Week in Review: Intel Core Ultra Processors

AI-powered applications, gaming devices, and other media solutions today must meet the increasing demands for AI acceleration, next-generation connectivity standards, overall efficiency, and low power consumption. To meet these demands, Intel Corporation produced the Intel® Core™ Ultra Processors.

Equipped with a 3D performance hybrid architecture, advanced AI capabilities, and built-in Intel® Arc™ GPU, the Intel® Core™ Ultra Processors are designed with the aforementioned solutions and features in mind. Read more.

Lattice Semiconductor’s Lattice Nexus™ 2 Next-Gen Small FPGA Platform

Video processing, communication, and machine learning inferencing applications are often deployed across a range of industries and tasked with managing edge computing workloads requiring large memories, DSP resources, and a variety of high bandwidth interfaces. To support these applications, a next-generation small FPGA platform offers reconfigurability, high performance, and the ability to integrate advanced resources in a compact form factor.

The Lattice Nexus™ 2 is a low-power small FPGA platform from Lattice Semiconductor built on a 16 nm FinFET TSMC process technology and made up of 65k to 220k system logic cells, 120 to 520 multipliers (18 × 18) in sysDSP™ blocks, and 4 to 12 Mb of embedded memory (EBR). Learn more.

AIoT in Retail: Transforming Shopping Experiences and Efficiency

Artificial Intelligence of Things (AIoT) combines AI and IoT to create smart, connected systems that can analyze and respond intelligently to data collected from IoT devices. IoT systems facilitate the collection and exchange of data among various devices and AI analyzes the data to drive smart decision-making ― without the need for human intervention.

AIoT solutions aim to improve efficiency, automation, decision-making, and predictive capabilities across various applications, such as smart city development, healthcare, manufacturing, and retail. In smart city applications, for instance, AI-powered sensors monitor and optimize traffic flow in real time by leveraging advanced analytics, helping enhance urban mobility, reduce congestion, and even improve air quality. Other examples include AI-driven surveillance systems equipped with facial recognition to bolster public safety and security. Read more.