> On Apr 10, 2021, at 11:12 AM, Lonnie Abelbeck
> wrote:
>
>> On Apr 10, 2021, at 10:59 AM, Roman Mamedov wrote:
>>
>> On Sat, 10 Apr 2021 10:27:23 -0500
>> Lonnie Abelbeck wrote:
>>
>>> I have been testing the T-Mobile Home Internet (4G/5G fixed wireless)
>>> service to a Linode VM via
> On Apr 10, 2021, at 10:59 AM, Roman Mamedov wrote:
>
> On Sat, 10 Apr 2021 10:27:23 -0500
> Lonnie Abelbeck wrote:
>
>> I have been testing the T-Mobile Home Internet (4G/5G fixed wireless)
>> service to a Linode VM via WireGuard.
>>
>> The TMHI service uses CGNAT plus an additional NAT
Hi Mo,
I have the latest hardware (gray cylinder)
--
Typically 3 of 5 bars
4G Band: B2
5G Band: n71
--
Note the huge jitter only occurs inbound, which is difficult to measure without
using WireGuard.
The same UDP iperf3 tests outbound (gw-lan->linode) range from 3 to 8 ms
jitter, regardless
On Sat, 10 Apr 2021 10:27:23 -0500
Lonnie Abelbeck wrote:
> I have been testing the T-Mobile Home Internet (4G/5G fixed wireless) service
> to a Linode VM via WireGuard.
>
> The TMHI service uses CGNAT plus an additional NAT in their modem/gateway
> with a MTU of 1420, so WireGuard is
Thanks for sharing, I have also been running WG tunnels over T-Mobile home
internet and haven’t seen any of the jitter you are reporting.
Did you try the same tests (outbound) without running them via WG?
Which modem do you have? How many signal bars are you getting? Also, what does
an
Greetings,
I have been testing the T-Mobile Home Internet (4G/5G fixed wireless) service
to a Linode VM via WireGuard.
The TMHI service uses CGNAT plus an additional NAT in their modem/gateway with
a MTU of 1420, so WireGuard is configured with a 1340 MTU.
Everything works, but I thought I
