The linkage between technology and future growth is strong. As McKinsey & Company characterizes, for western economies the growth of GDP will only come from the “do it smarter” companies that build a better business model.
As a result we see that many process and discrete Industrial Automation systems are undergoing dramatic transformations and adopting new strategies for industrial Ethernet. Many companies are transitioning to Ethernet connected controllers, computers, high speed motion control, cameras and power electronics. Every day, 160,000 new industrial Ethernet nodes are connected (I.H.S. Global/IMS Research). And there are estimates that 100% of plant floor devices will be providing data as soon as 2018.
Hospitals, clinics, extended care facilities, and physicians’ offices are facing increasing pressure to improve the quality of healthcare while decreasing costs. In response, health care providers are adopting greater use of electronic medical records, automated equipment and building automation systems. As a result, the number of users requiring network access through the use of portable and mobile devices such as handheld units and laptops to manage patient records, monitor clinical applications and reference workplace requirements is extending the need for campus wide network access.
School curriculum is changing! You used to have pencils, paper, chalkboards, and if you were lucky, an overhead projector. Now our children are using computers, iPads, or even learning from the comfort of their own home! The technology advances in the education field are amazing, but what does it mean for a school’s physical infrastructure? Are they prepared to handle all of these advanced digital materials and learning devices?
We all know that bandwidth requirements are ever-increasing, and if you work in the education field, how can you be prepared to future-proof your network? With many districts facing these same future-proofing issues, here are six strategies for school IT administrators to consider before embarking on any physical infrastructure technology improvement plan.
I’d like to bend your ear a bit today on the topic of bend insensitive multimode optical fiber (BIMMF). When bend insensitive multimode fiber made its debut a few years ago, we urged end-users to use caution if they were going to adopt it in their data centers.
Since the existing fiber and measurement procedures were not designed to accommodate the intentional improvements in BIMMF’s performance nor the unintentional side-effects caused by the revised fiber design, the providers of BIMMF could have differences in how they define what BIMMF is and how they measure the various parameters of the fiber. Our concerns centered on whether differences in how the various providers of BIMMF measured its numerical aperture, core diameter, and Differential Mode Delay (DMD) would cause compatibility issues if BIMMF were used with non-BIMMF.
Hello, and welcome to our Enterprise Solutions Blog! We’re excited to communicate and share ideas with you. Enterprise environments consist of so many different areas in today’s world. It could be your local school or college, the new office building being built down the street, your community hospital, or even the bank you go to. Continue reading →