a trigger input, and a user-configurable button input. They are ideal for smart data loggers and embedded monitoring applications. NI also released a 14-slot USB 3.0 CompactDAQ Chassis.

5. DIAdem 2015 includes new features like DIAdem VIEW with its Cascade display mode for showing waterfalls and calculating and displaying order lines. (Image courtesy of NI).

On the software side, NI released its DIAdem 2015 (Fig. 5) software and DataFinder Server Edition 2015 platform. These are designed to support NI's version of IoT support called “Big Analog Data.” This version of DIAdem is a 64-bit release that can load and analyze more data. DIAdem VIEW has a new display mode called Cascade that can display waterfalls and calculate and display order lines. The system has improved search capabilities to globally find specific data sets for analysis as well as additional data visualizations and analysis functions.

6. Firefly Equipment's ProSlab 155 harvester uses CompactRIO to monitor and provide remote control support. (Image courtesy of NI).

There was a host of products on display that used the platforms like CompactRIO and SBRIO. One of the larger ones was Firefly Equipment ProSlab 155 turf harvester (Fig. 6). It runs LabVIEW applications on CompactRIO controllers to monitor and provide remote control support. It is highly automated and is 20 percent more productive while using half the fuel of other slab machines. 

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