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  • Hey all, just changed over the backend after 15 years I figured time to give it a bit of an update, its probably gonna be a bit weird for most of you and i am sure there is a few bugs to work out but it should kinda work the same as before... hopefully :)

If you could build your ideal PC right now...

James Jetel

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What would the build look like for an office/home rig, using currently available components?

The mac pro is so far away...
I'm totally fishing for advice.
 
What would the build look like for an office/home rig, using currently available components?

The mac pro is so far away...
I'm totally fishing for advice.
z840 or a SuperMicro chassis / dual 2687w's / 256g / cubix expander with 4 x Titan Xp's// SAS hba
is where i would start
 
z840 or a SuperMicro chassis / dual 2687w's / 256g / cubix expander with 4 x Titan Xp's// SAS hba
is where i would start

I have a superMicro workstation but next time I think I go with a hp since they go a step further with making custom drivers (correct me if I'm wrong), plus at better support I hear. That said, I could go back to Mac if they drop a new Mac Pro.
 
z840 or a SuperMicro chassis / dual 2687w's / 256g / cubix expander with 4 x Titan Xp's// SAS hba
is where i would start
That would be a really great system. Not cheap.

I demand a couple of i9 processors and 8 x Quadro P6000s! :laugh:
 
not enough pci lanes in the consumer chips to do 4-1080ti at x16. Gotta go to Xeon and a board like the supermicro x10drg-q

Look into MSI (for Intel i9) X299 SLI PLUS. Has 4 PCI 16 slots. And Intel® Core™ i9-7900X X-series Processors can handle up to 44 PCI Express lanes (http://ark.intel.com/products/12361...-series-Processor-13_75M-Cache-up-to-4_30-GHz). That is more than their current top of the line Xeon can handle (https://www.intel.com/content/www/us/en/products/processors/xeon/e7-processors/e7-8890-v4.html).
 
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Look into MSI (for Intel i9) X299 SLI PLUS. Has 4 PCI 16 slots.

read the detailed specs. A lot of manufacturers do this..it may be a x16 slot but what it actually operates at depends on the setup.

from their page..
- Support x16/x16/x8 mode with the 44-lane CPU.*
- Support x16/x8/x4 modes with the 28-lane CPU.*
- Support x8/x8/x0, x8/x4/x4 modes with the 16-lane CPU.*
 
We have a couple of clients who require distributed mass scale renderings on demand. We currently use this setup for in-house visualizations (http://www.nvidia.com/object/visual-computing-appliance.html) with our HPC (Intel Hi-Performance Computers). Not an inexpensive device. However, we regularly buy 100k ~ 200k core render slots from our core cluster providers depending on the project. I don't know how or "if" you do large scale renderings but if you are into things of this nature, it may be a viable option. You could negotiate real attractive render node per minute pricing when you get in to large scale cluster render options. Some of them are as low as $0.002/render minute/core (depends on application licensing, time of the day, your willingness to handover clusters when they demand etc).
 
I don't know why these MBs do not have Thunderbolt connectors. I think Intel developed that technology.
 
maybe check out hackintosh options? Basically being able to work on windows and always having the option to go mac with minimum issues. Limits choices a bit but not as much as most think.
 
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