The latest announcement from Raspberry Pi has seen the release of its new Compute Module 5, a single-board computer that is stripped down to its core components. The new module is designed for those who want a more basic system that can be integrated into other designs, and is ideal for use in the industrial and embedded sectors. What is the purpose of the Compute Module 5, what is the significance of the Compute Module 5, and will the Compute Module 5 help to increase the popularity of single-board computers?
Top Stories This Week
- Raspberry Pi Finally Unveils Its Single-board Computer For Embedded Apps
- Intel & Feds Reach Deal On $8B In CHIPS Money
- Dell Unveils Advanced PowerEdge Servers With AMD Technology To Boost AI Capabilities
- Germany’s 2 Billion Euro Boost For Semiconductors
- China Surpasses Expectations: Set To Produce Its Own 28nm Lithography Equipment By Year’s End
- Robots + Drones + AI = Hardier Tomatoes?
- Vodka-powered Robots Inspired By Cheerios Move Easily, Can Be Used In Industries
- Neuralink Prepares For Revolutionary Thought-Controlled Robotic Arm Study
- What If Devices Could Read Your Mood? Here’s How Skin Conductance Could Help Tech Understand Your Emotions
- Chinese Scientists Find A Way To Effectively Remove Plastic Contaminants In Water
- Mouser Electronics Introduces RISC-V Resource Center
Hardware Business News
Intel & Feds Reach Deal On $8B In CHIPS Money
The semiconductor industry is one of the most critical sectors in modern technology, playing a vital role in the development of a wide range of electronic devices, from smartphones to computers and vehicles. As such, securing a reliable supply of semiconductors is essential for maintaining technological advancements, and this is why the CHIPS Act has been so highly anticipated by the semiconductor industry. What exactly does the CHIPS Act provide, why is Intel investing in semiconductor manufacturing in the US, and how will this impact the future of the semiconductor industry?
Dell Unveils Advanced PowerEdge Servers With AMD Technology To Boost AI Capabilities
The increasing demand for AI and data-driven technologies is driving the need for scalable, high-performance infrastructure in the enterprise sector. As AI capabilities continue to advance, the need for powerful computing systems that can handle complex workloads efficiently is becoming more pressing. With the introduction of the latest PowerEdge servers, Dell is poised to meet this demand, offering enterprises a range of solutions that can help them stay ahead in the competitive landscape. But what exactly are these new servers capable of, how will they impact the enterprise sector, and what role will they play in the future of AI?
Germany’s 2 Billion Euro Boost For Semiconductors
Germany has been in the spotlight for its semiconductor industry, and for good reason. The country has been looking to boost its semiconductor industry, which is crucial for the automotive sector, but its efforts have been hindered by the upcoming elections. Will the new government continue to support the semiconductor industry, how will the German government’s decision to invest in the semiconductor industry affect the automotive sector, and what implications will this have for the wider economy?
China Surpasses Expectations: Set To Produce Its Own 28nm Lithography Equipment By Year’s End
As the semiconductor industry continues to play a vital role in modern life, the ongoing technological race between the US and China is showing no signs of slowing down. By the end of this year, China is expected to produce its first domestically developed 28nm lithography machine, which is a major step forward for the country’s semiconductor ambitions. But what exactly are lithography machines, why are they so important for the semiconductor industry, and what does the development of 28nm lithography machines mean for the future of the semiconductor industry in China?
Hardware Engineering News
Robots + Drones + AI = Hardier Tomatoes?
A new research project by a team of North Carolina State University researchers is looking to combine AI, drones, and robots to help develop new disease-resistant tomato varieties. The project, which has received a three-year $740,000 grant from the USDA, will see the researchers combine drone-based field scouting with ground-vehicle scouting to identify plants that are more susceptible to disease. What challenges do plant diseases present, how will the researchers be able to identify disease in plants, and how could this technology be used in the future?
Vodka-powered Robots Inspired By Cheerios Move Easily, Can Be Used In Industries
The rapid development of robotics is transforming the industrial landscape, with new bots emerging almost weekly. Recently, researchers from Harvard University have made a groundbreaking discovery that could revolutionize the field of robotics. By exploiting the Marangoni effect, a phenomenon that causes objects to move across the surface of a liquid, the researchers have developed tiny robots that can perform complex tasks with ease. But what exactly is the Marangoni effect, how do these robots work, and what potential do they hold for the future of robotics?
Neuralink Prepares For Revolutionary Thought-Controlled Robotic Arm Study
The integration of technology into everyday life has never been more prevalent, with almost every aspect of modern life being influenced by technology. While technology has undoubtedly brought about numerous benefits, there are also numerous challenges that it presents, and one of these is the ability to control technology without the need for manual input. But what exactly does this mean, how does Neuralink’s new study on robotic arms controlled by the brain present challenges, and what could the future of technology be if such a system can be successfully developed?
Hardware R&D News
What If Devices Could Read Your Mood? Here’s How Skin Conductance Could Help Tech Understand Your Emotions
Emotional intelligence is a critical aspect of human interaction, and while it has been studied for decades, researchers are still trying to understand the intricacies of human emotions. Recently, researchers at Tokyo Metropolitan University have demonstrated that skin conductance can be used to predict emotional states with a high degree of accuracy, even when facial expressions are not present. This is a major step forward in the field of emotional intelligence, as it provides a new tool for researchers to study human emotions. But what if devices could read our emotions, how would that change the way we connect with one another and navigate our daily lives, and would it deepen our understanding of each other’s feelings or lead to a loss of personal privacy and autonomy?
Chinese Scientists Find A Way To Effectively Remove Plastic Contaminants In Water
As plastic waste continues to be a major issue for the environment, researchers around the world are looking for new solutions to try and reduce the amount of plastic waste that ends up in landfills. However, plastic isn’t the only contaminant that can be found in water sources, and in fact, plastic is just one of many microplastics that can be found in the environment. What are microplastics, what are they found in, and how could a new sponge developed by Chinese researchers help to remove them?
Open-Source Hardware News
Mouser Electronics Introduces RISC-V Resource Center
As technology continues to advance at an alarming rate, the need for more powerful processors has never been more important. But while the current offerings from Intel and AMD continue to improve, there is a new player in town that is quickly gaining popularity, and that is RISC-V. What makes RISC-V different to other processor architectures, what products does Mouser Electronics stock, and how will RISC-V shape the future of electronics?
