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ASUS IoT Unveils NVIDIA-Powered PE2100N and PE1101N Series Edge AI Systems at COMPUTEX 2024 At COMPUTEX 2024, ASUS IoT introduced the PE2100N series edge AI systems, featuring the NVIDIA Jetson AGX Orin, and the PE1101N series, equipped with NVIDIA Jetson Orin NX or NVIDIA Jetson Orin Nano modules. Both series utilize the NVIDIA Jetson Orin lineup, providing up to 275 TOPS of AI performance, offering developers a flexible, customizable platform for applications such as machine vision, automated guided vehicles (AGV), autonomous mobile robots (AMR), and intelligent video-analytics. According to ASUS IoT, these solutions enhance speed, security, and cost efficiency while extending data processing at the edge. https://is.gd/MOzV8C #AI #artificialintelligence #Asus #ConsumerElectronics #llm #machinelearning #Nvidia

Find out what's driving the future of #smartcars at #CES2024! Join the conversation on Jan 8 as #Omdia's Edward Wilford looks into the latest trends and developments in autonomous smart cars alongside an esteemed panel of industry experts featuring Maria Anhalt, Maitê Alves Bezerra, Robert Boetticher, Danny Shapiro and Remco Timmer. Get more info and register here: https://lnkd.in/dzX8BEZZ #AI #IoT #software #connectivity #sensors Wards Intelligence Elektrobit Amazon Web Services (AWS) NVIDIA HERE Technologies

All articles in Electronics MDPI (ISSN: 2079-9292) Vol 13, Issue 17, are now freely available to access, read and download: https://brnw.ch/21wNyAV COVER STORY: With advancements in object detection through various sensors, autonomous driving technology has been studied for driverless driving, anticipated to alleviate human labor in the future. Additionally, with the development of internet of things (IoT) technology, tasks like serving and delivery are now being replaced by autonomous robots. These robots adopt low-power cores that are energy-efficient but have relatively lower performance since they rely on batteries. These characteristics make it challenging to perform computationally intensive tasks such as object recognition in autonomous robots. This research from the Seoul National University of Science and Technology proposes a Grid-Based DBSCAN Accelerator for LiDAR’s Point Cloud, which executes object recognition on low-power cores with reduced computational load. Read more: https://brnw.ch/21wNyAV #mdpi #openaccess #autonomousdriving #robots #research

LET'S CREATE HIGHLY INTEGRATED RETAIL SOLUTIONS BASED ON QUALCOMM QCS8550 PROCESSOR! The Qualcomm #QCS8550 #Processor provides #robust #computing #power, maximum #Edge artificial intelligence (#AI) #processing, Wi-Fi 7 #connectivity, and vivid #graphics and #video for performance-heavy #IoT #applications, such as i.e. #autonomous #mobile #robots, #warehouse #drones, #cameras, #edge #AI #boxes, and more solutions particularly designed for #retail #applications. Together with our experienced Atlantik Elektronik GmbH #team, you can now develop #custom #smart #retail #solutions such as #smart #carts, next-generation #smart #check-#out #applications, or AI-powered #cashierless #retail #systems. More information about #QCS8550 in our ATE-Store: https://lnkd.in/dbnynzFK

"Exciting times ahead for the embedded systems field in electronics! With advancements in IoT, AI, and edge computing, embedded systems are at the forefront of innovation. From smart homes to autonomous vehicles, these systems are revolutionizing industries. Join in shaping the future of technology through embedded systems development. Let's connect and explore opportunities for growth and collaboration! #EmbeddedSystems #Electronics #Innovation"

🚀 Unlocking the Potential of 5G Antenna Design: Part One 🚀 In today's rapidly evolving telecommunications landscape, the importance of efficient and innovative antenna design cannot be overstated. The wide bandwidth for Sub-6GHz is a huge challenge for antenna design especially for 600MHz. How to achieve optimal antenna performance is a key to realize the 5G techonology. In the first part of this insightful series by Leankon, we dive deep into the intricacies of 5G antenna design. Stay tuned for the next part of this series, where we'll explore more groundbreaking advancements in 5G technology. Read more about it here: https://lnkd.in/gfrVYXyR #5G #Telecommunications #AntennaDesign #Innovation #Technology #leankon #IoT #healthcare #electronics

🧠 Why is 5G Antenna Design So Challenging? 1. Wide bandwidth (600-960MHz/1400-6000MHz) 2. Efficiency 3. Co-existing with other antennas 4. Others

Intel’s 18A process technology is changing the game in AI edge computing. By embedding tensor processing units (TPUs) into AWS edge nodes, Intel is building the architecture for distributed AI workloads that operate in real time. This is about low-latency, high-efficiency AI processing at the edge—perfect for autonomous vehicles, IoT systems, and smart cities. Intel’s AI chips ensure that real-time inference happens without depending on cloud processing, driving the future of AI at the edge. #EdgeAI #AIProcessing #IntelEdge #SmartCities #AutonomousSystems #AWS #TensorProcessing #RealTimeAI #LowLatency #AIInnovation #DistributedAI

-> Beyond Speed: How 6G will transform industries with AI and sensing -> The transition from 5G to 5G advanced is considered a pivotal progression towards the development of 6G. 5G advanced aims to enhance 5G capabilities such as massive MIMO, positioning, and AI/ML integration, which will directly influence the features expected in 6G. Anticipated enhancements encompass the utilization of terahertz (THz) frequency bands for ultra-high data rates, AI-driven network management for optimal performance, and integrated sensing capabilities for broader application areas such as holographic communications, advanced IoT, and precise remote surgery. This necessitates advancements in multi-user MIMO, network architecture, and edge computing to support critical services with real-time data processing. The capabilities of 6G span from significantly accelerated download speeds to pioneering applications in healthcare, smart cities, autonomous vehicles, and other transformative technologies for the public. #5G #6G #Technology #Innovation #cloud #RAN

Space is often limited in vehicle systems, and compact, lightweight ECUs are essential to fit within the constraints of modern vehicle design while still performing their functions. Customers prefer ECUs that are small in size but still powerful enough to manage complex vehicle functions, especially in electric or hybrid vehicles where space is a premium as there is always a battle for packaging space when designing a new vehicle. At Dacfon Technologies we understand this and have developed our range of ECUs to be as compact as possible without compromise to component quality and reliability. Connect with is to discuss how the Dacfon Technologies team can help provide solutions to your needs info@dacfon.com #dacfontechnologies #electronicmodules #automotive #industrial #marine #offhighway #robotics #automation #mobility #ECU #IoT #LINBus #CANBus #innovation #UKengineering #electronicsolutions #specialvehicles #UKautomotive #costeffective #solutions #mechatronics #bespokesolutions