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When I first set out to build the Circular Computing brand and proposition, plenty of people in the industry questioned the logic. Why on earth would any company invest millions in a dedicated facility to remanufacture laptops when the business world was quite happy buying brand new? But today, no one is questioning it, as everything has changed. The price of 'brand new' has skyrocketed as AI data centres are devouring global memory production and chipmakers are shifting capacity away from standard PCs. The result is what many are calling "RAMageddon": sharp price increases, component supply chain bottlenecks and severe pressure on IT budgets. Alongside this, the world has got wise to the sustainability equation for 'new' and we innovated to build a product that is "equal to or better than new". It really is the perfect storm for increased adoption of non-new laptops. As the wider market grapples with increased lead times and rising costs, that commitment to long-term resilience means we are able to support organisations with high-spec, reliable laptops at scale.

Five years ago, the world scrambled for any laptops available to keep the lights on and allow people to work from home. Now, those same machines are going through a replacement process, just as we are standing at the edge of a massive IT supply chain crisis. The industry is telling you that you have no choice but to pay the premium. Manufacturers are hiking prices due to RAM and SSD increases, and lead times are growing. They want you to believe "new" is the only way to stay resilient. I believe that is a lie. It is a logic built on waste – both financially and physically. At Circular Computing, we provide enterprise-grade HP, Dell, and Lenovo laptops at scale. We call it "The New New®." This isn’t "second-hand" tech. It is remanufactured to perform like new, but costs up to 40% less and saves CO2, water and minerals with every unit. We only rent this planet from the next generation and buying new isn’t a badge of honour - but being resourceful to get through a crisis is.

It’s always the people who make the difference. If I had to choose one takeaway from my recent business trips to Shanghai, Suzhou, China, and Milan, Italy, this would be it. Over the past two weeks, I had the honor to meet many of our local project and line leaders and experts in person and witness their drive, passion and personality in face-to-face conversations. What impressed me most was the incredible breadth of knowledge across our global teams at Bosch Sensortec GmbH built through years of diverse experiences and perspectives. Equally inspiring was the excitement and curiosity I saw when discussing how AI will shape the future of our projects and innovations. I’m really grateful to collaborate with such a talented and motivated global team. Thank you to everyone who shared their insights, ideas, and enthusiasm along the way. Now it's time for me to carry this energy and inspiration forward to the next big event ahead. #Leadership #ProjectManagement #GlobalCollaboration

Booth 2115 at MD&M Midwest, today and tomorrow. Come see Cadstrom run on a real schematic and bring your questions about continuous validation for hardware design. Then try it on your own design. Your first design review is free, and iterations on that design stay free for your first month. Sign up before you leave the floor and we'll walk you through your first submission at the booth. Thursday at 1:50 I'm on the Floor Report stage talking about why hardware still gets one big design review at the end, if you'd rather start there. Need an expo pass? It's free with our guest code INVITE1018427. Register, book a time at the booth, or start a free review here: https://cadstrom.io/mdm #MDMMidwest #MedicalDevices #PCBDesign

DSPs and SerDes devices have an advantage at wafer test. They can use built-in loopback and self-test. Laser drivers and TIAs can't. These analog building blocks need direct RF measurement through a high-integrity probe-card path. As lane speeds move toward 448 Gb/s, that measurement has to hold up beyond 112 GHz. So the question shifts. It's no longer just whether the device performs. It's whether the measurement path can be trusted at these frequencies. Christopher Lemoine and I will dig into this in a FormFactor webinar on November 12: Americas and Europe, 9:00 AM PT: https://lnkd.in/eHBNxtSm Asia-Pacific, 9:00 AM CST: https://lnkd.in/eGKj3Zri #WaferTest #RFMeasurement #OpticalTransceivers

Interested to learn more about your materials? Meet me at the green PicoQuant booth! Nanoge Conferences #MATSUS26Fall #MATSUS26Day1 #MATSUS26

For over two years, our electrical engineering team at StarFish Medical has used Cadstrom.io for AI-driven schematic reviews and it has changed how we work. We used to hold multiple design reviews towards the end of a design: several long meetings, line by line, hunting for errors in a nearly finished schematic. Now Cadstrom.io checks every revision as we go. Pin assignment errors and inconsistent pin naming get flagged when they’re introduced, not weeks later during layout or bring-up. The results have added up: 🔹 Shorter design cycles. Catching issues early means fewer board re-spins and faster bring-up. 🔹 Less library maintenance. We no longer spend hours checking every symbol up front. Cadstrom finds the problems, and we fix them as they appear. 🔹 More confidence. Our engineers have far less hesitation when it’s time to order boards. 🔹 Time for bigger ideas. We still hold design reviews, but they now focus on the overall solution architecture rather than pin-level detail. The time we’ve reclaimed goes into innovation and solving our clients’ hardest problems. In medical device development, quality and speed matter in equal measure. Moving from one big review at the end to continuous checking has been one of the most valuable process changes we’ve made. If your team still saves schematic review for the end of a project, it’s worth a look: Cadstrom.io #MedicalDeviceDesign #ElectricalEngineering #PCBDesign #MedTech #AI

This weekend I am playing around with the BMI088 and the new Arduino UNO Q! 🤖 (I would like a Ventuno but I have way too many SBc to justify a personal purchase). Got the accelerometer and gyroscope working, and now I'm playing with how the two brains on the UNO Q work together. The sensor data is collected by the microcontroller, passed to the Qualcomm Dragonwing QRB2210 running Linux, and then made available through ROS 2 Jazzy. Pretty cool to have a microcontroller and a Qualcomm processor working together on a single Arduino board! Next, I'd like to test a few more sensors, starting with the BMP581. It’s always fun to play with sensors and see how they could fit into some robots! Arduino project HUB example: https://lnkd.in/gAXpnCwh GitHub Repo: https://lnkd.in/gjeQyWBi BMI088: https://lnkd.in/g__CTKMd #ArduinoUNOQ #Qualcomm #BMI088 #ROS2 #Robotics #EmbeddedSystems

🏡 Manche Gira Referenzprojekte bleiben mir besonders im Gedächtnis, weil sie anders sind und aktuelle Herausforderungen des Bauens neu denken. Vor einiger Zeit hatte ich die Gelegenheit, das erste "Green Steel Home" bei Wolfsburg zu besuchen und mit Architekt und Gründer Thorsten Rebbereh über die Hintergründe des innovativen Projekts zu sprechen. Besonders spannend fand ich die Frage, wie sich nachhaltige Konstruktion mit "grünem Stahl", architektonische Qualität, Wirtschaftlichkeit und intelligente Gebäudetechnik zu einem überzeugenden Gesamtkonzept verbinden lassen. 👉 Genau hier setzt der nächste "Gira Deep Dive" an. Am 📅 27.10.2026 von 13:00 bis 14:15 Uhr gibt das Webinar einen exklusiven Einblick in ein Projekt, das neue Perspektiven für den Wohnungsbau eröffnet. 🎯 Warum sich die Teilnahme aus Meiner Sicht für Architekt/-innen und Innenarchitekt/-innen lohnt: 💡 Grüner Stahl als alternative Bauweise mit Potenzial für den Wohnungsbau 💡 Attraktive Klimabilanz, hohe Flexibilität und wirtschaftliche Vorteile in einem architektonisch anspruchsvollen Konzept 💡 Intelligente Gebäudetechnik auf Basis von KNX als Grundlage für Komfort, Effizienz und Anpassungsfähigkeit über den gesamten Lebenszyklus des Gebäudes 💡 Praxisnahe Einblicke in die Entstehung, Planung und Umsetzung eines innovativen Bauprojekts 🎤 Live im Gespräch mit dabei: ✅ Thorsten Rebbereh (Architekt & Gründer, Green Steel Home GmbH) ✅ Andreas Schleicher (Geschäftsführer, ASKOM DIGITAL GmbH & Co. KG) ✅ Jens Methner (Gira) ✅ Karl Harald Kleinert (Gira Akademie) 👉 Hier geht's zur kostenlosen Anmeldung: https://lnkd.in/eNxszeSf Ich freue mich drauf! 🤝 #wirsindGira #DeepDive #GreenSteelHome #Architektur #Innenarchitektur

Whats the hidden cost draining your AI budget? I caught up with Emily Barrett, AI Lead at Lenovo at the Lenovo booth at #GTCBerlin. Token spend in the cloud is eating enterprise AI budgets. And most organizations dont realize theyre also giving away their data in the process. Emily explains how Lenovos Hybrid AI Factory, built on their NVIDIA partnership, gives enterprises predictable costs, data privacy, and real control over their AI infrastructure. The shift from AI pilots to production starts with owning your own token factory. 84% of organizations plan to deploy AI on-premises or at the edge. The economics are clear. Check out this 70 second clip. #HybridAI #NVIDIAGTC #AIFactory #GTCBerlin #LenovoPartner Subscribe to 👉#CXOSpiceNewsletter https://lnkd.in/gy2RJ9xg or 👉 #CXOSpiceYouTube https://lnkd.in/gnMc-Vpj to get the latest updates on #Technology and #Innovation.

NVIDIA GTC 2026: From Jensen Huang's keynote to exploring Lenovo’s AI Library through VR! 😎❤️🔥 [Anzeige] That was NVIDIA GTC Europe in Berlin! I’m here to explore: How do we turn all this AI innovation into actual business value? That's exactly what I explored with Lenovo, one of my highlights at GTC! I met C. Simone Larsson, Head of Enterprise AI, explored their AI infrastructure and experienced their AI Library through VR. Think of it as a collection of pre-validated AI agents and use cases that businesses can adapt to their own needs. Here are three examples: ☑️ Predictive Maintenance: AI identifying machine problems before production stops. ☑️ Knowledge Agents: AI connecting information, documents and workflows across an organization. ☑️ Robotic Inspection: Intelligent robots inspecting industrial equipment, including hazardous environments. And here’s what caught my attention: AI is no longer just about cost per token. It’s about VALUE per token. For enterprises, three questions matter: - How can we maximize the economics of AI? - Which AI use cases deliver ROI the fastest? - How can we innovate responsibly while keeping control of our data? That's where Lenovo Hybrid AI Advantage with NVIDIA comes in, combining two key elements: 1. Lenovo AI Library: Pre-validated AI use cases and agents designed to turn AI innovation into real business outcomes. 2. Hybrid AI Factory: The infrastructure, platforms and services to deploy and scale enterprise AI. But let me translate this into number for YOU: ✨ 15 DAYS from order to shipment for Hybrid AI Factories - through the newly launched AI Express (!!) ✨ 66% LOWER cost per token compared to cloud, according to Lenovo. ✨ 90 DAYS to value per token with Lenovo AI Fast Start. And with the newly launched AI Express, Lenovo is introducing an even faster route to its Hybrid AI Factory. So it’s all about how quickly businesses can turn their power into measurable value. Let’s make AI useful in everyday business operations with Lenovo & NVIDIA!! ❤️🔥🦾 If YOU could deploy one AI agent in your company tomorrow, what would you want it to do? Are you using any of the use case from Lenovo AI Library?

At Perovskite Connect today with Henry, representing PicoQuant! I'm here to learn as much as possible about the latest developments in perovskite solar cells, especially the challenges of moving from research to industrial production and how characterization techniques can help along the way. Looking forward to interesting discussions, exchanging ideas, and meeting people working in the field! #PerovskiteConnect #Perovskites #SolarCells #PicoQuant #TRPL #Photoluminescence

For more than 70 years, Hewlett Packard Enterprise has helped advance humanity's exploration of space. Today, we take another leap forward. HPE Spaceborne Computer-4 will power the first high performance computing benchmarks on the surface of the Moon, bringing advanced computing directly to the point of discovery. As lunar activity accelerates, the ability to process data where it’s created will be critical to unlocking new scientific insights and supporting autonomous, sustained operations. I'm proud that HPE is working alongside NASA - National Aeronautics and Space Administration, International Space Station National Laboratory, Astrolab, KIOXIA America, Inc., and Deloitte on this groundbreaking mission. Together, we're helping build the foundation for the next era of space exploration. Read more: https://lnkd.in/euUgtiw9

Power Usage Effectiveness (PUE) remains an important measure of data center energy efficiency, but it no longer tells the full story as AI computing expands. In a recent Forbes byline, I discussed how AI data centers must adapt to rapidly evolving hardware, move heat efficiently from chips to the outside environment and operate within increasingly tight power and water constraints. In this context, efficiency is increasingly about how much of the available power can be directed toward AI computing. At LG Electronics, we are exploring several ways to address this challenge – from reducing cooling energy consumption to recovering waste heat and managing energy more efficiently across the data center. Refrigerant-based free cooling is one approach. When outdoor temperatures are favorable, circulating refrigerant can remove server heat with minimal compressor use, leaving more power available for GPUs and AI workloads. LG’s internal simulations indicate that this approach can reduce annual energy consumption by approximately 30% compared with waterside free cooling, while also reducing freezing risk and the need to manage glycol concentration. Waste heat recovery is another opportunity. Rather than releasing data center heat into the outdoor environment, we are exploring waste heat recovery heat pumps and hybrid absorption chillers that can put low-temperature heat to productive use. Applications include on-site heating and hot water, as well as district heating and process heat for nearby buildings and industrial facilities. Integrated control is equally important. As AI data centers grow more complex, optimizing individual pieces of cooling equipment is no longer enough. Chillers, coolant distribution units (CDUs) and fan wall units (FWUs) need to operate as a coordinated system. LG’s Data Center Cooling Manager (DCCM) uses digital twin technology to monitor cooling infrastructure, predict operating conditions and automatically adjust controls. In LG’s testing, this approach delivered energy savings of up to 40%. Coordinated control of CDUs and FWUs also increased the CDU load factor from 65% to as high as 80%. LG’s portfolio spans chillers, CDUs, FWUs, heat pumps and energy management solutions. By bringing these technologies together, we aim to improve energy management across the entire data center rather than optimizing components in isolation. As power, water and space become increasingly constrained, the key question is how much computing performance a data center can deliver with the resources it has. Cooling can make a meaningful difference — not only by reducing its own energy consumption, but also by making more power available for AI computing. Forbes Technology Council https://lnkd.in/gC9qy26G #LGElectronics #AIDataCenter #DataCenterCooling #LiquidCooling

TECH DAYS il 20 e 22 ottobre SOLO in presenza presso la sede di CIAS Elettronica S.r.l. Milano Bovisa Politecnico in Via Durando 38, per vivere con noi un’esperienza unica! martedi 20 ottobre 2026 | mattina dalle 10:00 alle 13:00 o pomeriggio 15:00 alle 18:00 giovedi 22 ottobre 2026 | mattina dalle 10:00 alle 13:00 o pomeriggio 15:00 alle 18:00 4 sessioni identiche da 3 ore ciascuna iscrizione gratuita: https://lnkd.in/esBKhRpy Agenda: MultiSphera: la nuova piattaforma Cloud/on Prem di CIAS CEI 79-3:2024 ed EN 50131 Le novità normative per gli impianti di sicurezza Cybersecurity infrastrutture critiche Impianti perimetrali su IP MURENA COMPACT+ e MICRO-RAY Mini Radar Grado 3 e Microonde lineari EN 50131 COFFEE BREAK Tecnologie MEMS per la protezione delle recinzioni, cavo magnetofonico e fibra ottica Visita al nostro Laboratorio Hardware, firmware e software: dove nascono i nuovi prodotti Applicazioni e casi d’uso Soluzioni per la protezione delle infrastrutture critiche #Formazione #InfrastruttureCritiche #TechDays #Security #ProtezioniPerimetrali

Das Einfamilienhaus. Neu gedacht.

I've spent the past few months on the road across Northern Victoria and South Western NSW, meeting future and current customers on farm to talk through what AgTech and INCYT can do for them. One thing has become obvious pretty quickly, no farm is the same, and no two operations needs the same set of tools. Thats a huge part of my job, meeting farmers wherever they're at with tech and supporting their adoption of it. This is one of my favourite shots from between Maude and Balranald, where I spent a couple of days recently. More photos from my travels in the comments for anyone interested. #traveldiary #NSWfarming #Riverina

Our new long-term supply agreement with AIR Control Concepts (AIR) marks an important step in expanding our AI data center cooling business. Under the agreement, LG Electronics will supply advanced cooling solutions for AI data centers across the U.S. and Canada, supporting AI data center projects with more than 5GW of capacity. The scale of this agreement shows that our technology and experience can meet the requirements of hyperscale AI data center projects, and supports our continued growth in North America. We have nearly six decades of experience in HVAC, including highly demanding environments such as nuclear plants and hospitals. We are now applying that experience, together with technologies developed for AI data center cooling, to this fast-growing market. Our goal is to earn the long-term trust of customers and become a key partner in AI data center infrastructure worldwide. We will continue to build partnerships with customers and industry leaders, while strengthening our track record across North America and other key markets. https://lnkd.in/gSTF-jGP #LGHVACSolutions #HVAC #AIDataCenter #Chiller #DataCenterCooling

🇨🇭 5,000 shoppers asked an AI Human for directions , gift ideas and the restaurant in 3 months . Here's how Emilia made it into the 'Harrods of Switzerland' For almost 150 years LOEB AG has put the customer first , with an in-store experience they call 'retailtainment' What's more entertaining than a life-size AI Human ? One that speaks the local dialect - no less. Emilia stands next to the escalators in Bern . Kids , grandparents , everyone in between , asking in their own language - where's the restaurant ? which floor has the kids' shoes ? what do I get my mum for her birthday ? Affectionately known as the 'Harrods of Switzerland' , Loeb is a heritage brand with a long history of trust to protect. So placing an AI Human in-store was a risk . It's a risk that paid off. The shoppers like Emilia , so do the staff. She helps out when it gets busy , knows her way around all eight floors , and makes people smile . Big thank you to Martin Stucki and his team from Loeb for the vision. And thank you to Nicolas Yann Sellin who led it from our side. The tech only matters as much as the answer a shopper walks away with AI Humans can find their place in any brand. Start with what your customers keep asking !

Over the past weeks, I’ve been spending time with our Sovereign Cloud Services Provider (CSP) partners and customers, discussing the rapid evolution of Europe’s cloud landscape. Across all these conversations, one thing is becoming abundantly clear: sovereignty’s center of gravity has shifted from where data physically sits to who has ultimate operational control and access. With the rapid rise of AI, navigating this shift is no longer just an IT preference—it is a critical move to ensure business continuity. In my latest blog post, I share key reflections from these discussions and insights from Forum Europe’s EU Sovereign Cloud Day, exploring: 🔍 Why AI is acting as a massive driver for sovereignty demand. 📉 Why scale remains the single biggest barrier to a stronger European sovereign cloud market. 🤝 Why the path forward lies in strategic, capability-boosting partnerships. I would love to hear your thoughts and real-life experiences on how your organizations are approaching these changes. Read the full piece here:

Henty Machinery Field Days this week with David Sims at Site 876B. If you're wandering around, swing past and say hello. Always enjoy catching up with people and hearing what's happening on-farm. Happy to share what INCYT has to offer as well. #hentyfielddays #agtech

Autonomous platforms are anything but one-size-fits-all. The compute behind them shouldn’t be either. From size and weight constraints, to processing demands and extreme environments, every application brings a different set of challenges. The right combination of ruggedization and customization makes it possible to build compute around the platform, not force the platform around the compute. Our team at Crystal Group takes a closer look at what that means for autonomous platforms in our Innovation Blog: https://lnkd.in/gcZNWfhm

Come si progetta la security perimetrale delle infrastrutture militari? Ne parlerò in un webinar gratuito di CIAS Elettronica S.r.l. dedicato alle normative e alla progettazione della protezione delle infrastrutture critiche. Poi scegliere tra due slot: Martedì 27 ottobre, dalle 11:00 alle 13:00 Giovedì 29 ottobre, dalle 15:00 alle 17:00 💻 Online Riconoscimento di 2 CFP UNI 10459 Security Manager Scegli la data e iscriviti qui: https://lnkd.in/dYMKW6cc #CIASSecuritySolutions #webinar

Over the past couple of weeks, I've shared some thoughts about two things that become increasingly important in micro-bump probing: process control and alignment. They're part of a much bigger conversation. How much alignment margin is really required? How should probe geometry and contact area be evaluated? How much force is necessary? How much bump deformation is acceptable? And how do you determine whether a probing approach that works during development is ready for high-volume manufacturing? These are questions we've encountered through years of micro-bump probing development and production applications. On October 8, Alan Liao and I are going to take a deeper look at them during our webinar, Breaking Down Micro-bump Probing Myths. We'll separate some of the common assumptions around micro-bump probing from what we've observed in actual applications and production environments. US / Europe Registration: https://lnkd.in/gMfM9G8q Asia Registration: https://lnkd.in/gBZH-XQj I hope you’ll join us.