The rollout of new AC wireless access points in the enterprise represents the first multi-gigabit application to be deployed in the enterprise. This is a perfect time to review the media choices being made to ensure your physical infrastructure is capable of supporting the application for the life of the enterprise. If we compare the relative cost per Gigabit for category 6A and single gig infrastructures, we find that category 6A (10GBASE-T) is more cost-effective per gigabit:
Integrated Infrastructure: A New Approach
In Part 1 of “Adding New Physical Infrastructure” I reviewed three typical approaches taken by managers of small and mid-sized data centers to add new physical infrastructure: (1) build-it-yourself using in-house resources to design and integrate all elements of the infrastructure, (2) rely on a single supplier for design and integration, or (3) entrust multiple best-of-breed vendors to get it done.
We have a different take. As discussed in Part 1, you are likely to face significant risks and expense as you attempt to manage a wide range of technical details, complex project management issues, and multiple vendor relationships. Leveraging physical infrastructure expertise and partnerships with best of breed power and cooling suppliers, Panduit offers an Integrated Infrastructure approach that combines the benefits of both the single-source and best-of-breed approaches with the ease of managing a single supplier.
How do you build out a new data center physical infrastructure?
Under the best of circumstances, building out new data center capacity is complex, expensive, time consuming and fraught with risk. Experts, engineers and consultants are needed for everything from designing the building shell, planning power and cooling systems, to commissioning. These are just the major categories. Think about the expertise needed to manage all the details that cascade from them!
If you are responsible for a small to mid-sized data center you may be faced with doing more of this yourself given the available resources. Increased complexity makes it difficult to find and retain people who possess all the essential skills needed to design and integrate the power, cooling, racks, cabling and other components necessary to complete the build correctly, and on-time. Taking on the coordination of the build-out in addition to normal responsibilities can be overwhelming.
A concern has been growing in recent years over the potential for a technical skills shortage in the U.S., Canada, and elsewhere around the globe, particularly in science, and engineering-related occupations.
It is generally predicted that, by 2018, a mass wave of retirements by members of the Baby Boom generation will result in 1.2 million U.S. job openings in science, technology, engineering, and math (STEM) fields, and there will likely be a significant shortage of qualified applicants to fill them. The full depth of the STEM skills shortage may be even greater than this, as 50 percent of jobs that require STEM skills do not require a bachelor’s degree or better, according to Plant Services.
Collaboration between Information Technology (IT) and Operations Technology (OT) is becoming a necessity to design and deploy an industrial network architecture that follows IT best practices for security, high availability, and quality of service.
However, skills gaps still exist between IT and OT that can jeopardize effective planning and configuration of the physical and logical network fabric, especially at the switch level. In the words of Panduit Solutions Manager Dan McGrath, “My contention is that two kinds of switches are found in many plants today: (1) unmanaged and (2) poorly managed!”
Dan makes a point worth considering, as unmanaged switches are often deployed to enable quick initial startup of the machine or process. However, this short-term gain can turn into a long-term loss when the time comes to scale more nodes or integrate single machines into the wider factory network, in the form of increased time and materials costs.
Deploying managed switches is a definite step up, but can give plant teams a false sense of manageability and security. If managed switches are deployed as plug-and-play devices without attention to configuration and setup, IT/OT directors may be left with a network that works on Day 1 but is teetering on the edge of functionality or with major security flaws.
To update a famous acronym, I think there is a better approach that IT and OT teams can follow that will drive better network planning and increased team collaboration: Know, Integrate, Simplify, and Standardize, or K.I.S.S.
When it comes to running an efficient operation, small data centers have many of the same concerns and challenges as their larger counterparts. One of the greatest challenges that managers of small data centers have is that they typically have limited resources in terms of technology, staffing, and financial support.
This can leave a small data center more vulnerable to inefficiencies, inflexibility for growth, and the potential for system failures. One example we run into on a regular basis occurs when the manager of a legacy data center needs to obtain power consumption and environmental data as a result of a cost reduction initiative, or difficulty finding capacity for new applications. This typically occurs in data centers that are older, may have between 20 and 30 racks, and have grown, despite best intentions, in unintended ways.
Check out this great blog citing the Wall Street Journal from The Center for Environment, Commerce & Energy on how shipping operators are pouring billions of dollars into the construction of oceangoing crude-oil carriers.
No matter where your shipbuilding operations reside – Panduit is there.
See how Panduit enables shipbuilders to address unique infrastructure challenges.
As many of us know, Common Core is a set of high academic standards in Mathematics and English Language Arts. The standards outline what students are going to accomplish throughout each school year. The ultimate goal is to prepare America’s students for college and career as stated by the Common Core State Standards. In effort to achieve these goals, school systems are now being asked to integrate technology into their academic programs, i.e. digital materials, present with multiple media formats, as well as promote collaboration amongst students and schools with the use of blogs and social media.
The Common Core Initiative has been received with mixed reviews from parents across the country, however there are also challenges for educational IT departments as well. With all of the new technologies being introduced into the classroom, you now have increased devices connected to the network, higher bandwidth demands, speed expectations, increased wireless coverage, network security issues, and not to mention the budget to fund it all!
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.