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The MIPS Atlas Series constitutes a comprehensive suite of RISC-V IP cores that have been painstakingly developed to address the demanding and diverse needs of Physical AI applications. This portfolio is tailored to facilitate real-time precision in autonomous systems. Leveraging a closed-loop structure of Sense, Think, Act, and Communicate, it aids in executing intelligent control across varied robotics and AI applications. Focused on robust computing innovations, the series significantly advances capabilities for automotive, industrial, and communication sectors by integrating a high-performance, multi-threaded architecture. This maximizes operations in environments with real-time processing demands, satisfying stringent safety and efficiency benchmarks. Engineered to benefit platforms requiring distinct, event-driven computational functionality, the Atlas Series, with its high-performance instruction sets, supports evolving autonomous requirements. It's integrated with the Atlas Explorer for further enhancement, enabling pre-silicon testing and execution, reinforcing the support for cutting-edge R&D endeavors in AI.
MIPS Think AI Inference Engines are specialized to enable superior inference capabilities at the edge, blending scalable efficiency with open-specification programmability. Designed specifically for multi-modal AI applications, they offer rapid decision-making processes essential for real-time intelligence in edge computing environments. The infusion of programmable elements allows the MIPS Think engines to adapt to various AI models, including open-source, commercial, and bespoke setups. This flexibility facilitates deployment across a broad array of industry applications, particularly where dynamic learning algorithms and data-intensive procedures are involved. Structured to harness massive throughput and processing power, these engines are targeted at providing solutions that are both cost-effective and performance-optimized. By leveraging open RISC-V ISA standards, MIPS enhances interoperability and aids in building future-ready AI ecosystems.
The MIPS Sense line focuses on offering unparalleled solutions for data movement and management, especially within applications demanding rapid and reliable processing capabilities. These data movement engines prioritize the swift aggregation and control of data streams, pivotal for systems reliant on high-speed data transfer such as autonomous platforms. By facilitating efficient data transition between sensors and processors, MIPS Sense engines empower embedded systems to perform complex data analysis and storage tasks seamlessly. This optimization is vital for maintaining system responsiveness and reliability, essential characteristics for real-time AI processing scenarios. Extolling high efficiency and precision, the Sense engines are integral in advancing applications in areas such as autonomous driving, where safety and precision are non-negotiable. This series underscores MIPS's dedication to progressing the state of technological efficiency in modern compute systems.
MIPS Act Real-Time Compute Solutions empower precise motor control and greater efficiency for robotics and physical AI systems. Designed to provide ultra-low latency control, these solutions are essential for real-time computing across various sectors including automotive and industrial automation. The Act line excels in executing closed-loop control for tasks demanding meticulous precision and reliability. This empowers seamless operation of actuators and motors, paving the way for smoother and more efficient autonomous activities. By delivering profound improvements in motor control and system efficiency, Act solutions significantly reduce operational costs and enhance performance, positioning them at the forefront of technological advancements in control systems for AI and robotics.
The P8700 Series, synonymous with high-performance computing, is spearheading advancements in AI-driven safety systems for automotive and industrial applications. Featuring a 4-wide out-of-order execution model, it supports up to 2-way simultaneous multithreading. This IP is ASIL-B automotive-capable, delivering robust real-time performance crucial for modern ADAS and autonomous vehicle systems. Its scalable design facilitates implementation across diverse applications, significantly enhancing data throughput and processing speeds. The architecture supports highly efficient data management and multi-threading capabilities, allowing several operations to perform concurrently without compromising latency. It is optimized for scenarios demanding stringent timing precision and safety compliance, such as within automotive environments. MIPS P8700's strengths lie in its adaptability and robust performance characteristics, making it an ideal solution for advanced data center infrastructures and embedded systems, where high reliability and efficiency are paramount. Its advanced feature set, including enhanced connectivity options, establishes it as a leading choice for today's complex computational demands.
The I8500 Multiprocessor represents a pinnacle of data orchestration for the AI era, expertly catering to real-time and secure data movements across networks. This processor is engineered to seamlessly handle high-throughput tasks, capitalizing on a third-generation four-thread-per-core architecture. Developed with the open RISC-V ISA, it offers an expandable framework essential for modern data processing requirements. The I8500 excels in managing complex data pathways, essential for Physical AI systems that thrive on synchronous operations such as sensing and computing. It supports secure, low-latency operations, pivotal for efficient AI-driven networking and infrastructure. Designed for integration in a variety of application domains, the I8500 supports high scalability, enabling its utility across automotive, industrial, and data center sectors. Enhancements in multithreaded processing and programmable pipelines facilitate superior data handling capabilities, ensuring it meets the complex demands of next-gen AI and compute-intensive workloads.
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