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Enabling ADAS SoCs for Autonomous Driving with MIPI Protocols

April 24, 2019 - If you are designing LiDAR, radar, and camera ICs for automotive ADAS applications including autonomous driving, and require interfaces operating at high data rates and enabling advanced vision, ...

Enabling ADAS SoCs for Autonomous Driving with MIPI Protocols

July 16, 2019 - Simplified Chinese - If you are designing LiDAR, radar, and camera ICs for automotive ADAS applications including autonomous driving, and require interfaces operating at high data rates and ...

Enabling ADAS SoCs for Autonomous Driving with MIPI Protocols

July 16, 2019 - Traditional Chinese - If you are designing LiDAR, radar, and camera ICs for automotive ADAS applications including autonomous driving, and require interfaces operating at high data rates and ...

Enabling Machines to See with Efficient ARC Embedded Vision Processors

June 17, 2016 - This webinar will look at a new vision processor family with advanced vision capabilities that enable powerful and flexible vision solutions for your next-generation SoCs.

Ensuring Known Good Dies in SiPs with Die-to-Die PHY IP

January 28, 2021 - Learn how high-performance computing (HPC) SoC designers leverage SerDes-based USR/XSR or parallel-based HBI die-to-die PHY IP solutions to identifying known good dies.

Ensuring Known Good Dies in SiPs with Die-to-Die PHY IP

March 17, 2021 - Simplified Chinese: Learn how high-performance computing (HPC) SoC designers leverage SerDes-based USR/XSR or parallel-based HBI die-to-die PHY IP solutions to identifying known good dies.

Ensuring Known Good Dies in SiPs with Die-to-Die PHY IP

March 17, 2021 - Traditional Chinese: Learn how high-performance computing (HPC) SoC designers leverage SerDes-based USR/XSR or parallel-based HBI die-to-die PHY IP solutions to identifying known good dies.

Getting More from Your IP Vendor

April 17, 2018 - Learn how the latest DesignWare IP solutions can help bring your product to market faster with the lowest risk.

How to Achieve Faster, More Accurate Data Throughput with Advanced ...

January 16, 2020 - Today’s signal processing applications such as RADAR/LiDAR, sensor fusion, and baseband communications processing require massive parallel processing capabilities that traditional DSPs cannot ...

How to Achieve Faster, More Accurate Data Throughput with Advanced ...

May 13, 2020 - Simplified Chinese: Today’s signal processing applications such as RADAR/LiDAR, sensor fusion, and baseband communications processing require massive parallel processing capabilities that ...