Freedom to Innovate Compute

Our new logo says it all, embodying a dynamic bird that symbolizes freedom and forward-thinking.

Where speed and precise processing of data meet flexibility in an unprecedented union to achieve unrestricted progress and innovation.

Imagine building unique products customized for specific workloads that not only keep pace with your demands but surge ahead, propelling you into a new realm of enhanced efficiency in this AI, data-driven world.

Experience efficient data movement, real-time responsiveness and deterministic latency across different types of heterogeneous computing elements including CPUs, DPUs, GPUs, and custom accelerators.

Say goodbye to being locked into a closed architecture with no flexibility for customization.

The Freedom to Design with MIPS RISC-V Cores

Unique technologies in our cores such as four-way multi-threading lead to better scalability and efficiency, simultaneous processing and enhanced configurability.

Scalable

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

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.

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

MIPS Continues To Expand With The Addition Of Industry Leaders from NVIDIA, Google and SiFive

April 9, 2024

Executives’ Technical Prowess Will Help Drive Innovation and Accelerate Product Development to Meet Customer Demand for AI Compute and RISC-V SAN JOSE,

MIPS Expands RISC-V Ecosystem Support to Enable Early Software Development for Multi-threaded Cores

April 4, 2024

Live Demonstration of Synopsys ImperasFPM Models for MIPS Processors at Embedded World 2024 Showcases Collaboration for RISC-V-Based Designs SAN JOSE, CA –

MIPS Expands Global Footprint with New Design Center and Talent for Systems Architects and AI Compute

March 20, 2024

MIPS, a leading developer of efficient and configurable compute cores, today announced the company’s global expansion with the launch of a new

MIPS Launches New Corporate Brand At CES 2024

January 9, 2024

Rebrand Reflects the Company’s Strategic Focus on Giving Customers the Freedom to Innovate Compute in the Automotive, Data Center and Embedded Markets.

Meet Us at Upcoming Events

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

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

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.

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.

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.