In an era dominated by digital photography, innovator Spacerower has crafted a Raspberry Pi-powered camera that instantly prints physical photos using thermal paper. This unique device combines the compact Raspberry Pi Zero with a thermal printer to create tangible memories on the go. What inspired the creation of this instant-print camera, how does it function with its custom-built components, and what potential does this project hold for the future of DIY photography?
Top Stories This Week
- Raspberry Pi Zero Camera Instantly Prints Photos Using Thermal Paper
- Japan Earmarks Another 802.5 Billion Yen For Chip Startup Rapidus
- Hexagon Launches New Robotics Division To Drive Next-generation Autonomy
- AMD Signs Huge Multi-billion Dollar Deal With Oracle To Build A Cluster Of 30,000 MI355X AI Accelerators
- Can Earthquake In Myanmar Disrupt PC Hardware Production? Manufacturers Are Checking Out
- IBM Secures Patent For 4D Printing — Smart Material Uses ML For Transporting Microparticles
- Open Source Devs Are Fighting AI Crawlers With Cleverness And Vengeance
- OpenAI Peels Back ChatGPT’s Safeguards Around Image Creation
- Nottingham Research At The Heart Of An “intelligent” Motor That Is Set To Revolutionise Energy Efficiency In Industrial Processes
- Smartest Electronic Skin With ‘brain’ Could Be Magnetic Miracle For Humans, Robots
- Reconfigurable FPGA For Single Photon Measurements
Hardware Business News
Japan Earmarks Another 802.5 Billion Yen For Chip Startup Rapidus
Japan is set to bolster its semiconductor industry by earmarking an additional 802.5 billion Yen for the chip startup Rapidus. This substantial government aid underscores Tokyo’s determination to secure a stable semiconductor supply amid rising U.S.-China tensions. With backing from industry giants like Toyota and Sony, Rapidus aims to launch a pilot line soon and begin mass production by 2027. What drives Japan to heavily invest in Rapidus, how will this funding impact the global semiconductor landscape, and can Rapidus position itself as a formidable competitor in the future chip market?
Hexagon Launches New Robotics Division To Drive Next-generation Autonomy
Hexagon has launched a new Robotics division to drive advancements in next-generation autonomy, utilizing its expertise in AI, spatial intelligence, and measurement technologies. This initiative aims to meet the growing demand for autonomous solutions across various sectors, addressing workforce challenges. With Arnaud Robert at the helm, Hexagon is poised to revolutionize industrial applications with humanoid robotics. What role will Hexagon’s new division play in advancing robotics? How will these advancements impact industries facing workforce shortages? What does the future hold for autonomous technology in reshaping our industrial landscape?
AMD Signs Huge Multi-billion Dollar Deal With Oracle To Build A Cluster Of 30,000 MI355X AI Accelerators
AMD is gearing up to challenge Nvidia’s dominance in the AI accelerator market with its upcoming Instinct MI355X series, set to rival Nvidia’s Blackwell lineup. Oracle plans to integrate these GPUs into a massive 30,000-unit cluster for high-performance AI workloads, complementing its existing 64,000-GPU Nvidia GB200 cluster, Stargate. What makes AMD’s MI355X a formidable competitor to Nvidia’s offerings? How will Oracle’s strategic deployment of these GPUs impact AI processing capabilities? As these technological advancements unfold, what could the future hold for AI infrastructure and competitive dynamics in the tech industry?
Can Earthquake In Myanmar Disrupt PC Hardware Production? Manufacturers Are Checking Out
A powerful 7.7-magnitude earthquake recently struck Myanmar, reverberating through neighbouring countries and potentially impacting the technology industry. With Thailand and Vietnam being key production hubs for tech giants like Intel and Western Digital, the quake’s effects have prompted manufacturers to assess any disruptions. Could this earthquake significantly affect PC hardware production? What measures are companies taking to ensure supply chain stability? How might such natural events influence future manufacturing strategies in Southeast Asia?
Hardware Engineering News
IBM Secures Patent For 4D Printing — Smart Material Uses ML For Transporting Microparticles
IBM has secured a new patent for 4D printing technology that employs machine learning to transport microparticles using smart materials. This innovation leverages shape-memory alloys or polymers that respond to stimuli such as temperature and light, enabling precise control over the movement of tiny particles. How does 4D printing differ from traditional 3D printing, what potential applications could this technology unlock in medicine and industry, and how might it revolutionize future manufacturing processes?
Open Source Devs Are Fighting AI Crawlers With Cleverness And Vengeance
In the ever-evolving digital landscape, AI web-crawling bots have become an unwelcome nuisance, likened by many to the cockroaches of the internet. Open source developers, disproportionately affected by these relentless bots, have begun to fight back with ingenious solutions. What challenges do AI crawlers pose for open source projects? How are developers creatively defending their platforms? And what does the future hold for the battle against AI bots in the open source community?
OpenAI Peels Back ChatGPT’s Safeguards Around Image Creation
This week, OpenAI unveiled a new image generator in ChatGPT, capturing attention with its ability to create Studio Ghibli-style images. Beyond artistic flair, this upgrade marks a shift in OpenAI’s content moderation policies, allowing depictions of public figures and sensitive symbols under certain contexts. What drove OpenAI to alter its approach to AI-generated content? How will these changes impact the balance between creative freedom and ethical responsibility? And as AI evolves, how might future content moderation shape our digital interactions?
Hardware R&D News
Nottingham Research At The Heart Of An Intelligent Motor That Is Set To Revolutionise Energy Efficiency In Industrial Processes
The University of Nottingham, alongside its spinout The Thinking Pod Innovations and partner VIDAR, has developed a pioneering intelligent motor designed to transform energy efficiency in industrial processes. This cutting-edge technology, recently launched in the U.S., promises to reduce energy use and CO2 emissions significantly. What makes the VIDAR motor a game-changer in energy efficiency? How does it overcome traditional barriers in industrial settings? And what implications does this have for the future of sustainable energy solutions in harsh environments?
Smartest Electronic Skin With Brain Could Be Magnetic Miracle For Humans, Robots
Scientists at a German research lab have developed an innovative electronic skin (e-skin) that can detect magnetic fields with a single global sensor, mimicking human skin’s interaction with the brain. This breakthrough allows for touchless interactions, enabling use in challenging environments and enhancing capabilities for humans and robots alike. What is this new e-skin technology, how does it work, and what future possibilities does it hold for human-robot interactions and beyond?
Open-Source Hardware News
Reconfigurable FPGA For Single Photon Measurements
Detecting single photons is crucial for advanced technologies like LiDAR, medical imaging, and secure communication. FPGA-based instruments offer the precision needed for these applications, capturing photon events with remarkable accuracy. What makes FPGA technology essential for single-photon measurements, how does it outperform traditional photon counters, and what innovations are on the horizon for photon detection?
