US Lawmakers Want To Stop China Working With RISC-V

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The ongoing technological rivalry between the United States and China has entered a new and complex phase, marked by increasing U.S. scrutiny of RISC-V. RISC-V has gained global adoption and influence as an open computer standard, and opens up immense potential for companies worldwide to participate in the rapidly growing semiconductor space without the need for proprietary licenses from a controlling company, but recent moves by US lawmakers are seeking to make RISC-V a controlled technology, barring China from its offerings. Why has RISC-V become a focal point in the escalating tech war between the U.S. and China, how does its open standard architecture facilitate China’s efforts to reduce its reliance on foreign intellectual property, and how might potential U.S. restrictions on RISC-V technology affect technological innovation, chip manufacturing, and global competitiveness for both the U.S. and China?

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Hardware Business News


Should Nvidia Be Worried About Microsoft’s New Artificial Intelligence Chip?

Image Source – Pixabay

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Overhyped Generative AI Will Get A Cold Shower In 2024, Analysts Predict

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In the past year, generative artificial intelligence garnered significant attention, creating a buzz with its remarkable capabilities. Technologies like OpenAI’s ChatGPT, Google Bard, and others showcased the potential of generative AI by producing human-like responses to text-based prompts. However, analyst firm CCS Insight predicts a dose of reality for the generative AI space in 2024, with concerns about rising costs, the complexity of implementation, and the need for regulation increasing. Is generative AI facing an overhyped reality, how is the generative AI landscape evolving from the overhyped state it experienced in 2023, what Are the regulatory challenges for AI in the EU, and how will AI’s Impact on misinformation and fraud be addressed?

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Sub-Standard Connectivity Is Jeopardising IoT Success

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Eseye’s latest report on the State of IoT Adoption has unveiled a concerning reality in the enterprise IoT landscape. The study, conducted by independent research organization Opinion Matters, engaged 1,009 senior decision-makers from the UK and US, spanning various sectors, to delve into the challenges, opportunities, and budget outlook for the next two years. Startlingly, Eseye’s findings reveal that enterprises are grappling with “sub-standard connectivity,” posing a threat to the success of their IoT projects. Why are enterprises accepting sub-standard IoT Connectivity, what factors contribute to the acceptance of sub-optimal connectivity in the context of IoT, especially when it’s a critical requirement for many IoT applications, and how can businesses shift their focus from mere cost considerations to evaluating long-term value when selecting IoT connectivity providers?

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Neura Robotic Takes AI Cognitive Robots Stateside Following InterAlpen Funding

Image Source – Neura Robotics

Neura Robotics, the German-based AI robotics start-up, is making a strategic move to the United States, thanks to a fresh infusion of $16 million in funding from American firm InterAlpen Partners. Neura Robotics offerings blend robotics and AI while also possessing the remarkable capability to perceive their surroundings, including people, through sight, sound, and even touch. What sets Neura Robotics apart in the world of AI robotics, why is Neura Robotics placing such emphasis on its US market launch in 2024, and are there specific plans or innovations on the horizon for Neura Robotics as they expand their presence in the United States?

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Hardware Engineering News


BMW Wireless Charging May Break iPhone 15’s Apple Pay Chip

Image Source – macrumors

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Robotics Tech Helps Feed the World

Image Source – Pixabay

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How Hackers Are Using Bluetooth To Track Police Activity

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Hardware R&D News


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Image Source – IPMS

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Ground-Breaking Bionic Arm That Fuses With User’s Skeleton And Nerves Could Advance Amputee Care

Image Source – euronews

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Open-Source Hardware News


Tiny Linux On A No-MMU RISC-V Microcontroller

Image Source – RISC-V

Running a Linux-based operating system typically requires a powerful processor, ample memory, and a memory management unit (MMU) to orchestrate virtual memory. The MMU ensures that each process operates in its memory sandbox, preventing disruptions to neighbouring processes. But what if you’re working with a system lacking an MMU? In this fascinating exploration, Uros Popovic provides a comprehensive guide on creating MMU-less uClinux on a RISC-V microcontroller. What are the fundamental challenges and limitations when running Linux on a microcontroller without an MMU, how do these constraints impact the software and applications that can be utilized within such an environment, and what scenarios or use cases are best suited for MMU-less Linux?

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