Category:IPv6: Difference between revisions
(Prefix Delegation doesn't *always* return a /64 - it could be a /60 or the /48) |
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<indicator name="Routers">[[File:menu-router.svg|link=:Category:Routers|30px|Back up to the Routers Category]]</indicator> |
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=IPv6 on AAISP Broadband= |
=IPv6 on AAISP Broadband= |
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This is how we route and assign IPv6 on DSL connections. |
This is how we route and assign IPv6 on DSL connections. |
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Customers are allocated a /48 block of addresses - this is usually per customer, and so a customer with multiple circuits or sites will have a /64 allocated from the larger /48 block. A /48 contains 65536 /64's and a /64 subnet is 18 million trillion addresses. |
Customers are allocated a /48 block of addresses - this is usually per customer, and so a customer with multiple circuits or sites will have at least a /64 allocated from the larger /48 block. A /48 contains 65536 /64's and a /64 subnet is 18 million trillion addresses. |
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(Here, CPE refers to the router belonging to the customer which is being used at their end of the broadband line.) |
(Here, CPE refers to the router belonging to the customer which is being used at their end of the broadband line.) |
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2001:8b0:1111:1111:0:ffff:[your IPv4 WAN in HEX] |
2001:8b0:1111:1111:0:ffff:[your IPv4 WAN in HEX] |
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At this point we will also be routing any IPv6 blocks to this WAN address. Usually a line will have at least one /64 block. |
At this point we will also be routing any IPv6 blocks to this WAN address. Usually a line will have at least one /64 block - customers can request, via the control panel, extra /64 blocks, and/or extra /60 blocks, or to route the whole /48 block. |
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We also respond to DHCPv6 Prefix Delegation (PD) from the CPE and we'll tell the CPE |
We also respond to DHCPv6 Prefix Delegation (PD) from the CPE and we'll tell the CPE the lowest numerically numbered block. -this may be requested multiple times by the CPE in which case the next highest block will be sent. |
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The CPE will also assign itself a [http://en.wikipedia.org/wiki/Link-local_address Link Local] address in the form of FE80::, and will be based on the MAC address of the interface. |
The CPE will also assign itself a [http://en.wikipedia.org/wiki/Link-local_address Link Local] address in the form of FE80::, and will be based on the MAC address of the interface. |
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| IPv6 address || As advised || You can use any address space from the block assigned to you. You can also use 2002:: prefix space using any of your IPv4 address space. All of these addresses will be accepted from your line whether native IPv6 in PPP or tunneled over IPv4. Other source addresses will not be accepted. The router address and prefix delegation can be obtained by the router using DHCPv6 over PPP. |
| IPv6 address || As advised || You can use any address space from the block assigned to you. You can also use 2002:: prefix space using any of your IPv4 address space. All of these addresses will be accepted from your line whether native IPv6 in PPP or tunneled over IPv4. Other source addresses will not be accepted. The router address and prefix delegation can be obtained by the router using DHCPv6 over PPP. |
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| DNS || 2001:8b0::2020 2001:8b0::2021 |
| DNS || 2001:8b0::2020 2001:8b0::2021 || These are our customer facing DNS resolvers for IPv6 use. The DNS servers can be obtained by your router using DHCPv6 over PPP. |
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[[File:Ipv6Assign.png|none|frame|Assign new IPv6 blocks buttons on the Control Pages]] |
[[File:Ipv6Assign.png|none|frame|Assign new IPv6 blocks buttons on the Control Pages]] |
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The new block will be routed to your router (once your router has reconnected to AAISP), you will then have to allow the new block through any firewall you have, and then route the new block appropriately on your local network. |
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Using a single /60 block rather than multiple /64 blocks can help when using routers which use Policy Based Routing, e.g. OpenWrt. |
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[[Category:Routers]] |
[[Category:Routers]] |
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[[Category:Configuring]] |
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Latest revision as of 12:44, 1 March 2024
IPv6 on AAISP Broadband
This is how we route and assign IPv6 on DSL connections.
Customers are allocated a /48 block of addresses - this is usually per customer, and so a customer with multiple circuits or sites will have at least a /64 allocated from the larger /48 block. A /48 contains 65536 /64's and a /64 subnet is 18 million trillion addresses.
(Here, CPE refers to the router belonging to the customer which is being used at their end of the broadband line.)
When the CPE logs in and negotiates PPP we use IPV6CP to assign an IPv6 'WAN' address. This address is a single IPv6 address in the form of:
2001:8b0:1111:1111:0:ffff:[your IPv4 WAN in HEX]
At this point we will also be routing any IPv6 blocks to this WAN address. Usually a line will have at least one /64 block - customers can request, via the control panel, extra /64 blocks, and/or extra /60 blocks, or to route the whole /48 block.
We also respond to DHCPv6 Prefix Delegation (PD) from the CPE and we'll tell the CPE the lowest numerically numbered block. -this may be requested multiple times by the CPE in which case the next highest block will be sent.
The CPE will also assign itself a Link Local address in the form of FE80::, and will be based on the MAC address of the interface.
General IPv6 Settings
IPv6 is normally automatic. If your DSL/PPPoE router supports IPv6 properly it will obtain an address for itself, and for allocation to devices on your LAN automatically when it connects using DHCPv6.
| 6over4 gateway | 81.187.81.6 | If configuring your network to tunnel IPv6 traffic over IPv4, use 81.187.81.6 as a gateway. You can also use the standard 192.88.99.X block as a gateway if using 2002:: prefix address space based on your IPv4 addresses. |
| IPv6 address | As advised | You can use any address space from the block assigned to you. You can also use 2002:: prefix space using any of your IPv4 address space. All of these addresses will be accepted from your line whether native IPv6 in PPP or tunneled over IPv4. Other source addresses will not be accepted. The router address and prefix delegation can be obtained by the router using DHCPv6 over PPP. |
| DNS | 2001:8b0::2020 2001:8b0::2021 | These are our customer facing DNS resolvers for IPv6 use. The DNS servers can be obtained by your router using DHCPv6 over PPP. |
Assigning Additional IPv6 Blocks
Additional /64 or /60 blocks can be assigned from the Control Pages:
Accessing This Feature
Access is via the Control Pages as follows:
- Log in to the Control Pages with your xxx@a login
- Click on the line you want to add a block to
- Click The Add /64 or Add/60 button
- The block will start routing when your router next logs in
The new block will be routed to your router (once your router has reconnected to AAISP), you will then have to allow the new block through any firewall you have, and then route the new block appropriately on your local network.
Using a single /60 block rather than multiple /64 blocks can help when using routers which use Policy Based Routing, e.g. OpenWrt.
Pages in category 'IPv6'
The following 13 pages are in this category, out of 13 total.