noa arch 1
FPGA-based instrumentation and real-time control development
Generate signals, acquire measurements and run your processing algorithms on FPGA. noa arch 1 combines reconfigurable hardware, an ARM processor and analog and digital interfaces to connect your designs to the equipment on your bench.
Tell us what you need to generate, measure or control. We can help you select the appropriate hardware configuration and discuss integration with your equipment.
Discuss your application
Choose the analog configuration your application needs
- 12 analog outputs at 100 MSPS for signal generation.
- 4 analog outputs and 8 analog inputs at 100 MSPS for applications combining generation and acquisition.
Both configurations include 52 digital I/O lines, with direction configured by groups, for connecting external controllers and digital equipment.
Move from your model to hardware
With noa Toolbox, turn a compatible Simulink subsystem into FPGA IP using HDL Coder, build your FPGA design with Vivado, then adjust parameters and capture signals through a generated Simulink interface over Ethernet.
The FPGA executes your design while your computer provides the interface for experimentation.
Build around your own processing requirements
The AMD Zynq UltraScale+ MPSoC combines FPGA logic with ARM processing. A preconfigured Linux/PYNQ environment supports software interaction with your FPGA design.
Use the reconfigurable logic to implement signal processing, waveform generation or control functions suited to your application.
Connect your experimental setup
Gigabit Ethernet provides the host connection, while two SFP ports connect to the FPGA transceivers. A 256 GB NVMe SSD provides local storage.
For setups involving external controllers, noa nucleo and noa launchpad provide connections to supported STM32 Nucleo and TI LaunchPad boards.