Replace all post_url with Hugo ref blocks
This commit is contained in:
content
articles
2021-02-27-network.md2021-03-27-coloclue-vpp.md2021-05-26-amsterdam.md2021-05-28-lille.md2021-06-01-paris.md2021-07-03-geneva.md2021-07-26-bucketlist.md2021-08-07-fs-switch.md2021-08-13-vpp-2.md2021-08-15-vpp-3.md2021-08-25-vpp-4.md2021-08-26-fiber7-x.md2021-09-02-vpp-5.md2021-09-21-vpp-7.md2021-10-24-as8298.md2021-11-26-netgate-6100.md2021-12-23-vpp-playground.md2022-02-14-vpp-vlan-gym.md2022-02-21-asr9006.md2022-03-03-syslog-telegram.md2022-03-27-vppcfg-1.md2022-04-02-vppcfg-2.md2022-10-14-lab-1.md2022-11-20-mastodon-1.md2022-11-24-mastodon-2.md2022-11-27-mastodon-3.md2022-12-05-oem-switch-1.md2022-12-09-oem-switch-2.md2023-02-12-fitlet2.md2023-02-24-coloclue-vpp-2.md2023-03-11-mpls-core.md2023-03-17-ipng-frontends.md2023-03-24-lego-dns01.md2023-04-09-vpp-stats.md2023-05-07-vpp-mpls-1.md2023-05-17-vpp-mpls-2.md2023-05-21-vpp-mpls-3.md2023-05-28-vpp-mpls-4.md2023-08-06-pixelfed-1.md2023-08-27-ansible-nginx.md2023-10-21-vpp-ixp-gateway-1.md2023-11-11-mellanox-sn2700.md2023-12-17-defra0-debian.md2024-01-27-vpp-papi.md2024-02-10-vpp-freebsd-1.md2024-02-17-vpp-freebsd-2.md2024-03-06-vpp-babel-1.md2024-04-06-vpp-ospf.md2024-04-27-freeix-1.md2024-05-17-smtp.md2024-05-25-nat64-1.md2024-06-22-vpp-ospf-2.md2024-06-29-coloclue-ipng.md2024-07-05-r86s.md2024-08-03-gowin.md
services.md@ -14,11 +14,11 @@ IPv6, VxLAN, GENEVE and GRE all in silicon, are very cheap on power and relative
|
||||
port.
|
||||
|
||||
Centec switches allow for a modest but not huge amount of routes in the hardware forwarding tables.
|
||||
I loadtested them in [[a previous article]({% post_url 2022-12-05-oem-switch-1 %})] at line rate
|
||||
I loadtested them in [[a previous article]({{< ref "2022-12-05-oem-switch-1" >}})] at line rate
|
||||
(well, at least 8x10G at 64b packets and around 110Mpps), and they forward IPv4, IPv6 and MPLS
|
||||
traffic effortlessly, at 45 watts.
|
||||
|
||||
I wrote more about the Centec switches in [[my review]({% post_url 2023-03-11-mpls-core %})] of them
|
||||
I wrote more about the Centec switches in [[my review]({{< ref "2023-03-11-mpls-core" >}})] of them
|
||||
back in 2022.
|
||||
|
||||
### IPng Site Local
|
||||
@ -39,11 +39,11 @@ message bus using [[Nats](https://nats.io)], and of course monitoring with SNMP
|
||||
make use of this network. But it's not only internal services like management traffic, I also
|
||||
actively use this private network to expose _public_ services!
|
||||
|
||||
For example, I operate a bunch of [[NGINX Frontends]({% post_url 2023-03-17-ipng-frontends %})] that
|
||||
For example, I operate a bunch of [[NGINX Frontends]({{< ref "2023-03-17-ipng-frontends" >}})] that
|
||||
have a public IPv4/IPv6 address, and reversed proxy for webservices (like
|
||||
[[ublog.tech](https://ublog.tech)] or [[Rallly](https://rallly.ipng.ch/)]) which run on VMs and
|
||||
Docker hosts which don't have public IP addresses. Another example which I wrote about [[last
|
||||
week]({% post_url 2024-05-17-smtp %})], is a bunch of mail services that run on VMs without public
|
||||
week]({{< ref "2024-05-17-smtp" >}})], is a bunch of mail services that run on VMs without public
|
||||
access, but are each carefully exposed via reversed proxies (like Postfix, Dovecot, or
|
||||
[[Roundcube](https://webmail.ipng.ch)]). It's an incredibly versatile network design!
|
||||
|
||||
|
Reference in New Issue
Block a user