Michael Georgi’s Post

"“The U.S. government’s campaign against Huawei is inadvertently bolstering the company’s resilience, echoing the age-old adage that what doesn’t kill you makes you stronger,” said Sameh Boujelbene, an analyst at research firm Dell’Oro Group." Meanwhile, the USPTO takes the "kill with kindness" approach, by awarding Huawei lightly examined patent applications including first action allowances for 18/162,114, Memory Protection Method and Protection Control Apparatus 18/152,278, Battery Assembly and Energy Storage System 18/150,999, Power Supply System 18/107,871, Signal Transmission Method and Apparatus 18/043,678, Method for Sharing Camera by Plurality of Applications and Electronic Device 18/039,886, Communication Method and Apparatus, etc. According to USPTO's PEDS database, 127 Huawei applications filed in 2023, including the ones listed above, have been recently allowed. Another 192 Huawei applications filed in 2023 have already issued as US patents. Do any US inventors recall obtaining this sort of favorable, speedy processing by the USPTO? #Huawei, #patent, #invention, #USPTO, #natsec, #DoD, #WSJ https://lnkd.in/g-3qNch9

Samsung's Junehee Lee discusses how Samsung is accelerating #vRAN and #OpenRAN adoption by building a robust and collaborative ecosystem of more than 20 of the world's major technology vendors in his latest blog.

Samsung's Junehee Lee discusses how Samsung is accelerating #vRAN and #OpenRAN adoption by building a robust and collaborative ecosystem of more than 20 of the world's major technology vendors in his latest blog.

Global patent trends reveal a decade of initial growth followed by a decline. Key contributions come from IP5 and tech leaders like Samsung and Huawei. Dive into the reveals in our report: https://lnkd.in/eQ2T9dek   #intellectualproperty #ip #patents #patentdata #trademarks

The TechKnow #technical magazine contains troubleshooting cases, popular Q&As and events in the #Huawei Enterprise Support Community. Read this week’s edition related to Optical Access: https://bit.ly/4e02B7e

We've just published an awesome solutions brief with Intel Corporation about our IES.5G Solution: an integrated private 5G radio, core, and edge solution delivering high-speed, low-latency connectivity. 🇺🇸 In this piece, we dive into the state of private 5G, how our IES.5G comes into play, and how we utilize next-gen Intel® technologies to enhance performance, flexibility, and security. 🔥 Read the solutions brief here: https://hubs.ly/Q02shQ9m0 Let us know your thoughts in the comments section below! 😎 #private5G #teamtrenton #intel #networking #partnerships

The potential of #5G wireless technology to transform industry is just getting started. Moving to 5.5G will allow advanced factories to break free of the cables that frequently cause network failures. The beauty of this technology, according to Professor Boy Lüthje of Germany’s Institute of Social Research: “It makes things simple.” Professor Lüthje takes a deep dive into the possibilities of #5GAdvanced during an interview with #Huawei #TransformTalks: https://lnkd.in/d48GauSR

Business News – The Philippines will conduct workshops on the semiconductor industry as part of a $13.8-million US Department of State initiative. The program aims to develop the country's semiconductor workforce and strengthen public policy under the International Technology Security and Innovation Fund. Read the article here: https://lnkd.in/g4bYDGpj #LaCamaraNews #BusinessNews #SpanishChamber #SpanishChamberofCommerce #SpanishChamberofCommercePhilippines #SemiconductorIndustry

Hyperscale network operators need more and more distance from their network. In this video, Stephen Adolph, Associate Vice President, Coherent DSP Product Line Management at Marvell, highlights the advanced Probabilistic Constellation Shaping (PCS) technology that allows a distance of up to 1,000 kilometers at 800 Gbps for DCI links. This simultaneously keeps the cost of scaling networks down while extending capabilities for higher reach and higher capacities. Watch the video to learn more about the technology and why it’s so important in today’s marketplace.

AMD Introduces Zen 5-Based Ryzen Processors for Advanced AI Workloads AMD has unveiled its latest processors, the Ryzen 9000 series and Ryzen AI 300 series, at Computex 2024. These new processors are designed to meet the growing demand for advanced AI performance in both desktops and ultra-light laptops. Zen 5 Desktop Processors: Built on the new Zen 5 architecture, the Ryzen 9000 series delivers high performance with improved efficiency. Featuring up to 16 cores (32 threads) and a 5.7 GHz Boost, these processors enhance gaming, productivity, and local AI support. According to AMD’s Donny Woligroski, the Zen 5 architecture doubles the instruction and data bandwidth and AI performance compared to the previous generation. The new series will be available in July 2024, supported by the X870 and X870E chipsets, which include NVMe, USB 4.0, PCIe Gen 5 graphics, and enhanced memory clock support. Ryzen AI 300 for Mobile: The Ryzen AI 300 series targets mobile computing, balancing power, size, and performance for AI applications. With up to 12 cores and a max TDP of 54 W, these processors are perfect for thin, ultra-light devices. The series features an NPU based on the new XDNA 2 architecture, offering up to 50 TOPs and double the power efficiency of its predecessor. Michael Jasinski emphasized that the second generation of XDNA delivers significant power efficiency improvements. Enabling AI-Powered Future: These new processors aim to bring advanced AI capabilities to everyday computing. AMD’s commitment to pushing technological boundaries ensures that both desktop and mobile platforms can benefit from AI acceleration, enabling a bold, new AI-powered future. 🔗Website: www.ftcelectronics.com 🌐Email: info@ftcelectronics.com #AMD #Ryzen9000 #RyzenAI300 #Zen5 #AI #Computex2024 #TechInnovation #AdvancedComputing #MobileAI #DesktopPerformance #FTCelectronics #ElectronicComponents