noa arch 1

Empowers you with the precision, speed, and reliability needed for all your applications.


Take your projects to the next level with noa arch 1. Contact us today to discuss your use case and integration needs.

 

Industrial applications

  • Power electronics (inverters, converters, motor drives, smart grids)
  • Automotive & aerospace embedded control validation
  • Renewable energy systems & microgrid simulation
  • Industrial automation & motor control development
  • Real-time control hardware prototyping & verification

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Key Technical Features

Noa arch 1 image

FPGA-Accelerated Real-Time Processing

  • Powered by AMD/Xilinx Zynq™ UltraScale+™ MPSoC XCZU5EV-2SFVC784I
  • High-speed parallel processing with deterministic execution
  • Essential for time-critical applications in power electronics and automotive systems

High-Fidelity Analog & Digital I/O

  • up to 12 14-bit 100 MSPS analog outputs
  • up to 12 14-bit 100 MSPS analog inputs
  • Sub-microsecond latency signal acquisition
  • 52 configurable digital I/Os

Optimized for Power Electronics & Control Systems

  • Real-time simulation of inverters, motor drives, and power grids with high-frequency switching capabilities
  • Closed-loop control validation with ultra-low latency feedback mechanisms
  • Supports high-speed PWM generation and synchronization with external controllers

Seamless Software & Model Integration

  • Pre-configured PYNQ 3.0 image included, providing an intuitive and streamlined setup
  • Native support for MATLAB/Simulink, Python, and VHDL/Verilog for FPGA customization
  • Free FPGA IPs provided

Scalable & Modular Architecture

  • Designed for extensibility, supporting modular expansions for advanced applications
  • FPGA reconfigurability allows for custom signal processing, model integration, and application-specific hardware acceleration

Enterprise-Grade Storage & Networking

  • 256 GB NVMe SSD for high-speed data logging, enabling detailed real-time analysis
  • Dual SFP+ 10 Gbps connectors for high-bandwidth networking and multi-node distributed HIL applications
  • 1Gbps Ethernet link for seamless integration into industrial networks and cloud-based simulation workflows