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The MIPS Atlas series of processors is designed to deliver real-time event-driven computing suitable for applications in automotive, aerospace, industrial, and networking environments. Built on the open RISC-V architecture, the Atlas series emphasizes scalable performance tailored to mission-critical tasks, ensuring responsive data management and execution. This series supports cutting-edge AI applications by utilizing innovative compute solutions that enhance automation and precision in data handling tasks across various platforms. Each processor within the Atlas series adopts a multi-threaded architecture, enabling the processing of concurrent workloads with remarkable efficiency. This capability allows the platform to act on sensor data swiftly and execute control algorithms vital in autonomous environments. The Atlas series is optimized to support flexible deployments across diverse market needs, binding safety, speed, and accuracy in one seamless package. In leveraging the natural versatility of the RISC-V ISA, the Atlas series maintains vital standards for reliability and security, making it a preferred choice for enterprises focused on unlocking the potential of Physical AI. Embedded within these processors is a keen focus on ensuring that data handling processes adhere to industry demands, from encrypted operations to robust real-time responsiveness, enhancing user confidence in its applicability for dynamic, large-scale projects.
The MIPS Think series represents a lineup of AI-specific processors designed to catalyze edge inference and AI model processing with extreme precision and speed. By enabling mixture-of-experts processing, these engines facilitate real-time intelligence that intersects seamlessly with industrial automation and autonomous movement in complex environments. This series uses scalable efficiency paired with an open-specification, allowing seamless integration with existing AI models and tool ecosystems. As enterprises seek to implement scalable, real-time AI inference, the Think engines provide the necessary computing power to drive high-throughput processing effectively, supporting diverse applications from data centers to autonomous platforms. Designed to evolve with the accelerating demands of AI technology, the Think series support flexible deployment options, ensuring that new and legacy AI models perform with optimum potential. With this focus, the series bridges the gap between advanced AI inference capabilities and real-world application demands by providing tailored processing power for edge-based decision systems.
The MIPS Act offerings emphasize enabling real-time control scenarios critical for robotics and efficient vehicle systems. These compute solutions bring enhanced motor control capabilities, promoting efficiency through more compact, lighter motors that operate with increased responsiveness and precision. This line of processors offers a distinct advantage in robotic articulation and motor control by minimizing latency in control loops, ensuring precise movements essential for today’s automated systems. This product line supports digital power conversion, heightening energy efficiency through advanced power algorithms intended to maximize utilization and minimize loss within diverse motor-driven applications. Adding to the applications in energy management, the MIPS Act solutions include features to accurately manage and monitor battery usage, essential for enhancing the longevity and reliability of power systems. The Act Real-Time Compute Solutions focus on delivering unparalleled precision and efficiency with each function, ensuring that power-oriented systems manage operations effectively while integrating seamlessly with existing infrastructures. This is crucial for organizations seeking innovative ways to boost system performance and energy integrity within their automation endeavors.
MIPS Sense products focus on advancing autonomous platforms by enabling rapid data movement and processing capabilities. These engines are notably crafted for processing data from diverse sensors, seamlessly integrating and processing this information in real-time. This functionality is critical for platforms that require instantaneous decision-making, such as industrial robotics and automotive applications where sensor fusion dictates operational dynamics. The Sense Data Movement Engines are engineered to manage multiple data streams simultaneously, ensuring that even under demanding conditions, the data processed is reliable and reflective of the real-time environment. This ensures high performance through low-latency operations, significantly enhancing computational efficiency and response accuracy across complex scenarios. Specifically designed with scalable application processors, the Sense engines help in executing detailed control processes and interfacing with hardware accelerators for efficient data handling. By facilitating robust data fusion, these engines contribute to smarter automated operations, paving the way for advancements in autonomous tech and data-driven operations across various sectors.
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