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.
Every April millions upon millions of taxpayers rush to file state and federal taxes before the 15th, and as with every other aspect of day-to-day life, filing taxes has become digital. The IRS website alone receives three to four times as much traffic in early spring as it does in the off-season, and this gigantic spike is indicative of what most tax-related websites experience at this time of year.
+ ALSO ON NETWORK WORLD Yikes: 10,000 IRS impersonation scam calls are placed every week +
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Carrier-grade NFV right out of the box.
N-Port Virtualization (NPV), and N-port ID Virtualization (NPIV) have been around for quite some time now. Enhancements have been made to the traditional NPV and NPIV implementations, making it more convenient for unified fabric topologies (which is what we will be discussing today). This blog, part 1 in a 2-part series, will be discussing the ‘fcoe-npv’ implementation of NPV/NPIV, while the next blog will be focused on the traditional implementation.
NPV and NPIV were created as a method in which we could add additional switches (i.e. port density), to a given fabric, without consuming additional domain-id’s, or adding to the administrative burden of a growing SAN (managing zoning, domain-id’s, principle switch elections, FSPF routing, etc…). A lot of this concern stemmed from the fact that the Fibre Channel standard limits us to 239 usable domain id’s. Essentially 8-bits, or the most significant byte in the Fibre Channel ID (FCID), is reserved for this domain-id. This byte is what is used within FSPF protocol to route traffic throughout a Fibre Channel fabric. While this gives us 256 addresses, only 239 are usable, as some are reserved. Beyond this, many vendors restrict us too a much smaller number of domain-id’s on Continue reading
We updated our 2013 Market Size Report and expanded it to cover SDN, NFV, Network Virtualization and more. Download it for free today!
SDxCentral’s Roy Chua looks at the key components that make up cloud architectures and outlines the seven most important cloud networking requirements.
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