Intel Recruits an ARM Exec to Run IoT
Tom Lantzsch makes the jump in January.
Tom Lantzsch makes the jump in January.
We found it!!!
Have you ever sat at your desk, hoping on a miracle, that somebody somewhere will develop a fully comprehensive application for tracking network information??? I know I have, along with millions of other fellow network professional’s I have to assume. What exactly am I referring to? IP addresses, vlans, VRF’s, Rack Elevations and on and on and on. We all have to keep up with this information, for most it is located in spreadsheets; some in notepads; others try to lock it all away in the vast empty space we call a brain.
So, the stage is set. Yes, there are claims of applications that can keep track of what your CORE router IP address is and what vlan you assigned to one of your customers, or even where in the bloody rack it sits in relation to your other devices. Some can even keep track of which VRF routing table your management lies in along with which physical port it connects to. Going a little further, maybe the application claims to give you a basic map layout to which you can refer to…
BUT, very few paid applications actually combine most of these functions into one and very Continue reading
We found it!!!
Have you ever sat at your desk, hoping on a miracle, that somebody somewhere will develop a fully comprehensive application for tracking network information??? I know I have, along with millions of other fellow network professional’s I have to assume. What exactly am I referring to? IP addresses, vlans, VRF’s, Rack Elevations and on and on and on. We all have to keep up with this information, for most it is located in spreadsheets; some in notepads; others try to lock it all away in the vast empty space we call a brain.
So, the stage is set. Yes, there are claims of applications that can keep track of what your CORE router IP address is and what vlan you assigned to one of your customers, or even where in the bloody rack it sits in relation to your other devices. Some can even keep track of which VRF routing table your management lies in along with which physical port it connects to. Going a little further, maybe the application claims to give you a basic map layout to which you can refer to…
BUT, very few paid applications actually combine most of these functions into one and very Continue reading
It is not always easy, but several companies dedicated to the supercomputing market have managed to retune their wares to fit more mainstream market niches. This has been true across both the hardware and software subsets of high performance computing, and such efforts have been aided by a well-timed shift in the needs of enterprises toward more robust, compute and data-intensive workhorses as new workloads, most of which are driven by dramatic increases in data volumes and analytical capabilities, keep emerging.
For supercomputer makers, the story is a clear one. However, on the storage side, especially for those select few …
Pushing Back Against Cheap and Deep Storage was written by Nicole Hemsoth at The Next Platform.
Yep, still losing money (but growing mightily).
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The substantially high cost of MPLS circuits ($200-$400/Mbps/month) compared to easily deployed, lower cost broadband Internet (with a price tag of $1/Mbps/month) has triggered a shift in enterprise architectures to the software defined WAN. SD-WAN provides the flexibility to choose the most optimal transport and dynamically steer traffic over a mix of MPLS circuits, the public Internet, or even wireless LTE circuits.
The access transport selection depends on a variety of factors, including the type of application, traffic profile, security requirements, QoS and network loss and latency. When implemented correctly, SD-WAN truly has significant advantages: Faster service deployment, increased flexibility, unified management and improved application performance, to name a few. But, while familiarity about SD-WAN has increased over the last year, a survey by Silver Peak and IDG shows only 27% of small- to mid-sized enterprises have shifted to SD-WAN.
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This vendor-written tech primer has been edited by Network World to eliminate product promotion, but readers should note it will likely favor the submitter’s approach.
Like the threat landscape itself, web gateways have changed over the years. Back in the 1990s, organizations primarily used them to prevent employees from wasting time surfing the web – or worse, from visiting gambling, adult and other unauthorized websites. Today web gateways do much more than enforce regulatory compliance and HR policies. Whether they are implemented on-premise or as cloud-based services, organizations rely on web gateways to thwart Internet-borne threats delivered through users’ browsers.
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SGI has always had scalable technology that should have been deployed more broadly in the academic, government, and enterprise datacenters of the world. But fighting for those budget dollars at the high end of the market always came down to needing more feet on the street, a larger global footprint for service and support, and broader certification of software stacks to exploit that SGI iron.
Now that Hewlett Packard Enterprise owns SGI – or more precisely, owns its operations in the United States and will finish off its acquisition, announced in August, probably sometime in the middle of next …
HPE Takes On The High End With SGI Expertise was written by Timothy Prickett Morgan at The Next Platform.
Spending for virtual mobile packet core will top $8 billion by 2021.