Noa Toolbox

Noa Toolbox – Key Features

Powerful FPGA-Accelerated Processing
Processor: Utilizes Xilinx Zynq™ UltraScale+™ MPSoC for efficient, high-speed parallel processing, ideal for time-sensitive tasks.
Real-Time Performance: Ensures deterministic execution, essential for critical real-time applications in fields like automotive and industrial control.
Comprehensive Analog & Digital I/O
Analog Outputs: Supports up to 12 channels of 14-bit, 100 MSPS analog outputs for high-quality signal generation.
Analog Inputs: Offers 12 channels of 14-bit, 100 MSPS analog inputs, ideal for fast and accurate signal acquisition.
Latency: Provides sub-microsecond latency for quick signal capture and processing.
Digital I/O: 52 configurable digital I/Os to meet various application needs.
Optimized for Power Electronics and Control Systems
Real-Time Simulation: Executes high-fidelity simulations of power grids, motor drives, and inverters with high-frequency switching capabilities.
Closed-Loop Control Validation: Performs real-time feedback analysis with ultra-low latency for precise control system validation.
PWM Generation: High-speed PWM generation, with external synchronization for seamless integration with control systems.
Intuitive Software and Model Integration
PYNQ 3.0 Image: Comes pre-configured with PYNQ 3.0 for a simple and intuitive setup experience.
Software Compatibility: Supports MATLAB/Simulink, Python, and VHDL/Verilog for FPGA customization, offering flexibility in model development.
Free FPGA IPs: Access to a library of free FPGA intellectual property (IP) cores for easy expansion and functionality.
Scalable and Modular Architecture
Modular Design: Designed for easy upgrades and expansions, allowing the system to grow with evolving needs.
FPGA Reconfigurability: Enables tailored signal processing and custom hardware acceleration for specific application requirements.
High-Performance Storage and Networking
Storage: Equipped with a 256 GB NVMe SSD to store large datasets and perform high-speed logging for detailed analysis.
Networking:
Dual SFP+ 10 Gbps connectors for high-bandwidth networking, perfect for multi-node distributed HIL applications.
1Gbps Ethernet link for smooth integration into industrial networks and cloud-based workflows.