CommScope’s FIST Modular Splice Closure is designed to assist network operators with building a fiber foundation for future 5G networks, as its modular build allows configurations on-site, reducing the need for site inspections, decreasing rollout lead time, and enabling adaption to constantly-changing network needs. The number of 5G connections is expected to exceed one billion by 2025.
In the high-speed data center interconnect (DCI) market here are three things we predict will happen this year. 1) Data center geographic disaggregation will be come more common. 2) Data centers will transition to a 100G ecosystem and shift away from models where all the data center facilities reside in a single, large “mega data center” campus. Most CSPs have converged on distributed, regional architectures to achieve the required scale and provide cloud services with high availability. 3) The combination of silicon photonics for highly integrated optical components and high-speed silicon complementary metal-oxide semiconductors (CMOS) for signal processing will play an even larger role in the evolution toward low-cost, low-power, switch pluggable optical modules
Capacity demands in data center networks continue to grow, with some of the larger facilities expected to deploy 400 Gigabit Ethernet connections this year (if they haven’t already). Meanwhile, open networking continues to make its mark. The articles in this editorial guide provide a detailed look at both of these trends.
Louisville Metro Government says that Google Fiber will pay the city $3.84 million to clean up rights-of-way after Google pulls out of the city. Google Fiber announced this past February that it would no longer provide broadband services in Louisville because the experimental fiber cable installation process it had used there had proven unreliable
Coupled with the rise of connected things within smart buildings, many firms have embarked on a new kind of digital transformation that relies on the promise of IoT devices and the data they generate to create a better working environment. So how do you use this data to shift the paradigm from reactive to proactive and really harness the true potential of these emerging technologies? In this webinar, you’ll learn how to get the most from your IoT investments and go beyond mere efficiency.
Connectivity Wireless leads a discussion with thought leaders from Rubenstein Partners and EDGE Technologies on developing a smart infrastructure today to support the smart buildings of tomorrow.
Better technology is one reason why computing is again becoming more distributed. Devices at the edge, from smartphones to machinery on the shop floor, are becoming more intelligent. Equipped with powerful processors, they can now tackle computing problems that a few years ago needed a fully loaded server. As for software, its increased flexibility means it can function well on the edge. Many applications are now “virtualised”, meaning they exist separately from any specific type of hardware: code can thus be packaged in digital “containers” and easily moved around within data centres—and, increasingly, closer to the edge.
Not sure if a drop is connected to a live network or which network? You can find out with the DSX CableAnalyzer. And if it’s not connected, it will tell you why. See how in this short tutorial.
You’ve probably heard all the buzz about edge data centers. Don’t worry – this doesn’t mean you’ll be testing fiber links while hanging on the side of cliff. But while you might be testing in new spaces, edge data centers won’t really change what you’re already testing.So what exactly is an edge data center, anyway? Let’s take a closer look. First off, remember that edge data centers are still data centers, only smaller.
It’s time to enter your product in the 2019 Cabling Innovators Awards. The benefits are huge — increased credibility, more visibility, recognition among your customers, and increased sales!
