FPGA Simulator

Unlock the full potential of FPGA design with Active-HDL™, an integrated Windows®-based solution designed for seamless FPGA design creation and simulation in team-based environments. Whether you're an experienced engineer or a novice designer, Active-HDL™ empowers you with a comprehensive set of tools to accelerate your FPGA development process.

Integrated Design Environment (IDE)

Active-HDL™ provides a robust integrated design environment (IDE) equipped with a full HDL and graphical design tool suite

Our RTL/gate-level mixed-language simulator ensures rapid deployment and efficient verification of FPGA designs

The design flow manager in Active-HDL™ facilitates collaboration by seamlessly integrating with over 200 EDA and FPGA tools

Top Features and Benefits
  • Unified Team-based Design Management ensures uniformity across local or remote teams
  • Configurable FPGA/EDA Flow Manager interfaces with 200+ vendor tools, allowing your team to remain on one platform throughout FPGA development
  • Deploy designs quickly using Text, Schematic, and State Machine entry methods
  • Distribute or deliver IPs securely with the Interoperable Encryption standard.
  • Powerful common kernel mixed-language simulator supporting VHDL, Verilog, SystemVerilog, and SystemC
  • Graphically interactive debugging and code quality tools ensure code reliability
  • Metrics-driven verification and Code Coverage analysis tools identify unexercised parts of your design
  • ABV (Assertion-Based Verification) with SVA, PSL for improved verification quality and bug detection
  • Advanced verification constructs like SV Functional Coverage, Constrained Randomization, and UVM are fully supported
  • Bridge the gap between HDL simulation and high-level mathematical modeling for DSP blocks
  • Abstract design intelligence and represent it in easy-to-understand graphical form using the HDL to schematic converter.
  • Quickly share designs with auto-generated Design Documentation in HTML and PDF formats.
Experience the power of Active-HDL™ as your all-in-one solution for FPGA design creation and simulation.
Product Videos
Design Entry: HDL Editor

Active-HDL’s HDL Editor is a text editor for editing HDL source code. It contains features such as creating bookmarks, generating structure groups, autoformat/smart indentation, keyword coloring (VHDL, Verilog/SystemVerilog, C/C++, SystemC, OVA, and PSL), etc. Learn how to create a new HDL file with the New Design Wizard and how to utilize the HDE features within that created source file.

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Debugging: Introduction to Debugging

In this video we will look at console window, breakpoints, watch window, process window, call stack window, waveform and list viewer briefly among the vast debugging tools that exist on Active HDL.

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Coverage: FSM Coverage

FSM Coverage enables users to determine which states and transitions in the state machine diagram have been executed during simulation. To collect the FSM Coverage statistics, the HDL design code has to include SystemVerilog or Aldec proprietary pragmas indicating which constructs represent components of the state machine.

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Debugging: Waveform Viewer

Active-HDL’s Accelerated Waveform Viewer is a high-performance tool dedicated to reading and producing simulation data in a graphical format that can be analyzed for the essential debugging process of hardware design. This video will demonstrate accessing the Waveform Viewer and the tool’s advanced features such as bookmarks, grouping signals, aliases, and altering signal properties.

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Coverage: Code Coverage

Code Coverage is a debugging tool that analyzes code execution and can help us determine the completeness of the verification effort. Active-HDL allows verifying source code with multiple coverage tools including: Statement/Branch Coverage, Expression/Condition Coverage, FSM Coverage, and Path Coverage.

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Tools: Code2Graphics

The Code2GraphicsTM converter is a tool designed for automatic translation of VHDL or Verilog/SystemVerilog source code into Active-HDL block and state diagrams. It analyzes VHDL, Verilog, or EDIF source files and generates one or more block diagram files depending on the number of design entities, modules, or cells found in the analyzed file.

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Active-HDL



Printed version of site: www.aldec.com/en/fpga-simulator