| Digital I/O: | 160 DIO · 40 MHz |
| Counter/Timers: | 160 · 64 bits · 40 MHz |
| Measurement Type: | Digital, Filters, Frequency, Quadrature encoder |
NI R Series Multifunction RIO
NI R Series multifunction RIO devices offer the best combination of value and performance by integrating field-programmable gate array (FPGA) technology with analog and digital I/O into a single device that is offered on standard PC form factors. Using the NI LabVIEW FPGA Module, you can define your own hardware personality without in-depth knowledge of hardware description languages.
Featured Items
Introduction to R Series Multifunction RIO
Watch an overview webcast to learn the basics of R Series multifunction RIO
View the webcastAdvantages of Xilinx Virtex-5 FPGAs
Learn how to create custom, reconfigurable systems with onboard processing
Read the white paperChoose Your DAQ Personality
Customize your R Series multifunction RIO device with ready-to-run data acquisition personalities
Start customizingProduct Results (21 Devices/Modules)
Sort by
1
2
| Digital I/O: | 160 DIO · 40 MHz |
| Counter/Timers: | 160 · 64 bits · 40 MHz |
| Measurement Type: | Digital |
3
| Digital I/O: | 160 DIO · 40 MHz |
| Counter/Timers: | 160 · 64 bits · 40 MHz |
| Measurement Type: | Digital |
4
| Digital I/O: | 160 DIO · 40 MHz |
| Counter/Timers: | 160 · 64 bits · 40 MHz |
| Measurement Type: | Digital, Filters, Frequency, Quadrature encoder |
5
| Analog Inputs: | 8 SE/8 DI · 750 kS/s/ch · 16 bits |
| Analog Outputs: | 8 · 1 MS/s · 16 bits |
| Digital I/O: | 96 DIO · 40 MHz |
| Counter/Timers: | 96 · 64 bits · 40 MHz |
6
| Analog Inputs: | 8 SE/8 DI · 750 kS/s/ch · 16 bits |
| Analog Outputs: | 8 · 1 MS/s · 16 bits |
| Digital I/O: | 96 DIO · 40 MHz |
| Counter/Timers: | 96 · 64 bits · 40 MHz |
7
| Analog Inputs: | 8 SE/8 DI · 750 kS/s/ch · 16 bits |
| Analog Outputs: | 8 · 1 MS/s · 16 bits |
| Digital I/O: | 96 DIO · 40 MHz |
| Counter/Timers: | 96 · 64 bits · 40 MHz |
8
| Analog Inputs: | 8 SE/8 DI · 750 kS/s/ch · 16 bits |
| Analog Outputs: | 8 · 1 MS/s · 16 bits |
| Digital I/O: | 96 DIO · 40 MHz |
| Counter/Timers: | 96 · 64 bits · 40 MHz |
9
| Analog Inputs: | 8 SE/8 DI · 200 kS/s/ch · 16 bits |
| Analog Outputs: | 8 · 1 MS/s · 16 bits |
| Digital I/O: | 96 DIO · 40 MHz |
| Counter/Timers: | 96 · 64 bits · 40 MHz |
10
11
| Analog Inputs: | 8 SE/8 DI · 200 kS/s/ch · 16 bits |
| Analog Outputs: | 8 · 1 MS/s · 16 bits |
| Digital I/O: | 96 DIO · 40 MHz |
| Counter/Timers: | 96 · 64 bits · 40 MHz |
12
| Analog Inputs: | 8 SE/8 DI · 200 kS/s/ch · 16 bits |
| Analog Outputs: | 8 · 1 MS/s · 16 bits |
| Digital I/O: | 96 DIO · 40 MHz |
| Counter/Timers: | 96 · 64 bits · 40 MHz |
13
| Analog Inputs: | 8 SE/8 DI · 200 kS/s/ch · 16 bits |
| Analog Outputs: | 8 · 1 MS/s · 16 bits |
| Digital I/O: | 96 DIO · 40 MHz |
| Counter/Timers: | 96 · 64 bits · 40 MHz |
14
| Analog Inputs: | 8 SE/8 DI · 750 kS/s/ch · 16 bits |
| Analog Outputs: | 8 · 1 MS/s · 16 bits |
| Digital I/O: | 96 DIO · 40 MHz |
| Counter/Timers: | 96 · 64 bits · 40 MHz |
15
| Analog Inputs: | 8 SE/8 DI · 750 kS/s/ch · 16 bits |
| Analog Outputs: | 8 · 1 MS/s · 16 bits |
| Digital I/O: | 96 DIO · 40 MHz |
| Counter/Timers: | 96 · 64 bits · 40 MHz |
16
| Analog Inputs: | 8 SE/8 DI · 200 kS/s/ch · 16 bits |
| Analog Outputs: | 8 · 1 MS/s · 16 bits |
| Digital I/O: | 96 DIO · 40 MHz |
| Counter/Timers: | 96 · 64 bits · 40 MHz |
17
| Analog Inputs: | 4 SE/4 DI · 200 kS/s/ch · 16 bits |
| Analog Outputs: | 4 · 1 MS/s · 16 bits |
| Digital I/O: | 56 DIO · 40 MHz |
| Counter/Timers: | 56 · 64 bits · 40 MHz |
18
| Analog Inputs: | 8 SE/8 DI · 200 kS/s/ch · 16 bits |
| Analog Outputs: | 8 · 1 MS/s · 16 bits |
| Digital I/O: | 96 DIO · 40 MHz |
| Counter/Timers: | 96 · 64 bits · 40 MHz |
19
| Analog Inputs: | 4 SE/4 DI · 200 kS/s/ch · 16 bits |
| Analog Outputs: | 4 · 1 MS/s · 16 bits |
| Digital I/O: | 56 DIO · 40 MHz |
| Counter/Timers: | 56 · 64 bits · 40 MHz |
20
| Analog Inputs: | 8 SE/8 DI · 200 kS/s/ch · 16 bits |
| Analog Outputs: | 8 · 1 MS/s · 16 bits |
| Digital I/O: | 96 DIO · 40 MHz |
| Counter/Timers: | 96 · 64 bits · 40 MHz |
Feedback
Help us improve your browsing experience by sharing your feedback, suggestions or comments below.
Note: If you have questions that require a response, please Talk to an Expert.