With all this talk of networks, thought people might be interested in an ethernet switch I recently bought - a TP-Link TL-SGL108e "smart" switch
- https://www.amazon.com/gp/product/B00K4DS5KU/
I'm not ready to go 2.5GBe yet on my junkyard homelab, this was a nice purchase at the full price.
Accession wrote to poindexter FORTRAN <=-
On Wed, 7 Aug 2024 13:10:00 -0700, you wrote:
With all this talk of networks, thought people might be interested in an ethernet switch I recently bought - a TP-Link TL-SGL108e "smart" switch
- https://www.amazon.com/gp/product/B00K4DS5KU/
Now that's kinda where I was going with my prior questions.
Could I run from the wall to my server's first NIC with pfsense
installed on it. then create two VLANs, one for the rest of the VMs on
the server machine, and the other for the second NIC on the server machine, connected to something like that, which would feed my other 3
PCs in the house.
I'm not ready to go 2.5GBe yet on my junkyard homelab, this was a nice purchase at the full price.
I think it's safe to guess it's still a ways out as far as anything
higher than gigabit being normal for everyday households.
Regards,
Nick
... Take my advice, I don't use it anyway.
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I may have the terminology wrong, but if you can run multiple VLANs on
one interface with pfSense, then you could connect pfSense to one
switch port, tell the switch that it's a trunk port (or assign all the
VLANs to that port), then assign the other ports on the switch to, say,
a server LAN or a home LAN - and traffic would be isolated to that
VLAN.
I'm not ready to go 2.5GBe yet on my junkyard homelab, this was a nice purchase at the full price.
Accession wrote to poindexter FORTRAN <=-
I don't even need two separate VLANs. I would just need a cable from
the wall to the ESXI machine running pfsense AND 2-3 BBS related VMs,
then from there a cable to some kind of 4 or 8 port switch (whether it
be an actual switch, or router in passthru mode or something), then
wire up 3 other PCs from said switch. One VLAN for everything would be fine.
Nightfox wrote to poindexter FORTRAN <=-
I didn't think many computers had more than a gigabit Ethernet port. I built my main desktop PC in 2019, which I don't think is that long ago, and I'm using the ethernet on the motherboard, which is 1.0 gigabit. I suppose there are probably PCI Express 2.5GBe cards I could buy, and I guess after 5 years, it may be more common to have faster than 1.0
gigabit Ethernet on a motherboard.
If only one external IP, you'd do the usual thing of having the WAN port on one side of pfense, all the clients on the LAN side, and enable NAT
to reach specific ports on the LAN clients.
As I originally said, I just got this router late last year - upgrading to a Asus AX88U Pro which replaced an older model Asus AC68U. Works great with Merlin's firmware, but it did take me awhile to pull the pin and buy it.
I've been binge-buying old routers lately, trying to find a nice OpenWRT candidate for my office router and AP for our top floor. Found an ASUS RT-AC1750, similar to your AC68U, but no OpenWRT support. Nice parental controls and a decent looking interface. Looks like I probably wouldn't need to run OpenWRT on it.
Picked up a Netgear R8000, but it's got a Broadcom chipset and OpenWRT doesn't like them. I may pawn it off on someone who wants a router from home and can use the OEM firmware.
Finally found a Linksys WRT1900AC. I already have a WRT1900ACS, they
have some cool features - an OpenWRT-supported chipset and dual firmware images. Brick the router, power it on 3 times and it'll flip to the
backup firmware.
Mind you, these were all in the $15 to $20 range at a local
tech-friendly thrift shop. I should quit while I'm ahead and buy a new Wifi 6-capable router down the road.
I'm just going out on a limb here, but I assume the AC band is enough for your office?
I used to love those older Linksys routers that looked like this one. I thin my last one of those was a bit older than the AC1900, but it flashed DD-WRT, OpenWRT, and Tomato firmwares perfectly fine, even back then.
While you may not need Wifi6 right now, I would at least suggest going the A over AC route. The more and more wireless devices we got in this house (and you don't even realize it, but a wife and 2 kids, each with phones,
I'm just going out on a limb here, but I assume the AC band is
enough for your office?
Home Office. More than fine. It's mostly running Roku boxes and phones.
I see more drops from Comcast than on my local network.
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