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MIPS

MIPS stands at the forefront of computing innovation with its advanced platforms and solutions designed for the evolving AI landscape. Leveraging the open RISC-V architecture, MIPS provides customizable and efficient compute solutions that integrate seamlessly into diverse applications. Specializing in high-performance computing, MIPS focuses on enhancing hardware efficiency, providing scalable and flexible solutions that cater to the rigorous demands of AI at the edge. Their technology stack, particularly the MIPS Atlas portfolio, is engineered to revolutionize the realm of Physical AI by delivering unprecedented real-time compute capabilities conducive to autonomous operations in both industrial and automotive environments. The drive for efficiency and performance is evident in MIPS's approach. Their multiprocessor architectures utilize simultaneous multi-threading to ensure exceptional processing capabilities while maintaining functional safety standards. This allows for robust data-centric processes that are pivotal in environments requiring deterministic data access and rapid decision-making. With a continued emphasis on innovation, MIPS aims to excel in the AI compute era by empowering developers through scalable, efficient, and reliable solutions. MIPS's focus on end-to-end solutions for autonomous platforms underpins their market leadership in Physical AI. The company is keen on propelling the next generation of AI-driven devices, bringing comprehensive functionalities that enable systems not just to process and store data effectively, but also to execute actions with precision and safety. This blend of high-performance compute and functional safety aligns with the company's mission to drive intelligence into action, fostering a new era of autonomous systems with the MIPS Atlas portfolio. Read more

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MIPS P8700 Series High-Performance Multi-Core

The MIPS P8700 Series is an advanced processor designed for high-performance computing. It features a 4-wide, 16-stage out-of-order pipeline with simultaneous multi-threading (SMT) capabilities. By leveraging the RISC-V compliant architecture, this processor supports custom instructions to enhance memory operations and data movement, which are crucial for efficient data processing. This processor series is capable of supporting up to eight coherent initiators, allowing integration with both MIPS and third-party accelerators. It employs a coherence manager that maintains data consistency across various processing units. The P8700 Series also includes a cluster-level cache with up to 2MB of Level-2 cache and features hardware pre-fetching to reduce latency and increase throughput. It offers system interfaces such as ACE or AXI with a 256-bit system bus, alongside optional non-coherent periphery busses for additional flexibility. The P8700 Series is particularly suited for applications requiring high performance and reliability, making it ideal for automotive and industrial uses where functional safety is paramount. Its design is tailored for scenarios demanding robust data throughput and efficient real-time processing capabilities.

MIPS
CPU, Processor Cores
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MIPS I8500 Multiprocessor with 4-Way Simultaneous Multithreading

The I8500 Multiprocessor from MIPS is engineered for efficient data-centric processing. It offers 3-wide, 9-stage in-order pipeline processing with options for simultaneous multi-threading (SMT) ranging from 1-way to 4-way. This processor is RISC-V compliant and integrates various extensions and custom instructions to optimize performance for real-time applications. Designed to support up to eight coherent initiators, the I8500 is adept at maintaining data integrity across different subsystems using its robust coherence manager. The processor also includes up to 8MB of cluster-level Level-2 cache, and features such as widened busses and reduced latency, which are essential for high-speed, low-latency applications typical in embedded systems. Ideal for automotive and industrial applications, the I8500 ensures low latency and deterministic data access, which is critical in environments requiring precise and timely computations. With features like a 256-bit system bus interface and optional DSPRAM for real-time applications, this multiprocessor is well-equipped to handle the complexities of modern computing demands.

MIPS
CPU, Processor Cores
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