Since I’m personally interested in using soundcards that support tone (bass / treble) adjustments and I’ve noticed this information is particularly difficult to find online I’m posting screenshots with the software functionality and controls of the cards that I’ve personally tested and/or used, for anyone else that may be looking for this same information.
Proxy virtual hosts are very handy when you need to publicly access a tertiary system on your local network and you only have one IP address to use but there’s a master web server already configured.
If that server is running Apache, adding a proxy vhost to pass outside requests to the correct LAN system is as simple as adding a new virtual host to the configuration.
Sometimes, due to connectivity issues (or even NextCloud bugs), files may end up in a locked state on the server. This means they can no longer be modified in any way, not even deleted.
Loading a RAID driver for the motherboard integrated controller is a familiar procedure for anyone having used such a setup under Windows regardless of using AMD or Intel-based systems.
However, the AMD Ryzen series of chipsets have a slightly odd driver initialization procedure needing the use of multiple driver layers loaded in the correct order.
As we know AMD motherboards need BIOS updates to support new generations of Ryzen CPUs. This can normally be done using a recognized older gen CPU to power on the board and access the built-in BIOS updater function.
When there’s no older gen CPU around to use or you’re simply in the mood for some hardware tinkering, you can get your elbows dirty (figuratively, since the board is brand new and not dusty yet) using an EEPROM programmer.
By default dd doesn’t display any status information while performing its operation. Newer versions include a status parameter which can be used to activate progress output.
Many Raspberry PI projects are used headless (with no display device attached or if a display device exists, it’s not connected to the default HDMI or analog outputs).
In these instances it’s time consuming to connect the PI to a monitor and keyboard just to configure remote SSH access and wireless connection details (and in rare occasions it may even not be possible).
Luckily, the good folk developing Raspbian implemented shortcuts and workarounds that allow things to be pre-configured even before booting the PI.
