storm-chaser
Disabled
- Joined
- Sep 2, 2011
- Location
- Upstate NY
I decided to move forward with LGA 1366 regarding CPU choice for my next project. I just pulled the trigger on a Dell PowerEdge 710 Server to tinker with. I have high hopes for this and it will essentially be an ongoing project to optimize not only the hardware itself but my home network as well. It will also be provisioned as a network storage device, as my current 500GB NAS is at the limit. Main point here is to have fun with it.
Specs include:
-112GB Memory 1333MHz Dual Ranked DDR3 for two processors, Optimized
-Dual Intel XEON X5560 CPUs @ 2.8GHz (base) and (3.2GHz boost)
-Intel PRO 1000VT Quad Port 1GbE NIC, PCIe-4
-Embedded Broadcom, GB Ethernet NICS with TOE
-PERC 6/i SAS RAID Controller 2x4 Connectors, Internal, PCIe 256MB Cache, x8 Chassis
-RAID 1 for H700, PERC 6/i, H20 0 or SAS 6/iR Controllers
-(Two) High Output Power Supply Redundant, 870W
-Riser with 2 PCIe x8 + 2 PCIe x4 Slot
-DVD drive, chassis for Up to Eight 2.5-Inch Hard Drives
Project Notes and CPU Upgrades:
There are two motherboards versions. Gen I and Gen II (pretty sure I got gen II but wont know for certain till it arrives) But the point is, gen 1 only supports 95W CPUs. Gen II supports up to 130W CPUs.
If Gen 1, I will pull the trigger on two 95W Xeon X5675's that have a base clock of 3.067GHz and a boost clock of 3.467 MHz. These are hexacore chips, and when combined will bring my total processing power up to 12 cores. I figure the 12 cores should be okay for the next ~ 6 months in the gaming scene. Word on the street is by 2021 all games will require a minimum of 48 cores just to get to the main menu.
If Gen 2, I will likely pull the trigger on two of the 130W X5690 Xeon chips. Now these are HOT processors that boost up to 3.73GHz, so I am not sure what to do about cooling. The mounting and heat sink design is all proprietary and custom, from what I have gathered. It sounds like a better choice would be to stick with the 95W CPU regardless of what version MB I get. Although, I was thinking custom water cooling would be pretty neat in something like this. Obviously that would be a challenging project but it's feasible and possible given time and consideration. There is a better dell heatsink for the R710 that's high density finned and copper, but they are pretty rare.
Storage Solutions and operating system(s)
-Enterprise level SDD drives will be purchased for lighting fast I/0 and file transfers
-Initially, I will start with one SSD and Windows 10 to get a feel for the system and then possibly move to Server 2016
-Still trying to work out what I want in terms of storage here. I think it will be all SSD as well, in RAID 1
-It would be really cool if I could RAID 0 two SSD's for optimal performance (first thing I will look into)
-I've heard that there is a turbo hack for some of the XEON CPUs from this era, but I'm not sure if these specific processors fall into that category.
-Basically, I'm going to have some fun. There is no pressure here. Just want to build this out to be high performance home server that will eventually double as a NAS device on my network.
-I am well aware LGA 1366 is dated and I am fine with that, please don't try to compare this project to current server technology, that's not the point. When I talk about performance I talk about the best performance relative to LGA 1366.
-Open to advice and opinion on what else I should do with this and/or what else I should upgrade on it to further refine this build.
-Open to other project idea's and backup solutions
-Open to SSD recommendations and CPU considerations.
-Open to GPU considerations and recommendations as well
Specs include:
-112GB Memory 1333MHz Dual Ranked DDR3 for two processors, Optimized
-Dual Intel XEON X5560 CPUs @ 2.8GHz (base) and (3.2GHz boost)
-Intel PRO 1000VT Quad Port 1GbE NIC, PCIe-4
-Embedded Broadcom, GB Ethernet NICS with TOE
-PERC 6/i SAS RAID Controller 2x4 Connectors, Internal, PCIe 256MB Cache, x8 Chassis
-RAID 1 for H700, PERC 6/i, H20 0 or SAS 6/iR Controllers
-(Two) High Output Power Supply Redundant, 870W
-Riser with 2 PCIe x8 + 2 PCIe x4 Slot
-DVD drive, chassis for Up to Eight 2.5-Inch Hard Drives
Project Notes and CPU Upgrades:
There are two motherboards versions. Gen I and Gen II (pretty sure I got gen II but wont know for certain till it arrives) But the point is, gen 1 only supports 95W CPUs. Gen II supports up to 130W CPUs.
If Gen 1, I will pull the trigger on two 95W Xeon X5675's that have a base clock of 3.067GHz and a boost clock of 3.467 MHz. These are hexacore chips, and when combined will bring my total processing power up to 12 cores. I figure the 12 cores should be okay for the next ~ 6 months in the gaming scene. Word on the street is by 2021 all games will require a minimum of 48 cores just to get to the main menu.
If Gen 2, I will likely pull the trigger on two of the 130W X5690 Xeon chips. Now these are HOT processors that boost up to 3.73GHz, so I am not sure what to do about cooling. The mounting and heat sink design is all proprietary and custom, from what I have gathered. It sounds like a better choice would be to stick with the 95W CPU regardless of what version MB I get. Although, I was thinking custom water cooling would be pretty neat in something like this. Obviously that would be a challenging project but it's feasible and possible given time and consideration. There is a better dell heatsink for the R710 that's high density finned and copper, but they are pretty rare.
Storage Solutions and operating system(s)
-Enterprise level SDD drives will be purchased for lighting fast I/0 and file transfers
-Initially, I will start with one SSD and Windows 10 to get a feel for the system and then possibly move to Server 2016
-Still trying to work out what I want in terms of storage here. I think it will be all SSD as well, in RAID 1
-It would be really cool if I could RAID 0 two SSD's for optimal performance (first thing I will look into)
-I've heard that there is a turbo hack for some of the XEON CPUs from this era, but I'm not sure if these specific processors fall into that category.
-Basically, I'm going to have some fun. There is no pressure here. Just want to build this out to be high performance home server that will eventually double as a NAS device on my network.
-I am well aware LGA 1366 is dated and I am fine with that, please don't try to compare this project to current server technology, that's not the point. When I talk about performance I talk about the best performance relative to LGA 1366.
-Open to advice and opinion on what else I should do with this and/or what else I should upgrade on it to further refine this build.
-Open to other project idea's and backup solutions
-Open to SSD recommendations and CPU considerations.
-Open to GPU considerations and recommendations as well