I switched to Bitwarden after the LastPass stuff a couple years ago, and I just got around to installing Vaultwarden on my TrueNAS system at home. Using a single Cloudflare Tunnel to handle secure external connections for that and other services like Emby easily. Took a little bit to setup following some guides, but has been working flawlessly for me and some friends. You can use the regular Bitwarden apps and extensions since they natively support self hosting.
Crazy, thought for sure it would fail testing.
Still wouldn’t trust it personally after a failed stick from a matched pair regardless of what the test says though.
(used to have 2, one died)
That would make me immediately look to the RAM as the possible source or corruption. If it used to be a matched pair and one stick died, the odds of the other being on its way out are MUCH higher than normal. I would never trust that matched stick.
Similar issues even with just 2 DIMMs with some XMP/EXPO profiles not working on AMD systems because of board/CPU limits. It should technically work, but for whatever reason it just can’t handle it and speeds need to be dropped or the timings loosened a bit even though the RMA itself is rated for that.
Not that the higher speeds are even necessary for 90% of users outside extreme overclocking. DDR5 6000 is basically where you reach diminishing returns anyway, and that’s often where that limit seems to appear.
Yeah AMD’s memory controllers, especially DDR5 seem to have a lot more difficulty at high speed with 4 slots filled. I used to plan upgrades around populating 2 slots and doubling if needed a few years later, instead now you really need to plan to ignore those slots if you are needing memory performance for things like gaming versus raw capacity.
Dug into it, got into Memtest’s source code and discovered that the first pass is shorter on purpose so that it quickly flags obviously bad RAM. Apparently if you want to detect less obvious issues, you have to run multiple passes.
I thought it was common knowledge that Memtest needed to be run for multiple passes to truly verify there are no issues. Seems that’s one of those things that stopped being passed down in the community over the years. Back when I was first learning about overclocking around 2005 that was emphasized HEAVILY, with the recommendation to run it at least overnight, and a minimum of 10 passes.
Not just more efficient, vastly more efficient. Algae is 10-50 times faster at processing CO² than trees are. Some algae can be up to 400x as efficient.
It’s just not as “nice” to look at, we usually associate algae with growth in unsafe bodies of water like bogs, etc. versus a nice clean pool or even a maintained pond.
Why bother with that? That’s gonna be $1000 just for the box alone, and still lock me into the Synology ecosystem.
I can build a NAS with more capability for less than that. Like taking a Jonsbo NAS case and have the freedom to do whatever I want with it, with plenty of space to move everything else I’m running over to that as well. Even their N5 would likely be less expensive, and I’d have room for 12 HDDs and 4 SSDs then.
I had been considering upgrading, my current 4 bay Synology is physically full and running out of storage space. Moving that to a larger Synology box and adding drives would be easiest, basically plug and play.
But now instead I’ll probably just switch to a more traditional NAS instead. Run TrueNAS, or maybe give HexOS a look. If I’m going to have to convert from my current proprietary Synology filesystem anyway I might as well rebuild from scratch. As it is I’ve shifted all the services off the Synology and Docker to a dedicated Proxmox box.
DLSS is an Nvidia technology, so of course it is.
This is what I did after running consumer Linksys and ASUS routers, including with OpenWRT.
I moved to a Unifi setup and haven’t had any issues. I can manage it remotely if I need to, like another household member needs something changed or fixed. I’ve never had to restart it to fix an issue, it just works.
Easy upgrades without having to replace the entire setup and move settings over manually. Especially easy wireless upgrades, almost just plug and play replacing the old access point antenna.
And if you need just a small setup and you run a home server you can run the management software on there instead of something like their dedicated Cloud Key device.
And that’s exactly why it will never be the year of the Linux desktop… you know, the claim of this entire post.
Unless Linux appeals to the lowest common denominator, like Windows, it will never become a major replacement.
This is exactly the kind of issue that the average person might deal with, or it will be a deal breaker and they’ll never try again. Even if you can customize something via a config file, the average user will never do that. If there is no easy GUI in a normal location (like system settings) for something they want to adjust, it might as well not exist.
Average users either will accept all the inconveniences, or none. If it is more inconvenient than what they are used to right off the bat, they will go back and never try again.
Until something breaks, or doesn’t have a GUI. The average user seeing a terminal means they will abandon it. And even if they are willing to handle a terminal to fix an issue, the toxic community members that flock to be the first to respond condescendingly to new users will turn them away permanently.
Linux communities have some of the most helpful users, but they also have people worse than a League of Legends game. And all it takes is one of them to turn the average person away forever.
They can see the wind turning. Instead of fighting the current, they’ll just try and steer the ship where they want it now.
So 90% of the self-proclaimed “power users”.