Author page description
September 11
- DW100 DDR5 192 GB Memory Kit For AI And LLMs
➀ Biwin introduces the DW100 DDR5 192 GB Memory Kit (4x48GB) optimized for AI, LLMs, and high-performance computing with DDR5-6000 CL28-36-36-102 specifications at 1.4V;
➁ Designed for low-latency, stable overclocking, and heavy data workloads, it supports AMD EXPO and one-click tuning on X870/B850 motherboards from ASUS, MSI, and Gigabyte;
➂ Targets applications like AI model training, large-scale simulations, and high-bandwidth memory tasks.
- Next-Gen Multichannel GHz Digitizers
➀ Spectrum Instrumentation launched the DN6.33x family of multichannel GHz digitizers, offering up to 12 channels at 5–10 GS/s with 12-bit resolution for high-precision signal capture;
➁ The series features synchronized inputs, flexible memory configurations (up to 800 ms), and software tools like SBench 6 and SDKs for seamless integration into automated test systems;
➂ Designed for aerospace, semiconductor testing, and research, these digitizers enable time-correlated measurements in complex, multi-signal environments.
September 10
- JOB: Electrical Engineer At Applied Materials In Bengaluru
- Ultra Sensitive In Plane Hall Switch
➀ Texas Instruments (TI) introduces the industry's most sensitive in-plane Hall-effect switch, detecting magnetic fields as low as 1mT for compact, cost-effective designs;
➁ Features ultra-low power consumption (0.6 μA) and integrated signal amplification, ideal for battery-powered devices like smart appliances and security systems;
➂ Supported by developer tools for rapid prototyping, it replaces traditional sensors (e.g., reed switches) and enhances TI’s magnetic sensing portfolio.
- JOB: Design Quality Engineer At Aptiv In Pune
- JOB: Associate Specialist, Electronics At Pentair In Noida
- JOB: Sonic Development Engineer At Capgemini In Bengaluru
- JOB: Power Electronics Control Engineer At Magna In Bengaluru
- AI Accelerator For Edge Devices
➀ Edge AI applications face limitations in performance, memory, and security for deployments in industrial and medical environments;
➁ Axelera AI's Metis M.2 Max accelerator delivers PCIe-level AI performance in a compact M.2 form factor, doubling LLM processing speeds with 16GB memory and 6.5W power efficiency;
➂ Features include Root of Trust security, thermal optimization for constrained spaces, and Voyager SDK for simplified AI model deployment across vision and language applications.
- New Quantum Architecture Supports Lego Like Modular Design
➀ Researchers at the University of Illinois Urbana-Champaign developed a modular quantum architecture that connects components like Lego bricks using coaxial cables;
➁ The system achieved 99% fidelity in SWAP gates, enabling scalable quantum computing with minimal signal loss;
➂ Modular design offers flexibility for upgrades, fault isolation, and reconfiguration without rebuilding entire processors.
September 9
- JOB: Application Engineer, Embedded Software At Arrow Electronics In Bengaluru
- JOB: Power Module Developer (Power Electronics) At Siemens In Nashik
- Polymer Hybrid Capacitors for Better Circuit Design
➀ Polymer hybrid capacitors combine liquid electrolyte and conductive polymer, offering lower equivalent series resistance (ESR) and enhanced reliability for high-performance applications;
➁ These capacitors excel in automotive, industrial, and telecom systems due to their durability, high-temperature tolerance, and vibration resistance;
➂ TAIYO YUDEN provides diverse product lines optimized for demanding environments, ensuring stable performance in automotive ECUs, power electronics, and compact consumer devices.
- Next-Gen High-Density Ethernet Reference Design
➀ Microchip launched a 56-Port Ethernet Switch Reference Design combining 48 gigabit copper ports, 4 high-speed optical ports, and 4 multi-gigabit copper ports for versatile networking applications;
➁ The design accelerates prototyping, reduces development risks, and supports enterprise/data center/edge networking with optimized power and thermal management;
➂ Includes schematics, test reports, and software resources to streamline product development and integration.
- Op Amp For Space And Battery-Limited Devices
➀ ROHM has developed the TLR1901GXZ, an ultra-compact CMOS op amp with the industry's lowest operating current (160nA), targeting space-constrained and battery-powered devices like wearables and industrial sensors.
➁ The op amp features a miniature WLCSP package (under 1mm²) and high precision with low input offset voltage (0.55mV max), ensuring reliable performance in applications such as motion detectors and IoT environmental sensors.
➂ ROHM plans to further enhance op amp technology by reducing noise, expanding voltage ranges, and leveraging process innovations to support energy-efficient solutions across industries.
- Bubble-Powered Robots Could Jump
➀ Researchers developed millimeter-sized robots powered by cavitation (bubble collapse energy), achieving jumps up to 1.5 meters high at 12+ m/s speeds using lasers or ultrasound;
➀ The robots, made of titanium dioxide and other materials, enable precise control for applications like non-invasive drug delivery and micro-assembly;
➂ While still experimental, the technology shows promise for industrial inspections and confined-space repairs by converting destructive cavitation into controllable propulsion.
- Re-Entrant Mixing Redefines Solar Cells
➀ Study reveals organic solar cells exhibit unexpected 're-entrant mixing' where polymer-SMA blends separate when heated and remix when cooled, challenging classical material models;
➁ Researchers developed an advanced framework incorporating free volume and glass transition temperature to explain phase behavior, enabling better prediction of solar cell stability;
➂ This breakthrough paves the way for designing high-efficiency organic solar cells with improved thermal stability for renewable energy applications.
- Light Powered Chip Enhances AI Efficiency
➀ Researchers developed a silicon photonic chip using light for AI computations, reducing energy consumption by up to 100 times;
➁ The chip integrates ultrathin Fresnel lenses for optical convolution, achieving 98% accuracy in tasks like handwritten digit recognition;
➂ Supports wavelength multiplexing for parallel processing, offering potential for sustainable AI scaling and industry adoption.
September 8
- Cost Out Engineer-Electronics Category At Eaton In Pune
➀ Eaton is hiring a Cost Out Engineer in Pune to analyze electronic components and assemblies for cost optimization, resiliency projects, and new product development support;
➁ The role involves collaborating with global teams, improving engineering data for products like displays and PCBs, and driving supplier engagement for cost reduction strategies;
➂ Candidates require a degree in Electronics/E&TC, 3+ years of experience, and expertise in PCB design, data analytics, and cross-functional teamwork.
- JOB: Knowledge Analyst – Product Development (Electronics) At McKinsey & Company In Chennai
- JOB: Hardware Electronics Engineer At HELLA In Punjab
- Remote Controller Transforms Production
➀ Panasonic introduces the AW-RP200GJ remote controller, featuring macro functionality and dual-joystick operation for multi-camera production automation;
➁ Supports up to 200 PTZ cameras with pre-programmed sequences and a web interface for streamlined setup and monitoring;
➂ Enhances live broadcast workflows with IP video connectivity, assignable controls, and a built-in touchscreen for real-time adjustments.
- High-Power TVS Diodes For EV Electronics
➀ Littelfuse introduced the SZSMF6L Series TVS diodes to protect automotive and EV electronics from high-energy voltage spikes caused by load dumps, switching events, and ESD;
➁ The diodes offer 600 W peak pulse power in a compact SOD-123FL package, enabling space-constrained designs and supporting critical systems like EV powertrains and battery management;
➂ With 50% higher power handling than the previous series and a 175°C operating temperature, they provide enhanced reliability for automotive zonal architectures without board size increases.
- Generative AI That Works Faster On Small Devices
➀ Fujitsu developed a generative AI reconstruction technology using 1-bit quantization and AI distillation, reducing memory usage by 94% and achieving 3x faster inference while retaining 89% accuracy.
➁ The method enables large AI models like Takane LLM to run on low-end GPUs and edge devices (e.g., smartphones, industrial machines), improving data security and energy efficiency compared to conventional approaches like GPTQ.
➂ The brain-inspired technology allows task-specific specialization, with trials planned for late 2025 and quantized models already released via Hugging Face. Applications show 11x speed gains in sales predictions and 10% accuracy improvements in image recognition.
- Can Heart Rate Be Measured Without Wearable?
➀ Researchers at UC Santa Cruz developed Pulse Fi, a system using WiFi signals to measure heart rates without wearables, achieving ≈0.5 BPM error across multiple body positions;
➁ The low-cost system combines ESP32 chips ($5-$10) and Raspberry Pi with machine learning to filter heartbeat signals from WiFi variations, working up to 3 meters away;
➂ Trained using oximeter-correlated datasets, the technology enables accessible health monitoring for homes and resource-limited environments.