Advanced convection architecture and smart power control aim to raise profiling precision while cutting operating costs in high-mix SMT lines. A new 16-zone reflow oven configuration by Kurtz Ersa is positioning itself as a high-performance option for electronics manufacturers seeking tighter thermal control and improved process efficiency in surface-mount production. The HOTFLOW THREE platform integrates […]View more at https://www.electronicsforu.com/news/16-zone-reflow-platform-targets-higher-thermal-stability.
Credit- EFY. Distributed by Department of EEE, ADBU: https://tinyurl.com/eee-adbu
Curated by Jesif Ahmed
Thermal constraining technique stabilizes ferroelectric transistors, boosting efficiency and endurance for next-gen electronics. A team led by Professor Taesung Kim at Sungkyunkwan University has unveiled a semiconductor design technique that uses thermal forces to dramatically improve next-generation AI chip performance while trimming energy use a development that could help solve one of electronics’ toughest challenges: […]
New MIT process embeds matching hardware fingerprints in paired chips for direct, server-free authentication. Researchers at the Massachusetts Institute of Technology have unveiled a novel chip-fabrication technique that could reshape hardware-level security for electronic systems by enabling paired microchips to authenticate one another directly using shared physical identifiers. At the core of the approach is […]
MIT’s new fabrication trick gives paired chips matching physical IDs for secure, server-less authentication. In hardware security news, researchers at the Massachusetts Institute of Technology have developed a new chip-processing method that could tighten cryptographic security at the device level by creating paired physical fingerprints on microchips. This technique addresses a longstanding challenge in secure […]
APPLY HERE Location: Bengaluru Company: Tesla Position Description The Tesla AI Hardware team is at the forefront of revolutionising artificial intelligence through cutting-edge hardware innovation. Comprising brilliant engineers and visionaries, the team designs and develops advanced AI chips tailored to accelerate Tesla’s machine learning capabilities. Their work powers the neural networks behind Full Self-Driving (FSD), and Tesla humanoid robot, […]
What if robots could be trained in full digital factories before touching the real world? Can a simulation model make that possible? AuraML has introduced AuraSim, a multimodal world simulation model built to generate physics-ready environments for robotics. The platform converts inputs such as text, floorplans, videos, depth maps, and point clouds into simulation-ready digital […]
New nanoscale research reveals how molecular stiffness could cap the performance of flexible wearable tech. Researchers at University of Cambridge have taken a first experimental step toward understanding how the molecular mechanics of flexible semiconductors might constrain the performance of future wearable electronics suggesting there could be inherent limits to how fast and efficient bendable […]
The tool aims to ease the challenges of designing intricate 3D interconnects, offering engineers a way to handle multi-die systems more efficiently in AI data centre applications. Keysight Technologies has introduced 3D Interconnect Designer, part of its EDA portfolio, to support the growing intricacy of chiplet and 3DIC packages. The software aims to streamline workflows […]
The new MIT platform uses multiple materials to fabricate complex electric motors in hours a potential game‑changer for on‑site electronics production. In a major advance for additive manufacturing and electronics fabrication, researchers at the Massachusetts Institute of Technology have demonstrated a 3D‑printing system capable of producing fully functional complex electric machines including a complete linear […]
What if one bench top instrument could handle wide frequencies, multiple parameters, fast measurements, and production sorting in a single setup? Find out! The BR 5812 from KUSAM-MECO is a versatile LCR meter built for engineers, technicians, and researchers who need fast, accurate, and reliable measurement of electronic components. It solves common problems like slow […]
MIT’s AI system boosts precision protein drug production, cutting development costs by learning the “language” of genetic sequences. In a move that signals deeper convergence between artificial intelligence and bio-manufacturing electronics, researchers at the Massachusetts Institute of Technology (MIT) have developed an advanced large language model-based tool that could significantly reduce the cost and effort […]
0.24 mm² low-power FMCW design targets 6G sensing-communication convergence in edge electronics. Tokyo scientists have unveiled a tiny radar-on-chip prototype that could reshape future wireless hardware for beyond-5G and 6G ecosystems, marrying sensing with communications in a power-lean design. Developed at Japan’s Institute of Science Tokyo, the new chip packs a high-precision Frequency-Modulated Continuous-Wave (FMCW) […]
Silhouette-based platform delivers sub-micron repeatability, 25 μs exposure and distortion-free measurement across the entire field of view. KEYENCE has expanded its TM-X5000 Series with a new ultra-wide-field sensor head offering a 120 mm field of view, targeting high-speed inline dimensional inspection across larger components. The key features are: The latest addition increases the maximum measurement […]
High voltage batteries power modern electric vehicles but what keeps their control and safety systems running? Can a 4kW DC DC solution tackle this challenge? As battery-powered on- and off-highway vehicles move to higher traction voltages, designers still need reliable low-voltage rails for control systems, safety electronics, and auxiliary loads. RECOM have launched RMOD4000 series […]
New modular robot design leverages shared electronics and power to maintain function even when modules fail. Swiss researchers have devised a modular robot that flips a longstanding robotics challenge on its head: instead of larger robot systems becoming more failure-prone as they add parts, this new design actually becomes more resilient as it scales. The […]
New neuromorphic motion-detection hardware slashes processing delays in robots and autonomous vehicles, promising faster reactions and safer navigation. Robotics and autonomous systems may soon see a big leap in how quickly they understand and react to motion. Researchers have developed a bio-inspired neuromorphic chip that mimics human visual attention to speed up motion perception, potentially […]
APPLY HERE ON INTERNSHALA Location: Bengaluru Company: Yolabs Selected intern’s day-to-day responsibilities include: Skill(s) Required Who Can Apply Only those candidates can apply who: * Women wanting to start/restart their career can also apply. Other Requirements Perks Job Offer On successful conversion to a permanent employee, the candidate can expect a salary of ₹ 300000 […]
Designed for factories, hospitals, and robotics teams, the platforms bring server class AI performance to edge environments without data centre reliance. As edge AI deployments move from pilot projects to full scale production, industries are increasingly demanding server class performance outside the data centre. Real time vision systems, on site generative AI, and advanced analytics […]
Hydrogen leaks are hard to detect in humid air, but a new sensor gets more accurate as moisture rises. Could this change safety in energy and transport? Wherever hydrogen is used, safety sensors are needed to detect leaks and stop the formation of hydrogen–air mixtures that can catch fire. However, most existing sensors do not […]
APPLY HERE ON LINKEDIN Location: Pune Company: SEDEMAC Education Qualification: B.E /B Tech / M Tech in Electronics or Electrical Engineering Total experience: 3-6 years experience of hardware design of Automotive/ Industrial Product Major Responsibilities Technical Skills & Experience
APPLY HERE Location: Bengaluru Company: Cyient Job Description Excellent analytical and problem-solving skills with an eye for detail and precision. Ability to work independently and manage multiple tasks simultaneously. Familiarity with a wide range of hardware components like MOSFET, BJTs, OPAMPs, Regulators, Microcontrollers, serialisers, deserialisers etc. Excellent verbal and written communication skills Strong problem-solving skills […]
AI servers are running out of power and space. A small module can solve both, helping systems run better in tight designs. Find out more! As AI and high-performance computing workloads grow, systems need power solutions that are efficient, reliable, and scalable. Integrated power modules simplify design, reduce energy use, and provide stable performance for […]
Tight panels, harsh inputs, peak loads, and safety rules make power design hard. This solution shows how engineers can solve these problems in one setup. Design engineers working on industrial, building automation, energy, data communication, and infrastructure systems often struggle to fit reliable, high-power supplies into tight panels while meeting safety, efficiency, and uptime needs. […]
Robots waste power and depend on control to move. A joint design shifts control into the structure, helping robots walk and grip objects using less power. Robots waste energy, need large motors, and depend on software to move. This limits their use in walking machines, robotic hands, assistive devices, and human-like robots. Engineers at Harvard […]
The future of connected intelligence rests on trust, and that trust begins withsecure, SIM-enabled foundations. Artificial intelligence (AI) and machine learning (ML) are transforming industries, unlocking new efficiencies and capabilities. Their integration with the Internet of Things (IoT) is among the most significant shifts, creating smarter, more responsive, and secure connected ecosystems. IoT’s evolution has […]
These DALI reference designs enable quick control, dimming, and testing of LED lighting without additional hardware or complex setup. DALI (digital addressable lighting interface) has become the standard for reliable communication and control in modern LED lighting systems, enabling functions like switching, dimming, and status reporting across multiple devices. For engineers developing DALI-based lighting, reference […]
What if industrial power supplies no longer needed extra space for safety margins? A new design questions current engineering practices. Industrial control systems often struggle with limited cabinet space, heat buildup, and short power surges that force engineers to oversize power supplies. These issues increase cost, complexity, and energy use. RECOM addresses these problems with […]
India’s autonomous future will not arrive overnight, and it will not look like anyone else’s. But step by step, through semi-autonomy, smart policy, and local innovation, AI can make Indian roads safer while still keeping humans firmly in the driver’s seat. Artificial intelligence (AI) has evolved from its early role in mobile robot navigation to […]
Robots find tricky tasks hard and need a lot of training. This system helps them plan ahead and act smarter using much less data. Robots often struggle with complex tasks because their control systems are fragmented. Traditional approaches require separate perception, planning, and control modules, along with massive amounts of labeled data for each robot […]
Why do LED displays still feel limited? A design approach removes size, wiring, and power limits, helping engineers build displays faster. Design engineers often face challenges when trying to display information on LED matrices. Small 8×8 LED arrays are widely used, but they come with significant limitations. Characters and symbols are constrained by the size […]
Hard to use PLCs and control machines? These displays make operation clear, show information, connect with controllers, and let factories set up custom screens fast. Industrial manufacturing is becoming more complex as processes rely on networked systems and real-time data. Programmable logic controllers (PLCs), once simple logic units, are now evolving into connected computing nodes […]
Automotive OEMs gain flexible, high-performance touchscreen solutions for evolving cockpit interfaces, supporting accuracy, uniformity, and immersive user experiences. Automotive displays are continuing to grow in size and complexity as cockpit interfaces are becoming more immersive and software-defined. OEMs are pushing the boundaries of display size, shape, and technology, creating a need for touchscreen controllers that […]
India’s first AI defined two wheeler platform shifts vehicle intelligence from software updates to real time control of energy and materials. As electric two wheelers integrate higher levels of electronics, software, and connectivity, manufacturers face rising complexity in managing performance, energy efficiency, thermal behaviour, and lifecycle reliability. Existing mechanically and software defined architectures limit how […]
To execute large-scale synchronised flights involving over 1000 drones, India’s first drone swarm was developed as early as 2018. How has the journey been ever since? What is the future? Sarita Ahlawat from Botlab Dynamics, the firm behind this innovation, narrates their story to EFY’s Nitisha Dubey. Q. What did the company focus on during […]
In this video, we explore a DIY proof-of-concept project called “Musical Temperature Alarm”, published on Electronics For You.When the temperature rises (for example, by bringing a hot soldering iron close), the circuit detects it. Once the set limit is crossed, the music starts playing.In this video, we explore a DIY proof-of-concept project called “Musical Temperature […]
Ice on aircraft, drones, and turbines can cause crashes and delays. A sensor spots ice instantly and could change how we handle it. Ice on aircraft, drones, and wind turbines causes serious problems. It can damage vehicles, increase maintenance costs, ground operations, delay flights, and even lead to crashes. For drones, even a thin line […]
APPLY HERE Location: Chennai Company: Aptiv Your Role Your Background Key ingredients for succeeding in this role are your:
By stacking active devices above existing circuitry, the platform reduces data transfer energy while increasing integration density and performance. Growing computational workloads are increasing energy losses caused by constant data transfer between logic and memory in conventional microelectronic architectures. As device scaling slows, reducing interconnect energy and improving integration density have become critical for sustaining […]
Imagine cooling your home, fridge, or data center without using a lot of energy or harming the planet. A method could make it possible. Cooling is essential in modern life, from keeping food fresh to running data centers, but traditional refrigeration comes at a high environmental cost. It consumes large amounts of electricity and contributes […]
As power densities climb, centralized liquid cooling systems emerge as critical infrastructure for high performance and accelerated computing workloads. Rising power densities from AI and accelerated computing workloads are pushing data centers beyond the thermal limits of traditional air cooling. Liquid cooling architectures require cooling distribution units that can deliver higher flow rates, tighter temperature […]
Researchers have improved organic solar cells with advanced molecules, unlocking higher efficiency, flexibility and the potential for widespread solar adoption. As demand for greener energy solutions grows, organic solar cells (OSCs) are emerging as a lightweight, flexible and low-cost alternative to traditional inorganic photovoltaics. Their potential for large-scale applications, including agrivoltaics is substantial, but efficiency […]
Liquid cooling is no longer optional for AI infrastructure, but reliability at connection points is emerging as the next bottleneck. As AI workloads and high performance computing continue to drive chip power densities higher, traditional air cooling methods are approaching their physical limits. Liquid cooling has rapidly moved from an experimental option to a core […]
A new ultraviolet laser source pushes maskless lithography closer to mainstream use in advanced semiconductor packaging by combining short wavelength, watt-class output, and long operational life in a compact form factor. A high-power ultraviolet semiconductor laser by Nuvoton Technology entering mass production could significantly improve fine patterning and throughput in maskless lithography systems used for […]