Testing blank line inserts.

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2021-05-30 08:40:50 +12:00
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@ -13,6 +13,8 @@ Additionally in future I would like the cluster to be portable and operate via 3
I chose k3s as it incredibly lightweight but still CNCF certified and production grade software that is optimised for resource constraints of raspberry pis. I chose k3s as it incredibly lightweight but still CNCF certified and production grade software that is optimised for resource constraints of raspberry pis.
 
 
* Hardware pre-requisites * Hardware pre-requisites
@ -34,6 +36,8 @@ For this cluster I am using power over ethernet using [[https://www.pbtech.co.nz
*Note:* A power over ethernet cable switch is required for this configration. I am using [[https://www.pbtech.co.nz/product/SWHNGR1208120/NETGEAR-ProSAFE-GS108PP-8-Port-Gigabit-Unmanaged-P][this 8 port gigabit Netgear switch]] which supports 120 watts for POE. Each Pi will require at least 15 watts. *Note:* A power over ethernet cable switch is required for this configration. I am using [[https://www.pbtech.co.nz/product/SWHNGR1208120/NETGEAR-ProSAFE-GS108PP-8-Port-Gigabit-Unmanaged-P][this 8 port gigabit Netgear switch]] which supports 120 watts for POE. Each Pi will require at least 15 watts.
 
 
* Step 1 - Prepare boot media for master * Step 1 - Prepare boot media for master
@ -86,6 +90,8 @@ First select an Operating System, click ~CHOOSE OS~ --> ~Other general purpose O
[[./images/imager-distribution.png]] [[./images/imager-distribution.png]]
Once you've selected the operating system and sd card, click ~WRITE~. The process will take a few minutes to complete.
** Apply custom install configuration ** Apply custom install configuration
Our next step after downloading the latest release is to apply our own installation configuration using a simple txt file. Our next step after downloading the latest release is to apply our own installation configuration using a simple txt file.