on-demand webinar

HW Acceleration with High-Level Synthesis

Estimated Watching Time: 26 minutes

Share

HW Acceleration with High-Level Synthesis User2User Session

Embedded systems continue to see increasing demands for compute capability. Processor speeds however are not increasing sufficiently to meet these demands. One approach is to move functions from software running on general purpose CPU into bespoke hardware accelerators. Hardware accelerators have much greater parallelism and reduce data movement, enabling them to dramatically exceed the performance and efficiency of software. This session will introduce High-Level Synthesis, a technology that allows a developer to take a C++ function and automatically compile it into an RTL hardware description, suitable to be deployed into an ASIC or FPGA.

Meet the speaker

Siemens EDA

Richard Langridge

AE Manager

Richard Langridge works for Siemens EDA as an Application Engineering Manager. Richard has more than 30 years of experience in EDA and design, ranging from RTL Synthesis and Low-Power to High-Level Synthesis (HLS) and Formal Methods. Richard manages Low-Power engagements in a variety of Semiconductor customers.

Related resources

Simcenter 3D solution guide
E-book

Simcenter 3D solution guide

Simcenter 3D is a comprehensive, fully-integrated CAE solution. Download this solution guide to learn how a unified, shared platform for all simulation disciplines can help you model complexity while being more productive.

Simcenter 3D trial
Trial

Simcenter 3D trial

Simcenter 3D is the most comprehensive, fully-integrated CAE solution on the market today for addressing complex, multidisciplinary product engineering performance by delivering revolutionary improvements in simulation efficiency.

Perfecting in-vehicle audio with model-based development and full-vehicle simulation
Case Study

Perfecting in-vehicle audio with model-based development and full-vehicle simulation

Mazda uses Simcenter 3D and HEEDS to optimize audio acoustic performance and reduce simulation from 2.5 days to 4 hours

Accelerating aircraft design using tool integration and automation
Case Study

Accelerating aircraft design using tool integration and automation

GA-ASI reduces detailed structural design time by 25 percent by using Siemens’ CAD tool suite

Creating detailed simulations to predict thermal and structural performance of high-bandwidth satellite communications equipment
Case Study

Creating detailed simulations to predict thermal and structural performance of high-bandwidth satellite communications equipment

Mynaric uses Simcenter 3D to reduce modeling time from one month to one week, a reduction of 83 percent

Durability: Isambard's great quest to predict loads for a strength & fatigue analysis
Blog Post

Durability: Isambard's great quest to predict loads for a strength & fatigue analysis

Simcenter 3D Durability with Smart Virtual Sensing! Measure what physical sensors can't, analyze safety factors, and use digital twins to predict future failure