Physical AI systems are transforming how machines interact with the world around them. Many Physical AI systems and Edge AI devices process data and make decisions locally, while adding the ability to safely act in the physical world. From advanced driver assistance systems (ADAS) and autonomous vehicles to humanoid robots, drones and intelligent industrial systems, these applications must process continuous streams of sensor data, make real-time decisions, and safely execute actions in dynamic environments. Synopsys provides the industry's broadest IP portfolio of silicon-proven interface, memory interfaces, foundation, security, multi-die and silicon lifecycle management (SLM) to help engineers accelerate Physical AI SoC development, reduce integration risk, and achieve first-pass silicon success.
Capture and move data from cameras, displays, audio devices, and other sensors with the bandwidth, low latency, and interoperability required by intelligent systems. Synopsys provides silicon-proven IP for MIPI, I3C, Ethernet, PCI Express, USB and AMBA, along with reference solution kits and customizable IP subsystems, to connect perception devices with compute, memory and control functions. Proven interoperability and solution-level integration help reduce protocol complexity, accelerate development and support migration across process nodes and foundries.
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Keep sensor inputs, models and system data moving with high-bandwidth, power-efficient memory and storage IP. Synopsys combines LPDDR IP, UFS IP, MIPI IP, Foundation IP, Security IP and Memory Interface IP to support efficient data access from perception through action. Integrated solutions help improve bandwidth utilization, minimize active and standby power and reduce integration and silicon bring-up risk across intelligent systems.
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Turn sensor data into timely system responses with efficient data movement, deterministic connectivity and scalable system architecture. Synopsys provides IP for Ethernet, PCI Express, MIPI, AMBA, Memory Interfaces, Foundation, Multi-Die, Security and customizable IP subsystems to connect sensors, accelerators, memory and control functions. Use-case-optimized DMA, interconnect and peripheral IP helps reduce overhead and integration complexity, while scalable subsystem and multi-die solutions support a range of products, workloads and performance requirements.
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Meet demanding power, performance, area, cost, and reliability targets with silicon-proven Foundation IP and Silicon Lifecycle Management solutions. Synopsys logic libraries, embedded memories, non-volatile memories, I/Os and in-chip monitors help reduce active, standby and leakage power while improving design predictability and silicon quality. Broad process-node coverage and implementation expertise help teams accelerate node migration, mitigate foundry risk, and optimize systems throughout the silicon lifecycle.
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Protect devices, models, data, interfaces and communications as intelligent systems interact with the physical world. Synopsys Security IP combines hardware root of trust, PUF IP, cryptography IP, secure key management, protocol acceleration and interface security to establish trust from device initialization through operation. Configurable, standards-compliant solutions help support secure boot, software updates, authentication, data protection and evolving security, safety, privacy, and compliance requirements.
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Physical AI SoCs must integrate sensor connectivity, AI acceleration, high-bandwidth memory, functional safety and security into a single device — under aggressive schedules and tight power budgets. Each added subsystem increases integration and verification risk. Synopsys reduces that risk with a broad portfolio of silicon-proven IP across leading process nodes and backed by integration expertise, helping teams achieve first-pass silicon success.
Silicon IP provides the foundational building blocks for Physical AI SoCs, including high-bandwidth interfaces for sensor connectivity, memory controllers for data-intensive AI workloads, security IP for trusted operation, and Foundation IP optimized for advanced and automotive nodes. Synopsys silicon-proven IP reduces integration risk and accelerates development of systems that perceive, decide and act in real time.
Synopsys offers a comprehensive, silicon-proven portfolio across every Physical AI subsystem:
All are silicon-proven across leading process nodes.
Synopsys automotive IP supports ISO 26262 functional safety standards and ISO/SAE 21434 cybersecurity requirements. Foundation IP, interface IP and memory IP are available on automotive-grade nodes with comprehensive safety documentation. Security IP includes FIPS 140-3 and Common Criteria certifications, helping teams meet compliance requirements for ADAS and autonomous vehicle platforms. The same safety and security foundations apply to industrial and robotics systems, where functional safety and device integrity are equally critical. Pre-qualified safety and security IP reduces certification effort and helps teams hit program milestones predictably.
Explore the Synopsys Physical AI solutions page for a complete view of our silicon-to-systems approach, including IP, EDA tools, software and design services.
Visit the Physical AI Glossary to understand key terminology and concepts. Additional technical resources including webinars, white papers and datasheets are available in the Resources section above.