I don't agree with Vectorus's Trust idea, I'm just piggybacking off this thread.
Here are my estimates for whether or not Haxus would get cost savings from moving to the cloud:
Current Servers:
1x 2U PowerEdge 2950
- 2x 4-Core Xeon E5310/20/35/45 OR X5355/65 (He probably wouldn't use the low TDP L line.)
- 16GB RAM
- 6x 120GB SSD in RAID (Assume 600GB usable at the most)
12x 1U PowerEdge 1950
- 1x 4-Core Xeon E5310/20/35/45 OR X5355/65
- 8GB RAM
- Some sort of SAS HDD, probably between 73 and 750 GB.
4x 2U PowerEdge R815
- 4x 16-Core Opteron 6168/72/74/76/76 SE/80 SE
- 128GB RAM
AWS Alternatives:
1x RDS db.m5.xlarge ($159.943 Monthly / $1,791 Upfront, both for 1-Year Term)
- 4x vCPU (Probably at least 2x as fast as x5365 cores though)
- 16GB RAM
- 10 Gbps Network
1x EBS gp2 for DB ($0.10 / GB Monthly)
- 600GB of SSD Storage
12x EC2 t3.large ($38.11 Monthly / $426.00 Upfront, both for 1-Year Term)
- 2x vCPU (Probably Xeon Platinum 8180, has single-thread performance roughly 2x that of X5365)
- 8GB RAM
- 10 Gbps Network
4x EC2 r5.4xlarge ($463.55 Monthly / $5,192 Upfront, both for 1-Year Term)
- 16x vCPU (Xeon Platinum 8000 Series, probably ~2.5x-3x as powerful as the Opterons.)
- 128GB RAM
- 10 Gbps Network
16x EBS st1 for EC2 Instances ($0.045 / GB Monthly)
- 150GB HDD Storage
AWS Cost (This does NOT include AWS bandwidth usage costs):
Monthly: $2640 / Month, $31,680 / Year
Upfront: $29,687 / Year
$ / U for AWS to be an Improvement: $120 / Month
A few notes:
EDIT: Data transfer rates for EC2 instances. As aforementioned, I have no real way of knowing how much bandwidth Haxus uses per month.
Here are my estimates for whether or not Haxus would get cost savings from moving to the cloud:
Current Servers:
1x 2U PowerEdge 2950
- 2x 4-Core Xeon E5310/20/35/45 OR X5355/65 (He probably wouldn't use the low TDP L line.)
- 16GB RAM
- 6x 120GB SSD in RAID (Assume 600GB usable at the most)
12x 1U PowerEdge 1950
- 1x 4-Core Xeon E5310/20/35/45 OR X5355/65
- 8GB RAM
- Some sort of SAS HDD, probably between 73 and 750 GB.
4x 2U PowerEdge R815
- 4x 16-Core Opteron 6168/72/74/76/76 SE/80 SE
- 128GB RAM
AWS Alternatives:
1x RDS db.m5.xlarge ($159.943 Monthly / $1,791 Upfront, both for 1-Year Term)
- 4x vCPU (Probably at least 2x as fast as x5365 cores though)
- 16GB RAM
- 10 Gbps Network
1x EBS gp2 for DB ($0.10 / GB Monthly)
- 600GB of SSD Storage
12x EC2 t3.large ($38.11 Monthly / $426.00 Upfront, both for 1-Year Term)
- 2x vCPU (Probably Xeon Platinum 8180, has single-thread performance roughly 2x that of X5365)
- 8GB RAM
- 10 Gbps Network
4x EC2 r5.4xlarge ($463.55 Monthly / $5,192 Upfront, both for 1-Year Term)
- 16x vCPU (Xeon Platinum 8000 Series, probably ~2.5x-3x as powerful as the Opterons.)
- 128GB RAM
- 10 Gbps Network
16x EBS st1 for EC2 Instances ($0.045 / GB Monthly)
- 150GB HDD Storage
AWS Cost (This does NOT include AWS bandwidth usage costs):
Monthly: $2640 / Month, $31,680 / Year
Upfront: $29,687 / Year
$ / U for AWS to be an Improvement: $120 / Month
A few notes:
- Some similar r4.4xlarge instances could be gotten through AWS's GameLift thing for much cheaper, but I don't really understand enough about how that works and there is probably some sort of catch.
- Instances with very high amounts of RAM are the biggest price sinks, I don't know specifically what those run but if that could be cut down it would lead to further cost savings.
- I also obviously don't know what kind of rate Haxus is currently paying. If it's above $120 a month, though, moving to the cloud would provide him with significant savings.
- Some other cloud provider, like Microsoft's or IBM's, might be cheaper. I don't have the time to price things out for all of them.
EDIT: Data transfer rates for EC2 instances. As aforementioned, I have no real way of knowing how much bandwidth Haxus uses per month.