L2TP Starlink: Difference between revisions

Back up to the Incoming L2TP Category
From AAISP Support Site
mNo edit summary
m (→‎How to use it: Fix link)
 
(8 intermediate revisions by one other user not shown)
Line 2: Line 2:
[[Category:Incoming L2TP]]
[[Category:Incoming L2TP]]


= Using the AAISP L2TP service to get public IPv4 and public IPv6 addresses over a Starlink connection =
Starlink is a satellite-based internet service and is initially provided without IPv6 and uses CGNAT for IPv4.

== Overview: ==

'''The L2TP service''' from AAISP can will route a small block of public IPv4 address and IPv6 addresses to your (L2TP compatible) router. This gives you the ability to use pubic IP addresses that are not filtered, not behind Carrier Grade NAT or any sort of NAT. All you need us a router capable of L2TP and an [https://www.aa.net.uk/broadband/l2tp-service/ L2TP service from AAISP].

'''Starlink''' is a satellite-based internet service and is initially provided without IPv6 and uses CGNAT for IPv4.

== In use: ==


We have customers using our L2TP service over their Starlink, and the initial reports are that:
We have customers using our L2TP service over their Starlink, and the initial reports are that:
* Speed is good (especially compared to their slow DSL service)
* Speed is good (especially compared to their slow DSL service)
* Latency is OK - about 40-50ms, but there are some latency spikes
* Latency is OK - about 40-50ms, but there are some latency spikes (shown as green on the graph below)
* Slight packetloss
* Slight packetloss (shown as red on the graph below)
* They enjoy the public IPv4 and IPv6 from us
* Overall - worth it!
* Overall - worth it!


Out L2TP service enables the Starlink customer to have public IPv4 and IPv6 addresses.
Our L2TP service enables the Starlink customer to have static, public, IPv4 and IPv6 addresses.
┌──────────┐ ┌────────┐
┌───────────┐ ┌─────────┐ ┌─────────┐ │ │ │ │
│ Your LAN ├──────┤ Router ├───────┤Starlink ├─────────┤ Internet │ │ AAISP │
└───────────┘ └────┬────┘ └─────────┘ │ │ │ │
│ └──────────┘ └────┬───┘
│ │
└────────────────────────────────────────────────────────┘


Here is a graph from an L2TP service:
We monitor our connections with a graph that that measures packet loss and latency. Here is a graph from an L2TP service:


[[File:Starlink0l2tp.png|frame|none|L2TP over Starlink - showing slight packet loss and some latency spikes]]
[[File:Starlink0l2tp.png|frame|none|L2TP over Starlink - showing slight packet loss and some latency spikes]]


Note: This feedback based a very small number of connections (2 as of April 2021!), so the service may vary.
Note: This feedback based a very small number of connections (2 as of April 2021!), so the service may vary/improve depending on location and as Starlink add more satellites.

== How to use it ==

In short, you'd need to purchase and configure a router that is capable of L2TP and use that as your gateway. There are many routers which have this capability. You can just use the L2TP features built in to your computer's operating system (eg Windows/Mac/Linux) and test that it works before buying a new router. There are various setup guides on [[:Category:Incoming L2TP|Incoming L2TP]].

Latest revision as of 17:33, 2 February 2024


Using the AAISP L2TP service to get public IPv4 and public IPv6 addresses over a Starlink connection

Overview:

The L2TP service from AAISP can will route a small block of public IPv4 address and IPv6 addresses to your (L2TP compatible) router. This gives you the ability to use pubic IP addresses that are not filtered, not behind Carrier Grade NAT or any sort of NAT. All you need us a router capable of L2TP and an L2TP service from AAISP.

Starlink is a satellite-based internet service and is initially provided without IPv6 and uses CGNAT for IPv4.

In use:

We have customers using our L2TP service over their Starlink, and the initial reports are that:

  • Speed is good (especially compared to their slow DSL service)
  • Latency is OK - about 40-50ms, but there are some latency spikes (shown as green on the graph below)
  • Slight packetloss (shown as red on the graph below)
  • They enjoy the public IPv4 and IPv6 from us
  • Overall - worth it!

Our L2TP service enables the Starlink customer to have static, public, IPv4 and IPv6 addresses.

                                                         ┌──────────┐       ┌────────┐
┌───────────┐      ┌─────────┐       ┌─────────┐         │          │       │        │
│ Your LAN  ├──────┤ Router  ├───────┤Starlink ├─────────┤ Internet │       │ AAISP  │
└───────────┘      └────┬────┘       └─────────┘         │          │       │        │
                        │                                └──────────┘       └────┬───┘
                        │                                                        │
                        └────────────────────────────────────────────────────────┘

We monitor our connections with a graph that that measures packet loss and latency. Here is a graph from an L2TP service:

L2TP over Starlink - showing slight packet loss and some latency spikes

Note: This feedback based a very small number of connections (2 as of April 2021!), so the service may vary/improve depending on location and as Starlink add more satellites.

How to use it

In short, you'd need to purchase and configure a router that is capable of L2TP and use that as your gateway. There are many routers which have this capability. You can just use the L2TP features built in to your computer's operating system (eg Windows/Mac/Linux) and test that it works before buying a new router. There are various setup guides on Incoming L2TP.