Without the right plan, integrating smart technologies into a new or existing building can be a major challenge. At its core, a building’s consolidated IT/OT network serves as the foundation on which all smart technologies are layered. Because of this, resiliency must be designed and managed from the network up.
While several aspects of smart building operation may be regarded like the Wild West, with rules and standards undefined, multiple generations of standards already exist for the communications cabling systems serving these properties.
SPE offers the security that many purpose-built systems lack, and is optimized to reduce labor and materials costs in a network’s physical layer.
This presentation, from the Fall 2022 BICSI Conference, discusses why SPE technology is important to Building Automation Systems, provides an overview of standards and applications, and an update on SPE development.
Digital twins, paired with ubiquitous broadband, offers the building sector the promise of reducing both cost and greenhouse gas emissions while improving operational efficiency and transparency.
Looking at copper and fiber cabling plants, one of the best ways to gain more value is to ensure it comes with a long-term replacement warranty directly from the cable manufacturer. Obtaining a full manufacturer’s warranty can only be accomplished through cable certification testing. Without proving passing certification test results, your cabling will not be fully covered by most manufacturer warranties. In this article, we’re going to explore what a cable manufacturing warranty is, why you want one and how to best obtain a warranty for future cable installs.
Self-Cleaning Optical Fiber Powers Supercontinuum Light Sources | Research & Technology | May 2022 | Photonics.com
Using two types of glass with different refractive indexes and that are stacked in a specific arrangement, researchers developed a multimode fiber with a parabolic refractive index that enabled transmission up to the mid-infrared and high nonlinearity. The spectrum of short pulses of light injected into the fiber massively broadened, to span from the visible to mid-infrared. The light beam remained smooth because of self-cleaning dynamics induced by the parabolic refractive index. Such a light source, with and ultrabroad spectrum, smooth beam, and high power, could be used in environmental sensing or high-resolution imaging for medical diagnostics.
The definition of edge computing is expanding. With high internet-dependent and virtual data flood becoming the stumbling blocks needed to be removed as well as the development of more sophisticated services and storage demand, the future calls for hyperscale edge computing, an evolve data center that is scalable, highly efficient in performance, provides lowest latency and smarter data processing.
In edge computing the computing happens close to the “edge” of the network rather than in a central location. With less traveling distance and more data sources to navigate, benefits include: ease of supporting other tech solutions; fewer privacy leaks because of faster response time; better connectivity and less overload on the server; scalability; 5G capability; and lower costs.
Today, enormous volumes of data are generated by a growing number of sensors and smart IoT devices, and ever-increasing processing power is moving the core of calculations and services from the cloud to the network’s edge. Advances in Artificial Intelligence (AI) have opened up a plethora of new options for resolving security problems in the context of Edge Computing, where security and privacy have become key considerations.