Public Cloud vs. Hosted Hyperconvergence Costing Project
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Let's work from the other direction, now, what would it cost for a hosted cloud to have the same capacity as a full HC3 cluster from the example above? We already know that the Scale HC3 in colocation with full accouterments would be $77K for five years.
The limiting factor here is really RAM. The Scale HC3 has 128GB which would support 16 VMs of the example size above. That would be just over $161,000 on the hosted cloud with HA and backups.
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Pretty much once we have breached the minimum threshold of hyperconvergence benefit, the cost of the cluster continues to improve with each additional workload that we add. Individual nodes with more RAM, more or faster storage, more or faster CPUs allow us to load up more VMs at minimal additional cost. Adding another node is a small investment, about $13K from our example above when we include the Windows Datacenter licensing, gives us the ability to run 50% more workloads for only that small additional investment. All other costs are already covered.
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One thing that has not been included in this quick example, which is not real world at all, is support costs. Both approaches have additional costs. The hyperconverged solution has ongoing maintenance and support costs that need to be factored in. This could be just over $10K for a solution of this size. The hosted cloud solution does not have a hard support cost but does require a bit of additional time and expertise to build out and support, especially the HA aspects of it which may be quite complex and will generally require additional security, VPNs and more. This is easily more expensive than the cluster support. And not all workloads can be serviced in this way, so may not even be possible or practical.
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C'mon people, I need some real world examples
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Do you really need 3 nodes for your cluster example? Wouldn't that lower costs even more? or is HA just not possible without the third as a witness?
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@Dashrender said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
Do you really need 3 nodes for your cluster example? Wouldn't that lower costs even more? or is HA just not possible without the third as a witness?
Right, three nodes is the starter cluster. There is no two node cluster for this example.
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@scottalanmiller said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@Dashrender said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
Do you really need 3 nodes for your cluster example? Wouldn't that lower costs even more? or is HA just not possible without the third as a witness?
Right, three nodes is the starter cluster. There is no two node cluster for this example.
Please help me understand why the StarWinds cluster at two nodes doesn't work here?
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@Dashrender said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@scottalanmiller said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@Dashrender said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
Do you really need 3 nodes for your cluster example? Wouldn't that lower costs even more? or is HA just not possible without the third as a witness?
Right, three nodes is the starter cluster. There is no two node cluster for this example.
Please help me understand why the StarWinds cluster at two nodes doesn't work here?
I don't have numbers on that.
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@scottalanmiller said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
Result... break even on a five year cycle. Almost exactly the same cost. Except for a few things....
Yeah, you forgot the pipe to get shit out. There's $60K right there. Double it if you want redundancy, like what you would get in a hosted solution.
the hyperconverged solution is high availability while the hosted cloud option is not.
Da f***? You lose one node, you are hurting. I lose 10 nodes in a rack and wouldn't even have to get up to answer the call. And we are a small time provider. Someone like Verizon has 20 or so 32 node clusters in ONE datacenter for one customer line.
And the hyperconverged solution includes backups, the hosted cloud solution does not.
Da f***? What the hell have you been looking at? What kind of hosted provider doesn't provide backups? I just spent a cool half mil on just hardware to supply backups for folks. Verizon has 42U tape libraries backing up stuff all day long using Commvault. Not to mention the cloud backup processes if someone really didn't want all their stuff in one spot.
I think you are going in on this half baked. Yeah, you can get some stuff locally cheaper. But don't compare hosted versus local on price alone. You capped your shit out local, you are stuck until you buy more and have to sink that cost for the next cycle. I can scale your machines up with more processors on a whim and drop you back down because Boxing Day is your biggest sale day. You getting DDoS'd by China locally, you basically have to figure it out. I have massive WAFs to block that shit. You get a pimply faced youth for $12 an hour to run your shit, something blows up and he has no clue what to do. I have people with 20+ years of experience just in our support team ready to assist your dumbass who ran rm -r /.
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How much is your cloud solution that included backups? What are the backup windows and recovery times?
When I looked at colo it included 100/100 in the price, no idea if it was redundant or not.
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@Dashrender said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
When I looked at colo it included 100/100 in the price, no idea if it was redundant or not.
This is Tier IV here. Everything redundant. This is top end. You can't buy better. Redundant generators, UPS, HVAC, tight security, loads of independent networking gear and providers.
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@scottalanmiller said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@Dashrender said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
When I looked at colo it included 100/100 in the price, no idea if it was redundant or not.
This is Tier IV here. Everything redundant. This is top end. You can't buy better. Redundant generators, UPS, HVAC, tight security, loads of independent networking gear and providers.
How much bandwidth do you get with your 1/4 rack?
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@Dashrender said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@scottalanmiller said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@Dashrender said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
When I looked at colo it included 100/100 in the price, no idea if it was redundant or not.
This is Tier IV here. Everything redundant. This is top end. You can't buy better. Redundant generators, UPS, HVAC, tight security, loads of independent networking gear and providers.
How much bandwidth do you get with your 1/4 rack?
By default, 25Mb/s unmetered. Their website says 25MB/s but I'm pretty sure that that is a typo.
https://www.colocationamerica.com/colocation/
That's default, you can always negotiate for other packages.
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@scottalanmiller said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@Dashrender said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@scottalanmiller said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@Dashrender said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
When I looked at colo it included 100/100 in the price, no idea if it was redundant or not.
This is Tier IV here. Everything redundant. This is top end. You can't buy better. Redundant generators, UPS, HVAC, tight security, loads of independent networking gear and providers.
How much bandwidth do you get with your 1/4 rack?
By default, 25Mb/s unmetered. Their website says 25MB/s but I'm pretty sure that that is a typo.
https://www.colocationamerica.com/colocation/
That's default, you can always negotiate for other packages.
An extra 1TB of bandwidth is only $20, too.
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@Dashrender said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
How much is your cloud solution that included backups? What are the backup windows and recovery times?
When I looked at colo it included 100/100 in the price, no idea if it was redundant or not.
Crazy, stupid redundant. We gotta be, especially in LA.
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@ChrisL said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@scottalanmiller said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@Dashrender said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@scottalanmiller said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@Dashrender said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
When I looked at colo it included 100/100 in the price, no idea if it was redundant or not.
This is Tier IV here. Everything redundant. This is top end. You can't buy better. Redundant generators, UPS, HVAC, tight security, loads of independent networking gear and providers.
How much bandwidth do you get with your 1/4 rack?
By default, 25Mb/s unmetered. Their website says 25MB/s but I'm pretty sure that that is a typo.
https://www.colocationamerica.com/colocation/
That's default, you can always negotiate for other packages.
An extra 1TB of bandwidth is only $20, too.
Eh? 25 Mb/s unmetered would mean 64,800,000 Mb (or 8,100,000 MB) in a 30 day month. That's around 8 TB/month - unless unmetered means something else
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@Dashrender said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@ChrisL said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@scottalanmiller said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@Dashrender said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@scottalanmiller said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@Dashrender said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
When I looked at colo it included 100/100 in the price, no idea if it was redundant or not.
This is Tier IV here. Everything redundant. This is top end. You can't buy better. Redundant generators, UPS, HVAC, tight security, loads of independent networking gear and providers.
How much bandwidth do you get with your 1/4 rack?
By default, 25Mb/s unmetered. Their website says 25MB/s but I'm pretty sure that that is a typo.
https://www.colocationamerica.com/colocation/
That's default, you can always negotiate for other packages.
An extra 1TB of bandwidth is only $20, too.
Eh? 25 Mb/s unmetered would mean 64,800,000 Mb (or 8,100,000 MB) in a 30 day month. That's around 8 TB/month - unless unmetered means something else
I sincerely apologize for the misinformation, we need to change our cart--the 1TB add-on is for our dedicated server options.
We don't monitor the transfer amount for colo, but you're capped at 25 Mb/s. We charge at the 95th percentile, but most of our clients will never reach it. But we can increase that transfer rate for a very small fee.
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Reminder that I'm looking for real world or proposed sample cases to work with.
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@scottalanmiller said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
So doing cost comparisons seem to be very popular and I'm going to try to do a bit more of them. I thought that it might be useful if we had some real world workloads to use to compare the two approaches. Coming up with contrived examples is useful, but only so useful. Getting examples of what people actually need to compare would be far more interesting.
What are we comparing?
In the first corner: public cloud. Services like Amazon AWS and Vultr. An average mainline Windows server there is about $96/mo and Linux is about $40.
In the second corner: hosted hyperconvergence. We can play around with different options, but Scale and Colocation America are the easiest and are very comparable as it is enterprise, full support, single price and Tier IV datacenters with Amazon-like full time support.
Comparing these two is very useful because both are off-premises approaches that overlap in what they provide. Two different approaches to essentially identical needs for SMB customers.
Let me know some workloads and let's get to comparing!
I don't get the "hosted colocation" idea. If I want to move move workload out of my own datacenter, why should I trust to somebody small running SMB solution on steroids, if I can go for AWS or Azure? Are we comparing costs only?
P.S. I'd also get hyper grid (ex-gridstore) pricing here as well. My $0.02 ;))
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@KOOLER said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
@scottalanmiller said in Public Cloud vs. Hosted Hyperconvergence Costing Project:
So doing cost comparisons seem to be very popular and I'm going to try to do a bit more of them. I thought that it might be useful if we had some real world workloads to use to compare the two approaches. Coming up with contrived examples is useful, but only so useful. Getting examples of what people actually need to compare would be far more interesting.
What are we comparing?
In the first corner: public cloud. Services like Amazon AWS and Vultr. An average mainline Windows server there is about $96/mo and Linux is about $40.
In the second corner: hosted hyperconvergence. We can play around with different options, but Scale and Colocation America are the easiest and are very comparable as it is enterprise, full support, single price and Tier IV datacenters with Amazon-like full time support.
Comparing these two is very useful because both are off-premises approaches that overlap in what they provide. Two different approaches to essentially identical needs for SMB customers.
Let me know some workloads and let's get to comparing!
I don't get the "hosted colocation" idea. If I want to move move workload out of my own datacenter, why should I trust to somebody small running SMB solution on steroids, if I can go for AWS or Azure? Are we comparing costs only?
P.S. I'd also get hyper grid (ex-gridstore) pricing here as well. My $0.02 ;))
Why do you consider putting a HC into a colocation a somebody small running SMB solution on steroids? A level IV DC is equivalent to what AWS is running (I'm assuming), so the DC itself is the same.
Also, in a SMB, rarely are you going to have a DC setup that matches the DCs used by Level IV DC or AWS, and if you are, well you're costs are out of this world and you've already blown the bank providing just that.
From what I can tell, the difference between you running your own hardware in a Level IV DC vs someplace like AWS is that YOU are responsible for your software licenses, hardware.
You're responsible for your VMs in both cases, so no change there.
So what I see @scottalanmiller figuring out is if it's worth managing your own hardware and software licenses are worth the cost vs using something like AWS or Vultr.
