Accelerators and coprocessors are proliferating in the datacenter, and it has been a boon for speeding up certain kinds of workloads and, in many cases, making machine learning or simulation jobs possible at scale for the first time. But ultimately, in a hybrid system, the processors and the accelerators have to share data, and moving it about is a pain in the neck.
Having the memory across these devices operate in a coherent manner – meaning that all devices can address all memory attached to those devices in a single, consistent way – is one of the holy grails of …
Chip Upstarts Get Coherent With Hybrid Compute was written by Timothy Prickett Morgan at The Next Platform.
Loy has been in the IT industry over 20 years. He got his start as a programmer, but jumped into the networking side of the house early in his career. He’s holds a CCIE in Routing & Switching and is currently employed at Cisco Systems as a Data Center Solutions Consultant. Loy has a true passion for Data Center technologies and has been a distinguished speaker at Cisco Live numerous times.
Over the past two decades, the personal communications habits of Americans have profoundly changed. CTIA – The Wireless Association reported that the penetration of cellular devices surpassed 100 percent in 2012, and as of the latest 2014 report, penetration is now at 110 percent.
With so many mobile devices deployed, it isn't surprising that the majority of calls to our nation’s 911 emergency public safety answering points (PSAP) originate from those devices. In fact, most U.S. dispatch agencies will tell you that wireless callers are responsible for at least 80 percent of their emergency call volume. Likewise, in the European Union, that number is well into the 90 percent range in many locations.
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Its “best practice” to assume that IT vendor products are faulty, have serious bugs and will fail in normal operation at anytime.
The post Blessay: Proof of Concept Testing Should Never Happen appeared first on EtherealMind.
Xray was the star of jFrog's annual user conference.
Based in Texas, the Hutto Independent School District comprises more than 6,000 K-12 students on 8 campuses. When they decided to virtualize their network, they had a number of factors to keep in mind. Would the technology support VDI implementation? How would a virtual network affect business as usual? Could they deploy NSX themselves? Could they deploy NSX alongside Cisco ACI?
If you’re familiar with VMware NSX, you may have an inkling about the answers to these questions. But that’s no reason not to listen to this entertaining episode of the Packet Pushers Podcast, our favorite podcast geared toward IT practitioners and professionals.
In this episode, hosts Greg Ferro and Ethan Banks sit down with representatives from theHutto ISD—Director of Technology Travis Brown; Network Administrator Keith Reynolds; and Network Administrator Christopher Harding—to talk about why Hutto decided to virtualize the network, and why they chose to #RunNSX
The post Packet Pushers Podcast Gets Techical About VMware NSX with Hutto Independent School District appeared first on The Network Virtualization Blog.
So you’ve decided, for all the reasons given in my last post on this topic, that you want to learn to code. The next, obvious, question is: what language should you learn? Remember the goal isn’t just to learn to code, but to learn the mindset, tools, and structure of coding; to dog past the simple ability to kick off scripts, and actually pick up an overview of the ground level “stuff” necessary, the “stuff” that is going to transfer from being able to code to being a good engineer. You don’t want to waste your time just learning a new skill, you want to what you learn to intersect with what your main learning goals are in a way that ultimately supports them.
If you’re a bit confused by all this mumbo-jumbo, go back and take a look at one of the first posts on this blog: Jack of All Trades.
To answer the question—which languages should I learn—I need to look beyond what’s “easiest to learn,” or “most popular right now,” or any of the “standard” ways people make this sort of decision. To relate this back to network engineering terms, I want to learn routing, not how Continue reading
Take a Network Break! On today's episode we parse Cisco's latest quarterly earnings and future strategy, examine Dell's latest efforts to raise money for its EMC acquisition, and more.
The post Network Break 88: Cisco’s Big Quarter, Dell’s Debt Deal appeared first on Packet Pushers.
Take a Network Break! On today's episode we parse Cisco's latest quarterly earnings and future strategy, examine Dell's latest efforts to raise money for its EMC acquisition, and more.
The post Network Break 88: Cisco’s Big Quarter, Dell’s Debt Deal appeared first on Packet Pushers.
Learn how to set up and configure a virtual network for testing and optimizing network performance monitoring software.