Optical modules are key components in networking equipment, and specifying the right modules can heavily influence overall system performance. Here, Erin Byrne of TE offers tips on key considerations. Optical modules are key components in networking equipment, and specifying the right modules can heavily influence overall system performance. There are several issues to consider whenRead More
As patient records, diagnostic information, and even the operating theater increasingly rely on networked electronics, the amount of data that must be managed has grown dramatically. Here we’ve excerpted a detailed white paper by Berk-Tek Leviton Technologies on some of the available solutions for increasing speed and efficiency in a facility’s cabling infrastructure. Hospitals and otherRead More
How do pre-terminated optical fiber and category-rated copper cabling stack up against field-terminated versions? Leviton shares five things to know about pre-terminated cabling and network deployment. Pre-terminated cable provides a plug-and-play solution for links between switches, servers, patch panels, and zone distribution areas in the data center. These solutions include a variety of trunkRead More
Top-of-rack switching has become the norm in data centers. What does that mean for data center connectivity solutions? With the advent of top-of-rack (ToR) switching and SFP+ direct-attach copper cables, more data centers are able to quickly implement cost-effective 10G-and-beyond connections. ToR designs originally popped up because data center managers ran out of roomRead More
Wireless demand impacts I/O connector demand in ways that are hard to count. Wireless connectivity continues to grow rapidly. From a connector usage standpoint, wireless is a displacement technology; that is, devices that use wireless connection technologies do not necessarily also include a physical connector to perform the same function redundantly. So, if theRead More
We now live in an always-connected world, forcing networks to evolve in ways not anticipated even just a few short years ago. We asked Bishop & Associates’ Lisa Huff: What’s next in networking? Programmability seems to be the latest network trend. Software-defined networks (SDN) and network functions virtualization (NFV), while hyped over the last fiveRead More
The existence of copper-coated aluminum cables in the market can present serious problems for the companies using them. In an excerpt from a recent white paper, Fluke Networks describes testing methods to identify copper-clad aluminum cable, and what the future holds for the process. There are growing concerns in the network equipment industry about theRead More
To increase the capacity of their networks, service providers are deploying more and more fiber. While that keeps pace with the demand for bandwidth, it creates another set of problems. TE Connectivity’s solution is small-diameter cable technology. The following white paper excerpt was provided by TE Connectivity. Business and residential subscribers all over the worldRead More
The Molex Plateau HS Dock+ Connector System meets demand for higher data rates with superior signal integrity, providing 150% speed improvement. Molex introduced the Plateau HS Dock+ Connector System for networks that require higher data rates with superior signal integrity to meet the growth in networking and wireless device markets. Plateau HS Dock+ high-speed docking connectors haveRead More
High availability and the reliability of rolling stock comprise the basic requirements for modern rail freight. HARTING is researching solutions for condition-based maintenance strategies. The long history of sustained, strong growth in global trade correlates to a continued increase in the flow of goods in the future. Despite political advocacy and a broad range ofRead More
August 2013 – The Internet of Things (IoT) will allow every thing with a unique identifier to communicate over the Internet or a similar network. Microprocessors will be embedded in everyday objects and the factory floor will be no exception. How far along are these developments? And what will they mean for the connectors of the future?
February 5, 2013 – Recently, the IEEE 802.3 Higher Speed Ethernet Consensus Ad Hoc group decided to focus its efforts on the next data rate of 400 Gb/s. The evolution of Ethernet technology hasbeen nothing short of remarkable: The next speed is in development before the current one has even reached the masses.
