This is photography-related -- for me -- because if it wasn't for processing ("developing", editing), photographic images I'd have a hard time justifying a powerful desktop computer. Even then, it's not necessary -- it just works faster than a less-powerful computer. That said...
I built this computer, mostly in 2012, but just this weekend I moved the guts to a new, better, case and added a couple of minor improvements. The 2012 build was the third generation of computer I've built for myself.
The occasion of a new computer case and the discussion here in The Photographers Forum of photographic processing inspired me to share this photography-related tool.
Here's a link to a list of the components of my "build": Build 2012-15
The processor is the biggest factor in making this computer suitable for heavy "computing", with "lots of RAM" a close second. This processor is a second-generation Intel i7, so not the latest thing in 2015 (which is a 4th gen i7), but if I wanted faster I could easily overclock it -- I have enough cooling capacity in this build.
If you're using an image processing program that can multi-thread the job -- split the task over multiple processors (such as a quad-core with hypertheading, creating 8 logical processors) that really speeds up the task. Most consumer software can't do this -- because it's not needed for most consumer uses. The only time that I've been able to significantly benefit from multi-processor enabled software has been using panorama-creating software (Panorama Factory) as I described in this post, and HDR sofware running in batch mode.
Here's a screenshot of all 8 logical processors working on merging/blending 36 images into a 360° panorama, along with pics (not mine) of the front and back that most-important -- but hidden -- component, the CPU, an Intel Core i7-3820.
Below is the main view of the inside of my new build -- with the left side of the case removed, showing the motherboard and most of the components connected to the motherboard.
Below is a view of the "other side" with the right side of the case removed -- mostly just a mess of cable behind the motherboard, but shown because this case has an option for putting solid state drives (SSD) here, which I did.
Here's what the front of the case looks like with the door swung open for access to the optical drive and the hard drive docking slot. The docking slot permits sliding in a bare hard drive for when I want to backup critical files to a drive that can be easily moved "off-site".
The air-intake zone is covered with a dust filter, which is easy to remove when needed for cleaning. This need is frequent in dusty Central Oregon.
Here's another perspective on the main "action" side of the computer, better-showing the giant CPU cooler.
This view also shows the bottom of the box, which is entirely perforated as another cooling-air entrance and covered with a dust filter, like the front.
Below are commercial/file photos (not mine) of the new shell of my computer -- the Fractal Design "Define R5" case. This "Scandinavian designed and engineered" case is marketed as a "silent case". Its walls are lined with sound-deadening material and the supplied fans are large-diameter which permits good airflow for cooling at lower RPM for quietness.
The Black Beauty!
I built my first computer back in 2007 because I couldn't configure a Dell computer (or any other) that had the combination of components that I wanted. Like, if I wanted a powerful processor it was bundled with a hardcore gamer-level graphics card -- overkill for my needs (I don't game). And it turned out I was able to build the exact computer I wanted for le$$ than if I bought a comparable machine from Dell or HP.
In the time since that first build in 2007, I've built a couple of more generations of computers as processors and storage media advanced, and I've built computers for a couple of friends of mine, too.
But, honestly, now I do it because I enjoy it -- it's fun to build something cool!
I built this computer, mostly in 2012, but just this weekend I moved the guts to a new, better, case and added a couple of minor improvements. The 2012 build was the third generation of computer I've built for myself.
The occasion of a new computer case and the discussion here in The Photographers Forum of photographic processing inspired me to share this photography-related tool.
Here's a link to a list of the components of my "build": Build 2012-15
The processor is the biggest factor in making this computer suitable for heavy "computing", with "lots of RAM" a close second. This processor is a second-generation Intel i7, so not the latest thing in 2015 (which is a 4th gen i7), but if I wanted faster I could easily overclock it -- I have enough cooling capacity in this build.
If you're using an image processing program that can multi-thread the job -- split the task over multiple processors (such as a quad-core with hypertheading, creating 8 logical processors) that really speeds up the task. Most consumer software can't do this -- because it's not needed for most consumer uses. The only time that I've been able to significantly benefit from multi-processor enabled software has been using panorama-creating software (Panorama Factory) as I described in this post, and HDR sofware running in batch mode.
Here's a screenshot of all 8 logical processors working on merging/blending 36 images into a 360° panorama, along with pics (not mine) of the front and back that most-important -- but hidden -- component, the CPU, an Intel Core i7-3820.
Below is the main view of the inside of my new build -- with the left side of the case removed, showing the motherboard and most of the components connected to the motherboard.
Below is a view of the "other side" with the right side of the case removed -- mostly just a mess of cable behind the motherboard, but shown because this case has an option for putting solid state drives (SSD) here, which I did.
Here's what the front of the case looks like with the door swung open for access to the optical drive and the hard drive docking slot. The docking slot permits sliding in a bare hard drive for when I want to backup critical files to a drive that can be easily moved "off-site".
The air-intake zone is covered with a dust filter, which is easy to remove when needed for cleaning. This need is frequent in dusty Central Oregon.
Here's another perspective on the main "action" side of the computer, better-showing the giant CPU cooler.
This view also shows the bottom of the box, which is entirely perforated as another cooling-air entrance and covered with a dust filter, like the front.
Below are commercial/file photos (not mine) of the new shell of my computer -- the Fractal Design "Define R5" case. This "Scandinavian designed and engineered" case is marketed as a "silent case". Its walls are lined with sound-deadening material and the supplied fans are large-diameter which permits good airflow for cooling at lower RPM for quietness.
The Black Beauty!
I built my first computer back in 2007 because I couldn't configure a Dell computer (or any other) that had the combination of components that I wanted. Like, if I wanted a powerful processor it was bundled with a hardcore gamer-level graphics card -- overkill for my needs (I don't game). And it turned out I was able to build the exact computer I wanted for le$$ than if I bought a comparable machine from Dell or HP.
In the time since that first build in 2007, I've built a couple of more generations of computers as processors and storage media advanced, and I've built computers for a couple of friends of mine, too.
But, honestly, now I do it because I enjoy it -- it's fun to build something cool!