The Human Brain Versus AI: Similar Results, Very Different Machines
Every time a large language model (LLM) answers a question, it does something the human brain has done effortlessly for 300,000 years, but it does so by burning enough electricity to power a small
Synopsys Updates CXL IP Portfolio for AI-Era Infrastructure
Synopsys’s latest Compute Express Link (CXL) IP offerings target one of AI infrastructure’s most persistent constraints: Memory capacity and bandwidth are struggling to keep pace with increasingly
Andes Condor Closure Came Amid Broader Cost-Cutting Effort
Last week, reports emerged that Andes Technology had shut down its Austin, Texas-based Condor Computing design center subsidiary and folded its Cuzco processor IP back into the parent company.…
IBM Makes Quantum Cryogenics Modular, but Scaling Problems Remain
IBM announced this morning that it has connected and cooled the first two modules of a new cryogenic architecture designed to support multiple quantum processors, marking another step on its roadmap toward
Running Local LLMs on the Arduino® UNO™ Q Board: a Practical Guide
When talking about large language models (LLMs), people usually imagine a general-purpose assistant: something that can answer questions about weather, politics, software, history, travel, cooking,
Matter’s latest evolution, highlighted during the CSA’s Unify conference last month, reflects an industry steadily moving from early adoption toward practical implementation. As Matter matures, the
Marvell Targets AI Bottlenecks with Memory-Disaggregation Portfolio
Marvell Technology’s latest memory infrastructure products aim to help hyperscale and cloud customers move memory closer to the point of computation, reduce data bottlenecks, and improve token efficiency
Why Standardized Interfaces Are Critical to Accelerating Humanoid Development
While advancements in AI dominate the headlines, the commercial success of humanoids will depend on creating a combination of highly optimized electro-mechanical humanoid system architectures and AI
Nvidia Bets on the Classical Side of Quantum Computing
On the ground floor of the Barcelona Supercomputing Center (BSC), MareNostrum 5 sits alongside three new quantum computers housed in an adjoining deconsecrated chapel. The supercomputer, equipped with
Tiny eSIM, Global Reach: Simplifying Cellular Connectivity for Consumer Electronics
Date: Tuesday, September 22, 2026 Time: 8:00am PDT | 11:00am EDT | 17:00 CEST Designing consumer electronics for global cellular connectivity has never been easier. In this webinar, we introduce the
Automotive Functional Safety: Why ASIL Compliance Starts with Electromagnetic Design
Automotive electronic systems face relentless pressure to meet electromagnetic compatibility (EMC), signal integrity (SI), and power integrity (PI) targets while satisfying strict ASIL safety requirements.
Fluid-Side Observability Expands AI Hardware Reliability
Two operating snapshots can show the same accelerator temperature and still describe different reliability states. In both snapshots, the workload and coolant inlet temperature are comparable. In the
The Charging Inlet Has Become a System: Rethinking EV Charge-Control Electronics
The overlooked charge-control interface Technical discussions of EV on-board chargers usually focus on the high-power conversion stage: SiC versus GaN, bidirectional topologies, power density, and
Revolutionizing Safety: Unveiling the Power of Safety Bubble Detectors in Robotics
This article will explain the architecture of real-time safety bubble detection that includes challenges for developing a modular solution, optimizing such a high data bandwidth application to run at 30
Cutting-Edge Technologies on Display This October, Shaping the Future of Industries The Hong Kong Trade Development Council (HKTDC) will host two prominent exhibitions from 13-16 October in Hong Kong —
Using Agents to Maximize NVIDIA Jetson Memory Usage at the Edge
An earlier article here on EE Times, “Built-In Memory. Built-In Confidence.”, covered how Jetson’s integrated memory architecture takes supply chain risk off the table. This article explores how far a
Neuromorphic Computing Needs More Than Novel Chips
Imagine using one of the world’s most powerful supercomputers, a machine that draws enormous amounts of power, to help design a far more efficient one. That is more or less
The AI infrastructure buildout is usually described as a race for GPUs, high-bandwidth memory, substations, transmission capacity, cooling systems, and construction labor.…
Apple and its smartphone rivals face a dilemma caused by soaring memory and logic costs that leaves them two choices: swallow losses or fight a pyrrhic battle for market share.…
Intel, a semiconductor memory pioneer that transformed into a CPU behemoth, is heeding another return to the memory world, which itself has transformed from a highly cyclical commodity business to an AI
An Introduction to Software Prototyping: Unlocking SoC Software Verification with proFPGA CS
Available Exclusively On-Demand This webinar targets engineering and verification teams looking to accelerate System on Chip (SoC) hardware/software validation through FPGA prototyping.…