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Hey guys, I just wanted to drop a quick note to let you know that I’ve relaunched my teespring shirt campaigns with enough time that you should get your orders before Cisco Live US 2017. I’ve got several types of clothing under each design, so make sure you look to see if I have what you’re looking for. This campaign is only open for 14 days – so get yours while you can!
As usual, send comments / suggestions / etc to @tonhe on twitter.
Thanks again, and I hope to see you at #CLUS17
The post PCAP t-shirts just in time for CLUS17 appeared first on Router Jockey.
Ideally, 5G and cloud would be interrelated, but instead they are merely parallel.
Chip maker Intel is getting out of the business of trying to make money with a commercially supported release of the high-end Lustre parallel file system. Lustre is commonly used at HPC centers and is increasingly deployed by enterprises to take on their biggest file system jobs.
But don’t jump too far to any other conclusions. The core development and support team, minus a few key people who have already left, remains at Intel and will be working on Lustre for the foreseeable future.
Intel quietly announced its plans to shutter its Lustre commercialization efforts in a posting earlier this …
Intel Shuts Down Lustre File System Business was written by Timothy Prickett Morgan at The Next Platform.
Cradlepoint's acquisition of Pertino boosted its SD-WAN presence.
The post Worth Reading: TIIME to pay attention to identity appeared first on rule 11 reader.
In part1, we discussed some of the design decisions around uplink modes for VMware and a customer scenario I was working through recently. In this post, we’ll explore multi-chassis link aggregation (MLAG) in some detail and how active-active network fabrics challenge some of the assumptions made.
Disclaimer: What I’m going to describe is based on network switches running Cumulus Linux and specifically some down-in-the-weeds details on this particular MLAG implementation. That said, most of the concepts apply to similar network technologies (VPC, other MLAG implementations, stacking, virtual-chassis, etc.) as they operate in very similar ways. But YMMV.
I originally set out to write this as a single article, but to explain the nuances it quickly spiraled beyond that. So I decided to split it up into a few parts.
• Part1: Design choices – Which NIC teaming mode to select
• Part2: How MLAG interacts with the host (This page)
Part3: “Ships in the night” – Sharing state between host and upstream network
If the host is connected to two redundant switches (which these days is all but assumed), then MLAG (and equivalent solutions) is a commonly deployed option. In simple terms, Continue reading