• Re: [gentoo-user] m.2 nvme stick not what I was expecting at all.

    From Michael@21:1/5 to All on Wed Feb 26 16:44:37 2025
    On Wednesday, 26 February 2025 07:52:27 Greenwich Mean Time Wols Lists wrote:

    What I want though, if anybody knows, is an app that will share the USB
    drive on the network so I can copy my own stuff to it without faffing
    about taking it off, putting it on a laptop, transferring and putting it back. But Google seems to think "sharing" and "casting" mean the same
    thing, assumes everything is Android, and can't tell the difference
    between "sending" and "receiving".

    In other words, if you're not a lemming Google doesn't have a clue what you're talking about ...

    Cheers,
    Wol

    Smart TVs, STBs, etc. tend to have a DLNA client, which should be able to stream content from your home DLNA server/PVR box. Some also work with SAMBA and perhaps NFS?
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  • From Michael@21:1/5 to All on Wed Feb 26 16:41:28 2025
    On Tuesday, 25 February 2025 21:34:11 Greenwich Mean Time Frank Steinmetzger wrote:
    Am Tue, Feb 25, 2025 at 08:21:08PM +0000 schrieb Michael:

    Some 'smart' TVs won't use a USB drive unless and until they've formatted it first. I've attached a 3" drive in a USB 3.0 docking station and it worked fine *after* it was formatted. Then it wouldn't unmount it, even after I had shutdown the TV. I can't recall what fs format it had used.

    As I mentioned, I have a Sony TV. Sony is not known to be customer-friendly with regards to openness and Digital Restrictions Management. But since it’s
    GoogleTV, it eats sticks and HDDs alike. I actually have a USB 2 extension cord dangling from the back to the front.

    I don’t even have to format it with the TV. It will only add all the Android-typical directories when I stick in a drive for the first time. The only case when I would need to format a drive: if I want to use it to record TV onto it. Because then the recording is DRM-entangled to only be
    watchable on that TV.

    Yes, this ^^^^.

    I had forgotten the formatting was related to also adding encryption to protect DRM content.

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  • From Michael@21:1/5 to All on Wed Feb 26 16:38:34 2025
    On Wednesday, 26 February 2025 14:43:41 Greenwich Mean Time Dale wrote:
    Rich Freeman wrote:
    On Tue, Feb 25, 2025 at 12:26 PM Dale <rdalek1967@gmail.com> wrote:
    I'm pretty sure you mentioned this once before in one of my older
    threads. I can't find it tho. I use PCIe x1 cards to connect my SATA
    drives for my video collection and such. You mentioned once what the
    bandwidth was for that setup and how many drives it would take to pretty >> much max it out. Right now, I have one card for two sets of LVs. One
    LV has four drives and the other has three. What would be the limiting
    factor on that, the drives, the PCIe bus or something else?

    It depends on the PCIe revision, and of course whether the controller actually maxes it out.

    1x PCIe v3 can do 0.985GB/s total. That's about 5 HDDs if they're
    running sequentially, and again assumes that your controller can
    actually handle all that data. For each generation of PCIe forward/backwards either double/halve the transfer rate. The
    interface works at the version of PCIe supported by both the motherboard+CPU and the adapter card.

    If you're talking about HDDs in practice the HDDs are probably still
    the bottleneck. If these were SATA SSDs then odds are that the PCIe
    lane is limiting things, because I doubt this is an all-v5 setup.

    https://en.wikipedia.org/wiki/PCI_Express#History_and_revisions

    The big advantage of NVMe isn't so much the bandwidth as the IOPS,
    though both benefit. Those run at full PCIe 4x interface speed per
    drive, but of course you need 4 lanes per drive for this, which is
    hard to obtain on consumer motherboards at any scale.

    This I think is what I needed. As it is, I'm most likely not maxing
    anything out, yet. The drives for Data, torrent stuff, stays pretty
    busy. Mostly reading. My other set of drives, videos, isn't to busy
    most of the time. A few MBs/sec or something, playing videos type
    reading. Still, next time I power down, I may stick that second card in
    and divide things up a bit. Might benefit if those cards aren't to great.

    I did copy this info and stuck in in a text file so I don't have to dig
    for it again, or ask again. ;-)

    Thanks.

    Dale

    :-) :-)

    The other thing to straighten out, already hinted at by Rich et al., is an NVMe M.2 card in a USB 3 enclosure won't be able to maximise its SSD transfer rates. To do this it will require a Thunderbolt connector and a corresponding Thenderbolt PC port, which will connect it internally to the computer's PCIe bus, rather than USB/SATA. Hence a previous comment questioning the perceived value of paying for a NVMe SSD M.2 form factor within a USB enclosure. It won't really derive much if any performance benefit compared to a *good* quality USB 3 flash drive (UFD), which can be sourced at a much lower price point.

    External storage medium, transfer protocol, device controller, PC bus and cables/connectors/ports, will all have to have aligned generations of technology and standards, if you expect to make most of their advertised transfer speeds. Otherwise you'll be stuck at some component of a lower performance providing a bottleneck to your aspirations. ;-)

    Sometime ago I bought a SanDisk 1TB Extreme Portable SSD, which has a USB-C connector and a USB 3.2 Gen 2 controller as a replacement for a flaky USB 3.0 stick. It is slightly bigger than a small UFD and more expensive than the cheaper UFD offerings, but the faster speeds more than compensate for it. At the time I bought it, external NVMe M.2 drives were too expensive and I only had USB 3.0 ports anyway. So in my use case it was offering the best bang for my buck.
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  • From Wol@21:1/5 to Michael on Wed Feb 26 19:00:01 2025
    On 26/02/2025 16:44, Michael wrote:
    Smart TVs, STBs, etc. tend to have a DLNA client, which should be able to stream content from your home DLNA server/PVR box. Some also work with SAMBA and perhaps NFS?

    Which doesn't sound like what I'm looking for at all ... do you mean I
    can run the DLNA client on the TV, connect to the network, and PLAY any
    media files I find? Which is no use whatsoever when I go away with my
    portable TV and don't have access to my home network.

    I want a SERVER running on the TV, so I can - on my laptop! - "mount //TV/USB-drive/A", and copy stuff FROM my laptop TO the USB, while it's physically connected to the TV!

    Especially if I've got 2 terabytes of hard drive physically attached to
    the TV, I don't want to have to keep on disconnecting/reconnecting the
    disk to copy stuff on to it.

    Cheers,
    Wol

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  • From Wol@21:1/5 to Rich Freeman on Wed Feb 26 19:40:01 2025
    On 26/02/2025 18:05, Rich Freeman wrote:
    I think it makes way more sense to just host a media server of some
    sort on Linux and point everything to it, rather than try to turn a TV running some proprietary smart TV OS into one.

    And where do I put that media server? How do I power it? Why do I want
    the hassle of another computer? It might only be a few watts, but when
    I'm relying on a 100W solar panel for EVERYTHING, its watts I don't want
    to spend.

    And anyway, I'm not trying to turn a tv with a proprietary OS into a
    media server. First off, the tv is running linux, and secondly all I am
    (and want to) doing is putting media files on a USB stick attached to
    the tv. Which is standard behaviour pretty much encouraged by all smart tvs!

    So the SIMPLEST solution is just sneakernet - disconnect the usb, plug
    it into the laptop and copy the files, disconnect it again and plug it
    back into the tv.

    All I want to do is avoid the hassle (and possible damage) of having to repeatedly unplug and replug the USB.

    If I *HAD* to do something like you suggest, I'd stick a pi in one of
    those cases you screw into the back of a tv, and just use the tv to
    display the pi screen. But that's more hassle than I want, as opposed to
    just putting a samba server or similar as an app on the tv.

    Cheers,
    Wol

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  • From Rich Freeman@21:1/5 to antlists@youngman.org.uk on Wed Feb 26 20:30:01 2025
    On Wed, Feb 26, 2025 at 1:42 PM Wol <antlists@youngman.org.uk> wrote:

    On 26/02/2025 18:05, Rich Freeman wrote:
    I think it makes way more sense to just host a media server of some
    sort on Linux and point everything to it, rather than try to turn a TV running some proprietary smart TV OS into one.

    And where do I put that media server? How do I power it? Why do I want
    the hassle of another computer? It might only be a few watts, but when
    I'm relying on a 100W solar panel for EVERYTHING, its watts I don't want
    to spend.

    Well, obviously I'm not familiar with your particular application. I
    let kubernetes figure out where to run the media server, but I'm not
    sure I'd be running a cluster on a 100W solar panel. (Not that you
    can't run k3s on a Pi.)

    And anyway, I'm not trying to turn a tv with a proprietary OS into a
    media server. First off, the tv is running linux, and secondly all I am
    (and want to) doing is putting media files on a USB stick attached to
    the tv. Which is standard behaviour pretty much encouraged by all smart tvs!

    You can of course do things however you want, and if you're really
    reduced to the bare minimum of computing more power to you getting it
    to work.

    I'm just saying that in general it is going to be way easier to get a
    TV to connect to a media server, than to turn it into one without a
    lot of limitations.

    --
    Rich

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  • From Wols Lists@21:1/5 to Rich Freeman on Wed Feb 26 20:50:01 2025
    On 26/02/2025 19:26, Rich Freeman wrote:
    I'm just saying that in general it is going to be way easier to get a
    TV to connect to a media server, than to turn it into one without a
    lot of limitations.

    And you're doing what Google is doing - reading far more into what I
    want to do, and not actually understanding the problem.

    It is BOG STANDARD functionality for TVs nowadays to play media files
    off a USB stick that is plugged into the TV. The TV in question COMES
    with a version of linux.

    All I want to do is to get mp3/mp4 files on to that USB stick without
    having to resort to sneakernet.

    I don't know who started talking about media servers, but it sure wasn't
    me. All I want to do is take advantage of STANDARD functionality that
    comes with ANY modern TV.

    (I do appreciate that the tv manufacturers almost certainly haven't
    thought of that, so it won't cross their minds to make it easy.)

    Cheers,
    Wol

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  • From Rich Freeman@21:1/5 to antlists@youngman.org.uk on Wed Feb 26 21:00:02 2025
    On Wed, Feb 26, 2025 at 2:47 PM Wols Lists <antlists@youngman.org.uk> wrote:

    All I want to do is to get mp3/mp4 files on to that USB stick without
    having to resort to sneakernet.

    Great, then do that. I don't see what the problem is if your TV
    supports this. If it doesn't, well, then I suspect you'll find it way
    easier to use a general purpose computer as a general purpose computer
    than to turn a TV into one.

    --
    Rich

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  • From Rich Freeman@21:1/5 to antlists@youngman.org.uk on Wed Feb 26 19:10:01 2025
    On Wed, Feb 26, 2025 at 1:03 PM Wol <antlists@youngman.org.uk> wrote:

    I want a SERVER running on the TV, so I can - on my laptop! - "mount //TV/USB-drive/A", and copy stuff FROM my laptop TO the USB, while it's physically connected to the TV!

    Especially if I've got 2 terabytes of hard drive physically attached to
    the TV, I don't want to have to keep on disconnecting/reconnecting the
    disk to copy stuff on to it.

    I think it makes way more sense to just host a media server of some
    sort on Linux and point everything to it, rather than try to turn a TV
    running some proprietary smart TV OS into one.

    If you're running Jellyfin or Plex or whatever on Linux, then adding
    media to it is basically the same as putting any other sort of file
    onto a linux box. You have ssh, samba, nfs, various web applications,
    etc. You could just run it on a Pi though the performance wouldn't be
    great (probably would beat the performance of using a smart TV as a
    file server though).

    --
    Rich

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  • From Wol@21:1/5 to Rich Freeman on Wed Feb 26 22:30:02 2025
    On 26/02/2025 19:56, Rich Freeman wrote:
    On Wed, Feb 26, 2025 at 2:47 PM Wols Lists <antlists@youngman.org.uk> wrote:

    All I want to do is to get mp3/mp4 files on to that USB stick without
    having to resort to sneakernet.

    Great, then do that. I don't see what the problem is if your TV
    supports this. If it doesn't, well, then I suspect you'll find it way
    easier to use a general purpose computer as a general purpose computer
    than to turn a TV into one.

    And that was my question. Does anyone know a way to get a WebOS (aka
    linux) tv to share the usb over the network?

    Cheers,
    Wol

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  • From Michael@21:1/5 to All on Wed Feb 26 22:37:48 2025
    On Wednesday, 26 February 2025 21:25:09 Greenwich Mean Time Wol wrote:
    On 26/02/2025 19:56, Rich Freeman wrote:
    On Wed, Feb 26, 2025 at 2:47 PM Wols Lists <antlists@youngman.org.uk>
    wrote:
    All I want to do is to get mp3/mp4 files on to that USB stick without
    having to resort to sneakernet.

    Great, then do that. I don't see what the problem is if your TV
    supports this. If it doesn't, well, then I suspect you'll find it way easier to use a general purpose computer as a general purpose computer
    than to turn a TV into one.

    And that was my question. Does anyone know a way to get a WebOS (aka
    linux) tv to share the usb over the network?

    Cheers,
    Wol

    Unless the WebOS comes with some compatible app like file manager, ftp server, etc., I would think you'd need to root it to install samba/nfs. I understand legacy WebOS was easier to root, always with the risk of ending up with a super-sized brick in your living room, but I think later versions have been locked up more.

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  • From Jack@21:1/5 to Dale on Mon Feb 24 20:30:01 2025
    On 2025.02.24 13:58, Dale wrote:
    Howdy,

    I ordered a m.2 stick and a enclosure as I posted on another thread.á
    I
    want some people to look at this and see if I should return it.á The
    title says 1TB but I got a 480GB stick.á If I look down at the smaller
    print, it says 480GB.á Thing is, I went by the title.á I wanted a 1TB
    m.2 nvme stick and the title gave me the info to know it would fit and
    was the size I wanted.á I might add, I searched Amazon for a 1tb
    stick,
    not a 480GB stick.á I wouldn't expect a wrong item to show up so close
    to the top so Amazon was confused too.á Here is a link.á

    https://www.amazon.com/gp/product/B0DQSX3Z76

    I was really wanting a 1TB stick.á Would I be wrong to want to return
    this given the title is so misleading as to the size?á Price wise, it
    isn't a bad deal for the size.á Given some info posted by someone in
    the
    other thread, I'll likely replace this with a Samsung and just hang on
    to it for a backup in case I need one later or something.á Part of me
    says keep it, order what I really want, the Samsung, and keep this
    for a
    backup since the price for what I got is reasonable.á After all, I
    didn't pay the 1TB price.á Other part of me says this is misleading
    and
    not what I wanted.á Returning is a hassle and could even cost me a fee
    tho.á It isn't a Prime deal.

    Thoughts?á What would you do?á The 480GB is likely big enough for
    now.á

    Dale
    Although the title pretty clearly says 1TB, right below that, under
    Product Details, it also pretty clearly says 480GB. My first reaction
    to that was to look for somewhere to select between different available sizes, but I don't see that. I do see some of the descriptions include "...and capacities up to 2TB" which does imply more than one size
    available for the model. If you look at the comparison section lower
    down on the page, the five shown are 480 GB, 1000 GB, 1 TB, 1024 GB,
    and 1 TB. I wonder why they compare it with 4 other 1TB devices, if
    they didn't also somehow think it was 1TB. I would definitely call
    this misleading marketing, and would try to return it. I also note it
    is sold by a third party, not by Amazon, and I have no idea how that
    might affect your chances of them taking it back, although if
    necessary, Amazon might also have something to say about it.

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  • From Rich Freeman@21:1/5 to rdalek1967@gmail.com on Mon Feb 24 20:50:01 2025
    On Mon, Feb 24, 2025 at 1:58 PM Dale <rdalek1967@gmail.com> wrote:

    I wouldn't expect a wrong item to show up so close
    to the top so Amazon was confused too. Here is a link.

    https://www.amazon.com/gp/product/B0DQSX3Z76

    I was really wanting a 1TB stick. Would I be wrong to want to return
    this given the title is so misleading as to the size? Price wise, it
    isn't a bad deal for the size.

    I would be absolutely SHOCKED if Amazon didn't let you return this,
    with free shipping and so on, since the listing is inaccurate. Sure,
    there is conflicting info on the page as was pointed out, but the
    headline says 1TB. It looks like a marketplace item so they might ask
    you to go through the store that sold it first, but if they didn't
    make it right I'm guessing Amazon would. I mean, if they didn't I bet
    it wouldn't take more than an email to the right person to have a
    really embarrassing post on social media by somebody with a lot of
    followers.

    That said, it is entirely up to you whether you consider it still
    worth it for the price paid and decide to keep it. Certainly there is
    nothing immoral about asking for a refund when you were confused by
    the obviously incorrect headline.

    --
    Rich

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  • From eric@21:1/5 to Dale on Mon Feb 24 21:10:01 2025
    On 2/24/25 11:58, Dale wrote:
    Howdy,

    I ordered a m.2 stick and a enclosure as I posted on another thread.  I
    want some people to look at this and see if I should return it.  The
    title says 1TB but I got a 480GB stick.  If I look down at the smaller print, it says 480GB.  Thing is, I went by the title.  I wanted a 1TB
    m.2 nvme stick and the title gave me the info to know it would fit and
    was the size I wanted.  I might add, I searched Amazon for a 1tb stick,
    not a 480GB stick.  I wouldn't expect a wrong item to show up so close
    to the top so Amazon was confused too.  Here is a link.

    https://www.amazon.com/gp/product/B0DQSX3Z76

    I was really wanting a 1TB stick.  Would I be wrong to want to return
    this given the title is so misleading as to the size?  Price wise, it
    isn't a bad deal for the size.  Given some info posted by someone in the other thread, I'll likely replace this with a Samsung and just hang on
    to it for a backup in case I need one later or something.  Part of me
    says keep it, order what I really want, the Samsung, and keep this for a backup since the price for what I got is reasonable.  After all, I
    didn't pay the 1TB price.  Other part of me says this is misleading and
    not what I wanted.  Returning is a hassle and could even cost me a fee tho.  It isn't a Prime deal.

    Thoughts?  What would you do?  The 480GB is likely big enough for now.

    Dale

    :-)  :-)


    If it was me, I would return it. If the title is deceptive, there may be
    other problems with the product.

    When I click on the link, Amazon offers similar products of 1 TB NVMe
    M.2 drives for a few dollars more with the links provided below. One is
    $14 more and the other is $5 more. I can not comment on how good they
    are as I don't have any experience with these types of drives.


    https://www.amazon.com/Kingston-2280-Internal-SNV2S-1000G/dp/B0BBWH1R8H


    https://www.amazon.com/Silicon-Power-NVMe-Gen3x4-SP001TBP34A60M28/dp/B07ZGJVTZK

    Eric

    --- SoupGate-Win32 v1.05
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  • From Rich Freeman@21:1/5 to rdalek1967@gmail.com on Mon Feb 24 21:10:01 2025
    On Mon, Feb 24, 2025 at 2:53 PM Dale <rdalek1967@gmail.com> wrote:

    I think the price is fair enough for the size. I'm thinking about using
    this to transfer data from cell phones. This one would be large enough
    to hold my phone data and my sis-n-law's phone data as well. Likely
    several times over. Basically, I could use the thing. I just don't
    like the confusion of it is all. The title of the listing should always
    be correct.

    If you're just looking for static storage you can get a USB3 thumb
    drive for half that price. The reason to use an M.2 NVMe is
    performance. If you want a 1TB drive then get a 1TB drive, and I'd
    suggest getting one with a good reputation. It isn't like they're
    convenient to swap out.

    If you just want someplace to store files you rarely access then get a
    USB3 thumb drive - way more convenient. It won't have the same kind
    of IOPS but it will store files just fine.

    --
    Rich

    --- SoupGate-Win32 v1.05
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  • From Frank Steinmetzger@21:1/5 to All on Mon Feb 24 23:20:01 2025
    Am Mon, Feb 24, 2025 at 01:02:31PM -0700 schrieb eric:

    When I click on the link, Amazon offers similar products of 1 TB NVMe M.2 drives for a few dollars more with the links provided below. One is $14 more and the other is $5 more. I can not comment on how good they are as I don't have any experience with these types of drives.


    https://www.amazon.com/Kingston-2280-Internal-SNV2S-1000G/dp/B0BBWH1R8H


    https://www.amazon.com/Silicon-Power-NVMe-Gen3x4-SP001TBP34A60M28/dp/B07ZGJVTZK

    I admit I am a tech snob: While I don’t buy the most powerful stuff, I wouldn’t want the low-end leftovers either. I tend to choose a good middle-way between budget and quality. Quality not only means that it
    reaches certain speeds and IOPS, but that it has a good amount of warranty, both in years and in write volume. For example, the middle-tier SSDs have
    five years of warranty (at least here on ye Olde Continent). So just going
    by the price is something I would only do if money is truly tight and the
    item is needed urgently. Raw speed is not everything, and you never know
    what you might use the SSD for at a later date.

    Therefore, I don’t recommend relying on just the price and on Amazon descriptions. Amazon is the Wild West of tech resale; descriptions are unreliable, inaccurate, out-of-date. I always prefer a price/product comparison site which offers filtering for all kinds of technical
    properties, or actual tech reviews (and not just articles that repeat what’s on the package).

    In my PC hardware forum at computerbase.de, some of the most-often
    recommended budget NVMes these days are the Kioxia Exceria and the Lexar
    NM790 series. They offer good performance, TLC flash and a warranty of 5
    years and good TBW values. The Crucial E100 and Kingston NV2 for comparison only have 3 years and low TBWs.

    According to this two years old computerbase review, the NV2 *may* have good part, but may not just as well. It’s one of those component lottery series, for both the controller and the NAND flash: https://www.computerbase.de/artikel/storage/kingston-nv2-ssd-test.82579/
    (put it into google translate, if you’re interested to read it)

    My above argumentation is what I mean by being a tech snob. It should work fine in a USB enclosure with light loads, but I find it too low-end as a system drive just to save a few bucks.
    In April 2022 I bought a Samsung Evo 970 Plus a system drive. It’s not high-end by any means (and it wasn’t back when I bought it), but good middle-class. It’s only PCIe 3.0, but I wouldn’t notice a difference between
    3.0 and 4.0 anyways. I wouldn’t even between SATA and slow PCIe.

    --
    Grüße | Greetings | Salut | Qapla’
    Please do not share anything from, with or about me on any social network.

    Give me your passport, and I tell you who you are.

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  • From Frank Steinmetzger@21:1/5 to All on Mon Feb 24 23:50:01 2025
    Am Mon, Feb 24, 2025 at 02:44:56PM -0600 schrieb Dale:

    I'll admit, I may create a encrypted partition on the thing with some
    videos as a backup.  If for example a hard drive goes bad, or is going
    bad, I can power the drives down and just watch videos on the m.2
    stick.  Speed isn't a real big deal.  I just want it to work.  Oh, I'd
    be more worried about the USB speed myself.  I'm not sure what version
    of 3 my mobo has but I suspect the bandwidth will max out on the USB
    before the m.2 does. 

    You suspect correctly.

    The USB 3 family starts at 5 Gbps. All but the cheapest boards have at least one 10 Gbps USB, either as USB-A or USB-C. Some at the back, some as a new internal connector for a USB-C socket at the case front. Still rare are USBs with 20 Gbps. But I think your board was quite a good model, no? I tried to find it out by perusing old threads, but they are a bit confusing at times.^^

    I found mentions of Asus Prime X670-P and of Asus B550 Plus. The former has
    a 20 Gbps socket, the latter only provides 10 Gbps.


    I did reach out to the seller.  I thought I was buying from Crucial
    itself but turns out it was someone else.  I eventually found a way to contact them.  I told them about the misleading title and that I would likely keep the stick anyway.  So far, I got it in the enclosure and connected.  It shows up just like a SATA drive does.  Now to format. 

    I have a Samsung Android phone.  My sis-n-law has a Iphone thing, Apple type.  What file system is best for both of these to work?  I read exFAT but other sites say something else.

    You need a common denominator. ExFat is a good candidate, methinks, as it won’t give any issues with file permissions. Since I’ve never held an iOS device in my hands, I have no idea about what FS they support. But the
    answer should be just a short DuckDuck away. :)

    --
    Grüße | Greetings | Salut | Qapla’
    Please do not share anything from, with or about me on any social network.

    What is this that roareth thus? Can it be a motor bus?

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  • From Wols Lists@21:1/5 to Dale on Tue Feb 25 09:20:01 2025
    On 25/02/2025 04:20, Dale wrote:

    I'm kinda the same way.  I rarely buy the latest stuff.  To often, it is just to pricey.  Drop down a little and save a lot of money and the performance is almost as good.  I'm the same on this m.2 external
    stick.  I don't need the very latest products.  Odds are, my USB is
    going to be the bottleneck anyway.  My enclosure will likely do its job
    for years.  Even the stick will be fine unless I build a new system with
    USB 5.0 or whatever comes next.

    Champagne or Coca-Cola?

    New tech generally costs double the price for double the quantity, be it
    hard drive capacity, chip speed, whatever.

    Older tech tends to be a similar price regardless of capacity, the bulk
    of the cost is in the packaging and transport.

    Hence my name for the two price brackets :-)

    Like you, I tend to look for the cheapest Champagne-price stuff I can
    find...

    Cheers,
    Wol

    --- SoupGate-Win32 v1.05
    * Origin: fsxNet Usenet Gateway (21:1/5)
  • From Wols Lists@21:1/5 to Dale on Tue Feb 25 09:30:01 2025
    On 24/02/2025 18:58, Dale wrote:
    Thoughts?  What would you do?  The 480GB is likely big enough for now.

    Dunno about your consumer protection laws, but over here

    1) Inaccurate description? Automatic right of return for a couple of
    months. Opened or not!

    2) Mail order? Automatic right of return in a resaleable condition for
    about 28 days.

    As for return shipping, (1) is at the vendor's expense, (2) is at yours...

    Cheers,
    Wol

    --- SoupGate-Win32 v1.05
    * Origin: fsxNet Usenet Gateway (21:1/5)
  • From Michael@21:1/5 to All on Tue Feb 25 10:08:55 2025
    On Tuesday, 25 February 2025 03:56:49 Greenwich Mean Time Dale wrote:

    [snip ...]

    I just took the m.2 stick thingy and plugged it
    into my phone. It popped up and said something about not being ready to access and did I want to format it. Well, geeee, why would I want
    that???? ROFL I clicked yes and a couple seconds later, it was done.

    What filesystem format was applied by the phone to the m.2 stick?


    Then came the hard part, the real hard part. I tried a dozen or more
    apps to backup stuff like pictures and such to the m.2 stick. None of
    them would work right. It was annoying as heck. I might add, restore options are hard to find too. Anyway, I found this thing called File
    Manager plus. I used it to copy the picture directory and then paste it
    on the m.2 stick. My Samsung S9 phone is likely USB 1, maybe 2. Still,
    it was pretty fast. Took 15 or 20 minutes. I have quite a few pics.

    Depending on the phone OS and its file structure a restorable 'backup' may involve more than just the video, photo, music, or message files stored on the phone. It may also include and require some phone database with associated metadata. In addition, such backups may be encrypted. As far as I can tell backups of an iPhone stored on a computer, rather than their iCloud service, may not include everything you would want to back up, e.g. emails, ebooks,
    etc. Unlike when you back up your iPhone to an applemac, on a PC they expect you to use iTunes, which of course implies you'd use MsWindows for the task.


    For those interested, this is the mount info, which should include file system info.


    /dev/sdk1 on /run/media/dale/4730-DF8F type fuseblk

    Did the phone create a partition, or did it format the whole disk?

    What is the filesystem it ended up with?


    If I recall correctly, fuse thingy is for NTFS. I think anyway.

    FUSE (Filesystem in Userspace) is a framework deployed by the Linux kernel to expose a virtual filesystem for userspace interaction. FUSE was used with ntfs-3g and exFAT, among many other filesystems, before NTFS and exFAT were included in the Linux kernel.

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  • From Michael@21:1/5 to All on Tue Feb 25 11:16:23 2025
    On Tuesday, 25 February 2025 11:00:08 Greenwich Mean Time Dale wrote:
    Michael wrote:
    On Tuesday, 25 February 2025 03:56:49 Greenwich Mean Time Dale wrote:

    [snip ...]

    I just took the m.2 stick thingy and plugged it
    into my phone. It popped up and said something about not being ready to >> access and did I want to format it. Well, geeee, why would I want
    that???? ROFL I clicked yes and a couple seconds later, it was done.

    What filesystem format was applied by the phone to the m.2 stick?

    I was poking around and it turned out to be exFAT. It seems FUSE can be
    more than one thing, file system wise. I read a little on FUSE but it
    was ages ago.

    Then came the hard part, the real hard part. I tried a dozen or more
    apps to backup stuff like pictures and such to the m.2 stick. None of
    them would work right. It was annoying as heck. I might add, restore
    options are hard to find too. Anyway, I found this thing called File
    Manager plus. I used it to copy the picture directory and then paste it >> on the m.2 stick. My Samsung S9 phone is likely USB 1, maybe 2. Still, >> it was pretty fast. Took 15 or 20 minutes. I have quite a few pics.

    Depending on the phone OS and its file structure a restorable 'backup' may involve more than just the video, photo, music, or message files stored on the phone. It may also include and require some phone database with associated metadata. In addition, such backups may be encrypted. As far as I can tell backups of an iPhone stored on a computer, rather than
    their iCloud service, may not include everything you would want to back
    up, e.g. emails, ebooks, etc. Unlike when you back up your iPhone to an applemac, on a PC they expect you to use iTunes, which of course implies you'd use MsWindows for the task.
    Yea, I suspect backing it up is easy enough, just make a copy. Thing
    is, some phones might allow reading but writing may not be allowed so no matter the tool, one can't restore. The biggest thing I wanted, media.
    I'd like to copy my contact list to tho. May try to find it later on.

    Have you looked at kconnect? It may offer functionality you want to use:

    https://kdeconnect.kde.org/

    You'll need to install an app on the phone.


    Did the phone create a partition, or did it format the whole disk?

    What is the filesystem it ended up with?

    It created a single DOS partition and formatted the whole thing with
    exFAT It worked so that was fine with me.
    [snip ...]

    Is using the FUSE the best way or should I change to something other
    method?

    Until relatively recently MSWindows would only use FAT format for disks up to 32GB. Above this size it would use exFAT or NTFS. Android devs may have
    opted for the exFAT format to allow compatibility with MSWindows OS, used by the majority of the PCs.

    I expect Android would be capable of accessing any ext* fs, but perhaps ownership and access rights would introduce complications. I don't have an Android phone available to experiment with, to know what fs would work over USB.

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  • From Peter Humphrey@21:1/5 to All on Tue Feb 25 16:00:02 2025
    On Monday 24 February 2025 22:48:26 Greenwich Mean Time Frank Steinmetzger wrote:

    You need a common denominator. ExFat is a good candidate, methinks, as it won’t give any issues with file permissions. Since I’ve never held an iOS device in my hands, I have no idea about what FS they support. But the
    answer should be just a short DuckDuck away. :)

    I tried exfat on a USB M.2 drive at the weekend. I tripped over soft links: I keep a plain copy of /etc with the other tar files for ease of use, and of course the run-level entries are all links.

    Yes, permissions are fine, but special files are not - not soft links, anyway.

    --
    Regards,
    Peter.

    --- SoupGate-Win32 v1.05
    * Origin: fsxNet Usenet Gateway (21:1/5)
  • From Rich Freeman@21:1/5 to rdalek1967@gmail.com on Tue Feb 25 16:10:01 2025
    On Tue, Feb 25, 2025 at 7:26 AM Dale <rdalek1967@gmail.com> wrote:

    I'm glad I followed that other thread. I feel a lot better about this
    method of storage. I'm also feeling better about USB and storage
    itself. I've been really nervous about that for a long time now. It's
    also pretty easy to copy media from my phone.


    There is nothing wrong with USB3 for storage - it is plenty fast for
    hard drives, but agonizingly slow for NVMe. I have 100TB of USB3 hard
    drive storage working just fine on my Ceph cluster.

    Really, I think you're paying a huge premium to buy an M.2 NVMe only
    to put it in a USB3 enclosure. If you can live with the latency of
    USB3 then a decent quality USB3 flash drive is going to be WAY cheaper
    and basically do the same job. I only use USB3 M.2 enclosures for utility/maintenance purposes, like imaging an OS drive or doing data
    recovery. If I'm buying an M.2 drive, it is because I intend to
    mainly use it with 4x PCIe lanes all the way to the CPU.

    If you do need NVMe then the next question becomes consumer vs
    enterprise grade. Those Samsung EVOs are fine for consumer devices -
    if you're doing read-intensive work the latest gen ones can give you
    incredible performance for gaming/OS/etc. The gotcha is that they can
    only handle short bursts of writes before they slow down, and they
    have low endurance by enterprise standards. They're good general
    purpose devices.

    For my Ceph cluster all my flash storage is enterprise grade, mainly
    for the increased endurance and power loss protection, which gives you
    very fast syncing behavior (safely). That gets a lot more expensive
    unless you buy used gear, which requires hunting around.

    That said, there is nothing "wrong" with buying M.2 drives just to use
    them exclusively USB3 enclosures. I just think you're paying a big
    premium for something that isn't really much better than a thumb
    drive.

    --
    Rich

    --- SoupGate-Win32 v1.05
    * Origin: fsxNet Usenet Gateway (21:1/5)
  • From Rich Freeman@21:1/5 to rdalek1967@gmail.com on Tue Feb 25 17:40:02 2025
    On Tue, Feb 25, 2025 at 10:32 AM Dale <rdalek1967@gmail.com> wrote:

    Even tho the USB on my phone is slow, my puter USB isn't the fastest out there either, it is pretty darn fast.

    Sure, but it would be just as fast with a $30 USB thumb drive as with
    an M.2 drive plus enclosure and all that.

    Also, very large storage space
    compared to USB sticks. The biggest USB stick I've ever bought, 128GB.
    I haven't used it yet. It just sits on my desk.

    You can get 1TB USB drives. They're probably comparable in
    performance to what you're putting together.

    I
    could build a Raspberry Pi for a NAS box, a media center hooked to my TV
    or some other things. Like a torrent box maybe.

    USB3 drives work fine on a Pi. Just make sure it is a newer Pi that
    actually has USB3 and not an old one which is v2 only. Also, I think
    those Pis only have one USB host, so for hard drives that probably
    isn't much of an issue but if you're going to use it for more than one
    SSD drive it will start to limit the bandwidth across all of them.

    I've went from
    wouldn't trust USB to trusting it a lot more. That has some value.

    Sure, but you don't need to buy an M.2 drive for that.

    All that said, looking at prices, you aren't paying THAT much of a
    premium for the M.2 enclosure. So maybe it isn't a terrible idea if
    you don't mind the larger form factor, and can avoid breaking it (I'm
    guessing the M.2 enclosure is more fragile than a typical thumb
    drive).

    I'm actually buying NVMe more for my storage simply because NVMe flash
    isn't much more expensive than SATA flash anyway, so might as well get
    the IOPS. I'm still running it over PCIe though.

    --
    Rich

    --- SoupGate-Win32 v1.05
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  • From Michael@21:1/5 to All on Tue Feb 25 17:00:59 2025
    On Tuesday, 25 February 2025 14:48:52 Greenwich Mean Time Peter Humphrey wrote:
    On Monday 24 February 2025 22:48:26 Greenwich Mean Time Frank Steinmetzger

    wrote:
    You need a common denominator. ExFat is a good candidate, methinks, as it won’t give any issues with file permissions. Since I’ve never held an iOS
    device in my hands, I have no idea about what FS they support. But the answer should be just a short DuckDuck away. :)

    I tried exfat on a USB M.2 drive at the weekend. I tripped over soft links:
    I keep a plain copy of /etc with the other tar files for ease of use, and
    of course the run-level entries are all links.

    Yes, permissions are fine, but special files are not - not soft links, anyway.

    As I understand it neither FAT nor exFAT are POSIX-compatible and Linux permissions will not translate across. Both will acquire the ownership of whoever mounts the filesystem - e.g.:

    - udisks/GUI will mount them under the ownership of the user executing the mounting action in userspace;
    - mount command on the CLI will mount them as root.

    Any changed ACLs will not survive a remount.

    ACLs are possible with NTFS, but they will not translate 1:1 with MSWindows. I recall with the ntfs-3g driver you had to add a a file in the root directory, or each subdirectory(?), to specify some basic access rights. I am not sure how it works with the in-kernel driver today.
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  • From Rich Freeman@21:1/5 to rdalek1967@gmail.com on Tue Feb 25 18:10:01 2025
    On Tue, Feb 25, 2025 at 10:57 AM Dale <rdalek1967@gmail.com> wrote:

    Still, is FUSE the best way to handle this or should it be done the same way as EXT4? I don't recall enabling FUSE so I figure it is enabled by default or something.

    ext4 is a filesystem. FUSE is a kernel API that can be used to
    implement any filesystem.

    I'm pretty sure there is a kernel setting to enable FUSE, and it is
    pretty typical for it to be enabled. Lots of stuff uses it.

    In many operating systems (with a microkernel architecture) the
    equivalent of FUSE is the only way filesystems are implemented.

    Usually people prefer to use built-in kernel drivers if they are
    available. There isn't really anything wrong with FUSE, but in many
    cases the in-kernel drivers are just better maintained.

    It isn't unusual to see less conventional "filesystems" implemented as
    FUSE first, since this is more maintainable if you never intend to get
    your work integrated into the kernel. FUSE uses the stable system
    call interface, while an actual kernel module has no stable interface
    and is therefore more painful to maintain outside of the mainline
    kernel. For example, see sshfs, gzipfs, restic, etc. I know a guy
    who created a novelty "filesystem" that just creates files dynamically
    using the filename as GPT prompts. Stuff like that would never be
    accepted into the mainline kernel, but they can be implemented
    reliably using FUSE.

    --
    Rich

    --- SoupGate-Win32 v1.05
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  • From Rich Freeman@21:1/5 to rdalek1967@gmail.com on Tue Feb 25 18:50:01 2025
    On Tue, Feb 25, 2025 at 12:26 PM Dale <rdalek1967@gmail.com> wrote:

    I'm pretty sure you mentioned this once before in one of my older
    threads. I can't find it tho. I use PCIe x1 cards to connect my SATA
    drives for my video collection and such. You mentioned once what the bandwidth was for that setup and how many drives it would take to pretty
    much max it out. Right now, I have one card for two sets of LVs. One
    LV has four drives and the other has three. What would be the limiting factor on that, the drives, the PCIe bus or something else?

    It depends on the PCIe revision, and of course whether the controller
    actually maxes it out.

    1x PCIe v3 can do 0.985GB/s total. That's about 5 HDDs if they're
    running sequentially, and again assumes that your controller can
    actually handle all that data. For each generation of PCIe
    forward/backwards either double/halve the transfer rate. The
    interface works at the version of PCIe supported by both the
    motherboard+CPU and the adapter card.

    If you're talking about HDDs in practice the HDDs are probably still
    the bottleneck. If these were SATA SSDs then odds are that the PCIe
    lane is limiting things, because I doubt this is an all-v5 setup.

    https://en.wikipedia.org/wiki/PCI_Express#History_and_revisions

    The big advantage of NVMe isn't so much the bandwidth as the IOPS,
    though both benefit. Those run at full PCIe 4x interface speed per
    drive, but of course you need 4 lanes per drive for this, which is
    hard to obtain on consumer motherboards at any scale.

    --
    Rich

    --- SoupGate-Win32 v1.05
    * Origin: fsxNet Usenet Gateway (21:1/5)
  • From Michael@21:1/5 to All on Tue Feb 25 19:00:49 2025
    On Tuesday, 25 February 2025 17:05:12 Greenwich Mean Time Rich Freeman wrote:
    On Tue, Feb 25, 2025 at 10:57 AM Dale <rdalek1967@gmail.com> wrote:
    Still, is FUSE the best way to handle this or should it be done the same way as EXT4? I don't recall enabling FUSE so I figure it is enabled by default or something.
    ext4 is a filesystem. FUSE is a kernel API that can be used to
    implement any filesystem.

    I'm pretty sure there is a kernel setting to enable FUSE, and it is
    pretty typical for it to be enabled. Lots of stuff uses it.

    In many operating systems (with a microkernel architecture) the
    equivalent of FUSE is the only way filesystems are implemented.

    Usually people prefer to use built-in kernel drivers if they are
    available. There isn't really anything wrong with FUSE, but in many
    cases the in-kernel drivers are just better maintained.

    Unless I'm wrong there is/was a speed penalty when accessing a fs over FUSE. Anyway, I was configuring kernel 6.12.16-gentoo today and came across this:

    CONFIG_FUSE_PASSTHROUGH

    More details here:

    https://lwn.net/Articles/832430/

    It looks quite promising.


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  • From Rich Freeman@21:1/5 to confabulate@kintzios.com on Tue Feb 25 20:30:01 2025
    On Tue, Feb 25, 2025 at 2:00 PM Michael <confabulate@kintzios.com> wrote:


    Unless I'm wrong there is/was a speed penalty when accessing a fs over FUSE. Anyway, I was configuring kernel 6.12.16-gentoo today and came across this:

    CONFIG_FUSE_PASSTHROUGH

    More details here:

    https://lwn.net/Articles/832430/

    It looks quite promising.


    It isn't 100% clear when this will work. This seems to be about
    skipping the FUSE userspace driver to directly connect an application
    to the ultimate backing store, but this assumes the kernel even
    implements the backing store. I get that this might often be the
    case, but I can imagine that in a lot of FUSE applications there is no linux-native filesystem involved.

    I'm not surprised to hear that FUSE performance isn't great - it just
    isn't seen as a mainstream way to mount things. On a microkernel
    there is no such thing as a kernel-native filesystem implementation,
    so the kernel maintainers obviously need to optimize for this use
    case. I imagine that they will still have many context switches to
    deal with.

    --
    Rich

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  • From Wol@21:1/5 to Rich Freeman on Tue Feb 25 21:20:01 2025
    On 25/02/2025 15:04, Rich Freeman wrote:
    That said, there is nothing "wrong" with buying M.2 drives just to use
    them exclusively USB3 enclosures. I just think you're paying a big
    premium for something that isn't really much better than a thumb
    drive.

    Until you get a TV like ours, that DEMANDS a disk drive to hang off its
    USB. I tried sticking a USB3 stick in, and it refused. Hang a bare
    laptop HDD off it, and it's quite happy.

    So I'm hoping a M2 in an enclosure will keep it happy ...

    (Of course, every other TV I've ever had is perfectly happen with just a
    USB stick!)

    Cheers,
    Wol

    --- SoupGate-Win32 v1.05
    * Origin: fsxNet Usenet Gateway (21:1/5)
  • From Michael@21:1/5 to All on Tue Feb 25 20:21:08 2025
    On Tuesday, 25 February 2025 20:19:18 Greenwich Mean Time Wol wrote:
    On 25/02/2025 15:04, Rich Freeman wrote:
    That said, there is nothing "wrong" with buying M.2 drives just to use
    them exclusively USB3 enclosures. I just think you're paying a big
    premium for something that isn't really much better than a thumb
    drive.

    Until you get a TV like ours, that DEMANDS a disk drive to hang off its
    USB. I tried sticking a USB3 stick in, and it refused. Hang a bare
    laptop HDD off it, and it's quite happy.

    So I'm hoping a M2 in an enclosure will keep it happy ...

    (Of course, every other TV I've ever had is perfectly happen with just a
    USB stick!)

    Cheers,
    Wol

    Some 'smart' TVs won't use a USB drive unless and until they've formatted it first. I've attached a 3" drive in a USB 3.0 docking station and it worked fine *after* it was formatted. Then it wouldn't unmount it, even after I had shutdown the TV. I can't recall what fs format it had used.

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  • From Michael@21:1/5 to All on Tue Feb 25 20:39:31 2025
    On Tuesday, 25 February 2025 19:18:57 Greenwich Mean Time Rich Freeman wrote:
    On Tue, Feb 25, 2025 at 2:00 PM Michael <confabulate@kintzios.com> wrote:
    Unless I'm wrong there is/was a speed penalty when accessing a fs over FUSE. Anyway, I was configuring kernel 6.12.16-gentoo today and came
    across this:

    CONFIG_FUSE_PASSTHROUGH

    More details here:

    https://lwn.net/Articles/832430/

    It looks quite promising.

    It isn't 100% clear when this will work. This seems to be about
    skipping the FUSE userspace driver to directly connect an application
    to the ultimate backing store, but this assumes the kernel even
    implements the backing store. I get that this might often be the
    case, but I can imagine that in a lot of FUSE applications there is no linux-native filesystem involved.

    I'm not surprised to hear that FUSE performance isn't great - it just
    isn't seen as a mainstream way to mount things. On a microkernel
    there is no such thing as a kernel-native filesystem implementation,
    so the kernel maintainers obviously need to optimize for this use
    case. I imagine that they will still have many context switches to
    deal with.

    From what I read in this paper, the FUSE driver gets the OK from the FUSE daemon for accessing the fs directly, instead of having to route each read/ write via the FUSE daemon:

    https://source.android.com/docs/core/storage/fuse-passthrough

    Perhaps this is some Android specific setup to allow userspace management of attached devices and their fs, instead of the wider Linux desktop environment.
    :-/


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  • From Frank Steinmetzger@21:1/5 to All on Tue Feb 25 22:40:02 2025
    Am Tue, Feb 25, 2025 at 08:21:08PM +0000 schrieb Michael:
    On Tuesday, 25 February 2025 20:19:18 Greenwich Mean Time Wol wrote:
    On 25/02/2025 15:04, Rich Freeman wrote:
    That said, there is nothing "wrong" with buying M.2 drives just to use them exclusively USB3 enclosures. I just think you're paying a big premium for something that isn't really much better than a thumb
    drive.

    Until you get a TV like ours, that DEMANDS a disk drive to hang off its USB. I tried sticking a USB3 stick in, and it refused. Hang a bare
    laptop HDD off it, and it's quite happy.

    So I'm hoping a M2 in an enclosure will keep it happy ...

    (Of course, every other TV I've ever had is perfectly happen with just a USB stick!)

    Cheers,
    Wol

    Some 'smart' TVs won't use a USB drive unless and until they've formatted it first. I've attached a 3" drive in a USB 3.0 docking station and it worked fine *after* it was formatted. Then it wouldn't unmount it, even after I had
    shutdown the TV. I can't recall what fs format it had used.

    As I mentioned, I have a Sony TV. Sony is not known to be customer-friendly with regards to openness and Digital Restrictions Management. But since it’s GoogleTV, it eats sticks and HDDs alike. I actually have a USB 2 extension cord dangling from the back to the front.

    I don’t even have to format it with the TV. It will only add all the Android-typical directories when I stick in a drive for the first time. The only case when I would need to format a drive: if I want to use it to record TV onto it. Because then the recording is DRM-entangled to only be watchable on that TV.

    --
    Grüße | Greetings | Salut | Qapla’
    Please do not share anything from, with or about me on any social network.

    Earthworms can’t bite, because the have a tail at the front and end.

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  • From Frank Steinmetzger@21:1/5 to All on Tue Feb 25 23:20:01 2025
    Am Mon, Feb 24, 2025 at 09:56:49PM -0600 schrieb Dale:

    The USB 3 family starts at 5 Gbps. All but the cheapest boards have at least
    one 10 Gbps USB, either as USB-A or USB-C. Some at the back, some as a new internal connector for a USB-C socket at the case front. Still rare are USBs
    with 20 Gbps. But I think your board was quite a good model, no? I tried to
    find it out by perusing old threads, but they are a bit confusing at times.^^

    I found mentions of Asus Prime X670-P and of Asus B550 Plus. The former has
    a 20 Gbps socket, the latter only provides 10 Gbps.


    I started out with the X670 I think but ended up with the B550.  The
    B550 had more PCI slots. I needed expansion options.  The AM5 mobo just don't have it.

    Well then, The ASUS Prime B550-Plus has two USB ports that deliver 10 Gbps; one type A and one type C. The fastest A can usually be made out by having a different colour than the rest. The “slow” 5 Gbps is typically mid-blue as it has been since the beginning of time. (Plus on the Prime, the fast A is grouped with the C in one socket pair).

    I was sitting here thinking on which file system to try first.  Then it
    hit me.  I didn't know if this would work or not, but I figured it
    wouldn't hurt to try.  I just took the m.2 stick thingy and plugged it
    into my phone.  It popped up and said something about not being ready to access and did I want to format it.
    […]
    Anyway, I found this thing called File
    Manager plus.  I used it to copy the picture directory and then paste it
    on the m.2 stick.  My Samsung S9 phone is likely USB 1, maybe 2.

    It’s typically 2.0. The premium ones come with USB 3 these days. I don’t think there are any devices on the consumer market these days that still
    have 1.0, that would be 1.2 MB/s.

    Oh, copying from m.2 stick to my puter hard drive, seconds.  I used the
    type C USB port which is likely the fastest and it hit close to
    300MBs/sec.  Keep in mind, this is pictures with a few videos.  Small
    files tend to be slower.  Still, pretty good.  A lot better than USB 1.0 days. 

    300 MB/s is ok-ish, but that’s not even SATA speed. Something may still be amiss here. What may be interesting is whether the partition is properly aligned. If not, this can incurr huge performance penalties. Also, what does hdparm -t say? Out of curiosity, what does hdparm say when the enclosure is attached to a 5 Gbps and to a 10 Gbps port?

    I took my very first SSD ever from my desk drawer, a 10½ year old low-end Sandisk 128 GB SATA, sitting in a USB enclosure. Back then, even cheap SSDs used MLC flash, which may be the reason why it never “forgot” anything and is still snappy. Since I use it as photo backup, it contains the same file sizes as your phone copy, so it’s perfect for comparison. The only difference is that I use f2fs on LUKS, so no FUSE involved.

    I ran the command: "tar cf /dev/null /path/to/SSD/" and saw a transfer speed of 390 MB/s.

    Then I did the same with my internal 970 Evo Plus, that’s a PCIe 3.0×4. Tech
    reviews back then reached around 2500 MB/s, which is actually about the
    speed I reach with hdparm -t.

    I ran the same tar command again, and reached 1700 MB/s. *face of dissapointment*


    And this brings me to another nifty tool that I wrote a while back. :D :D
    It gives you a distribution of file sizes. I wrote it when I wanted to find out the optimal record size for my NAS’s ZFS pool. Because by tuning the record size to the most prevalent file size, you can optimise ZFS storage efficiency.

    For my main photo archive:

    File size histogram:
    size <= count histogram cumulative size histogram
    0 B 10 ........................................ 0 B ........................................
    1 kiB 29 ........................................ 11.7 kiB ........................................
    4 kiB 62 ........................................ 162.9 kiB ........................................
    16 kiB 123 ........................................ 1.1 MiB ........................................
    64 kiB 46 ........................................ 1.7 MiB ........................................
    128 kiB 236 #....................................... 22.8 MiB ........................................
    256 kiB 892 ##...................................... 171.5 MiB ........................................
    1 MiB 3699 #########............................... 2.0 GiB #.......................................
    4 MiB 6214 ###############......................... 15.7 GiB #####...................................
    16 MiB 16302 ######################################## 116.2 GiB ########################################
    1 GiB 719 ##...................................... 47.8 GiB ################........................
    bigger 2 ........................................ 6.5 GiB ##......................................

    So most files are between 4 and 16 MiB in size. But there is a considerable data volume of files between 16 MiBs and 1 GiB, so basically videos or maybe some RAWs.


    The photo backup SSD is even more unequivocal, as those are photos straight from the camera that I haven’t edited yet. Therefore they are all around 8..10 MiB. I tend to edit photos and save them in JpegXL, resulting in sizes between 200 kiB and 2 MiB.

    size <= count histogram cumulative size histogram
    0 B 0 ........................................ 0 B ........................................
    1 kiB 48 ........................................ 21.2 kiB ........................................
    4 kiB 45 ........................................ 90.9 kiB ........................................
    16 kiB 36 ........................................ 261.5 kiB ........................................
    64 kiB 11 ........................................ 371.5 kiB ........................................
    128 kiB 8 ........................................ 855.1 kiB ........................................
    256 kiB 39 ........................................ 7.0 MiB ........................................
    1 MiB 61 ........................................ 34.9 MiB ........................................
    4 MiB 533 ###..................................... 1.5 GiB #.......................................
    16 MiB 6969 ######################################## 57.2 GiB ########################################
    1 GiB 172 #....................................... 16.4 GiB ###########.............................
    bigger 7 ........................................ 20.8 GiB ###############.........................

    --
    Grüße | Greetings | Salut | Qapla’
    Please do not share anything from, with or about me on any social network.

    “When I get home I think I should have a second-generation chrome book in
    the mail. Just because for some odd reason Google sends me these things.” – Linus Torvalds

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  • From Wols Lists@21:1/5 to Frank Steinmetzger on Wed Feb 26 09:00:01 2025
    On 25/02/2025 21:34, Frank Steinmetzger wrote:
    I don’t even have to format it with the TV. It will only add all the Android-typical directories when I stick in a drive for the first time. The only case when I would need to format a drive: if I want to use it to record TV onto it. Because then the recording is DRM-entangled to only be watchable on that TV.

    My new TV (that refuses to RECORD to anything other than a hard drive)
    will happily READ usb sticks. But it doesn't insist on formatting a
    drive to record - indeed I think it formats them NTFS, and will happily
    accept exFAT.

    But there's a AES-128 key or something in the TV firmware. so all
    recordings are encrypted using the TV's own key. That's an LG TV that
    uses Web OS.

    Likewise, our older Philips TV. That's probably about 10 years old, the
    USB stick is formatted ?FAT32?, and it will quite happily record to it,
    but the recordings are not visible to a (windows) computer. I haven't
    dug any deeper yet. I guess that's Philip's own OS.

    And our JVC TV - again about 10 years and their own OS - just records unencrypted to FAT or exFAT USB stick.

    So the LG is the only one that won't record to a stick. But WebOS seems
    to be the in thing nowadays - JVC has gone over to it too, along with
    others. I hope recording to hard drive isn't becoming universal.

    If you can root your tv, though, you can get at the AES key, and there's
    a utility that will decode the recordings. It's linux-based ...

    What I want though, if anybody knows, is an app that will share the USB
    drive on the network so I can copy my own stuff to it without faffing
    about taking it off, putting it on a laptop, transferring and putting it
    back. But Google seems to think "sharing" and "casting" mean the same
    thing, assumes everything is Android, and can't tell the difference
    between "sending" and "receiving".

    In other words, if you're not a lemming Google doesn't have a clue what
    you're talking about ...

    Cheers,
    Wol

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    * Origin: fsxNet Usenet Gateway (21:1/5)