- Apr 30, 2010
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Cool. Have you tested you speed at all?
Even if you could get that from your ISP, the router would have to have a 5Gbs or 10Gbs port to plug into. Otherwise a 5GBASE-T switch still won't get you into any multi Gbs Internet service you may get someday. It seems the easiest (but limited) way would be if your router had WiFi 6 and you bypass your wired network.I only have two ap's wired into a 1Gb gateway from Comcast. My network absolutely doesn't support 5Gbs speeds. However. There are certainly 10Gb and 100Gb Poe switches on the market if you can get that kind of speed from isp.
How is the access point connected the your network?
In my case my access points are run from wired ports of a gigabit poe switch. I don't believe my switch could handle 5Gbs. So what would you connect the access point to in order to get 5Gbs, even if you had the Internet speed? Can the wired network support that? I'm sure I'm just not understanding it all yet.
I guess I'm saying, even if I could get 5Gbs back and forth between my access point and my device, I think my wired network would become the bottleneck from that speed going any further, no?
My thinking is that my whole network will need to be upgraded to 5GBASE-T or 10GBASE-T to really take advantage of it.
BTW, I'm getting about 300Mbs up and down on my current setup.
Download on the slow side because the family streaming a movie while I was testing.View attachment 300191
I checked the specs on that switch. It has "Total Non-Blocking Throughput" of 8Gbs. Networking interface is listed as "(8) 10/100/1000 Mbps RJ45 Ports". Pretty sure thats 8 ports at 1Gbs each for total of 8Gbs non-blocking, and 16Gbs total switching. My belief is you will not get more than 1Gbs in one direction through any one port. Pretty sure you need 5GBASE-T support for greater than 1Gbs.Yeah you want to ensure you have a switch/router that could handle it all. I use this as my switch which would be able to support it (but obviously I don't have that fast of home internet -- Just 1,000 down/up).
My Switch - https://www.ui.com/unifi-switching/unifi-switch-8/
My Router - https://store.ui.com/products/unifi-security-gateway
I checked the specs on that switch. It has "Total Non-Blocking Throughput" of 8Gbs. Networking interface is listed as "(8) 10/100/1000 Mbps RJ45 Ports". Pretty sure thats 8 ports at 1Gbs each for total of 8Gbs non-blocking, and 16Gbs total switching. My belief is you will not get more than 1Gbs in one direction through any one port. Pretty sure you need 5GBASE-T support for greater than 1Gbs.
Not giving you a hard time - I'm personally interested on where these speeds are headed and what will be needed for it to be fully realized.
Can you screenshot this? I'm on a Note 9 (with Pie), and mine just shows Network speed, and it fluctuates. It seems to be my actual speed (I tested it). Is the S10 different?On your phone, under Wi-Fi settings, click on the connected SSID. What link speed do you see (864/960/1080/1200/...)? Then take 55% of the link speed for an estimate of maximum throughput.
On your phone, under Wi-Fi settings, click on the connected SSID. What link speed do you see (864/960/1080/1200/...)? Then take 55% of the link speed for an estimate of maximum throughput.
Well, just very curious what PHY connect speed (S10 to 802.11ax router) you are getting from 802.11ax (Wi-Fi 6). The S10 is a 2x2 MIMO device, and that will limit the speeds that you will get from the S10 more than Wi-Fi 5 or Wi-Fi 6. Once you have a PHY speed, actual throughput you can expect is right around 55% of the PHY speed. So with 866 Mbps from Wi-Fi 5, you can expect a maximum throughput of around 476 Mbps. So, curious what PHY speed you get from Wi-Fi 6 to see what improvement to expect from "ax" gear...