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- May 6, 2017
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One of the normal 24 ports.
I also have the Brocade ICX 6430-24P. Which port connects to the BI PC?
Is it the console port ( |O|O ) or any of the 24 ports? There's also an "Out-of-band management port (Ethernet symbol)"
This. If it's configured with default settings, all of the 1-24 ports will communicate with each other. Definitely not the management or console port. If it's not working, they may be on separate VLANs or something. You'll need a console cable to reset things or you may be able to do it from the GUI if you can access it, not sure.One of the normal 24 ports.
Hell of a project you have going on, impressive! I plan on running nothing but CAT5e, i really hope i don't run into a situation where i need CAT6+, it seems like a pain to work with!You and I are walking the same path at different times my friend! I've spent most of this past summer running more dedicated CAT-6, CAT6A, CAT-7, CAT-8, and Fiber throughout the home. Truth be told almost every area, floor, zone had a ethernet drop when I built my custom home more than 13 years ago.
I honestly thought all of the preplanning and wiring I'd done was enough.
What changed all of that was obviously more IoT, and network related hardware not present in the past. As noted early on the biggest change came from wanting to centralize and power as many things I could via POE. So, that of course required multiple pulls of wire to the same location where there were only 2-4.
Now, almost every location has a minim of six keystone ports to twelve.
As it relates to your question about powering multiple devices in my personal environment there is enough ports to attach all of the current and future devices. I'm not a real fan of adding multiple pieces of hardware on a single line but if something only required power a simple Y splitter in whatever variety could be used. Given, the smallest switches are POE+ 500 watts there's no problem powering any device in the home.
Your questions about VLAN's . . .
Every isolated network uses all of the industry best practices of VLAN's, Port isolation, DHCP Snooping, Radius, most commonly known as port security & port based authentication (AAA). The problem is and reason for the four independent and isolated networks is there are just some IoT devices that don't operate well or at all when any of the above is enforced. As such, the easiest thing to do (even more time consuming and expansive) was to prop up another isolated network to handle only those chatty and IoT devices which run on a completely separate (ISP) Internet connection.
This area only had a dual port and has since been upgraded with twelve. Four dedicated optical fiber lines were run to this location.
In the garage and some other locations I installed dedicated POE+ (at) & POE++ (bt) ports for a big project in the works. The red ports are the dedicated POE++ (bt) ports for easy identification and use.
In the living room there was only a dual jack and have since installed two 6 port jacks. I don't ever foresee needing twelve POE jacks but there's plenty of space to install more if need be! What's missing in this photo is the heat shrink alphanumeric ID labels on each cable. As I ran out and had to go through the chore of re-terminating a perfectly working panel just to insure they were all labeled correctly!
I don't remember what I did or ate yesterday. For sure won't know what a blue, yellow, green, black, purple cable does later!
I tried to get an idle reading on my ICX 6430-24P, turns out the load calculation on my UPS is quite off as it was showing around 100w idle. Then, i found out that a Kill-A-Watt really hates modified sine wave. I plugged it into my UPS running on battery and it got super hot, smelled burnt, thought it was gonna let out the white smoke. It read 20w with nothing plugged in (PoE on/off without a load had no affect). After it cooled off, i tried it straight to shore power, it was reading 18-19w idle with a PF of 0.65 which seems quite low. May have fried my K-a-W!That sounds really good. The backbone of my network is a Mikrotik with 24x gigabit ports and 2x SFP+ (10 GbE), and no PoE. It cost around $135. Then a separate 4 port SFP+ switch for another $135 or so. And of course I had to add a separate small PoE switch for the access point and 1 camera (soon to be 2) that I power from there. All the switches are fanless, which is nice, but it is not a very clean layout having 3 separate switches in one place! And I am nearly out of gigabit ports!
I always have concerns with used enterprise gear:
1. Poor energy-efficiency and fan noise.
2. They may have weird compatibility issues (with fiber transceivers for example).
3. Configuration may be primarily command-line over serial connection. Yuck!!
Case in point, Aruba S2500-48P looks like a wonderful option with 48x gigabit PoE ports, PoE+ support, 4x SFP+ slots for 10 GbE, $110 shipped. But people say the 24 port version of that switch draws 50 watts at idle with nothing connected. That is laughable. The 48 port version has to be worse. Then there's no telling how bad the efficiency and noise might get with a bunch of ports loaded on the 48 port model especially. Hard pass from me.
Really, if I tried to "upgrade" to that switch, it would probably more than double the power consumption of the network gear in my server room, and take it from silent to noisy, all in the name of having fewer switches.
This time fifteen years ago a pure sine wave UPS was extremely expensive in whatever size to purchase. Now, in 2021 almost every 1st ~ 3rd tier vendor offers a reasonable priced entry level pure sine wave UPS. Your personal experience would affirm the importance of using a pure sine wave vs modified sine wave (PWM) in this critical network system.I tried to get an idle reading on my ICX 6430-24P, turns out the load calculation on my UPS is quite off as it was showing around 100w idle. Then, i found out that a Kill-A-Watt really hates modified sine wave. I plugged it into my UPS running on battery and it got super hot, smelled burnt, thought it was gonna let out the white smoke. It read 20w with nothing plugged in (PoE on/off without a load had no affect). After it cooled off, i tried it straight to shore power, it was reading 18-19w idle with a PF of 0.65 which seems quite low. May have fried my K-a-W!