white paper

LG Electronics: Video Encoder IP Design Optimization and Verification Using the Catapult Platform

Picture of LG Electronic's Alpha 11 AI Processor Chip

As the algorithmic complexity of intellectual property (IP) designed for semiconductors increases, the time and effort required for IP development and verification escalates. This shift is contributing to longer development cycles in the semiconductor industry, becoming a major factor delaying time-to-market (TTM). Additionally, optimizing power, performance, and area (PPA) to meet the requirements of various product lines is crucial for competitiveness in the IP landscape. This necessitates efficient development and verification of complex IP blocks, as well as enhancing productivity through IP reuse, which is challenging due to the need for managing various hardware versions of complex base logic, making maintenance difficult. To address this, LG Electronics’ SoC Center has adopted CatapultTM HLS (High-Level Synthesis) and used it to design a highly complex video encoder. Through this new design approach, LG Electronics’ SoC Center concluded that adopting Catapult in IP development significantly increases efficiency in terms of time and cost, and there are plans to increase the use of Catapult in their future IP development projects.

Share

Related resources

Calibre nmDRC Recon overview
Video

Calibre nmDRC Recon overview

Calibre nmDRC Recon accelerates early-stage DRC by using AI heuristics to detect systemic errors, reducing debug time and iteration cycles, ensuring faster, more efficient semiconductor design verification.

Calibre Multi-Patterning Overview
Video

Calibre Multi-Patterning Overview

Calibre Multi-Patterning enables semiconductor designers and manufacturers to verify and optimize complex designs using advanced multi-patterning techniques, ensuring high-quality tape-outs for the most advanced process nodes.

How-to Generate Enhanced XOR rules with the DBdiff Utility
Video

How-to Generate Enhanced XOR rules with the DBdiff Utility

Learn how to generate enhanced XOR rules with the DBdiff utility. This provides layout-specific information for results of Layout-versus-Layout mask comparison XOR flows.