Ceva and Mobilint Join Forces to Enhance Physical AI with REGULUS Edge AI SoC
In the realm of Artificial Intelligence, profound advancements are steadily reshaping the physical world we inhabit. Ceva, Inc. and Mobilint, a pioneering AI semiconductor company, have taken monumental strides forward in this domain with the launch of their REGULUS Edge AI System-on-Chip (SoC). This cutting-edge collaboration promises to enhance the perception and inference capabilities of intelligent edge devices, opening the gateway to a host of applications in real-world settings.
Understanding the necessity for efficient workload processing, the REGULUS Edge AI SoC combines Ceva’s innovative SensPro™ AI DSP and NeuPro-Nano™ NPU technologies. These two components work together harmoniously, ensuring that AI tasks can be executed directly on devices, freed from reliance on external cloud systems. Moreover, the architecture has been engineered to excel in environments where power consumption and space are at a premium, such as in robotics, drones, machine vision systems, smart cameras, and Internet of Things (IoT) devices.
Notably, the REGULUS is designed to deliver a staggering performance of 10 TOPS (Tera Operations Per Second), all while consuming less than 3 watts of power. Coupled with the capacity to support up to 8GB of memory, this SoC is tailored for immediate AI processing, crucial for applications that require real-time responses. The multi-engine configuration allows various sensing and AI workloads to be executed on the processing unit best suited for the task, a significant enhancement in operational efficiency.
Dongjoo Shin, Mobilint's CEO, remarked on the significance of the REGULUS technology. He highlighted its capability to accommodate sophisticated AI workloads right on the device, even when faced with stringent power limitations. Furthermore, he emphasized how Ceva’s SensPro and NeuPro technologies contribute additional flexible sensing, signal processing, and inference abilities that are vital for the next generation of edge devices.
This dynamic collaboration has resulted in the commercial rollout of products that leverage the REGULUS technology, such as the MLD-R1 AI USB accelerator. Initially showcased at COMPUTEX 2026, this product serves as an AI enhancer for existing systems, proficient in supporting computer vision, video analytics, and generative AI workloads. This is a leap forward for smart factories, robotics, security systems, and other applications that thrive on intelligent decision-making powered by AI.
Ceva, known for its robust Silicon and Software IP solutions, is excited about this breakthrough, as Yaron Galitzky, Executive Vice President at Ceva, stated. He pointed out that NeuPro NPU's first production deployment within the REGULUS is a testament to Ceva's progress in transitioning AI technology into tangible commercial silicon.
For those interested in contributing to the accelerated evolution of intelligent edge devices, both REGULUS and MLD-R1 present invaluable opportunities. Information about these technologies and their capabilities can be found on Mobilint's and Ceva's official websites.
In conclusion, as the interface between our digital and physical realities continues to blur, innovations like the REGULUS Edge AI SoC signify a pivotal moment in the evolution of AI and its application. These advancements promise not just improvements in performance and efficiency but also open new doors for developers and industries aiming to harness AI's full potential in our increasingly interconnected world.
Understanding the necessity for efficient workload processing, the REGULUS Edge AI SoC combines Ceva’s innovative SensPro™ AI DSP and NeuPro-Nano™ NPU technologies. These two components work together harmoniously, ensuring that AI tasks can be executed directly on devices, freed from reliance on external cloud systems. Moreover, the architecture has been engineered to excel in environments where power consumption and space are at a premium, such as in robotics, drones, machine vision systems, smart cameras, and Internet of Things (IoT) devices.
Notably, the REGULUS is designed to deliver a staggering performance of 10 TOPS (Tera Operations Per Second), all while consuming less than 3 watts of power. Coupled with the capacity to support up to 8GB of memory, this SoC is tailored for immediate AI processing, crucial for applications that require real-time responses. The multi-engine configuration allows various sensing and AI workloads to be executed on the processing unit best suited for the task, a significant enhancement in operational efficiency.
Dongjoo Shin, Mobilint's CEO, remarked on the significance of the REGULUS technology. He highlighted its capability to accommodate sophisticated AI workloads right on the device, even when faced with stringent power limitations. Furthermore, he emphasized how Ceva’s SensPro and NeuPro technologies contribute additional flexible sensing, signal processing, and inference abilities that are vital for the next generation of edge devices.
This dynamic collaboration has resulted in the commercial rollout of products that leverage the REGULUS technology, such as the MLD-R1 AI USB accelerator. Initially showcased at COMPUTEX 2026, this product serves as an AI enhancer for existing systems, proficient in supporting computer vision, video analytics, and generative AI workloads. This is a leap forward for smart factories, robotics, security systems, and other applications that thrive on intelligent decision-making powered by AI.
Ceva, known for its robust Silicon and Software IP solutions, is excited about this breakthrough, as Yaron Galitzky, Executive Vice President at Ceva, stated. He pointed out that NeuPro NPU's first production deployment within the REGULUS is a testament to Ceva's progress in transitioning AI technology into tangible commercial silicon.
For those interested in contributing to the accelerated evolution of intelligent edge devices, both REGULUS and MLD-R1 present invaluable opportunities. Information about these technologies and their capabilities can be found on Mobilint's and Ceva's official websites.
In conclusion, as the interface between our digital and physical realities continues to blur, innovations like the REGULUS Edge AI SoC signify a pivotal moment in the evolution of AI and its application. These advancements promise not just improvements in performance and efficiency but also open new doors for developers and industries aiming to harness AI's full potential in our increasingly interconnected world.
Topics Consumer Technology）
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