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GnarlyCharlie4u posted:Plex is great, although I've never exposed mine to the internet. I'm aware of split tunneling though I've never implemented it. I bought the Plex Pass and it Just Works with no VPN fuckery. Plex is gr8
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# ? Jul 16, 2020 16:19 |
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# ? May 23, 2024 20:26 |
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Munkeymon posted:I bought the Plex Pass and it Just Works with no VPN fuckery. Plex is gr8 ^ this
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# ? Jul 17, 2020 11:48 |
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looking for some advice on my current nas setup. currently i have a 4-bay synology configured for shr-2. i have a 3tb, 2tb, and 2 1tb drives in there, giving me 2tb of available space, 2tb of protected space, and 3tb of unused space. i would like to change this, i think. i'm starting to get to a point where this isn't enough. furthermore, i feel shr-2 may have been overkill for a home system. am i generally correct in that? so i'd like to improve on both of those things--i want more space, and i want to change the configuration. i know i can't convert an shr-2 to shr-1 directly. i think what i would have to do is buy higher-capacity drives to the point of getting enough unused space so that i could create a different shr-1 storage pool, move the contents of the original shr-2 pool to the new storage pool, delete the old storage pool, and then consolidate the new unused space into the new pool. is that the best way to attack this? theoretically, that makes sense. but i'm trying to do something similar now with the 3tb of unused space i have now and the option is greyed out. i'm guessing because it isn't possible with the drives i have. i don't know, it's all getting confusing to me at this point. i'm looking to optimize what i have for as little as possible. i wouldn't mind just replacing all the drives with 4 4tb drives or 6tb drives if the price makes sense. 4 4tb drives would give me 8tb in shr-2 and 12tb in shr-1. that latter option is very attractive, but i just don't know if i can switch to that given the current setup. thoughts? am i missing something obvious? also, what drives are you all buying? i have wd reds. someone in another thread said those are a bit off these days and i want to avoid low part numbers. but i'd be buying on amazon or newegg or something like that and i don't know how i could possibly check on that. don't know, just generally throwing my situation out there in hopes of bettering it. thanks for listening.
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# ? Jul 17, 2020 15:52 |
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Smashing Link posted:Well it turns out Synology is continuing to act like Good Guys and replacing my 1515+ that was a few months out of warranty. It is the 2nd one they have replaced for me.
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# ? Jul 17, 2020 16:45 |
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KOTEX GOD OF BLOOD posted:What's been going wrong with them? I have three Synology units and they all have been working great with zero problems for years. There's a hardware bug in the Intel Atom C2xxx chips that will eventually render it unbootable. The Synology xx15 line used a lot of those chips, so eventually they will fail to come back up from a boot.
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# ? Jul 17, 2020 16:54 |
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Buff Hardback posted:The plugin Unbalance in Community Apps lets you do this sort of thing easily, by letting it scatter a drive to other drives. Haven't had a chance to post in a few days but I wanted to concur. Unbalance is a furiously usefull app when the need comes up. One of my drive is throwing errors so I've just excluded it from being used from all important/irreplacable shares and copied the data off the erroring drive. TBH for my easily replaced stuff I'll just run it into the ground. EDIT: If all else fails, I've got Crashplan properly up to date.
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# ? Jul 17, 2020 17:17 |
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abelwingnut posted:currently i have a 4-bay synology configured for shr-2. i have a 3tb, 2tb, and 2 1tb drives in there, giving me 2tb of available space, 2tb of protected space, and 3tb of unused space. If you want to convert to shr-1, you'll have to copy your data off the NAS, delete the shr-2 array, create an shr-1 array, then move your data back onto it. Since you're looking to pick up higher-capacity disks that are individually bigger than your current data partition this should be feasible - copy your data to a new disk, create a shr-1 array with the three other disks, copy the data over to the new array, add the 4th/data disk to the unit and expand the array. The WD Red 2tb, 3tb, 4tb, and 6tb drive models that end with "EFAX" are not good and should be avoided. They are even listed as incompatible on Synology's compatibility list. Other WD Red drives and the new WD Red Pro drives are still good to use, and other NAS drives from other manufacturers are fine as well, like Seagate's Ironwolf line. A popular trend if you're looking for even higher capacity drives (8tb+) is to buy external drives and shuck them. The WD EasyStores use NAS/Enterprise drives and they're often a lot cheaper than buying the drive itself.
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# ? Jul 17, 2020 17:49 |
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DrDork posted:There's a hardware bug in the Intel Atom C2xxx chips that will eventually render it unbootable. The Synology xx15 line used a lot of those chips, so eventually they will fail to come back up from a boot.
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# ? Jul 17, 2020 17:50 |
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KOTEX GOD OF BLOOD posted:Holy poo poo, uh, thanks for letting me know about this. Is it fixable in software? I'll be checking when I get home if I have one of those procs. Nope. Your options are to (1) never reboot/shut down an impacted device forever, (2) RMA it, (3) google for how to solder a 100ohm resister onto the motherboard that will effectively fix the issue.
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# ? Jul 17, 2020 17:59 |
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Heners_UK posted:Haven't had a chance to post in a few days but I wanted to concur. Unbalance is a furiously usefull app when the need comes up. Yeah this is super cool. Thanks to the OP for mentioning it.
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# ? Jul 17, 2020 18:05 |
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Actuarial Fables posted:If you want to convert to shr-1, you'll have to copy your data off the NAS, delete the shr-2 array, create an shr-1 array, then move your data back onto it. Since you're looking to pick up higher-capacity disks that are individually bigger than your current data partition this should be feasible - copy your data to a new disk, create a shr-1 array with the three other disks, copy the data over to the new array, add the 4th/data disk to the unit and expand the array. thank you, thank you, thank you. will proceed per your suggestion. e: one follow up, does rpm really matter with a nas? abelwingnut fucked around with this message at 23:10 on Jul 17, 2020 |
# ? Jul 17, 2020 22:55 |
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abelwingnut posted:thank you, thank you, thank you. will proceed per your suggestion. Thinking about it now, once you have your bigger drives ready, you could remove one of your 1TB drives, place in one of your new drives, create a single-disk SHR volume, copy everything over, then replace the other disks and expand the new volume. Your current array can lose two disks and operate fine, so removing one of the disks isn't an issue, and since everything will be done on the unit itself it will probably go faster with less room for error. As a note, I haven't done this type of data migration on a Synology before. quote:e: one follow up, does rpm really matter with a nas? Faster disks have better performance, but you won't notice any benefit in a home NAS where you're limited to a gigabit connection and have only a few users accessing documents and media. Actuarial Fables fucked around with this message at 23:27 on Jul 17, 2020 |
# ? Jul 17, 2020 23:20 |
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This isn't too bad, the PSU and mobo fit nicely into the Node 304 case. Let me just look at the other side... I will make everything fit, with enough zip ties, everything is possible. KozmoNaut fucked around with this message at 09:43 on Jul 18, 2020 |
# ? Jul 18, 2020 09:41 |
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abelwingnut posted:looking for some advice on my current nas setup. Buy a 6-8tb drive, and replace one of the 1tb drives. Then, next paycheck replace the other 1tb drive. Keep shr-2, gain space I recently went from shr-1 to shr-2
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# ? Jul 18, 2020 10:33 |
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KozmoNaut posted:
Nice 304. I would love to see these go on sale again.
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# ? Jul 19, 2020 00:54 |
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Smashing Link posted:Nice 304. I would love to see these go on sale again. I just put together a system in a 304 this afternoon. Was fun trying to squeeze in a 1080 and full size power supply but the results are worth it.
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# ? Jul 19, 2020 01:29 |
There's a ~$100 2.5Gbps network switch that was just released on the market.
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# ? Jul 19, 2020 10:28 |
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I've got a copper SFP ready to go. edit: wait, poo poo, gently caress. I forgot, Edgerouters only have 1GB SFP unless you fork over two grand. edit edit: ....poo poo, the EdgeMAX line is on the chopping block next, innit? SwissArmyDruid fucked around with this message at 12:16 on Jul 19, 2020 |
# ? Jul 19, 2020 11:42 |
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Why not go straight to 10g copper? Seems like very few NICs are going to be compatible with that.
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# ? Jul 19, 2020 15:28 |
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CommieGIR posted:Why not go straight to 10g copper? Seems like very few NICs are going to be compatible with that. Probably because you can't get 10Gb copper switches for anything that would even resemble a reasonable price. Best you can do is shove copper <-> SPF adapters into SPF 10Gb switches, which works but is a very niche case because at that point why wouldn't you just use fiber in the first place instead of paying $30-$40 per transceiver? If he's got a SFP port on whatever server he uses, he could slap a copper transceiver in there and connect it up to this 2.5Gb switch and then connect to whatever other copper devices he's got--2.5Gb is starting to appear on high-end motherboards, and it'd be a lot simpler from a home networking topology perspective than dealing with a mixed fiber/copper network. Obviously the trade-off here is the simplicity of a single physical network vs being limited to 2.5Gb instead of 10Gb.
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# ? Jul 19, 2020 16:02 |
CommieGIR posted:Why not go straight to 10g copper? Seems like very few NICs are going to be compatible with that. BlankSystemDaemon fucked around with this message at 16:43 on Jul 19, 2020 |
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# ? Jul 19, 2020 16:30 |
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I have also gotten the feeling that 10Gbase-T is a dead end technology. The higher latency and power use will give the victory to SFP+. That has happened in our datacenters. We used to have a mix of 10G SFP+ optical and Base-T, but future installations will be SFP+. When the world was switching to 1G datacenters and homes used basically the same technology, it just needed time to become cheaper and reach homes. But if the only users for 10Gbase-T are the hardcore NAS or homelab builders, then the use case will be such a niche it will never reach economy of scale and wide acceptance. On the other hand, SFP+ ports are way too long, motherboards don't have room for it so integrated SFP+ can't become common. Not to mention the standard is too complicated compared to base-T. I'm a server admin and regularly buy them or spend a lot of time in the datacenter, and I have really started to understand the options with SFP+ in the past few years.
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# ? Jul 19, 2020 16:33 |
Saukkis posted:I have also gotten the feeling that 10Gbase-T is a dead end technology. The higher latency and power use will give the victory to SFP+. That has happened in our datacenters. We used to have a mix of 10G SFP+ optical and Base-T, but future installations will be SFP+. When the world was switching to 1G datacenters and homes used basically the same technology, it just needed time to become cheaper and reach homes. But if the only users for 10Gbase-T are the hardcore NAS or homelab builders, then the use case will be such a niche it will never reach economy of scale and wide acceptance. On the other hand, SFP+ ports are way too long, motherboards don't have room for it so integrated SFP+ can't become common. Not to mention the standard is too complicated compared to base-T. I'm a server admin and regularly buy them or spend a lot of time in the datacenter, and I have really started to understand the options with SFP+ in the past few years.
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# ? Jul 19, 2020 16:45 |
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Saukkis posted:I'm a server admin and regularly buy them or spend a lot of time in the datacenter, and I have really started to understand the options with SFP+ in the past few years. Yeah, the whole "lol SFPs can't auto-negotiate down to slower speeds in general" is a pain in the rear end and would probably need to get addressed before it'd be something that would be viable outside the datacenter/motivated home users. I do wonder how much of the SFP physical format is actually required technologically vs what it's been just because. DrDork fucked around with this message at 18:34 on Jul 19, 2020 |
# ? Jul 19, 2020 18:11 |
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D. Ebdrup posted:... which will go 100m if you use cat6a (which is S/STP-only, ie. no UTP).
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# ? Jul 19, 2020 18:29 |
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DrDork posted:Yeah, the whole "lol SFPs can't auto-negotiate down to slower speeds in general" is a pain in the rear end and would probably need to get addressed before it'd be something that would be viable outside the datacenter/motivated home users. You're an eeprom flash away from that. I've got some qsfp's with the wrong firmware on them right now that are 10/40 instead of 25/100. Allegedly putting the right eeprom on them will fix it. Mind you those are 4 port breakout dac's. Ironically our servers have 2x10g copper on them we don't use. Either way dac's are the most common way to hook up in a DC and the world is done with 1/10/40/100 and on to 2.5/5/25/50/100. I'm not sorry that home use 10g never came to reality but 2.5 multiplier stuff is coming in hot and heavy.
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# ? Jul 19, 2020 18:37 |
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Yeah, I just mean you can't have a 10Gb SFP+ that will talk to a 1Gb SFP automatically in a lot of cases without extra steps. With copper you just jam them in and they'll talk and figure their poo poo out (with the exception of apparently 2.5/5 with some switches). No worrying about multi vs single mode, 10Gb vs 1Gb vs whatever.
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# ? Jul 19, 2020 20:01 |
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DrDork posted:Yeah, I just mean you can't have a 10Gb SFP+ that will talk to a 1Gb SFP automatically in a lot of cases without extra steps. With copper you just jam them in and they'll talk and figure their poo poo out (with the exception of apparently 2.5/5 with some switches). No worrying about multi vs single mode, 10Gb vs 1Gb vs whatever. Networks with lasers on their heads. Trirate (10/100/1000) only came about because of necessity. Things moved very slowly back then and equipment was super expensive. Negotiation is for chumps these days, and once you include the assumption of light you have to make certain that both ends can see what you're shooting. I imagine once we get to 2.5 gig on cheap Dell desktops dual rate switches will come out. That being said apparently our 25g Intel nics fired right up once we set them to 10/40 instead of 25/100. Monday we will find out if eeprom flashing the dac's will get us to the 4x25/100 we paid for.
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# ? Jul 19, 2020 21:33 |
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H110Hawk posted:I imagine once we get to 2.5 gig on cheap Dell desktops dual rate switches will come out. True, but it seems like this may be a long time in coming: the hardware itself isn't cheap, datacenters are never going to bother with it, loving up economies of scale, 1Gb is "fast enough" for the vast, vast majority of home users right now, etc. It's existed for years but no one really seems to have much interest in it. Honestly, we'll probably get wide-spread 10Gb for home users via wifi before we do via copper. Wifi 6 already gets real close in theory, so maybe Wifi 7 will get there in actual practice.
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# ? Jul 19, 2020 22:18 |
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DrDork posted:True, but it seems like this may be a long time in coming: the hardware itself isn't cheap, datacenters are never going to bother with it, loving up economies of scale, 1Gb is "fast enough" for the vast, vast majority of home users right now, etc. It's existed for years but no one really seems to have much interest in it.
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# ? Jul 19, 2020 22:20 |
I need this, SO MUCH.
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# ? Jul 19, 2020 22:53 |
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Where...where did you get that?
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# ? Jul 19, 2020 22:56 |
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https://www.effinbirds.com/products/gently caress-wifi-fireside-poster?_pos=1&_sid=9f85cb5ad&_ss=r And yes, that is my zoom backdrop at work because I am a mature adult.
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# ? Jul 19, 2020 23:00 |
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General, broad-usage-case wifi? Yes, gently caress that poo poo.
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# ? Jul 20, 2020 07:45 |
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I'm going to wind up building conduit into the house I build in the coming years but perhaps it'll all be a nuclear wasteland in the upcoming corporate-race war anyway and I shouldn't bother.SwissArmyDruid posted:I've got a copper SFP ready to go.
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# ? Jul 20, 2020 20:39 |
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necrobobsledder posted:There's several cheaper switches with SFP+ and 10gb capabilities. The real WTF for me is the one Ubiquiti switch I saw that had SFP+ interfaces... that supported 1 gbps max. Cheaper than $100? Do tell! Mikrotik dropping a 4-port SFP+ 10Gb switch for $130 a bit ago was a "big deal" precisely because it was the cheapest option by far for small layout 10Gb networking. Most of the other cheapish switches are things like 8+2 where 8 ports are 1Gb and then 2 are 10Gb, which is better than nothing but still not the same.
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# ? Jul 20, 2020 20:51 |
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I'd almost rather go used enterprise gear. A Juniper EX-3300 would fit my current home upgrade path.
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# ? Jul 20, 2020 20:56 |
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DrDork posted:Cheaper than $100? Do tell! Mikrotik dropping a 4-port SFP+ 10Gb switch for $130 a bit ago was a "big deal" precisely because it was the cheapest option by far for small layout 10Gb networking. Most of the other cheapish switches are things like 8+2 where 8 ports are 1Gb and then 2 are 10Gb, which is better than nothing but still not the same.
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# ? Jul 20, 2020 21:02 |
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is there a way to stop my x570-based system from disconnecting from my DS920+ when the computer goes into sleep mode? waking the thing up to a dozen "we lost connection to the network drive!" notifications gets old
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# ? Jul 21, 2020 08:32 |
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# ? May 23, 2024 20:26 |
There's no way to persist TCP connections like that, as a persistent TCP connection typically requires some sort of noop to confirm that the connection still works. Depending on the OS, you may have a way of starting things on-resume like FreeBSDs /etc/rc.resume does.
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# ? Jul 21, 2020 10:09 |