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Joined 1 year ago
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Cake day: June 30th, 2023

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  • These platforms seem more vulnerable to alternatives than they ever have been before but it turns out the opposite is true. The hosting infrastructure is so expensive that it prevents competitors from even starting. Datacenters are basically a cartel and getting your foot in the door is near impossible without bouncing in on the heels of someone who’s in. Making compute storage cheaper is not the name of the game when it’s easier to profit by simply limiting access and driving the price up.

    On the other hand, YouTube has never been profitable.



  • I don’t think Lunar lake wasn’t a “mistake” so much as it was a reaction. Intel couldn’t make a competitive laptop chip to go up against Apple and Qualcomm. (There is a very weird love triangle between the three of them /s.) Intel had to go to TSMC to get a chip to market that satisfied this AI Copilot+ PC market boom(or bust). Intel doesn’t have the ability to make a competitive chip in that space (yet) so they had to produce lunar lake as a one off.

    Intel is very used to just giving people chips and forcing them to conform their software to the available hardware. We’re finally in the era where the software defines what the cpu needs to be able to do. This is probably why Intel struggles. Their old market dominant strategy doesn’t work in the CPU market anymore and they’ve found themselves on the back foot. Meanwhile new devices where the hardware and software are deeply integrated in design keep coming out while Intel is still swinging for the “here’s our chip, figure it out for us” crowd.

    In contrast to their desktop offerings, looking at Intel’s server offerings shows that Intel gets it. They want to give you the right chips for the right job with the right accelerators.

    He’s not wrong that GPUs in the desktop space are going away because SoCs are inevitably going to be the future. This isn’t because the market has demanded it or some sort of conspiracy, but literally we can’t get faster without chips getting smaller and closer together.

    Even though I’m burnt on Nvidia and the last two CPUs and GPUs I’ve bought have been all AMD, I’m excited to see what Nvidia and mediatek do next as this SOC future has some really interesting upsides to it. Projects like ashai Linux proton project and apple GPTK2 have shown me the SoC future is actually right around the corner.

    Turns out, the end of the x86 era is a good thing?











  • Data hoarding is a truly unique experience. Just my two cents

    • raid is not a backup. Don’t use raid5 unless you’re using a filesystem like zfs that checksums your data. Raid5 is vulnerable to scenarios with a “write hole” that leads to bit rot.

    • split up your dataset into smaller more manageable datasets so you can more easily back it up in different ways like external drives, cloud storage, etc. You can then limit the dataset size to never exceed the same of your backup target.

    • snapshots, use them. Snapshots in your filesystem can make your backups more manageable by only sending the differential data as opposed to something like Rsync which may need to rsync an entire file.

    I use ZFS and have found that compression with ZSTD works pretty well for getting extra use out of your disks but unless you have a lot of RAM and some special metadata NVME disks, don’t use reduplication as it will be a serious performance impact.

    Now if you aren’t using a FOSS system like truenas and instead you’re using a system like a qnap off the shelf, the qnap hybrid backup and sync manager has a really elegant solution for doing policy based differential backups to back blaze b2 storage. Not only does this give you a copy of your data, you also get immutable points in time archives of your data.

    Good luck in your data hoarding endeavors!