Worth Watching: IPv6 Measurements
The post Worth Watching: IPv6 Measurements appeared first on 'net work.
The post Worth Watching: IPv6 Measurements appeared first on 'net work.
The post Worth Watching: IPv6 Measurements appeared first on 'net work.
Test results show that a Tomahawk-based switch unfairly allocates bandwidth, while a Mellanox Spectrum-based switch allocates bandwidth fairly regardless of which ports are used.
The post Does Your Ethernet Switch Break Application Performance? appeared first on Packet Pushers.
Test results show that a Tomahawk-based switch unfairly allocates bandwidth, while a Mellanox Spectrum-based switch allocates bandwidth fairly regardless of which ports are used.
The post Does Your Ethernet Switch Break Application Performance? appeared first on Packet Pushers.
Network virtualization for the data center promises to improve service agility, simplify network operations, and reduce capital expenditures. One of the biggest challenges for IT professionals is to quantify the return-on-investment required to justify the costs of network virtualization and the changes it requires in their data center network operations.
Hello everyone!
I recently received an email from a learner who is studying for his CCNA Routing-and-Switching Certification and he had a few excellent questions about the OSI model and how, exactly data moves from one-layer to the next. I figured my response might prove valuable to others studying for their CCNA so…here it is!
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In order to thoroughly answer all of your questions below, one really needs to know about computer programming, APIs, etc…which frankly, I know very little about. But what I do know, I’ll try to explain. From my understanding, there are some kind of software “links” or “hooks” which are used to allow a program at one layer of the OSI model to communicate with a program at another layer. Many applications have software built-in that provide multi-layer functionality. Continue reading