Synopsys Processor Solutions Videos

Unrivaled Efficiency for Embedded Applications

The Synopsys ARC® Processor IP portfolio consists of ARC-V™ RISC-V based processors, proven 32-/64-bit CPU IP, DSP IP, Neural Network Processing Unit (NPU) IP, subsystems and software development tools. The Synopsys ARC Processors key benefits are:

  • Power and area efficient, achieving maximum performance with minimum power consumption and smaller area
  • Highly configurable, allowing designers to optimize the performance, power and area of each processor instance on their SoC by implementing only the hardware needed
  • Extensible ISA supports user-defined custom instructions, enabling integration of users’ proprietary hardware to accelerate application-specific tasks
  • Integrated tool suite with broad hardware and software ecosystem support 
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      1. Now Playing
        Up NextOptimizing Sensor Fusion: The High-Performance Synopsys ARC VPX DSP Processor IP
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        Up NextAccelerate time-to-market running Ubuntu Linux on Synopsys ARC-V RPX Processor IP
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        Up NextAshling Development Tools on Synopsys ARC-V RISC-V Processor IP
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        Up NextTASKING Development Tools on Synopsys ARC-V RISC-V Processor IP
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        Up NextLauterbach TRACE32 Development Tool on Synopsys ARC-V RISC-V Processor IP
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        Up NextSensor Cortek Demonstration of SmarterRoad Running on Synopsys ARC NPX6 NPU Processor IP
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        Up NextInuitive Demo of a RGBD Sensor Using Synopsys ARC-based NU4100 AI & Vision Processor
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        Up NextSynopsys and TASKING RISC-V Solutions for Safety and Security Critical Automotive Applications
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        Up NextARC VPX DSPs - Scalable Vector Processing for High-Performance Embedded Applications
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        Up NextSynopsys ARC-V Processor IP – Shaping the Future of RISC-V Now
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        Up NextSynopsys ARC-V RISC-V Processor IP
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        Up NextARC Processor IP – Unrivaled Power-Performance Efficiency for Embedded Applications
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        Up NextARC Processor Summit 2022
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        Up NextPerceive Ergo SoC with ARC Processor & Security IP
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        Up NextSynopsys ARC® NPX Neural Processing Unit IP – Industry’s Highest Performance NPU IP
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        Up NextInuitive NU4000 SoC with ARC EV Processor for Depth Sensing
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        Up NextAchieving Higher Safety and Security in Autonomous Vehicles (Episode 1 of 3)
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        Up NextAchieving Higher Safety and Security in Autonomous Vehicles (Episode 2 of 3)
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        Up NextAchieving Higher Safety and Security in Autonomous Vehicles (Episode 3 of 3)
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        Up NextFast & Accurate 3D Object Detection for LiDAR with DesignWare ARC EV Processor IP
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        Up NextMoving Natural Language Processing (NLP) to the Edge with DesignWare ARC VPX Processor IP
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        Up NextAccelerate Intelligent SLAM with DesignWare ARC EV Processor IP
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        Up NextVibrant Super Resolution (SR-GAN) with DesignWare ARC EV Processor IP
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        Up NextDemo: Inuitive NU4000 SoC with ARC EV Processor Running SLAM and CNN
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        Up NextDemo: Low-Power Machine Learning Inference with DesignWare ARC EM9D Processor IP
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        Up NextDemo: Combining SLAM and Object Detection with DesignWare ARC EV Processor IP
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        Up NextEmerging Neural Network Topologies for Vision Applications
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        Up NextTracing OpenVX and CNN Applications on EV6x Embedded Vision Processors
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        Up NextArchitecture and Design Techniques for Embedded Deep Learning 
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        Up NextWhat You Don’t Know Can Hurt You: Security 101 for Embedded Vision
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        Up NextSolving Computer Vision Problems Using Traditional and Neural Network Approaches
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        Up NextVeridify’s Fast, Quantum Resistant Authentication and Data Protection for ARC Processors
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        Up NextAshling Opella-XD and Ultra-XD for ARC Debug and Trace
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        Up NextULSee Real-Time Facial Recognition & Liveness Detection System using ARC EV62 Processors ARC Summit 2019
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        Up NextARC Processor Summit 2019 Keynote: Designing in the Age of AI
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        Up NextSynopsys ARC Processors – Your Embedded Edge Starts Here
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        Up NextSynopsys Demo of ASIL-D Ready DesignWare ARC EV6x Embedded Vision Processor IP for Safe Auto SoCs
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        Up NextSynopsys Demo of Performance Scaling On the ARC EV6x Embedded Vision Processor IP with CNN Engine
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        Up NextSynopsys and Inuitive Demonstration of DesignWare ARC EV6x Processor IP in NU4000 SoC
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        Up NextInuitive Demonstrates NU4000 Artificial Intelligence SoC with DesignWare EV6x at CES 2019
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        Up NextSecureRF Accelerates Cryptographic Processing with DesignWare® APEX Extensions
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        Up NextMulticoreWare Demonstrates Object Tracking and Pose Recognition at ARC Summit 2018
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        Up NextUsing Percepio Tracealyzer to Profile OpenVX Applications on ARC EV6x Vision Processors
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        Up NextDesignWare ARC HS Development Kit Demonstration
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        Up NextCreate Rapid and Efficient Processor Designs Using the ARChitect Configuration Tool for ARC Processors
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        Up NextAddressing the Rapid Growth of the Storage Market with ARC® Processors
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        Up NextMeeting Your Flash Storage Needs with ARC Processors
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        Up NextDemonstration: Visualizing RTOS Behavior with Percepio Tracealyzer
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        Up NextDemonstration: AgileSec Trust Management Root
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        Up NextWhat is an Embedded Vision Processor?
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        Up NextIntroduction to Embedded Vision
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        Up NextHow to add Custom instructions to your ARC Processor with APEX technology
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        Up NextSecure Your IoT Device with Ultra-Low Power ARC Processors
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        Up NextDesignWare EV6x Processors for High-Performance Vision Applications
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        Up NextDebugging with ARC Real-Time Trace
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        Up NextIoT Always-on Demonstration using the DesignWare® Smart Data Fusion IP Subsystem
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        Up Next9D Sensor Fusion Demonstration Featuring DesignWare Sensor IP Subsystem
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        Up NextObject Detection Demo with DesignWare EV Family of Vision Processors
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        Up NextGetting Started with MetaWare on the ARC EM Starter Kit
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        Up NextIndustry’s First Complete Audio IP Subsystem
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        Up NextMDB Session 1: Starting and Configuring the Debugger
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        Up NextMDB Session 2: Debugger Window Organization
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        Up NextMDB Session 3: Controlling Program Execution
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        Up NextMDB Session 4: Using Source and Disassembly Windows
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        Up NextMDB Session 5: Using Breakpoints and Watchpoints
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        Up NextMDB Session 6: Viewing Local and Global Variables and the Call Stack
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        Up NextMDB Session 7: Viewing Core and Auxiliary Registers and Memory
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        Up NextMDB Session 8: Execution Profiling
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        Up NextMDB Session 9: Multicore Debugging

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