You need 4 pair and you also need to know where the other end of the connection is. If it goes straight outside to a telephone demark, it doesn’t do you a lot of good. If it goes to a patch panel somewhere else in the house then it can probably be repurposed.
She obviously was since it was $1000/hr.
Since WiFi 7 is coming, you aren’t going to find longevity. The best thing you could do for yourself is to separate the WiFi function from the router by using AP’s.
Unless you’re doing something very unusual (multiple ISP’s or a home lab), a home only needs one router – this is where you went wrong. You add WiFi with AP’s – not routers. A normal router should be able to handle as many networks/VLANs/DHCP scopes as necessary and will have a single default route out to the Internet.
You’ve made your network needlessly complicated. In order to fix things, you should setup all but one router in AP bridge mode. This does not completely fix things because wireless routers aren’t going to act as a single controller for your wireless devices. If you can return all of these routers, I’d recommend it because AP’s would provide a better solution. Do you even have a need for more than one network? Do you even have a managed switch? Does everything go back to a central switch?
I pay $50/mo for 1Gbs here in TN. How low can you actually go on the price? Typically you don’t see anything less than $50/mo for Internet that not exceptionally bad. I’d keep the 1Gbs. Most routers these days are capable of 1Gbs unless QoS is needed at that speed too.
For switches, it’s pretty much a commodity item. I prefer Trendnet at home because they actually had a simulator on their website showing the GUI. For more professional gear, I’d use FS switches. For AP’s, I use Grandstream.
There’s no issue with using MoCA. There’s also G.hn which achieves the same thing via unused coax. The advantage of G.hn is that it doesn’t require special splitters to accomodate the frequency range; the disadvantage is that it conflicts with the TV frequency range which is why it needs to be unused coax.
Your house is too large for adequate coverage by a single device unless it has no interior walls and you don’t care about the speeds as you get further from the wireless router.
You should be looking for a router without WiFi but with proper QoS. Your WiFi can then be done with multiple AP’s to provide better coverage throughout the house. You just need cables from your switch to the locations where you’d want to put the AP’s. The solution to bad WiFi is not a more powerful transmitter. You need to reduce the distance to each WiFi source which you do by adding more AP’s. In a case where you can absolute not run cables and nothing currently exists for MoCA then you would use mesh but it’ll never be as good as a cabled solution.
If you want coverage to the detached workshop, run a cable there and add an AP. If you can’t run the cable then use a wireless bridge designed for point to point and then add an AP to that.
You could actually expect less than 20Mbs because of congestion issues assuming no QoS and you’re right that any port might get more at any particular moment of time. This is mean to be an illustration of bottlenecks and not an implication of layer-2 load balancing. The traffic just can’t be more than what the bottleneck will allow.
Link speed is your hard limit – you can’t go faster than that. Nothing gets divided up just because a device is on. The concept of bottlenecks is what’s important. If you had a 100Mbs switch (with 1Gbs uplink) and a 1Gbs router with a 500Mbs ISP speed, a PC on the switch will be bottlenecked at your 100mbs switch port – it won’t be able to go beyond 100mbs. If you have 5 PC’s on that 100Mbs switch all trying to do 100Mbs each (since that’s the bottleneck of the switch), each PC will be able to do 100Mbs and since you have a 500Mbs speed connection – each PC should get 100Mbs. The switch uplink will pass 500Mbs/1000Mbs and the router will pass 500Mbs to the ISP. If you add a 6th PC trying to do 100Mbs then it gets bottlenecked at the ISP link since it can only do 500Mbs even though the router can do 1Gbs.
If your 100Mbs switch had no 1Gbs uplink then the fastest switchport to the router would be 100Mbs. In the first scenario of 5 PC’s trying to do 100Mbs each, they would all be throttled to roughly 20Mbs since the total connection out of the switch would be 100Mbs. If only 1 device tried downloading, the limit would be 100Mbs for that device since the limit would be the link speed of the switch to the router.
If you had a PC directly connected to your router at 1Gbs bypassing any 100Mbs switch limits, the bottleneck would be at the ISP of 500Mbs. If you had devices on the 100Mbs switch (with 100Mbs uplink) trying to download at max capacity while your PC was directly connected, your expected speed would be 400Mbs since 100Mbs would be going to the switch.
The concept of a 24-port Gigabit switch with only 1Gbs uplink works because no device is expected to be constantly utilizing 1Gbs for a sustained period of time. They also supply full bandwidth to ports across the switch that don’t have to go across a common uplink. PC A and PC B can talk to each other at 1Gbs if on the same switch while PC C is talking to the Internet at 1Gbs. As long as the devices aren’t utilizing a common port at the same time, there’s no bottleneck.
You should be concerned because this isn’t normal based on the number of people, the devices, and what you are using them for. The first thing that I would look at would be Windows to make sure you’re not acting as a peer to peer client for updates – make sure this feature is turned off.
The connection from SW-A to SW-B should be a VLAN trunk – ie tagged (all vlans assigned assigned would normally be the default). VLANs have to be defined on both switches.
The connection from SW-A to the router would also be configured as a VLAN trunk - ie tagged.
The only difference is how the router would be configured. From a Juniper/Cisco perspective, you would create subinterfaces for each tagged VLAN and assigned them the VLAN Id’s of the tagged ports. Each subinterface would have an IP address corresponding to the network’s default gateway. I’m not sure if the PFSense is different – I never use this software for a router.
VLAN 1 is normally considered special because it would be the native VLAN on most switches so would be an untagged VLAN. If this is unintended, the easiest thing would be to change the VLAN number and tag it. Alternatively if the switch and router allow it, simply change the native VLAN to something besides 1. It it’s intentional then do nothing.
First, check the Ethernet WAN cable. The ISP generally provides you a copper handoff to your router and that cable could be bad. That would make the most sense at this point since one bad conductor would limit you to 100Mbs.
I’d then try a direct connection with the laptop via Ethernet cable to the ISP copper handoff bypassing your router. You should be getting at least 900Mbs at that point.
There’s this thing called google. People don’t need to be spoonfed everything. The OP didn’t even had the right questions. He didn’t specify what speeds were required. A simple Edgerouter ER-X would be a better choice at anything under 200Mbs. Anything that didn’t have WiFi would be a better router. WiFi is best done with AP’s .
20 years as a network professional just makes me superior on the topic of network to the average person asking network questions here – it’s not a complex. Sorry if it makes you feel inferior.
I’m a networking engineer with 20+ yrs experience. I don’t reference my background unless challenged. I give the best advice that I can in these forums since I see them as a sea of ignorance. Most people aren’t network professionals and make very poor choices because of marketing and consumer availability. They then come back on the forums and complain about issues that exist because of their poor choices in gear.
Examples:
Why is my latency so high? Because you didn’t get a router capable of QoS and are suffering from network congestion.
I need a new router because my WiFi doesn’t reach the other end of my large house. That’s because you should have purchased AP’s and not relied on a single wireless source built into a router.
Why is my $80 all in one device locking up every day? Because it’s a poorly manufactured all in one device.
The list goes on.
Just because nobody’s asked – how does one accidentally snap a cable in an enclosed box like that?
I’d recommend using two switches – one for managed POE and the other as an unmanaged non-POE switch.
Trendnet TPE-P521ES - $64.99
https://www.amazon.com/dp/B07H28VLFZ
Trendnet TEG-S17D - $69.99
https://www.amazon.com/dp/B09WGYKFSQ
The switch that you linked was unmanaged and you might want management on those camera ports.
If you want a single switch to do it, I’d suggest the FS.Com S3250-16TF-U 16-port managed PoE+ switch @ $209. If you need 24 ports then that S3250-24TF-U at $299.
The reason not to use VLAN 1 is that there’s a concept of a native VLAN and VLAN 1 is normally the default native VLAN as well as the default VLAN for any unconfigured port. It’s easier to just not use it. The OP has used it for their existing VLAN. The biggest problem with that is that the management VLAN for the AP would be the same as the tagged VLAN for the wireless clients potentially allowing a WiFi client access to the management port of the AP.
Most just rent US servers these days.
You’ll get a much better result if you use a wired backhaul and then you don’t need any of those mesh systems. You could then use standard AP’s.