Delta ICT Infrastructure Solutions

🎥 A Smarter Way to Build a Secure Digital Workspace: https://lnkd.in/gceZ-CUN As organizations embrace hybrid work and digital transformation, protecting sensitive data while simplifying IT management has become more important than ever. Atrust Remote PC Array (RPA) and Thin Client solutions provide a secure, centralized, and energy-efficient alternative to traditional workstations. By integrating computing, storage, and network management into a hyper-converged architecture—without requiring a hypervisor—Atrust helps reduce infrastructure costs, simplify deployment, and improve operational efficiency. Whether you're modernizing enterprise IT or building a secure digital workspace, Atrust delivers the flexibility, security, and sustainability your business needs. Learn more: https://lnkd.in/gDqZ5uhQ #Atrust #DeltaElectronics #DigitalWorkspace #ThinClient #RemotePCArray #CyberSecurity #VirtualDesktop

The AI boom is exposing a hidden bottleneck: power infrastructure. See how Delta is powering the future of AI: https://lnkd.in/ez3jPSpm

🎥 Watch the video to discover how Delta delivers reliable power for Industry 4.0: https://lnkd.in/g9hnz7Zd As Industry 4.0 continues to transform manufacturing, maintaining stable and continuous power has become essential for keeping critical operations running. Delta's IPT Series Industrial Transformer-based UPS is designed for demanding industrial environments. By adopting an advanced Power Factor Correction (PFC) converter instead of conventional 6-pulse and 12-pulse rectifier designs, the IPT Series significantly improves input power factor and reduces Total Harmonic Distortion (THDi). The result is lower frontend infrastructure investment, higher power quality, and exceptional system reliability. Built to withstand harsh industrial conditions, the IPT Series helps manufacturers enhance operational resilience while supporting long-term efficiency. #DeltaElectronics #DeltaICT #Industry40 #IndustrialUPS #UPS #PowerProtection #SmartManufacturing

Industry Insight | AI's Next Bottleneck Isn't GPUs—It's Power and Cooling. As AI models continue to scale, the conversation is shifting beyond compute performance. The next challenge isn't simply deploying more GPUs—it's delivering enough power and removing enough heat to keep them running efficiently. High-density AI infrastructure is driving unprecedented demands on power distribution and cooling. Traditional AC architectures and air cooling are increasingly challenged by higher rack densities, limited floor space, and growing energy consumption. That's why next-generation AI data centers are embracing innovations such as 800 VDC power architecture and liquid cooling—improving efficiency, reducing conversion losses, and supporting megawatt-scale AI deployments. At Delta, we're collaborating with NVIDIA to develop advanced power and cooling solutions for next-generation AI factories. Our comprehensive 800 VDC ecosystem, combined with liquid cooling technologies, helps customers build scalable, reliable, and energy-efficient AI infrastructure. 🎥 Watch the video to see how Delta is powering the future of AI factories:https://lnkd.in/ec-PC68G #DeltaElectronics #DeltaICT #AI #AIInfrastructure #AIDataCenter #800VDC #LiquidCooling #HVDC #Sustainability

How to always be one step ahead? For operators managing telecom and data center infrastructure, maintaining visibility across distributed power systems is becoming more important than ever. The ability to monitor system health remotely, access diagnostics in real time, and respond quickly to changing conditions can make everyday operations more efficient and help maximize system availability. That's the idea behind ORION Touch. Designed as an intelligent controller for modern DC power systems, ORION Touch combines monitoring, alarm management, and diagnostics into one intuitive controller, giving operators the information they need - anytime and anywhere. Key capabilities include: 🔹 24/7 system monitoring 🔹 Remote access to critical system information 🔹 Intelligent alarm management 🔹 Simplified maintenance and diagnostics Because better decisions start with better visibility. #DeltaElectronics #DeltaICT #AI #Telecom #Datacenter

Download our white paper: The Rise of the AI Data Center: Why Infrastructure Strategy Is Now a Board-Level Issue. 🔗https://lnkd.in/d2iGtzYp

🎥 Watch the video to see how Delta is powering the future of AI data centers: https://lnkd.in/e6iDdXDd As AI workloads continue to grow, data centers need infrastructure that can be deployed faster, operate more efficiently, and scale with demand. Delta's AI Containerized Data Center is a compact, prefabricated solution designed for high-density AI computing. Featuring advanced liquid cooling and an ultra-low PUE of 1.19, it delivers reliable thermal performance, rapid deployment, and energy-efficient operation—all in a flexible, containerized design. #DeltaElectronics #DeltaICT #AI #AIDataCenter #ContainerizedDataCenter #LiquidCooling

Delta's IPT Series UPS supports the Monterrey Metro with a customized power protection solution designed to address three key challenges:

台達智慧液冷｜打造 AI 資料中心高效能與永續新標準 🎥https://lnkd.in/erB6fj-C 隨著 AI 運算快速發展，高密度 AI 資料中心對散熱效能與可靠性的要求持續提升。台達憑藉完整的液冷解決方案，以及世界級驗證實驗室，從產品安全、可靠度到熱性能，皆經過嚴謹測試，確保每一項液冷解決方案都能在高溫、高負載環境下穩定運行。 截至 2026 年，台達液冷解決方案全球累積出貨已突破 3GW，持續協助客戶提升運算效能、能源效率與永續競爭力。 As AI computing continues to accelerate, high-density AI data centers demand greater cooling performance and reliability. Backed by comprehensive liquid cooling solutions and world-class validation labs, Delta rigorously verifies every solution for safety, reliability, and thermal performance to ensure dependable operation under demanding AI workloads. With over 3 GW of liquid cooling solutions shipped worldwide as of 2026, Delta continues to help customers improve computing performance, energy efficiency, and sustainability. #DeltaElectronics #DeltaICT #LiquidCooling #AI #AIDataCenter #AIInfrastructure

In the latest blog from Delta’s Rise of the AI Data Center series, we explore how energy volatility, carbon costs, and regulatory delays are quietly reshaping the economics of AI infrastructure.