Seems like everyone is talking about spine-and-leaf architecture and spine-and-leaf cabling design these days. If you're designing a spine-and-leaf architecture in your network, there are a few things you will want to know about how to cable it.
The first quarter of 2017 has accelerated the move away from three-layer data center topologies toward spine-and-leaf cabling designs. These new spine-and-leaf designs are typically running 100G connections using SR-4 optics.
It might seem like a stretch to think of spring cleaning along the same lines as fiber optic end-face contaimination, but consider this. End-face contamination could be causing you issues you don’t even realize—or worse—causing you issues that you think are from the hardware your cables are plugging in to.
Data Center World always focuses on the hottest topics in the industry today. It was a valuable opportunity to talk with so many influential people and present our vision on how we see things taking place in the future.
When you read the title of this blog post, you probably asked yourself, “What is a custom trunk stagger?” and “Why do I need one?” Large director-class switches require a lot of cabling when fully populated. Fiber jumpers are great for patching in short distances but not for this environment. Learn how multi-fiber assemblies, also known as harnesses or trunks, will help speed up your install.
I was just reading about how Amazon’s massive outage in February 2017 was due to human error, specifically blamed on a “mistyped command.” I’m always simultaneously amazed and frightened at how much money is at stake during downtime, but a few other things struck me about this story as well.
When it comes to data center cabling, we at CABLExpress cite some simple equations and things to keep in mind that prove price can’t be the only deciding factor when investing in cabling. Quality counts!
Have you been hearing a lot about spine-and-leaf cabling topologies lately? Sometimes it’s also called leaf-spine cabling. If you have, it’s not surprising. Spine-and-leaf is changing the complexion of data center cabling in today’s structured environments.
Layer one technology is all about the quality of the overall product. Fiber light path is a key component that needs to be managed properly to avoid downtime. To ensure your data center can support higher data rates, there are three methods defined in the TIA-568 standard referred to as methods A, B, and C.
It’s a month into the New Year, and you are just unwrapping your new Arista 7500E Series switch you spent that year-end budget on. You already know that the Arista 7500E Series offers more than 30Tbps of total capacity for 1,152 ports of 10GbE, or 288 ports of 40GbE and/or 96 ports of 100GbE.