• 3 Posts
  • 198 Comments
Joined 2 years ago
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Cake day: June 12th, 2023

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  • The only thing about jellyfin is the damn subtitles. Subtitle sync is horrible. They added a subtitle offset feature last year which was a good workaround and then removed it a few months ago on androidtv and android. Now the subtitle offset on the web player doesn’t do anything anymore either

    Even Subgen generated subtitles, which are pretty perfectly in sync in reality, are sometimes played back at an incorrect speed so it will progressively get more and more out of sync, but there is no way to tell what speed the subtitles are being played at.

    Also it just ignores themes a lot of times or only displays themes on the admin console and nowhere else.

    That said, jellyfin is still amazing!




  • You are really missing out

    impossible to join

    Lol yeah many of us know we are missing out but can’t join any decent private trackers because they are impossible to join. The one small one I was able to join has so few users that maintaining a good ratio is literally impossible because not enough people download anything but brand-new media. Luckily they give points for keeping things alive that can be traded for ratio.

    I think without the points I would have like a 0.05 ratio or something dumb while I am 24/7 seeding over 300 files. On public trackers I have 3.1TB down, 20.7TB up seeding ~600.



  • Crazy enough, I have everything going that I want to on my server!

    • *arr suite and jellyfin
    • traefik reverse proxy with crowdsec + bouncer for some sites (e.g. not documents or media)
    • paperless-ngx for documents
    • immich for photos
    • leantime to manage personal projects
    • Book stack for a personal wiki
    • calibre-web for my library
    • syncthing for file and music syncing so I don’t have to stream music
    • valheim server for me and my friends
    • boinc for turning my server to a productive heater in the winter
    • home assistant for my in-renovation smart home

    As far as my server goes, I have everything I need. Maybe setting up something for sharing files over the web if needed. I used nextcloud for that before it killed itself completely and I realized I never really needed it.

    Next is working on my smart home because we had to fully strip the house to renovate. KNX first, zwave for things that KNX doesn’t have or are crazy expensive, ESPHome for everything that the other two can’t accomplish. Minimal 2.4GHz interference and don’t have to rely as much as possible on flaky wireless in a brick house.



  • It really really depends on what you have for heating.

    Floor heating + heat pump? You don’t need to mess around with target temp much because the principle behind it is thermal mass buildup and maintaining that. You have to tune thermostatic valves on the room level. Then you can have one central thermostat simply slightly change the target temperature with many hours of delay. That doesn’t seem too useful to me to automate.

    Do you have radiators? Then you can get zwave or ZigBee valves and tie them together with whatever thermostat that you want in home assistant. Then you can set per room/zone heat depending on whatever sensors you have.

    Do you have central forced air heating and air conditioning? Then you have pretty much target temp and on/off control unless you want to put in motorized automatic registers or redesign your entire duct system for per-room duct valves.

    Individual heat pumps/airco units with radiator based heating is the most “per room” customizable and probably the most useful to put automations on in Home Assistant.

    Ventilation can be useful by monitoring CO2 levels and humidity. Then you can use either the fan units themselves or socket switches to actuate those and put whatever sensors you want wherever it is useful.

    I am probably missing some stuff here, but there are only a few HVAC setups that actually benefit from automation, in my opinion. Mainly ventilation, infrared, and non centralized forced air heat pumps. Plus heating and cooling is something you want to work 100% flawlessly even if your router dies, your home assistant falls off a cliff, and your ZigBee/zwave controller dies.





  • 3.5 years almost with the Xperia 5ii. Tried between 20 and 80 but for the last year, the battery life was so bad that now it is between 10 and 80 while barely using it. AVG battery SoT discharge rate is 18%/hr according to accubattery. When I got it, it was around 9%. The killer is screen off time which is 2.6%/ hour, over double what it was originally.

    Accubattery has been tracking through the phone’s entire life and says it is at 70% or so now. Almost 9% per year loss.

    Xperias must have super cheap bad batteries because my girlfriend’s A52 (a much cheaper phone) purchased at the exact same time, used much more often, and charged to 100% still lasts 1-2 days easily and the battery capacity is at 85% or so. But maybe if I charged to 100%, the battery life would be at 50% of so with the quality of the battery.



  • Yes but they have much, much , much wider margins than cell phone manufacturers. Yes, phone manufacturers will add a $0.1 DAC/AMP chip instead of a $2 because of profit margins in the 100k unit range. The actual DAC IC chips that are very good are not too expensive. The metal housings are literally more expensive. It is not expensive at all to put a good chip in there, it is all the bean counters saying that they have to increase quarterly profits.

    Plus “audiophile” DACs are literally 80% snakeoil. Because listening is so subjective, they heavily rely on audiophiles’ quest for placebo effect and after-purchase self justification, both of which are a strong phenomenon. Above a FIIo E10k (literally uses a PCM5102, which is very cheap ), you get massive diminishing returns. Then above the ~150 or 200 mark, they all use very similar chips and just play around a bit with distortion on DAC/AMP stacks. Without distortion, there is no discernable difference between them.

    I was a signal integrity engineer for years, we can cleanly convert signals in the MHz range (>25x faster than audio signals) and process signals in the >5GHz range. Audio is literally child’s play to have near zero noise and 99% perfect analog conversion… Even a product I am working on now where the audio is medically needed to be a certain delay and fidelity to trigger biometric measurement feedback, the DAC chip is extremely cheap compared to “audiophile” gear…

    There is a reason why pretty much everyone fails a blind DAC comparison. If there were double-blind tests performed, probably like <1% of the audiophile population (that is already very low) that has extremely abnormal hearing would be able to tell DACs apart consistently above a fairly low threshold.