Recent #electronics news in the semiconductor industry

8 months ago
➀ This article describes a DIY SOS device project that uses a GSM module to send emergency alerts; ➁ The device is designed to be small and discreet, suitable for children, the elderly, and those in need of quick assistance; ➂ The article provides detailed instructions on building the device, including components list, circuit connections, and programming.
DIYelectronics
8 months ago
➀ Solartron has been expanding its business in Russia, China, Japan, and India; ➁ Direct results include orders worth £22,000 in Russia, immediate prospects of £100,000 in China, and agreements in Japan and India; ➂ The company emphasizes the importance of market study, planning, patience, and having a saleable product.
businesselectronics
9 months ago
➀ A research project at the Universities of Jena and Karlsruhe (KIT) and the Ecole Polytechnique Fédérale de Lausanne (EPFL) will receive €14 million from the ERC for six years of interdisciplinary research on combining electronics and photonics. ➁ The goal is to overcome the bottleneck of the electro-optical modulator to significantly increase data transmission speed. ➂ The project will involve optimizing and miniaturizing electro-optical components and incorporating new non-linear optical materials into photonic integrated circuits (PICs).
Photonicsdata transmissionelectronicsoptical componentsresearch
9 months ago
➀ Researchers at Binghamton University have developed a new paper-based wearable device that generates electricity by extracting moisture from the air; ➁ The device uses bacterial spores to split water molecules into ions, creating an electric charge; ➂ The research aims to develop flexible, wearable, scalable, and disposable devices made entirely from paper.
Wearableelectronics
9 months ago
➀ Intel has made significant advancements in transistor performance using ultra-thin 2D materials; ➁ These materials, such as MoS₂ and WSe₂, are suitable for scaled-down devices due to their excellent electrical properties; ➂ Challenges include integrating these materials into existing technology and overcoming the lack of atomic 'dangling bonds' for strong connections.
2D MaterialsIntelTransistorselectronicssemiconductor technology
9 months ago
➀ Establish a strong foundation in product architecture; ➁ Implement well-structured processes for growth; ➂ Address design challenges and solutions; ➃ Emphasize database and component management; ➄ Understand component classification; ➅ Effective scheduling and platform selection; ➆ Foster innovation and adaptability; ➇ Collaboration and communication; ➈ Quality control and standards compliance; ➉ Continuous learning and skill development
EngineeringManufacturingelectronics
9 months ago

➀ A new study shows that using 'chaotic edges' can greatly simplify electronic chips, as chaotic edges can amplify signals and act as superconductors, reducing the need for separate amplifiers and lowering power consumption.

➁ Researchers have discovered how 'chaotic edges' help electronic chips overcome signal loss, making them simpler and more efficient.

➂ By using metal lines on semi-stable materials, this method allows long metal lines to act like superconductors and amplify signals, potentially changing chip design by eliminating the need for transistor amplifiers and reducing power consumption.

Chip Technologyelectronicssuperconductivity