5G. You may feel like you’ve been hearing about its potential everywhere you turn. True; 5G has been getting a lot of press exposure and promotions lately — and expectations are high as it has been under development for many years. A new white paper from Compass Data Centers explores the “what, where, when and why” of 5G.
Insights and Trends on Edge Computing
Data is everywhere. As a digital transformation sweeps across our society and economy, Internet infrastructure must follow the data. Enter edge computing, which extends data processing and storage closer to the growing universe of devices and sensors at the edge of the network.
The goal of edge computing is to process data and services as close to the end user as possible. It’s an architecture that allows the compute and content delivery process to happen within 10 milliseconds or less of the user. The trend driving the edge computing model is the increased use of consumer mobile devices, especially consumption of video and virtual reality content and the growth of sensors as part of the Internet of Things.
The micro-edge will be networked not just with local resources, but with data centers and cloud facilities around the world. Martin Olsen, Vice President, Global Edge and Integrated Solutions at Vertiv, outlines how 5G and edge computing is contributing to IoT and AI advancement.
Here’s an existential question for you, when does a new technology legitimately become a “thing”? In this edition of Voice of the Industry, the team at Compass Data Centers shares how the company predicts in 2019 ,Edge Computing will begin to see the level of investment required to push it past the status of “new big thing.”
For data centers, the evolution and arrival of 5G is crucial to business success – as well as data throughput, edge computing, ultra-low latency, and efficiency. A new report from Vertiv explores 5G use cases that can help your business optimize their applications and better approach machine learning and AI.
The continuous demand for speed and bandwidth, combined with the need to lower latency, is driving the move to the edge. However, while the above definition provides a perfectly serviceable framework to jumpstart discussion, EdgeConneX’ Phillip Marangella advocates perhaps a more focused definition that is at once far broader and meaningful.
Edge computing specialist EdgeMicro has completed a $3 million round of funding, which will move it beyond the proof-of-concept stage to begin deploying data center modules in production.
Edge computing specialist Vapor IO has organized the Kinetic Edge Alliance, a group of hardware, software and networking companies that will collaborate on edge solutions.
The constant challenge of meeting the ever-growing demand for speed or bandwidth and lowering or eliminating the latency has paved the way for the ‘Evolution of Edge Computing’ to address the needs of the ‘Always Connected customer’. STULZ marketing manager Manohar Reddy focuses on how the micro and modular data centers are taking center stage to meet the growing Edge computing infrastructure demand.
Edge computing pioneer EdgeConneX has expanded into hyperscale projects, but says it intends to be a key player as next-generation technologies drive growth in edge deployments.
Compass EdgePoint is targeting network performance as a growth opportunity in its edge computing business, seeking to support data flows from industrial IoT applications.