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Can your network infrastructure handle your smart building?

Aug. 7, 2023
The Network Installers president Patrick Chown shares the components and speeds required to support an efficient, safe, and future-proof facility.

When you think of smart buildings, you might envision technologies like IoT devices, automation, and artificial intelligence. But behind every functional smart building there is a robust network infrastructure that makes connections seamless and data transfers and technology integration possible.

A weak or unreliable network can disrupt the operation of the building’s integrated systems. For instance, in a network with poor latency, a security camera might fail to alert the security system promptly about a suspicious movement, or a climate control sensor might not update the HVAC system when a temperature spike occurs. These instances not only reduce the efficiency and functionality of the building, but they could also compromise the safety and comfort of the occupants.

Let’s dive into the crucial role that network infrastructure plays in facilitating smart buildings.

Set the stage for smart technologies

The first step in transforming a traditional building into a smart building is setting up a reliable network infrastructure. As a building manager or owner, your goal is to provide a seamless, interactive environment for occupants. This interactive environment is created by a network of interconnected devices, sensors, and systems. It is the quality and efficiency of this underlying network that determines how smart your building can be.

IoT and automation support

A robust network infrastructure is needed to operate a building filled with IoT devices, from security cameras to climate control systems. Key characteristics of such a network include high-speed data capacity, typically up to 1 Gbps; the ability to handle a large number of simultaneous connections, often in the hundreds or thousands; and low latency. For an IoT-driven network, an ideal latency—the delay in the transmission of data from one point to another—is under 20 milliseconds.

These characteristics ensure the devices can communicate with each other and the central system in a timely and efficient manner. For instance, if an IoT sensor detects an increase in carbon dioxide levels in a room, it needs to communicate this information to the HVAC system promptly to adjust the ventilation. Otherwise, the effectiveness of your smart systems is compromised.

Facilitate real-time data transfer

A smart building generates an enormous amount of data. For this data to be useful, it needs to be transferred quickly and securely to the central system for analysis and decision-making. A network infrastructure capable of high-speed data transfer—typically 10 Gbps or higher—ensures that your building management or automation systems have the most current information and can react to changes in real-time.

The need to scale

One significant advantage of smart buildings is their scalability. As new technologies emerge, you will want to integrate them into your existing systems without significant disruptions. A flexible and scalable network infrastructure is key for this seamless integration.

Ideally, this infrastructure would have a modular network design that allows for the addition or removal of components without affecting the overall system. This means having extra switch ports and routers for future growth, the capability to increase bandwidth as needed, and the physical room for expansion.

Moreover, to ensure future-proof scalability, your network should be technology agnostic and capable of supporting new protocols and standards as they emerge. The use of virtual networks and cloud-based services can enhance your ability to scale by allowing the addition of capacity or capabilities without investing in new hardware.

A well-designed network with these characteristics will ensure your smart building remains at the leading edge of technology, no matter how the tech landscape evolves.

Enhancing security

As with any system that relies heavily on digital technology, smart buildings are susceptible to cyber threats. Network infrastructure plays a critical role in enhancing the security of your smart building by enabling features like encryption, firewalls, and secure access controls. A robust network that is compliant with standards such as ISO/IEC 27001 or the NIST Cybersecurity Framework can keep your building’s data secure and protect your systems from potential cyber threats.

A smart building is only as smart as the network infrastructure that supports it. From enabling seamless communication between devices to facilitating data transfer, the network is the backbone of any smart building. By investing in a robust, high-quality network infrastructure, you set the stage for an interactive, efficient, and secure smart building.

Patrick Chown is owner and president of The Network Installers, which specializes in network infrastructure for smart buildings.

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About the Author

Patrick Chown

Patrick Chown is the owner and president of The Network Installers, a network installation company headquartered in Walnut Creek, Calif. The Network Installers specializes in network cabling installation, structured cabling, voice and data, audio/visual, commercial Wi-Fi, and fiber optic installation for industrial and commercial facilities.

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