Driving Intelligence into Action

Building Next Generation Autonomous Machines

AutomonousCar

Imagine solving system-level problems with application-specific solutions.

MIPS is leading the innovation of advanced compute solutions that enable physical AI in autonomous automotive and industrial platforms.

MIPS builds application-specific compute platforms while removing proprietary lock-ins with the freedom of RISC-V.

The Freedom to Design with MIPS Compute and Application-Specific Solutions

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Scalable

Our cores give you the freedom to seamlessly accelerate and expand computing power at higher density, assuring optimal performance and resource utilization.
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Efficient

Whether you prioritize efficiency, speed, power or all of these, our approach offers optimized ways to enable complex computations faster within your design’s specific power and capacity constraints.
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Configurable

Our compute platforms are based on the open standard RISC-V architecture and give you the flexibility and freedom to configure and customize.

Join the New MIPS Momentum

We’re looking for the smartest software and hardware engineers to join our fast-growing global team.

Latest News

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Meet Us at Upcoming Events

Stay connected with MIPS at these events, conferences, and speaking engagements.

Meet with us at Embedded World 2025.

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Explore MIPS’ Market Leadership

MIPS has a long history of delivering silicon-proven solutions, with an architecture designed into billions of chips to date across markets including automotive, data center, embedded, and more. Get in touch with the new MIPS.

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Automotive

  • Better Performance and Throughput Efficiency: 5× faster, 40% better system throughput through multi-threading innovation
  • AI Accelerator: Offload Core Processing: 30% better AI stack software utilization and efficiency
  • Proven Automotive Solution: Deployed in 70% ADAS for L2+ front facing cameras globally
  • Cost-Effective and Scalable: From real-time latency sensitive cores to high-performance multi-core/cluster chiplets.
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Industrial

  • Power efficient and scalable: delivering high performance compute within the power and capacity constraints of today’s data centers with coherent multi- to many-core architecture.
  • Our multi-threading architecture enables faster data movement between and within heterogeneous computing elements like multiple CPUs, GPUs, DPUs, AI, and storage solutions.
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Edge AI

  • Designed for simplicity and efficiency: enabling compact code sizes for edge applications, helping to optimize storage and enhance overall system performance.
  • MIPS Compute Cores can be easily and coherently integrated alongside other processors, accelerators and compute subsystems while allowing customization for unique requirements of embedded applications.

Explore MIPS’ Market Leadership

MIPS has a long history of delivering silicon-proven solutions, with an architecture designed into billions of chips to date across markets including automotive, data center, embedded, and more. Get in touch with the new MIPS.

Electron of Traffic light tail that show it is a life build of infrastructure road and economic system transportation and communication

Automotive

  • More efficient parallel processing of sensor traffic for ADAS and autonomous systems: optimizing resource utilization, and delivering real-time responsiveness, enhancing overall system performance and adaptability.
  • Safety certified: MIPS multi-core, multi-thread architecture enhances safety in ADAS and autonomous systems by isolating tasks by each thread through fault tolerance and delivers real-time responsiveness for safety-critical functions.
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Cloud Data Centers

  • Power efficient and scalable: delivering high performance compute within the power and capacity constraints of today’s data centers with coherent multi- to many-core architecture.
  • Our multi-threading architecture enables faster data movement between and within heterogeneous computing elements like multiple CPUs, GPUs, DPUs, AI, and storage solutions.
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Embedded

  • Designed for simplicity and efficiency: enabling compact code sizes for edge applications, helping to optimize storage and enhance overall system performance.
  • MIPS Compute Cores can be easily and coherently integrated alongside other processors, accelerators and compute subsystems while allowing customization for unique requirements of embedded applications.

Design and Innovate with MIPS Today

We look forward to meeting you at our upcoming events!

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