Tags :systemc-synthesis

Siemens Catapult HLS 2025 for Linux | High-Level Synthesis (HLS) & Algorithm-to-RTL Platform Siemens Catapult HLS 2025 for Linux is a leading-edge, Linux-native High-Level Synthesis platform that transforms algorithm specifications written in C++, SystemC, or MATLAB directly into optimized, production-quality RTL (VHDL/Verilog). It dramatically accelerates the design of complex ASICs and FPGAs by raising the abstraction level. Core Functionality Overview: Algorithmic C/C++ to RTL Synthesis: Synthesizes untimed C++, SystemC, and ANSI C++ models into area, performance, and power-optimized RTL, enabling hardware architects to explore micro-architectures at a high level. Advanced Micro-Architecture Exploration & Verification: Provides interactive analysis and optimization tools for exploring different implementations (pipelining, loop unrolling, memory architectures) and includes formal equivalence checking to ensure the generated RTL matches...

Cadence Stratus 2025: The High-Level Synthesis Powerhouse for RTL Generation Cadence Stratus 2025 is a premier high-level synthesis (HLS) platform that fundamentally transforms the digital design workflow. It empowers hardware architects and design engineers to describe complex functionality and algorithms at a high abstraction level—using C++, SystemC, or MATLAB—and then automatically synthesize this behavioral description into optimized, high-quality, and cycle-accurate RTL (Verilog/VHDL). By elevating the starting point of design, Stratus dramatically increases productivity, enables architectural exploration, and accelerates the development of sophisticated IP for applications in AI/ML acceleration, advanced DSP, image processing, and communication systems. Core Technology & Key Capabilities: 1. High-Abstraction Design Entry & Synthesis C++ & SystemC Synthesis: Accepts industry-standard ANSI C++ and SystemC as input, allowing algorithms...