Sci-Compiler: Visual FPGA Development for Science and Industry
Sci-Compiler is an advanced visual programming environment designed to simplify the development of FPGA-based systems for scientific instrumentation, industrial control, and custom electronics.
Traditionally, FPGA development requires expertise in low-level hardware description languages (HDLs) such as VHDL or Verilog. Sci-Compiler eliminates this barrier by allowing users to build applications through an intuitive graphical interface. Functional blocks representing data acquisition, signal processing, communication protocols, and control logic can be easily connected to define the system’s behavior.
Once the visual project is complete, Sci-Compiler automatically generates fully synthesizable HDL code, enabling rapid deployment on a wide range of FPGA platforms.
Key Features
-
Drag-and-drop visual programming
Create complex systems without writing a single line of HDL. -
Integrated IP library
Includes ready-to-use blocks for ADCs, DACs, serial interfaces, filters, mathematical functions, state machines, and more. -
Customizable architecture
Supports a variety of FPGA devices and form factors for lab and field deployment. -
Optimized for real-time applications
Ideal for high-speed signal acquisition, event timing, and real-time control. -
Used in real-world experiments
Sci-Compiler is actively used in research facilities and commercial products for physics experiments, industrial automation, and embedded systems.
Get Started
Learn more about Sci-Compiler and download the software from the official website:
