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Introducing “Kernel of Truth” — a Cumulus Networks podcast!

There’s no doubt that we’re in the gilded age of podcasts. Anyone you ask has at least one or two podcasts that they love to listen to and won’t stop talking about! But you’re probably tired of hearing that one friend repeat every single episode of “This American Life.” You need a new, engaging show that focuses on thought leadership and the topics in data center networking that you care about. Something to liven up your commute and make a long work day fly by. Something to help you stay up to date and relevant in your networking  knowledge, hear about real examples of innovation in the data center and turn you into a super star employee that shoots up the career ladder. If that’s what you’ve been looking for, your search is finally over.

Seven years ago, Cumulus Networks took the world by storm and rocked the data center. Today, we’re giving the podcasting world a healthy dose of Cumulus goodness — introducing the official Cumulus Networks podcast, “Kernel of Truth!”

Why are we starting a podcast? In addition to wanting to share our thoughts and insight about all things networking, including automation, disaggregation, data center interconnect Continue reading

The Top 5 Fastest Growing Jobs In The IT Sector


There’s no easy path to success in the IT sector, but there are certainly ways to increase your chances of having a rewarding career. One of the ways is knowing which fields in IT have the most potential for future growth. There are a lot of great choices out there, but as technology changes, so does the demand for certain positions. That’s why it’s crucial to plan for your training in advance, and lock in on an area where forecasters expect rapid growth over the next few years. Choose from the following list of the fastest growing IT jobs to land a rewarding position that’s certain to last.


1. Data Scientist


Not surprisingly, data science is one of the fastest growing and most lucrative jobs in the IT sector. Data scientists wrestle with big data on a daily basis. They use their advanced skills in programming, mathematics, and statistics to organize enormous amounts of jumbled data into a more usable form.
The work of the data scientist doesn’t stop there. Once they make this data more manageable, they use their analytical skills to solve a variety of business and financial problems. These skills include industry specific knowledge, contextual awareness, and Continue reading

BrandPost: Using AI and Predictive Analytics to Improve the Data Center

Digital transformation requires companies to be nimbler, more proactive, and more responsive to customers. Our always-on culture has begotten the need for always-available data.Meanwhile, the tolerance for downtime continues to plummet. Whether it’s a bank customer conducting a financial transaction or a salesperson submitting an order, a processing delay is no longer acceptable. An interruption like this sets off an IT scramble to determine how to fix that “app-data gap” — i.e., what’s causing delays in data delivery to applications.To alleviate the app-data gap and improve data-center operations, many organizations have turned to flash storage, which speeds delivery and improves performance. And while it does provide much-improved efficiency and speed than traditional hard drive disk storage, flash alone doesn’t solve other problems like configuration and interoperability issues that cause the app-data gap.To read this article in full, please click here

Intel launches Optane, the go-between for memory and storage

Intel formally introduced the Optane DC persistent memory modules late last week, an entirely new class of memory and storage technology designed to sit between storage and memory and provide expanded memory capacity and faster access to data.Unlike SSDs, which plug into a PCI Express slot, Optane DC is built like a thick memory DIMM and plugs into the DIMM slots. Many server motherboards offer as many as eight DIMM slots per CPU, so some can be allocated to Optane and some to traditional memory.That’s important because Optane serves as a cache of sorts, storing frequently accessed data in its memory rather than forcing the server to fetch it from a hard disk. So, server memory only has to access Optane memory, which is sitting right next to it, and not a storage array over Fibre Channel.To read this article in full, please click here

Intel launches Optane, the go-between for memory and storage

Intel formally introduced the Optane DC persistent memory modules late last week, an entirely new class of memory and storage technology designed to sit between storage and memory and provide expanded memory capacity and faster access to data.Unlike SSDs, which plug into a PCI Express slot, Optane DC is built like a thick memory DIMM and plugs into the DIMM slots. Many server motherboards offer as many as eight DIMM slots per CPU, so some can be allocated to Optane and some to traditional memory.That’s important because Optane serves as a cache of sorts, storing frequently accessed data in its memory rather than forcing the server to fetch it from a hard disk. So, server memory only has to access Optane memory, which is sitting right next to it, and not a storage array over Fibre Channel.To read this article in full, please click here

History Of Networking – Dave Crocker – Email – Part 1

Few technologies are as ubiquitous as email.  In Part 1 of this two-part series, Dave Crocker joins us to talk about the History of Email.  Listen in as he talks about the early days of message exchange and how the technology evolved to be an integral part of modern day communication.

 

Dave Crocker
Guest
Russ White
Host
Donald Sharp
Host
Eyvonne Sharp
Host

Outro Music:
Danger Storm Kevin MacLeod (incompetech.com)
Licensed under Creative Commons: By Attribution 3.0 License
http://creativecommons.org/licenses/by/3.0/

The post History Of Networking – Dave Crocker – Email – Part 1 appeared first on Network Collective.

IDG Contributor Network: The 6 ways to make money in IoT

According to the McKinsey Global Institute, IoT will have a total potential impact of up to $11.1 trillion a year by 2025. With so much opportunity, it makes sense why so many companies are looking to connect their devices and enter the IoT arena.But simply adding an internet connection to your widget doesn’t mean your business will make immediate profits. IoT products come with significant ongoing costs – web infrastructure, networking, and other connectivity and data-related costs. If you can’t justify the additional value to your customers, those costs will eat away at your margins.To read this article in full, please click here