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Orchestrate Data Movement for Physical AI
Which applications take advantage of the 4-threads per core to deliver higher throughput efficiency and performance per area for real-time event driven embedded applications?
Automotive Gateway
- Data Management ECUs & ADAS
- Flexible Zonal & Centralized Gateways
- Over-the-Air & Vehicle-to-Anything
Industrial Gateway
- Industrial IoT & Automation Ready
- Protocol Integration Flexibility
- Secure, Scalable Data Movement
Communications Infrastructure
- Data Orchestration at High Speed
- Scalable Architecture
- Dynamic management, encryption, & QoS
Aerospace Data Processing
- Mission Critical Systems
- Embedded Security Features
- Compact High-Density Architecture
5 Reasons to Use 4-Core MIPS RISC‑V for Physical AI
1. Secure, Scalable Data Movement
Provides deterministic data handling critical for predictive maintenance and AI-driven diagnostics.
2. Data Orchestration at High Speed
Fast rule-based packet classification essential for Smart NICs, DPUs and backhaul processors in data centers and telecom networks.
3. Scalable Architecture
Flexible deployment in 5G/6G and edge computing environments for optimal performance with multi-core, multi-cluster design offerings.
4. Mission Critical Systems
Deterministic real-time processing ensures real-time control in mission-critical aerospace and defense systems under extreme conditions.
5. Embedded Security Features
Includes ECC-protected caches and hypervisor support for safeguarding sensitive data and secure operations.
A specialized data orchestration processor for high-speed, rule-based data filtering, prioritization, and movement
- Multithreaded Efficiency
- Programmable Pipelines
- Scalable Enablement
- Physical AI Ready
MIPS I8500 and GlobalFoundries: Boosting AI Data Movement Efficiency
Artificial intelligence is moving from data centers into the physical world – from cloud-hosted chatbots to in-the-field robots: autonomous machines, industrial controllers, and connected infrastructure. These Physical AI systems must sense, think, act, and communicate (STAC) in real time. Yet most current architectures remain divided between controlplane CPUs and data-plane accelerators, introducing latency, power inefficiency, and software complexity.
A specialized data orchestration processor for high-speed, rule-based data filtering, prioritization, and movement
- Multithreaded Efficiency
- Programmable Pipelines
- Scalable Enablement
- Physical AI Ready
MIPS I8500: Orchestrating Intelligence, Powering Networks
The MIPS I8500 is a best-in-class match processor purpose-built for the Physical AI era—where sensing, thinking, acting, and communicating converge in real time.
Engineered for low-latency, secure, event-driven data movement, the I8500 powers next-generation infrastructure with multithreaded efficiency and programmable pipelines.
Whether orchestrating packet flow across accelerators or enabling intelligent communication between compute blocks, humans, and networks, the I8500 delivers unmatched scalability and responsiveness for AI-driven workloads.
MIPS I8500 and GlobalFoundries: Boosting AI Data Movement Efficiency
Artificial intelligence is moving from data centers into the physical world – from cloud-hosted chatbots to in-the-field robots: autonomous machines, industrial controllers, and connected infrastructure. These Physical AI systems must sense, think, act, and communicate (STAC) in real time. Yet most current architectures remain divided between controlplane CPUs and data-plane accelerators, introducing latency, power inefficiency, and software complexity.
Learn More
Sense:
The MIPS Sense product line of data movement engines enables autonomous platforms to rapidly process data
Think:
The MIPS Think product line of AI engines will enable mixture-of-experts inference at the edge
Act:
The MIPS Act product lines of real-time compute enables precise motor control and increased efficiency for physical AI systems
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