NI Single-Board RIO Embedded Control and Acquisition Devices

Product positioning

NI sbRIO-9612 belongs to the Single Board RIO series and is an integrated controller designed for OEM, embedded, and high-volume applications. It combines real-time processors FPGA、I/O、 The expansion interface is integrated on a single board, without the need for a chassis, and can be directly embedded into terminal devices.

Core hardware configuration

Project parameters

Real time processor Freescale 400MHz

FPGA Xilinx Spartan-3 2M gate

DRAM 128MB

Non volatile storage 256MB

Comparison with the same series:

SbRIO-9611: 266MHz/1M gate/64MB DRAM

SbRIO-9612:400MHz/2M gate/128MB DRAM/256MB storage

I/O and Interface

Digital I/O

110 channel 3.3V bidirectional DIO, maximum 3mA per channel

32 channels of 24V industrial DI/DO (DI is the input current, DO is the source current)

Simulate I/O

No built-in analog input, no analog output

expand

3 C-series I/O module slots (onboard version)

communication

10/100BASE-TX Ethernet (supporting FTP/HTTP/Web Server)

RS232 serial port

Electrical and Environmental Specifications

power supply

Input: 19-30VDC

Power consumption: 7.5W (no load)

environment

Working temperature: -20 ℃~55 ℃

Storage temperature: -40 ℃~85 ℃

Humidity: 10-90% RH (without condensation)

Maximum altitude: 2000m

safety

Measurement category: CAT I

Maximum voltage: 35V

Pollution level: 2

Software and Development

Operating System: VxWorks Real time System

Development environment: LabVIEW Real Time+LabVIEW FPGA

Driver: NI-RIO

Support C code integration and HDL/IP core reuse

Physical characteristics

Size: 8.2 x 5.6 inches

Weight: 266.5g (9.4oz)

Screw terminal torque: 0.5-0.6N · m

Key issues (3, with different focuses)

Question 1: What are the core hardware differences between sbRIO-9612 and the same series 9611? Why is 9612 more suitable for high-performance embedded scenarios?

answer:

9612: 400MHz processor, 2M gate FPGA, 128MB DRAM, 256MB storage

9611:266MHz, 1M gate, 64MB DRAM, 128MB storage

9612 doubles its computing power and memory, making it more suitable for high-speed data acquisition, complex algorithms, and real-time multitasking control.

Question 2: What are the electrical restrictions on the 24V industrial DI/DO of sbRIO-9612? What is the maximum output current of DO?

answer:

DI: ≤ 5V=off, ≥ 10V=on, current filled type

DO: Source current type, external power supply 6-35VDC

Single channel maximum current: 250mA (without heat dissipation); 1.5A (with heat dissipation)

Maximum total output: 20A

Question 3: sbRIO-9612 does not have built-in AI/AO. How can analog acquisition and output be achieved? What scenarios are applicable?

Answer: AI/AO/thermocouple/IEPE/relay and other functions can be achieved by external connection of 3 C-series I/O expansion slots to the onboard C-series module. Suitable for embedded scenarios such as OEM equipment, vehicles, robots, distributed data collection, etc. that require small volume and customizable I/O.