描述
一、产品概述
NI SBRIO-9607是National Instruments（NI）推出的嵌入式控制器，属于Single-Board RIO（sbRIO）系列，专为工业自动化、数据采集、信号处理及实时控制设计。其核心特点为高性能硬件集成（ARM处理器+可编程FPGA）与灵活的I/O扩展能力，适用于OEM应用、工业监测及高可靠性场景。
二、核心硬件配置
处理器与存储
处理器：双核ARM Cortex-A9架构，主频667 MHz，基于Xilinx Zynq-7020 SoC（系统级芯片）。
存储：512 MB DRAM（易失性存储）+512 MB非易失性存储（Flash）。
FPGA能力
集成Xilinx Zynq-7020 FPGA，支持硬件加速与高速数据处理，适用于实时信号处理和控制算法。
电源与功耗
支持9-30 VDC输入，典型功耗10 W，适用于嵌入式低功耗场景。
三、I/O接口与扩展能力
标准接口
通信接口：千兆以太网、CAN总线、RS-232/485串口、USB主机端口。
数字I/O：96条3.3 V单端数字I/O线，直接连接FPGA，支持高速控制与数据采集。
模拟I/O：通过扩展模块（如C系列模块）支持模拟输入/输出。
扩展接口
RMC（RIO Mezzanine Card）连接器：支持高速数据传输（带宽达1 Gbps），可扩展最多两个C系列模块或自定义子板。
四、软件与编程支持
实时操作系统
运行NI Linux Real-Time，确保任务的实时响应与确定性执行。
开发工具
LabVIEW Real-Time：支持图形化编程，简化实时控制逻辑设计。
LabVIEW FPGA：用于FPGA硬件级编程，实现低延迟数据处理。
C/C++：兼容传统编程语言，扩展开发灵活性。
功能模块
支持OPC UA、Modbus等工业协议，可与PLC、ERP系统集成。
NI SBRIO-9607
NI SBRIO-9607
1.Product Overview
NI SBRIO-9607 is an embedded controller launched by National Instruments(NI).It belongs to the Single-Board RIO(sbRIO)series,designed for industrial automation,data acquisition,signal processing and real-time control.Its core features are high-performance hardware integration(ARM processor+programmable FPGA)and flexible I/O expansion capabilities,which are suitable for OEM applications,industrial monitoring and high reliability scenarios.
2.Core hardware configuration
Processor and storage
Processor:Dual-core ARM Cortex-A9 architecture,main frequency is 667 MHz,based on Xilinx Zynq-7020 SoC(system-on-chip).
Storage:512 MB DRAM(volatile storage)+512 MB nonvolatile storage(Flash).
FPGA capability
Integrated Xilinx Zynq-7020 FPGA,supports hardware acceleration and high-speed data processing,and is suitable for real-time signal processing and control algorithms.
Power and power consumption
Supports 9-30 VDC input,typical power consumption 10 W,suitable for embedded low power scenarios.
III.I/O interface and expansion capabilities
Standard interface
Communication interface:Gigabit Ethernet,CAN bus,RS-232/485 serial port,USB host port.
Digital I/O:96 3.3 V single-ended digital I/O lines,directly connected to FPGA,supporting high-speed control and data acquisition.
Analog I/O:Supports analog input/output through expansion modules(such as C-series modules).
Extended interface
RMC(RIO Mezzanine Card)connector:supports high-speed data transmission(bandwidth up to 1 Gbps),and can be expanded up to two C-series modules or custom daughterboards.
4.Software and programming support
Real-time operating system
Run NI Linux Real-Time to ensure real-time response and deterministic execution of tasks.
Development Tools
LabVIEW Real-Time:supports graphical programming and simplifies real-time control logic design.
LabVIEW FPGA:used for FPGA hardware-level programming to achieve low-latency data processing.
C/C++:Compatible with traditional programming languages,extending development flexibility.
Functional module
Supports industrial protocols such as OPC UA,Modbus,and can be integrated with PLC and ERP systems.
