About Cabling Installation & Maintenance

Our mission: Bringing practical business and technical intelligence to today's structured cabling professionals

For more than 30 years, Cabling Installation & Maintenance has provided useful, practical information to professionals responsible for the specification, design, installation and management of structured cabling systems serving enterprise, data center and other environments. These professionals are challenged to stay informed of constantly evolving standards, system-design and installation approaches, product and system capabilities, technologies, as well as applications that rely on high-performance structured cabling systems. Our editors synthesize these complex issues into multiple information products. This portfolio of information products provides concrete detail that improves the efficiency of day-to-day operations, and equips cabling professionals with the perspective that enables strategic planning for networks’ optimum long-term performance.

Throughout our annual magazine, weekly email newsletters and 24/7/365 website, Cabling Installation & Maintenance digs into the essential topics our audience focuses on.

  • Design, Installation and Testing: We explain the bottom-up design of cabling systems, from case histories of actual projects to solutions for specific problems or aspects of the design process. We also look at specific installations using a case-history approach to highlight challenging problems, solutions and unique features. Additionally, we examine evolving test-and-measurement technologies and techniques designed to address the standards-governed and practical-use performance requirements of cabling systems.
  • Technology: We evaluate product innovations and technology trends as they impact a particular product class through interviews with manufacturers, installers and users, as well as contributed articles from subject-matter experts.
  • Data Center: Cabling Installation & Maintenance takes an in-depth look at design and installation workmanship issues as well as the unique technology being deployed specifically for data centers.
  • Physical Security: Focusing on the areas in which security and IT—and the infrastructure for both—interlock and overlap, we pay specific attention to Internet Protocol’s influence over the development of security applications.
  • Standards: Tracking the activities of North American and international standards-making organizations, we provide updates on specifications that are in-progress, looking forward to how they will affect cabling-system design and installation. We also produce articles explaining the practical aspects of designing and installing cabling systems in accordance with the specifications of established standards.

Cabling Installation & Maintenance is published by Endeavor Business Media, a division of EndeavorB2B.

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Why Are Rare Metals Important? The New Resources Defining the Age of Technology

When the Eiffel Tower was built, it required 7,000 tons of steel. Today, if a small amount of the rare metal niobium is added to each ton of steel, replicating the Eiffel Tower would require 5,000 fewer tons of steel.

An electric toothbrush vibrates 31,000 times per minute, driven by a tiny magnet made with rare metals such as neodymium and dysprosium.

An F-35 fighter jet uses 920 pounds (approximately 417 kilograms) of beryllium, gallium, lithium, and tantalum. A quarter of its airframe is made of titanium.

We have quietly entered a new era—the age of rare metals. The products we use every day, from smartphones to cars, rely heavily on hard-to-obtain metals.

Each era has its specific resources: iron-shaped weaponry; coal, oil, and gas provided light and electricity. Now, rare earth elements, indium, and tungsten play crucial roles. Rare metals are the foundation of modern high technology, green industries, and military manufacturing.

Since its inception, the iPhone has gradually incorporated nearly half of the elements found on Earth. These metals have made iPhones smaller and more powerful:

For instance, indium acts as an invisible connection, serving as a transparent conductor between the screen and the user’s fingers;

Europium and terbium produce vibrant red and green colors on the screen, while tantalum regulates the phone’s electrical energy.

Manufacturing iPhone components also requires rare metals: cerium polishes glass to a molecular-level smoothness.

Rare metals are everywhere in our lives, from towering bridges to earbuds. They are in camera lenses, sofas, computers, cars, and bridges. They are rarely used alone. Like yeast in pizza—without that small amount of yeast, there would be no pizza; without rare metals, there would be no high-tech world.

When we say rare metals are "rare," it doesn’t necessarily mean they are geologically scarce. Rather, they are used in minuscule amounts and are extremely difficult to refine and synthesize. The annual global consumption of each rare metal is only a few hundred or thousand tons—enough to fit in a single railroad car.

In comparison, copper production reaches 1.4 million tons per year. To obtain just one ounce of rhenium, 120 tons of copper ore are required, and extracting lithium from brine takes one to two years. Thus, what is truly scarce are metallurgists, as these metals are chemical creations rather than materials that can be directly mined.

Until 150 years ago, almost all materials in ordinary households came from nearby quarries or forests. By the 1960s, with the emergence of more advanced supply chains and increased demand for consumer goods, the average American home used about 20 elements.

In the 1990s, Intel used only 15 elements to manufacture chips. Today, the company’s products require nearly 60 elements. While Edison’s lightbulb contained just one metal filament, today’s LED bulbs are more akin to computer hardware, utilizing rare elements such as gallium, indium, and rare earth elements.

The American Chemical Society has found that by the next century, 44 out of the 94 naturally occurring elements will face supply risks. Rare metals are key components of green technologies such as electric vehicles, wind turbines, and solar panels. They enable the conversion of free resources like sunlight and wind into electricity. However, if the current supply capacity does not improve, there will be no opportunity to develop the green technologies needed to mitigate climate change.

Media Contact
Company Name: Stanford Advanced Materials
Email: Send Email
Country: United States
Website: https://www.samaterials.com/

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