Product Overview

The​​NI SBRIO-9607​​is a highly advanced embedded reconfigurable I/O system that combines a real-time processor,user-reconfigurable FPGA,and modular I/O in a single compact platform.As part of National Instruments’renowned CompactRIO family,the​​SBRIO-9607​​delivers exceptional performance for demanding industrial control,monitoring,and data acquisition applications.This sophisticated controller features a powerful dual-core ARM Cortex-A9 processor running at 800 MHz,providing substantial computing power for complex control algorithms and data processing tasks while maintaining deterministic real-time performance through the NI Linux Real-Time operating system.

At the heart of the​​NI SBRIO-9607​​lies a Xilinx Artix-7 FPGA that offers 33,280 logic cells and 4,500 Kbits of block RAM,enabling users to implement custom timing,control,and signal processing algorithms with nanosecond precision.This FPGA technology allows for parallel processing and hardware-level customization that significantly outperforms traditional sequential processing architectures.The​​SBRIO-9607​​supports a wide range of C Series I/O modules,providing flexibility to interface with various sensors,actuators,and industrial networks.Its rugged design,capable of operating in temperatures from-40°C to 70°C and withstanding up to 50 g of shock resistance,makes the​​NI SBRIO-9607​​suitable for deployment in the most challenging industrial environments.

The integrated architecture of the​​NI SBRIO-9607​​simplifies system design by combining processing,connectivity,and I/O in a single platform,reducing development time and system complexity.With built-in peripherals including Ethernet,USB,serial ports,and SD card storage,the controller offers comprehensive connectivity options for both local and remote applications.The​​SBRIO-9607​​represents National Instruments’commitment to providing engineers with powerful,flexible tools for implementing sophisticated control and measurement systems across diverse industries.

Technical Specifications

Parameter Name

Parameter Value

Product Model

SBRIO-9607

Manufacturer

National Instruments

Product Type

Embedded Reconfigurable I/O System

Processor

Dual-core ARM Cortex-A9 800 MHz

Operating System

NI Linux Real-Time

FPGA

Xilinx Artix-7(33,280 logic cells)

FPGA RAM

4,500 Kbits block RAM

DRAM

512 MB DDR3

Storage

4 GB eMMC(expandable via SD card)

Ethernet Ports

2x 10/100/1000 Mbps

USB Ports

2x USB 2.0 host,1x USB device

Serial Port

1x RS232/485

Digital I/O Lines

32 lines(on-board)

Operating Temperature

-40°C to 70°C

Storage Temperature

-40°C to 85°C

Relative Humidity

10%to 90%(non-condensing)

Vibration

5 g RMS(10-500 Hz)

Shock

50 g(11 ms duration)

Power Input

9-35 VDC

Power Consumption

10-15 W typical

Dimensions

91.7 mm x 90.5 mm x 104.6 mm

Weight

450 g

Certifications

CE,UL,cUL,FCC Class A

Main Features and Advantages

Advanced processing architecture:The​​NI SBRIO-9607​​delivers exceptional computational performance through its dual-core ARM Cortex-A9 processor running at 800 MHz,providing ample processing power for complex control algorithms and data analysis tasks.The real-time operating system ensures deterministic performance critical for time-sensitive applications,while the integrated FPGA offers hardware-level customization for ultra-fast control loops and custom timing operations.This combination of processor and FPGA enables the​​SBRIO-9607​​to handle both complex computations and high-speed I/O processing simultaneously.

Flexible I/O and expansion capabilities:With support for National Instruments’comprehensive C Series I/O modules,the​​NI SBRIO-9607​​can interface with virtually any sensor or actuator type,including analog inputs/outputs,digital I/O,counter/timers,and specialized interfaces for specific industries.The on-board 32 digital I/O lines provide additional flexibility for basic digital control tasks.The modular approach allows users to configure the system precisely for their application needs,with hot-swappable modules that simplify maintenance and system expansion.

Rugged industrial design:Engineered for reliable operation in challenging environments,the​​NI SBRIO-9607​​features a robust metal enclosure that provides electromagnetic compatibility and mechanical durability.The wide operating temperature range from-40°C to 70°C ensures performance in extreme conditions,while the high shock and vibration ratings make it suitable for mobile or heavy industrial applications.The wide input voltage range(9-35 VDC)accommodates various power sources commonly found in industrial settings.

Comprehensive development tools:The​​SBRIO-9607​​is supported by NI’s powerful software ecosystem,including LabVIEW system design software,which provides a graphical programming environment for both the real-time processor and FPGA.This integrated development environment accelerates application development with extensive libraries for data acquisition,signal processing,control algorithms,and communication protocols.The combination of hardware and software tools reduces development time and complexity,enabling rapid prototyping and deployment of sophisticated control systems.

Application Field

In industrial automation and control systems,the​​NI SBRIO-9607​​serves as a powerful platform for machine control,robotics,and process automation applications.Its real-time performance and FPGA capabilities enable precise motion control,high-speed data acquisition,and complex control algorithms for manufacturing equipment.The rugged design ensures reliable operation in factory environments where electrical noise,temperature variations,and mechanical stress are common challenges.The​​SBRIO-9607​​’s flexibility allows it to be deployed in diverse applications from discrete manufacturing to continuous process control.

Energy and infrastructure monitoring utilizes the​​NI SBRIO-9607​​for condition monitoring of critical equipment,smart grid applications,and environmental monitoring systems.The controller’s processing power supports advanced signal processing for vibration analysis,power quality monitoring,and predictive maintenance algorithms.In renewable energy systems,the​​SBRIO-9607​​can control solar tracking systems,monitor wind turbine performance,and manage energy storage systems with the reliability required for continuous operation in remote locations.

Research and development applications benefit from the​​NI SBRIO-9607​​’s rapid prototyping capabilities,making it ideal for laboratory instrumentation,academic research,and product development.The combination of real-time processing and FPGA technology enables researchers to implement custom measurement and control systems with performance characteristics that would be difficult to achieve with traditional platforms.The extensive I/O options and software support accelerate the development of specialized test and measurement systems across various scientific and engineering disciplines.

Related Products

​​NI SBRIO-9606​​:Lower-cost version with reduced FPGA resources

​​NI SBRIO-9608​​:Enhanced version with greater processing power

​​NI cRIO-9068​​:Software-designed controller with similar architecture

​​NI 9205​​:Analog input C Series module

​​NI 9474​​:Digital output C Series module

​​NI 9401​​:Bidirectional digital I/O C Series module

​​NI 9263​​:Analog output C Series module

​​NI 9853​​:CAN interface C Series module

​​NI 9234​​:Dynamic signal acquisition C Series module

Installation and Maintenance

Pre-installation preparation:Before installing the​​NI SBRIO-9607​​,verify that the operating environment meets the specified temperature,humidity,and vibration requirements.Ensure adequate clearance for ventilation and cable routing,and verify that the power source provides stable voltage within the 9-35 VDC range.For the​​SBRIO-9607​​,prepare the necessary C Series I/O modules and ensure compatibility with the intended sensors and actuators.Have the appropriate development software and cables available for configuration and programming.

Maintenance recommendations:Regular maintenance of the​​NI SBRIO-9607​​should include periodic inspection of connections,cleaning of ventilation openings,and verification of proper grounding.Monitor operating temperatures to ensure they remain within specified limits,and regularly back up configuration files and application software.Keep the operating system and firmware updated to the latest stable versions to ensure optimal performance and security.For the​​SBRIO-9607​​,periodically verify the integrity of the file system and check system logs for any error messages or warnings.

Product Guarantee

We guarantee that the​​NI SBRIO-9607​​meets original manufacturer specifications and performance standards.Our technical support team provides comprehensive assistance for system design,programming,and integration,drawing on extensive experience with National Instruments products and industrial automation applications.We ensure that all controllers are properly tested and validated before shipment,and we stand behind the quality and reliability of every​​SBRIO-9607​​we supply.Our commitment includes access to technical documentation,software support,and expert guidance to ensure successful implementation of your embedded control applications.

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