![]() The AI in the Starlink I would say is pretty darn accurate in its decisions, thank you Mr Musk. A special note here is that you can manually set up the 2.4 and 5 networks in the Starlink system but I wouldn't recommend this unless you have some knowledge of networking as you can do more damage than good. Most likely it will assign you to the 5 GHZ when you're close to the router or have very little interference between the router and your device, and in turn will assign the 2.4 GHZ to devices that have some distance between the router and device, and or a lot of interference. So depending on your location and need for bandwidth the Starlink router will assign you to either network. The 2.4 GHZ band has much slower speed limits (actually 1/3rd the speed of 5 GHZ) but it has really long roads, making it better for long trips far from your home. So although you can travel at the fastest speed, you're very limited to how far you can travel on that road. Think of the 5 GHZ band as having the fastest road speed signs, but the roads are very short. I'm not going to break down the difference between upload and download speeds and what they mean here, but all I will say is that the majority of users are using download on any given device, so the number is often going to be 10 fold that of the upload.ĭriving analogy. ![]() Inside the green circle is the download speed result, and just below where it says upload, is the upload speed for that device, as you see here our result was 7 Mbps. Most speed tests will start off gradually and then peak quickly and taper off as you see in this graph. Just below the dials is a graph chart in which you can follow the speed over the testing period, looks like we peaked at just over a 100 Mbps. So as you see in our green circle we had a 90 Mbps result. The final number that shows up is what speed the internet was coming in at once the test finished. The Green circle shows you how fast the internet speed is to that device, (so essentially how fast your device is driving around the house - using our analogy). Network namespaces live in /var/run/ns so that's easyįd = open("/var/run/netns/ip4only", O_RDONLY) Īnd we can see it’s picking up my ISP’s IPv4 address and not HE Tunnel.Looking at the screen you have a green circle and blue circle that are most prominent. To set a namespace we need to have an open file handle. #define errExit(msg) įprintf(stderr, "%s cmd args.\n", argv) and it will run in the ip4only network namespace Now we can do "ip4only command" (eg "ip4only ip addr") Now I don’t want to use sudo each time, so I created a wrapper that enters the name space, and uses capabilities for the permissions. Yes it does look like there are inet6 addresses but these are link-local so aren’t used. So now we can see % sudo ip netns exec ip4only ip addrġ: lo: mtu 65536 qdisc noqueue state UNKNOWN group default qlen 1000 Iptables -A FORWARD -o br-lan -i ip4only-root -j ACCEPT Iptables -A FORWARD -i br-lan -o ip4only-root -j ACCEPT # Allow forwarding between br-lan and ip4only-root # Flush forward rules, policy DROP by default. Ip netns exec ip4only ip route add default via 192.168.200.1 Ip netns exec ip4only ip link set ip4only-ns up Ip netns exec ip4only ip addr add 192.168.200.2/24 dev ip4only-ns Ip link add ip4only-root type veth peer name ip4only-ns ![]() In my case I have br-lan as a bridge for my LAN access so the setup for this namespace would be So anything running in that namespace will think it only has an IPv4 address. Basically I create a namespace that only has an IPv4 address and NAT that to my LAN. So I have a work-around, that uses namespaces. My speeds using this package are consistent. This could be looped though until it finds it and runs the test successfully. There are odd occasions when it glitches and doesn’t find it, because the -list command doesn’t always return the same list and sometimes doesn’t include the ID I’m wanting to use. However after persisting and running a few times eventually it did find it, and then consistently started to work. Despite getting a valid ID from the -list command, the first few times I tried it I got: ERROR: No matched servers: 338 When I run it the parameters are specified differently: speedtest-cli -server xxx Last metadata expiration check: 1:50:06 ago on Tue 06:29:47 AM CEST. ![]() Only I have different commands than the ones you are using, where did you install the package from? Mine is coming from EPEL. I installed this package: dnf install speedtest-cli
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