Do you think we will see a return to SSD/NVMe cached HDD in the LE* world?

AnthonySmith

Looking at some interesting charts today https://uk.pcpartpicker.com/trends/price/internal-hard-drive/#storage.ssdm2nvme.1000

showing around a 60 - 125% (roughly) increase in NVMe prices in just 3 months, and with a few big names like WD recently announcing that they have already sold all stock for 2026 to AI/Top 10 customers, 2027 being close to the same position and its expected all manufacturors will be in the same position within weeks or months and that will extend to 2028 in some cases.... things are going to get MUCH worse some casual bro science reading suggests 1000% increase by 2027.

The thing with NVMe is the 2nd hard market is terrible, you literally cant trust them and NVMe in general have a much shorter life than spinning rust.

I am wondering what this really means, if you think LE hosts are going to be paying $5000 per 1TB NVMe (Not even considering RAM and Power Prices) and selling at $7 you are delusional.

I wonder if we will start to see more NVMe cached options come up, HDD's are still expensive, not NVMe expensive and have a much longer life span.

I know many of you will turn your nose up at this and want low price, fast and reliable, but with the recent OVH and Hetzner corrective steps are you going to be willing to pay double or triple for a VPS or would you rather stick to the cheaper options and reduce your requirements (optimise)

Maybe the $7 is about to self-correct anyway, after all the recent talk about it.

An interesting few years ahead.

yoursunny

$7/year will return to $7/month as it used to be.
Spec will return to 1 core, 256MB RAM, 5GB storage as it used to be.

Chievo

It highly depends. I mean people wanna go with nvme probably paying more. How much ? It is another story . Big players would offer it for "cheaper". I guess they have plenty of hardware at old price . I guess their team have gone wild before the increase and lot of money was invested in hardware at " normal " pricing. I would not expect 1000% increase. Could happen but it would be weird . But true nobody knows what s going to happen tomorrow. For obvious reasons it is going to hurt. Many websites literally would be closed if the hosting is X 10 pricing (VPS or Dedi ) . Sad but true. Let s speak in a year or so about it to see what has happened.

AnthonySmith

Well, to put it another way, no hard drive manufacturers will release any disks to the consumer market or to smaller customers (even people like Digital Ocean OVH and Hetzner are small in this scale) outside their top 10 (actually more like top 6 who are already happy to pay 3x in advance) for all of 2027 and 2028.. NVMe will be worth more than gold in weight.

How many hosts that we know outside the big cloud players AWS/Azure etc do you think are in the top 10 customers for the factories? 0

I guess it can go 1 of 3 ways, people own/have what they have, we have stock or we don't, or a 2GB VPS with 25GB NVMe goes to $70 p/month, or something else.

Chievo

@AnthonySmith said:
Well, to put it another way, no hard drive manufacturers will release any disks to the consumer market or to smaller customers (even people like Digital Ocean OVH and Hetzner are small in this scale) outside their top 10 (actually more like top 6 who are already happy to pay 3x in advance) for all of 2027 and 2028.. NVMe will be worth more than gold in weight.

How many hosts that we know outside the big cloud players AWS/Azure etc do you think are in the top 10 customers for the factories? 0

I guess it can go 1 of 3 ways, people own/have what they have, we have stock or we don't, or a 2GB VPS with 25GB NVMe goes to $70 p/month, or something else.

Speculation bubble . Bubbles are done artificially for short time period . If bubble is maintained in the time usually the side effects would be really really hard . So meh . I would not guess we would see a vps 25 NVMe for 70 dollars because of that. Obviously I could be completely wrong . I agree that could be the case. At the end of the day , it does not depend from us.

someTom

in the total cost for purchasing, installing and running a beefy VPS server for 5 years, how much does the cost of the NVMe drive matter? does it even make a difference?

AnthonySmith

@someTom said:
in the total cost for purchasing, installing and running a beefy VPS server for 5 years, how much does the cost of the NVMe drive matter? does it even make a difference?

yes.

Few years ago, 1TB NVME x 4 = $110 ish each so lets just say $450

Now 2 scenarios.

1. I simply cannot even buy them, or there is a 2-year wait for stock, I have no stock, so I can't even sell you a VPS, only a few places have stock; they put the price up, simple supply/demand.
2. I can get NVMe, but predictions are correct and I now pay $3000 for the same drive that cost $110 and I need 4, per node my costs just went up by $11,500, which is more than the entire server, including ram used to cost.

And let's not even consider the DDR5 300% increase that has already happened and will continue to go the same way.

If you dont think what it costs us within a 1000% margin will have an impact on what it will cost you, I dont even know why we bother with schools any more haha.

host_c

@Chievo is right, we need 6-12 moths to say something, for now, market is as stable as BTC, LTC, XMR or whatever alse cryptocurrency - in other words, too damn volatile. why? because suppliers also smell blood and wish to make a buck on this, good for them, and I would do the same, yet this will not last forever, so just wait a bit more.

@someTom

That really depends on the Type of NVME you use, but either consumer or enterprise or even used enterprise will suck in price today.

Fast math, basic stuff, nothing fancy config wise per node.

Before November 2025:

1. • 1U server, something DDR4 ( ryzen or whatever Xeon Gen 2 ), 2x PSU, 1x CPU, caddies, no drives no nvme, just the barbone unit - 800 USD ( lets assume it is something good and not grandpas E5-VX )
2. • 128 DDR4 - 250 USD
3. • NVME - here I will assume Consumer ones, as generally very few spend 4x the $$ on Enterprise NVME, so... 2x4TB - 600 USD ( 300 USD / unit )
4. • Drives, 10 TB SATA NEW - 250 USD each, so that is 1000 USD total

A good node with new parts ( nvme and HDD ) = 2850 USD ( give or take 10% )

Today February 2026:

1. • 1U server, something DDR4 ( ryzen or whatever Xeon Gen 2 ), 2x PSU, 1x CPU, caddies, no drives no nvme, just the barbone unit - 800 USD - here we have almost no change yet.....
2. • 128 DDR4 - 700 USD to 1000 USD - it really depends if 4x32, 2x64 but let's assume 900 USD ( ~7 USD / GB )
3. • 2x4 TB NVME, Samsung or whatever "established" brand - 1300 USD
4. • 4x 10 TB SATA, NEW - 1250

Same node but with today pricess = 4250 USD

So that is almost x2, and only 2 SKU of that node hiked in value, RAM and NVME. ( drives price hike will hit storage providers, not VPS providers )

If we are talking about DDR5 Nodes, that will be a x4 by today. - OMFG
If we are talking about large storage nodes ( 12-24 bay units ) that will also be x1.5 - x2 today as the price / drives times 24 will make a lot of difference.

And all that in ~4 moths.

now, deploy 3 nodes today ( whatever config ) versus 3 nodes in june 2025.

Also, the gap between enterprise used parts ( NVME, RAM, SAS or SATA drives ) is shrinking rapidly. For some SKU it is not worth anymore to buy used parts as you have no warranty. ( 90 days is not warranty, that is shipping assurance )

So new services don't look good at same price / config as in 2025.

Volatile market, weekly changes in price and availability cannot be quantified as they have no logic.
No logic will lead to a simple answer/fix, make the services 50-100% more, and see what happens, you really do not have any options when you have 2 or 3 variables out of a mix of 4 that are dynamic.

Your acquisitions budget and cash-flow was not designed for what is happening today, so as an operator, you have very few options, regardless the size of your industry.

/2c

HOST-C

AnthonySmith

I think the answer is simple, people are just going to have to earn more money so they can pay more that always works as a solution..... hahahahahaha.

host_c

@AnthonySmith said:
I think the answer is simple, people are just going to have to earn more money so they can pay more that always works as a solution..... hahahahahaha.

Sadly yes....

I did not even mention that for those that have employees, all those fellas, will want a raise in 2026 as....... Boss shit is expensive, I need more. - and the fella is right, so that increase will add to monthly expenses of the operator and later be reflected in the price of the services provided.

I am not saying it is the end of the world, we are far from it and we have seen worse, I am saying that it is not pretty, not pretty at all right now. And sincerely, I have the feeling none saw it to be at this scale, I don't mean small worms like myself, I mean the bigger players.

When stuff grows in price gradually -> people adjust, when they take off.... that is a different story. We just need the time to adjust.

Neoon

Fuck no, I keep everything on SSD and NVMe.
I got 1TB new SSD's in the 2 rigs, they should last through 2027.

But its the same with no IPv4, it needs to be cheaper.
If you can really offer such a better price with HDD cached, its on you.

AnthonySmith

@Neoon said:
Fuck no, I keep everything on SSD and NVMe.
I got 1TB new SSD's in the 2 rigs, they should last through 2027.

But its the same with no IPv4, it needs to be cheaper.
If you can really offer such a better price with HDD cached, its on you.

So, for clarity, even if the VPS price goes up 5x you will pay it to keep it on NVMe ?

I know you personally probably have a ton of prepaid resources, but i mean in general, you need a new VPS in 1 year from now, you see a VPS with 25GB NVMe is now $40 /month at the bottom end or $7 with nvme cached hdd, you still pick the NVMe ?

kako1talk

The AI market eating up the global NAND/NVMe supply is a harsh reality.

To answer your question: I'd take the NVMe-cached HDD route in a heartbeat. The whole spirit of the 'LE' world is price first, specs second. If I have to pay double or triple just to keep pure NVMe, I might as well move to mainstream cloud providers.

Spinning rust with a solid caching layer is still incredibly resilient. Most of us don't need sustained sequential writes anyway. Let the AI bros fight over the NVMe stock; we just need affordable storage.

Neoon

@AnthonySmith said:

@Neoon said:
Fuck no, I keep everything on SSD and NVMe.
I got 1TB new SSD's in the 2 rigs, they should last through 2027.

But its the same with no IPv4, it needs to be cheaper.
If you can really offer such a better price with HDD cached, its on you.

So, for clarity, even if the VPS price goes up 5x you will pay it to keep it on NVMe ?

I know you personally probably have a ton of prepaid resources, but i mean in general, you need a new VPS in 1 year from now, you see a VPS with 25GB NVMe is now $40 /month at the bottom end or $7 with nvme cached hdd, you still pick the NVMe ?

Okay, if the VPS price goes up, the question is, do I keep it, yes or no?
I recently dropped 7$/y boxes because they didn't meet my quality req.

Depends on location, network specs if I keep it and how big the price increase right.
I have no problem dropping them.

I recently got a HDD dedi, in SG though, it was 16€/m for me, steal.
Its 2x2TB HDD only, cached with ECC memory and ZFS, that was a trade I was willing to accept.

But otherwise, I am not willing to accept shitty I/O anymore, except its a backup vps.

AnthonySmith

@Neoon said: But otherwise, I am not willing to accept shitty I/O anymore, except its a backup vps.

This... same for me really, I have a local spinning rust raid 10 for backups, and zfs raid for backup storage on Tierhive, but apart from that NVMe or die tbh.

Neoon

@AnthonySmith said:

@Neoon said: But otherwise, I am not willing to accept shitty I/O anymore, except its a backup vps.

This... same for me really, I have a local spinning rust raid 10 for backups, and zfs raid for backup storage on Tierhive, but apart from that NVMe or die tbh.

On nodes, that run a bunch of VM's you want NVMe, you don't even want SSD.
SSD is fine for personal PC's or servers you use for yourself.
Even HDD for certain use cases.

Falzo

aren't WD and Seagate sold out for their 2026 HDD production already? probably not worth it as you need quite a proper set up array, if it really should be performant. small array with little caching will not hold up to that promise. people already complain if something is limited to 10k iops on 4k because they don't get the difference. yet in high density setups you will want proper limits for balancing.

so no cached storage will not come back at scale. (doesn't mean that some smolish summer host will try...)

host_c

Spinning Rust cannot keep up with Flash based storage @ 4K , not even in higher numbers. ( below Raid10 12 bay node )

Processor  : Intel(R) Xeon(R) Gold 6248 CPU @ 2.50GHz
CPU cores  : 80 @ 2500.000 MHz
AES-NI     : ✔ Enabled
VM-x/AMD-V : ✔ Enabled
RAM        : 503.5 GiB
Distro     : Debian GNU/Linux 13 (trixie)
Kernel     : 6.17.2-1-pve
VM Type    : NONE
IPv4/IPv6  : ✔ Online / ✔ Online

fio Disk Speed Tests (Mixed R/W 50/50) 
---------------------------------
Block Size | 4k            (IOPS) | 64k           (IOPS)
  ------   | ---            ----  | ----           ----
Read       | 176.16 MB/s  (44.0k) | 1.68 GB/s    (26.3k)
Write      | 176.62 MB/s  (44.1k) | 1.69 GB/s    (26.4k)
Total      | 352.78 MB/s  (88.1k) | 3.37 GB/s    (52.7k)
           |                      |
Block Size | 512k          (IOPS) | 1m            (IOPS)
  ------   | ---            ----  | ----           ----
Read       | 3.87 GB/s     (7.5k) | 3.84 GB/s     (3.7k)
Write      | 4.08 GB/s     (7.9k) | 4.09 GB/s     (4.0k)
Total      | 7.95 GB/s    (15.5k) | 7.94 GB/s     (7.7k)

Same node, NVME

fio Disk Speed Tests (Mixed R/W 50/50)
---------------------------------
Block Size | 4k            (IOPS) | 64k           (IOPS)
  ------   | ---            ----  | ----           ----
Read       | 466.87 MB/s (116.7k) | 975.12 MB/s  (15.2k)
Write      | 468.10 MB/s (117.0k) | 980.25 MB/s  (15.3k)
Total      | 934.97 MB/s (233.7k) | 1.95 GB/s    (30.5k)
           |                      |
Block Size | 512k          (IOPS) | 1m            (IOPS)
  ------   | ---            ----  | ----           ----
Read       | 1.05 GB/s     (2.0k) | 1.08 GB/s     (1.0k)
Write      | 1.10 GB/s     (2.1k) | 1.15 GB/s     (1.1k)
Total      | 2.15 GB/s     (4.2k) | 2.24 GB/s     (2.1k)