OM5 cables are an improvement over the previous fiber optic cable types, because they are capable of transferring multiple wavelengths on a single fiber. This capability may allow you to save fiber optic cable when working with certain ultra-high-speed networks.
To realize the potential of Smart Cities, we’re going to have to figure out the Municipal Internet-of-Things (IoT). We know “smart communities” will utilize an assortment of devices, networks, data and analytics – what we’ll call Municipal IoT. And we know these technologies collectively have the potential to improve many aspects of public service delivery. The best way for the public sector to start making the smart city movement a reality is also the most obvious. Public sector agencies should build and deploy their own IoT networks and identify, test, scale, and share use-cases and applications that are designed specifically to solve their challenges.
While smart hospitals, the fusion intelligent building, IoT, and big data are still few and far between, today’s health care facility is increasingly digitized, from health records, diagnostic and monitoring equipment, environmental controls far beyond the thermostat – even the routing office visit may be a remote interaction spanning thousands of miles. As more systems connect to the network, ICT infrastructure is required to meet both today’s needs and those of tomorrow with minimal to no effect on the overall health care mission.To address this need, ANSI/BICSI 004-2018 has been revised and expanded.
Fans are looking for the ultimate experience, and fiber can help enable just that. Learn how Corning helped a sports arena up their Wi-Fi game with an all-fiber network. Read the full case study.
The terms bandwidth and data rates are often used interchangeably, but they are in fact very different if you work in the cabling world. Your internet provider may advertise a bandwidth of 500 megabits per second (Mbps). In that case, they actually mean data rate. In the cabling world, bandwidth is a property of the cable – its ability to transmit a signal that’s intelligible at the far end. Any signal put on a copper or fiber link will degrade as it gets to the far end. This is a result of simple loss, but also more complex factors such as return loss (reflections), and in the case of copper, crosstalk. Vendors design their copper and fiber cabling to be able to deliver these raw signals (bandwidth) at higher rates.
18 companies participated testing optical transceiver, #Ethernet switching equipment, and T&M (physical layer and protocol analysis) products at the Ethernet Alliance’s latest High Speed Networking (HSN) Plugfest at the University of New Hampshire InterOperability Laboratory (UNH-IOL). This was the fourth event to provide participants with the ability to test the interoperability of their products for applications from 25 Gigabit Ethernet to 400 Gigabit Ethernet (GbE). The HSN Plugfest drew a greater number of companies than the previous iteration, including some who joined the Ethernet Alliance just so that they could participate.
Which American city has the most sophisticated fiber network? San Francisco? Nope. New York? Nah.It’s Ammon, Idaho, population 16,500, which offers residents performance, pricing, and options that inhabitants of a metropolis dominated by one or two internet service providers can only dream of. Ammon is a true local network, where residents own the fiber and providers compete to serve them.
Today’s announcement from Infinera, on the industry’s first multipoint coherent transceiver technology, could very well be the next major network inflection point. XR optics technology, leveraging an innovative approach on the use of Nyquist subcarriers, enables a single transceiver to generate multiple, individually routable optical signals. The result is a single high-speed transceiver that can simultaneously communicate with numerous lower-speed transceivers, each with independent, dedicated data streams.
Sterlite Technologies introduced Stellar Fiber, billed as a ‘universal fiber’ at the India Mobile Congress (IMC) 2019. Stellar Fibre offers ITU-T G.657.A2 bend insensitivity — but with a mode field diameter the size of ITU-T G.652.D fiber, thereby offering bend insensitivity alongside compatibility with legacy fibers. The company claims that Stellar Fibre’s geometry ensures minimal splice loss and promotes proper installation. Simulations at the STL’s Centre of Excellence research facility suggest that use of the fiber can increase a fiber-optic networks lifetime by 10 years or more, thanks to its resilience to cuts and accidental bends.
Stack Infrastructure has acquired a purpose built, Tier III data center with 17 acres for future development in New Albany, Ohio. The campus is positioned within the ‘Golden Triangle,’ a geographic area linking Northern Virginia, Northern New Jersey, and Chicago, where the majority of data transmission in the U.S. occurs, resulting in robust fiber-optic and electrical infrastructure.
