Extreme Networks is rolling out new 802.11ac Wave 2 APs. Wave 2 enables greater throughput than Wave 1, and incorporates additional enhancements such as MU-MIMO.
The post Extreme Networks Debuts 802.11ac Wave 2 APs appeared first on Packet Pushers.
A freemium version of LiveUX monitors SaaS from the data center to the end user.
So as with most things, a student just pointed out to me that the CCIE DC v2 has silently been pushed out into the Cisco Learning portal! See here:
http://www.cisco.com/web/learning/certifications/expert/ccie_dc/index.html
There is a PDF in there now showing the differential changes in the v1 and v2 blueprints:
http://www.cisco.com/web/learning/certifications/shared/docs/ccie-datacenter-comparison.pdf
Well here is the rundown folks:
You have to pass both of these sections individually (achieve the minimum), and as well have a combined score above the combined minimum for both modules.
They have changed quite a bit in regards to topics, though they haven’t removed very much from the existing lab exam. A lot of what I put in parenthesis below is me, making an educated guess as to what they mean by those line items. With an already pretty full 8-hour exam, cramming some, or even all Continue reading
CENX's Service Orchestrator scores a win in Asia-Pacific.
Happy birthday, Cisco ACI! To celebrate, Cisco is releasing posts about how ACI is automating the network and eliminating gaps between application owners’ requirements and networking constructs.
VMware NSX has been around for more than two years now, and in that time software-defined networking and network virtualization have become
inextricably integrated into modern data center architecture. It seems like an inconceivable amount of progress has been made. But the reality is that we’re only at the beginning of this journey.
The transformation of networking from a hardware industry into a software industry is having a profound impact on services, security, and IT organizations around the world, according to VMware’s Chief Technology Strategy Officer for Networking, Guido Appenzeller.
“I’ve never seen growth like what we’ve found with NSX,” he says. “Networking is going through a huge transition.” Continue reading
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.
While cloud computing has proven to be beneficial for many organizations, IT departments have been slow to trust the cloud for business-critical Microsoft SQL Server workloads. One of their primary concerns is the availability of their SQL Server, because traditional shared-storage, high-availability clustering configurations are not practical or affordable in the cloud.
Amazon Web Services and Microsoft Azure both offer service level agreements that guarantee 99.95% uptime (fewer than 4.38 hours of downtime per year) of IaaS servers. Both SLAs require deployment in two or more AWS Availability Zones or Azure Fault Domains respectively. Availability Zones and Fault Domains enable the ability to run instances in locations that are physically independent of each other with separate compute, network, storage or power source for full redundancy. AWS has two or three Availability Zones per region, and Azure offers up to 3 Fault Domains per “Availability Set.”
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During the recent Open Networking User Group (ONUG) Meeting, there was a lot of discussion around the idea of a Full Stack Engineer. The idea of full stack professionals has been around for a few years now. Seeing this label applied to networking and network professionals seems only natural. But it’s a step in the wrong direction.
Full stack means having knowledge of the many different pieces of a given area. Full stack programmers know all about development, project management, databases, and other aspects of their environment. Likewise, full stack engineers are expected to know about the network, the servers attached to it, and the applications running on top of those servers.
Full stack is a great way to illustrate how specialized things are becoming in the industry. For years we’ve talked about how hard networking can be and how we need to make certain aspects of it easier for beginners to understand. QoS, routing protocols, and even configuration management are critical items that need to be decoded for anyone in the networking team to have a chance of success. But networking isn’t the only area where that complexity resides.
Server teams have their own jargon. Their language Continue reading


What’s interesting about this “product,” produced by Broadcom, is they are open source. We tend to think software will eat the world, but when something like this comes out in the open source space, it makes me think that if software eats the world, profit is going to take a long nosedive into nothingness. From Broadcom’s perspective this makes sense, of course; any box you buy that has a Broadcom chipset, no matter who wrapped the sheet metal around the chipset, will have some new added capability in terms of understanding the traffic flow through the network. Does this sort of thing take something essential away from the vendors who are building their products based on Broadcom, however? It seems the possibility is definitely there, but it’s going to take a lot deeper dive than what’s provided in the post above to really understand. If these interfaces are exposed simply through Continue reading