white paper

Move to a High-Level Synthesis (HLS) Flow to Remain Competitive

Visual representation of how the RTL design and verification flow takes too long. Move to a High-Level Synthesis (HLS) Flow to Remain Competitive

In the world of IC design, the RTL flow prevails. But today’s competitive market for state-of-the-art image processing, high-bandwidth communication, and computer vision and neural computing solutions demand another level of abstraction. RTL design and verification does not allow companies in these markets to be competitive as this flow takes too long to get to market. Successful companies in these markets are nimble, can target many potential implementation solutions, and can make last-minute specification changes while staying on schedule. The only way that they can achieve this success is by moving up to a High-Level Synthesis (HLS) flow using C++ and/or SystemC.

Share

Related resources

Streamlining ship design with simulation and data management
Webinar

Streamlining ship design with simulation and data management

Integrate finite element simulation seamlessly with CAD to make marine structural simulation software an advantage.

Unleash the power of an integrated CAE workflow for efficient design of fast boats
Webinar

Unleash the power of an integrated CAE workflow for efficient design of fast boats

Learn how you can create a propulsion system with systems simulations and deploy it in a computational fluid dynamics (CFD) self-propulsion simulation to assess the maximum speed.

Full scale CFD simulation for marine design: An in-depth review
White Paper

Full scale CFD simulation for marine design: An in-depth review

This white paper examines common reservations for running CFD at full scale and encourages full-scale analysis of marine designs under realistic operating conditions