I have exactly 4 ethernet based devices so I was kind of in a bind. Long answer: While I found many switches on the cheap, most where limited to 2 Ethernet ports or 4 SFP+ ports. Short answer: I felt like it had an overall good value position for the price compared to some other products. Why did I buy the Ubiquiti UniFi US-16-XG switch? Here is some of this information in video format, if you prefer. So while this may not technically be workflow related, it is most definitely a workflow performance improvement more than anything. I typically keep an copy on my Unraid server as a backup or for use later and I can retrieve that content a bit more speedily.
#Unraid setup docker on cache 2017 pro
While it doesn’t have a huge impact on me because my UniFi AP Pro is resilient AF, sometimes I just straight prefer the more consistent upload speed of copper based connections. I did this because there a ton of WiFi devices on my network and more often than not someone is streaming or gaming on WiFi. One of the things I use to do in the past after I finished creating a video, was to take that video and transfer it to my Unraid server and then upload it to YouTube, when my MacBook Pro was on WiFi only. Need some archived footage from a previous video? Boom there it is, ready to be copied over in a few seconds. I can now transfer those videos over to the Unraid server in a matter of seconds. If I record some game play on my gaming rig and the video is hours long it can create some really big files. The amount of time that I would spend waiting for file transfers has be drastically reduced. So how does all of this improve workflow? Time. If you would like to know more about how this is achieved, you can read about it here. Such is the case for my Unraid server, it uses dual NVME drives as cache in a RAID 1 configuration. All of the systems connected to the 16-XG use NVME M.2 drives either as main storage or as cache. This is arguably the most important item to note for all of this to function correctly. Look for an option to change the default Auto Link Negotiation. Manually configure the interconnecting ports to 1000Mbp/s. Insert an SFP or SFP+ module (must be the same on both ends) into the appropriate ports
#Unraid setup docker on cache 2017 how to
Now let’s dive a bit further into how to get the 1Gb 16-150 switch to communicate with the XG switch, well, this is what I had to do anyway.Ĭonnect both switches together via ethernet Quick list of personally verified SFP(+) modules I know that work with both the Ubiquiti 1G and 10Gb switch. The blue line indicates 1Gb/s while the red line indicates 10Gb/s.ĭetailed Setup and Configurations US-16-150 and US-16-XG Linking The purpose of this diagram is to simply paint an image of the lab and how it is laid out. This does not include items like VLAN(s) and such. Here is a diagram roughly depicting the network and systems layout of SPX Labs. We will get into greater detail as you scroll/skim downwards.ĬalDigit 10GbE Thunderbolt 3 adapter (client) I can’t think of a better way to start this outline without first listing all of the various devices and parts that are being used to make this happen. Let’s take a dive into the entirety of the setup. It’s been an entire year since we last tried to achieve 10Gig speeds and now we are finally here. Now, we have added a UniFi US-16-XG 10Gb Switch into the mix so that more clients can now take advantage of the extra available bandwidth. Previously, we were using a peer-to-peer setup to achieve 10Gig transfers.
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