All Research Sponsored By:Schneider Electric
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Turning Local Government Cybersecurity Challenges into Opportunities
Local governments face cybersecurity challenges like sophisticated threats, staffing shortages, and decentralized infrastructure. Schneider Electric's edge computing and infrastructure management solutions help monitor, secure, and control distributed IT environments. Learn how to turn these challenges into opportunities by reading the full report.
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AI-Driven Data Centers: Revolutionizing Decarbonization Strategies
Data centers play a critical role in decarbonizing the economy by enabling electrification and digitization. This white paper explores how AI-driven data centers can revolutionize decarbonization strategies, reduce emissions, and mitigate climate change. Read the full white paper to learn more.
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Your Guide To Navigating IT Sustainability And Higher Education
Discover how IT leaders can drive sustainability in higher education data centers. Explore the environmental impact, benefits, and steps to create a sustainability plan. Download this e-book to learn how to make your campus data center more eco-friendly.
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Sustainability in the Server Room: A K-12 Education Technology Handbook
Explore strategies for enhancing sustainability and energy efficiency in K-12 education technology, from conducting energy audits to minimizing e-waste. Learn how Schneider Electric's solutions can support your school's sustainability goals. Read the full e-book.
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K-12 Cybersecurity: Insights and Strategies for Securing Your School
Explore the top cybersecurity challenges faced by K-12 IT professionals and discover actionable strategies to secure your school's digital environment. Download this comprehensive eBook to empower your team with the insights and solutions needed to protect students, data, and infrastructure.
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Partnering for AI-Ready Data Centers
As AI drives rapid data center growth, it's critical to decouple this from environmental impact. Learn how Schneider Electric's solutions can help you secure resilient, low-carbon energy, deploy efficient AI-ready infrastructure, and implement sustainable business practices. Download the eBook to learn more.
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Digital Remote Monitoring and Onsite Services’ Impact on Edge Computing and Data Centers
Digital remote monitoring services can reduce data center downtime, operations overhead, and improve sustainability through features like real-time monitoring, predictive analytics, and automated field service dispatch. Review this white paper to learn how these services can enhance your data center operations.
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The Future-Proof Path to Modernizing IT Infrastructure for K-12 Education
As schools face challenges with outdated IT infrastructure, this white paper explores how to modernize for remote learning, security, and efficiency. Learn the steps to create a future-proof path for your K-12 school's IT infrastructure.
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Bending the Energy Curve: Decoupling Digitalization Trends from Data Center Energy Growth
This paper explores ways to "bend the energy curve" and decouple data center energy growth from digitalization trends. It shows how modest improvements in PUE and ICT efficiency beyond current projections could reduce data center energy by 17% by 2030. Read the full white paper for industry-led strategies for sustainable data center operations.
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Optimizing AI Infrastructure: The Critical Role of Liquid Cooling
As AI workloads drive the need for high-performance computing, liquid cooling is essential to dissipate heat and maintain optimal performance. This white paper explores the role of liquid cooling in optimizing AI infrastructure, addressing key concerns, and providing planning guidance for successful implementation.
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Small Modular Nuclear Reactors Suitability for Data Centers
This white paper explores the use of small modular nuclear reactors (SMRs) for data centers, discussing technology, cost, safety, regulation, and environmental impact. SMRs provide reliable, low-carbon power, but their adoption hinges on technological progress and regulatory shifts. Read the full white paper for more details.
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The essential guide to understanding AI for SMB and Mid Market leaders in Australia and New Zealand
In this white paper, explore the most important trends of AI workloads and today’s top data center challenges, and discover essential guidance to address these challenges for each physical infrastructure category—including power, cooling, racks, and software management, and more.
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The AI Disruption: Challenges and Guidance for Data Center Design
Artificial intelligence (AI) deployments are taking up an increasingly large portion of data center workloads. This paper explains relevant attributes and trends of AI workloads and describes the resulting data center challenges, including Guidance for how to address these challenges. Read on to learn more.
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Data Center Sustainability Scope 3 Expectations and Reality
What is Scope 3 all about… and is it something a data center operator should concern themselves with? In this blog post, compare the expectations and the realities of Scope 3 that you need to know.
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Data center sustainability guidance keeps up with the times
In this blog post, discover how the essentials of data center sustainability have changed over the years, and what the modern organization needs to know to keep pace in today’s environment.
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How Modernizing Aging Data Center Infrastructure Improves Sustainability
In this white paper, dive into the challenges that aging infrastructure can pose to your environmental sustainability goals, and discover 3 approaches to modernizing your data center infrastructure systems.
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A New School Of Thought For K-12 It Backbones
As online learning becomes the norm, K-12 IT networks must evolve. This white paper explores innovative approaches to fortify IT backbones, including proactive maintenance, enhanced security, and increased connectivity. Learn how to strengthen your IT infrastructure and prepare for the future of education.
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How Modern DCIM Addresses CIO Management Challenges within Distributed, Hybrid IT Environments
In this white paper, explore the evolution of enterprise IT portfolios and corresponding management challenges... and how DCIM software can help maintain the foundation for hybrid data center environments with distributed IT infrastructure.
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How to Design Physical Infrastructure for Distributed Computing
Distributed computing has unique infrastructure challenges. Explore tips for securing IT, commercial, and industrial environments. Learn how to mitigate risks like temperature, humidity, water, and vibration. Download the white paper to design resilient distributed computing infrastructure
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Humidification Stratiegies for Data Centers and Network Rooms
This paper explains the nature of humidity, its effects and its management in computer rooms and data centers.
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Rack Powering Options for High Density
In this APC whitepaper, alternatives for providing electrical power to high density racks in data centers and network rooms are explained and compared as well as defined guidelines for rack power systems that can reliably deliver power to high density loads while adapting to changing needs.
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A Quantitative Comparison of High Efficiency AC vs. DC Power Distribution for Data Centers
This paper explains why a move to a DC-based architecture is unwarranted on the basis of efficiency by comparing the most efficient DC and AC power distribution methods.
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The Green Data Center: Energy-Efficient Computing in the 21st Century, Chapter 3, 2009 Update
This chapter is a primer on energy efficient cooling and power distribution principles and best practices in data center.
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A Guide to Systems Planning for Data Center Management
In this paper, you will learn how to eliminate systems planning problems with an orderly sequence of tasks that progressively transform and refine information from initial concept to final data center design.