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How converged networks support IoT and building management

Not all that long ago, systems used for different network-based services in buildings would employ a wide variety of protocols and cabling types, often from different manufacturers. Today, however, organisations are increasingly relying on converged infrastructure to consolidate systems, centralise IT resources and boost resource utilisation, and reduce costs.

Increasingly, integrated pools of computers, storage and networking resources are shared across multiple applications using policy-driven processes. By pre-integrating technology components, merging IT resources and automating IT processes, huge efficiency advantages and lower costs can be realised. IoT (Internet of Things) with built-in intelligence and increasing AI integration is rapidly changing Building Automation Systems, helping save energy, increase sustainability, reduce the chance of human error, and enable faster response times and easy customisation. Sensors ensure optimal use of heating, cooling, lighting and ventilation systems. With IoT, highly granular building data from previously separate systems can easily be collected and compared. Advanced analytics and reporting are making buildings more manageable, flexible and future-ready, whilst ensuring ongoing improvement.

R&M launches new series of informative cabling blogs

R&M is starting a new series of blogs covering several cabling-related topics. As the role of networks changes due to the increased use of mobile devices, 5G, WiFi 6, Edge computing and new application, the role of structured cabling is also changing. Making smart, future-proof decisions has become more complicated than ever. R&M would like to share its long-standing experience and know-how and offer advice and support to anyone facing such decisions, or simply looking for information around a certain subject. The first series of blogs will cover the following topics: chemical resistance, last mile cabling deployment methods, rodent protection, cable shrinking behaviour.

EcoDataCenter To Deploy World’s First Chassis-Level Immersion Liquid Cooling Solution from Iceotope, Schneider Electric and Avnet

Iceotope cooling technologies has announced in conjunction with partners Schneider Electric and Avnet, it is to deploy its chassis-level immersion liquid cooling technology at EcoDataCenter’s new colocation facility in Falun, Sweden. Once installed, EcoDataCenter, the world’s first climate positive data center, will become the first colocation service provider to offer chassis-level immersion cooling technology for customer’s hosted IT loads.

Developed by Iceotope, the chassis-level immersion cooling solution will enable 46kW per rack, with the core technology capable of scaling to future-proof power densities of 100kW plus. Liquid cooling can improve chip and hard drive reliability by providing a lower stable operating temperature, as well as increasing the available white space by eliminating the requirement for hot aisle/ cold aisle layouts. Importantly, the cooling arrangement enables high-grade heat to be captured for reuse in a local renewable energy scheme.

RECENT FEATURES

How converged networks support IoT and building management

Not all that long ago, systems used for different network-based services in buildings would employ a wide variety of protocols and cabling types, often from different manufacturers. Today, however, organisations are increasingly relying on converged infrastructure to consolidate systems, centralise IT resources and boost resource utilisation, and reduce costs.

Increasingly, integrated pools of computers, storage and networking resources are shared across multiple applications using policy-driven processes. By pre-integrating technology components, merging IT resources and automating IT processes, huge efficiency advantages and lower costs can be realised. IoT (Internet of Things) with built-in intelligence and increasing AI integration is rapidly changing Building Automation Systems, helping save energy, increase sustainability, reduce the chance of human error, and enable faster response times and easy customisation. Sensors ensure optimal use of heating, cooling, lighting and ventilation systems. With IoT, highly granular building data from previously separate systems can easily be collected and compared. Advanced analytics and reporting are making buildings more manageable, flexible and future-ready, whilst ensuring ongoing improvement.

R&M launches new series of informative cabling blogs

R&M is starting a new series of blogs covering several cabling-related topics. As the role of networks changes due to the increased use of mobile devices, 5G, WiFi 6, Edge computing and new application, the role of structured cabling is also changing. Making smart, future-proof decisions has become more complicated than ever. R&M would like to share its long-standing experience and know-how and offer advice and support to anyone facing such decisions, or simply looking for information around a certain subject. The first series of blogs will cover the following topics: chemical resistance, last mile cabling deployment methods, rodent protection, cable shrinking behaviour.

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