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Haben Sie Anwendungen mit hohem Durchsatz, die in einer sterilen Umgebung präzise ausgeführt werden müssen? Epsons CX-A-Serie ist das Richtige für Sie

An alle Produktionsleiter, die Roboterlösungen suchen, die komplexe Aufgaben bewältigen sollen: Die CX-A-Serie von Epson ist das Richtige für Sie.

More solutions to offer. Less after-sales hassle. Explore Anker eufy’s Partner Program and see what it can bring to your security business.

Looking for better B2B pricing and support for your security business? Explore Anker eufy's Partner Program. Join Bronze free with no minimum order, with more benefits at Silver and Gold. Watch the video to explore all three tiers and see how to become a partner.

La sécurité protège l'accès. La technologie TEMPEST protège le signal. Discutons ensemble des solutions getac et de la technologie TEMPEST.

📡 Private 5G Explained #4: How Private 5G and Wi-Fi Work Together Most enterprise environments support very different devices and workloads. An AGV (Automated Guided Vehicle) moving through a warehouse does not have the same connectivity needs as a guest laptop in a meeting room. Cameras, sensors, field teams, office devices, and visitors each place different demands on the network. 📍 This is why Private 5G and Wi-Fi can be more valuable together. Private 5G is well suited to operational workloads that benefit from mobility, wide-area coverage, traffic control, and predictable performance. Wi-Fi provides familiar indoor access, broad device compatibility, and high-capacity connectivity for everyday users. When both connect to the same enterprise applications, edge infrastructure, and security environment, organizations can match each workload with the technology that fits it best. The result is a more complete connectivity layer designed around how the enterprise actually operates. #Private5G #WiFi #EnterpriseConnectivity #IndustrialConnectivity #WirelessNetworks

A device’s useful life isn’t determined by hardware condition alone. Software is increasingly part of the equation too. India’s consumer regulator is investigating Apple’s software warranty terms after complaints that an iOS 18 update caused display and microphone issues on some iPhones, leaving users facing significant repair costs. Apple disputes the allegations, says it found no systemic issue, and no finding of liability has been made. The wider industry question is where responsibility sits when software and hardware problems become difficult to separate. For manufacturers, retailers, repair providers, insurers and recommerce businesses, that can affect warranty decisions, repair costs and whether a device still makes economic sense to keep in use. As devices become more software-dependent, lifecycle decisions increasingly need to account for more than physical condition alone. Software support, warranty responsibility and repair economics are becoming part of the same conversation. #DeviceLifecycle #RepairEconomics #ConsumerTechnology #CircularTechnology

For a long time, repair and refurbishment were discussed mainly through a sustainability lens. IFA 2026 showed how much broader that conversation has become. Repair, refurbishment and longer product lifecycles were being discussed alongside after-sales, customer retention, spare-parts availability, unit economics and business models that can actually scale. The commercial side of circularity is becoming much harder to separate from the environmental one. Keeping products in use for longer only works at scale when the model also retains value, works operationally and makes financial sense. For manufacturers, retailers, operators and service partners, the conversation is moving beyond the question of whether products should stay in use for longer. The more useful question is how the systems behind that next stage of the lifecycle are designed to work. That is when circularity becomes part of the business model, rather than something that sits alongside it. At ADAPT, we’re especially interested in how circularity can work commercially, operationally and at scale. #CircularBusiness #DeviceLifecycle #ConsumerTechnology #CircularTechnology

ACME, EURONAVAL 2026 için Paris'te! 3–6 Kasım tarihlerinde düzenlenecek EURONAVAL 2026'da, deniz savunma sektörüne yönelik taşınabilir ve özelleştirilebilir bilgi işlem platformlarımızı tanıtmak, ana yükleniciler ve sistem entegratörleriyle bir araya gelmek için Paris'teyiz. Siz de fuara katılıyorsanız, projelerinizin donanım ihtiyaçlarını ve ACME'nin bu süreçte nasıl destek sağlayabileceğini teknik ekibimizle görüşmek üzere sizi standımıza bekliyoruz. Fuar davetiyesi talepleriniz için de bizimle iletişime geçebilirsiniz. 📍 Paris 📅 3–6 Kasım 2026 📩 [email protected] #ACMEPortable #EURONAVAL2026 #SavunmaSanayii #DenizSavunma #NavalDefense #MaritimeDefense #DefenseTechnology #MissionComputing #SystemIntegration #SistemEntegrasyonu #C4ISR #RuggedComputing #PortableComputing #RapidDeployment

🔬 What does fluorescence really tell us about molecular structure? Fluorescence experiments give us valuable insights into biomolecular interactions and dynamics. But turning photon signals into reliable structural information is far from straightforward. A recent review by Thomas-Otavio Peulen et al. explores why the behavior of fluorescent dyes matters, how molecular models help interpret measurements, and why combining complementary observables can make a difference. In our latest newsletter, we take a closer look at these insights and the role of methods such as FRET, FCS, fluorescence lifetime measurements, and anisotropy in quantitative fluorescence research. 👇 Read the newsletter to explore how we can move from photons to molecular structures. #Fluorescence #SingleMolecule #FRET #FCS #Biophysics

Meet Solira at MRS Fall and join our free TRPL masterclass! How far can charge carriers travel before they recombine? Which processes limit your material’s performance? Join Dr. Emilio Gutierrez-Partida to explore how steady-state and time-resolved photoluminescence help investigate carrier diffusion, mobility, and radiative versus non-radiative recombination. Bring your research questions and exchange ideas with other scientists. No prior experience with photoluminescence measurements is needed. 📅 December 1 or 2, 2026, during the afternoon coffee break 📍 PicoQuant booth 709, MRS Fall, Boston We’re also celebrating the official U.S. launch of Solira. at the MRS Fall! Discover how our flexible TRPL microscope connects spatial, temporal, and spectral information to reveal local variations in your materials. Explore Solira https://lnkd.in/d9DENCm9 Register for the free masterclass: https://lnkd.in/dPdJFF22

Curious about our latest developer initiatives? Arduino joins us on October 22 for a Tech Talk on taking an IoT project from first tests to production. We’ll look at how Arduino boards, open-source tools and community resources can help you get started with Matter over Thread, Zigbee and Bluetooth LE, then keep building as your project grows. Register: https://lnkd.in/g8jscRKW

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

As AI infrastructure scales, assessing data center efficiency requires looking beyond Power Usage Effectiveness (PUE). In a recent Forbes byline, LG Electronics CEO Jae-cheol Lyu examined what efficiency means in the AI era, highlighting the need to adapt to evolving AI hardware, manage heat transfer efficiently and operate within regional power, water and climate constraints. In his LinkedIn post, he outlined three approaches LG is exploring to improve cooling efficiency and energy management across AI data centers. ① Refrigerant-based free cooling LG’s internal simulations indicate that refrigerant-based free cooling can reduce annual energy consumption by approximately 30% compared with waterside free cooling. It can also reduce freezing risks and the need to manage glycol concentration. ② Waste heat recovery LG is exploring waste heat recovery heat pumps and hybrid absorption chillers that can put low-temperature data center heat to use for on-site heating and hot water, as well as district heating and process heat for nearby facilities. ③ Integrated cooling control LG’s Data Center Cooling Manager (DCCM) uses digital twin technology to monitor cooling infrastructure, predict operating conditions and adjust controls. In LG’s testing, this approach delivered energy savings of up to 40%. Coordinated control of coolant distribution units (CDUs) and fan wall units (FWUs) also improved the CDU load factor from 65% to as high as 80%. With a portfolio spanning chillers, CDUs, FWUs, heat pumps and energy management solutions, LG is developing integrated cooling solutions to help data centers make more effective use of available power. As AI workloads grow, coordinating computing equipment, power infrastructure and cooling systems will be increasingly important to delivering computing performance within resource constraints. https://lnkd.in/gx56C7UQ #LGElectronics #AIDataCenter #DataCenterCooling #LiquidCooling Forbes Technology Council

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„Das ist nur eine kleine Änderung.“ Ein Satz, der auf der Baustelle schnell nach mehr klingt: Neuer Leitungsweg, zusätzliche Dosen und ein aktualisierter Plan. 😅 Je früher Änderungen bekannt sind, desto einfacher bleibt die Umsetzung. Und wenn rasch Material gebraucht wird, bekommst du bei Burisch kompetente Beratung und zuverlässige Lieferung. Welche „kleine Änderung“ hat dich schon einmal länger beschäftigt?

Peace of Mind in Every Connection™. Reliable commercial connectivity solutions for demanding AV/IT applications. Learn more 👉 https://lnkd.in/dSMuURVy

🤖 Πώς μπορείτε να κάνετε τις διαδικασίες συναρμολόγησης πιο ευέλικτες, αποδοτικές και αξιόπιστες; Στο webinar της Epson Robotics Solutions θα: 🔹 Εξερευνήστε τους ρομποτικούς μηχανισμούς 6 αξόνων EPSON CX-A, τις έξυπνες λύσεις τροφοδοσίας εξαρτημάτων και πως μπορούν να μετασχηματίσουν τη σύγχρονη βιομηχανία 🔹 Μάθετε πώς θα βελτιώσετε την παραγωγική διαδικασία 🔹 Παρακολουθήστε περιπτώσεις εφαρμογών σε πραγματικό χρόνο Οι ειδικοί θα μοιραστούν πρακτικές συμβουλές και θα παρουσιάσουν πώς οι ρομποτικές λύσεις της Epson μπορούν να απλοποιήσουν τον αυτοματισμό — από τη ρύθμιση του συστήματος έως τη διαχείριση εξαρτημάτων και την παραγωγή. 📅 Πέμπτη 22 Οκτωβρίου, 11:00 π.μ. - 12:30 μ.μ. 👉 Κάντε την εγγραφή σας και παρακολουθήστε το Online Webinar στα αγγλικά: https://ow.ly/cQ6L50ZWEHn #Robotics #Automation #IndustrialAutomation #Manufacturing #SmartManufacturing #AssemblyAutomation #Webinar

No single company can meet the data demands of AI alone. Collaboration is the key. As AI continues to transform industries and societies, the demand for faster, more energy-efficient data infrastructure is growing rapidly. ams OSRAM joins the Short-Reach Micro-Emitter Optics (SRMO) workstream within the Open Compute Project (OCP), a cross-industry initiative, led by Credo, dedicated to defining interoperable standards for next-generation optical connectivity in AI data centers. By collaborating with a leading hyperscaler and technology leaders across the optical ecosystem, ams OSRAM contributes its expertise in advanced optical technologies to help shape the future of high-speed, wide-parallel data transmission. Read more in our press release: https://lnkd.in/gzJJ-Eu7 #AI #DataCenters #Photonics #amsOSRAMNews #amsOSRAMInnovation

💙 Grazie a tutti coloro che hanno visitato lo stand Blumotix a InOut 2026! ✅È stato un piacere incontrare professionisti e operatori del settore Hospitality, condividendo idee, progetti e le nostre soluzioni per una gestione alberghiera sempre più intelligente, efficiente e sostenibile. 🎁 Per tutti coloro che ci hanno visitato in fiera abbiamo riservato un’opportunità speciale! ✅Potrete richiedere un preventivo con un EXTRA SCONTO dedicato sulle soluzioni Hospitality Blumotix. 📩 È sufficiente scrivere a: [email protected], indicando nell’oggetto InOut2026. Grazie ancora per l’interesse e la fiducia dimostrati. Continuiamo a innovare insieme il mondo dell’ospitalità! Visita il nostro sito web: https://lnkd.in/dUdfHZQM #Blumotix #InOut2026 #Hospitality #Doory #SmartHotel #BuildingAutomation #KNX #EnergyManagement #MadeInItaly

GNSS jamming and spoofing threaten UAV missions daily. See how RockBLOCK APNT gives UAV manufacturers a genuinely independent PNT source.

UPS should be a small part of a cruise newbuild project. Our job is to help keep it that way. For shipyard electrical teams, that means engineering aligned with the vessel’s electrical design, project-specific documentation, support with class requirements, adaptations when needed, and technical support through testing and commissioning. One less system for the electrical team to worry about. Read how Anda-Olsen approaches UPS integration in cruise newbuilds.

UPS should be a small part of a cruise newbuild project. Our job is to help keep it that way. For shipyard electrical teams, that means engineering aligned with the vessel’s electrical design, project-specific documentation, support with class requirements, adaptations when needed, and technical support through testing and commissioning. One less system for the electrical team to worry about. Read how Anda-Olsen approaches UPS integration in cruise newbuilds.

𝗗𝗲 𝗹’𝗶𝗻𝘀𝗽𝗶𝗿𝗮𝘁𝗶𝗼𝗻 𝗮̀ 𝗹𝗮 𝘀𝗼𝗹𝘂𝘁𝗶𝗼𝗻 𝗱’𝗲́𝗰𝗹𝗮𝗶𝗿𝗮𝗴𝗲 𝗶𝗱𝗲́𝗮𝗹𝗲.💡 Découvrez toutes les solutions Integratech, les informations techniques et les différentes possibilités, réunies de manière claire dans un seul catalogue.