DIY build

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toddbagwell

DIY build
« on: 23 Nov 2011, 04:05 pm »
I got tired of waiting for the next series of Intel CPUs, code named Ivy Bridge which will be some of the first 22nm chips on the market.

My old Music server was a dual core AMD Athlon X2 3800, 90nm process and a whopping 90W TDP!

I'd put in a SSD for the OS, and had maxed out the RAM to 4GB (OK, 3.25 GB in windows XP 32bit  :oops: ), after reading a few good reports of the SOtM products, I bought a SOtM SATA power filter for my old audio computer.

Before it had arrived the internet shopping illness had returned, and I'd ordered one more as well as the parts to replace the entire PC.

I use a new Win7 machine in my home office to do all the power tasks, such as file conversions, backups, downloading, and other CPU clogging things.

This leaves my audio PC free to not do much other than clean up occasional tags or update metadata to better/bigger pics.



The parts list is:

CPU: Intel i5 2500k 
http://www.newegg.com/Product/Product.aspx?Item=N82E16819115072

SDD: Corsair Force 3 60GB x2 in RAID 0
http://www.newegg.com/Product/Product.aspx?Item=N82E16820233223

Case: Lian Li PC-C60
http://www.newegg.com/Product/Product.aspx?Item=N82E16811112335

Heatsink: Noctua NH-D14
http://www.newegg.com/Product/Product.aspx?Item=N82E16835608018

RAM: 16GB Corsair XMS3
http://www.newegg.com/Product/Product.aspx?Item=N82E16820233190

PSU: Seasonic SS-460FL
http://www.newegg.com/Product/Product.aspx?Item=N82E16817151099

MoBo: Asus P8Z68V-Pro
http://www.newegg.com/Product/Product.aspx?Item=N82E16813131730

SOtM SATA power filters
http://www.sonore.us/SOtM.html

Old PCI Sound Card ASUS Xonar ST
http://www.newegg.com/Product/Product.aspx?Item=N82E16829132014

Fan Controller: 1st PC Corp. FC-Hummer-B Lamptron
http://www.newegg.com/Product/Product.aspx?Item=N82E16811997015

[PICS]





























No optical drive in this build due to the fan switch, the OS was installed according to this article from 2010 in Maximum PC.

http://www.maximumpc.com/article/howtos/how_install_windows_7_usb_key

Motherboard drivers, LAN, etc. were copied onto the USB stick as well.

Installation of the OS took ~5 minutes. Very noticeable when compared to installing from an optical device. You do need to copy all the files onto the USB from the disk, but thiscan be done prior to the build while doing other things on an another machine.

Pointers are to make sure that the RAM will not interfere with the giant heatsink for the CPU. I avoided some of the enthusiast RAM with the GIANT het spreaders.

The case is a breeze to build out, every HDD tray is modular, allowing for just the exact number and placement of drives for your build. The aluminum construction does make for a very light finished product. I've built 10 or so computers in the past 5 years, and this is the best case I've ever used!



I did gamble with the height of the CPU cooler, and I lost  :duh:  I'll need to modify the top of the case, due to the size of the Noctua heatsink. The case lid does has an optional 140mm fan mounting hole, which I opened, but the cooler needs a slightly larger opening.

I'll need to dremmel out a larger opening, but for now the lid is sitting on three vibrapods, and just clears the heatsink.

This build allows me to use the SSD in a RAID 0 array for lightning quick boot-ups and with the fans off, it has no noise. If the power LED on the case wasn't working, I'd have no idea if it was on or not  :green:

I've got the CPU running at 2.6Ghz down from 3.3 stock. I've turned the Core Voltage down to 1V to help decrease heat production. The Intel Turbo boost is also off, but I allow the CPU to throttle down to 1.6Ghz when idle.

when playing music of any sample rate, the CPU is between 0-1% activity. the CPU temps range from 37-50 Celsius depending on the ambient temp in the room. with the case fans switched on, it is 28 C.

Things went smoothly with this build, which is always nice when you try something new! [no optical drive]

Happy to answer any questions about the build, or to suggest alternate parts

todd


srb

Re: DIY build
« Reply #1 on: 23 Nov 2011, 04:15 pm »
All that processing power, memory and fans seems like overkill for a music server ?
 
Steve

toddbagwell

Re: DIY build
« Reply #2 on: 23 Nov 2011, 04:26 pm »

All that processing power, memory and fans seems like overkill for a music server ?

yes, but my music is HEAVY!  :icon_twisted:

yeah. i know. If you're going to do something, you might as well overdo it!

Believe me, I thought about the details of this computer for a long time before buying/building it. I decided I'd rather have the ability to increase performance with BIOS tweaks. I wanted to have the ability to increase the CPU performance easily if future software required it rather than scramble to find a replacement CPU or MoBO in 2-3 years when Socket 1155 is no longer being made. I debated upgrading my AMD 939 CPU at one point, and was going to get abused on Ebay or Amazon due to the scarcity of out of date parts, this setup allows me to just take the multiplier up to 28 or 30 if I want.

the fans are switchable on the front panel. but to be honest, I'm not hearing much if any difference in casual listening.

RAM, well, it's cheap.

Thanks steve, and I don't mean for this build to be any sort of standard, just what I felt to be an good mix of flexibility and future-proofing.

todd

randytsuch

Re: DIY build
« Reply #3 on: 23 Nov 2011, 04:53 pm »
Hi
I built a HTPC recently with a similar case, the C34F. 
Really like Lian Li cases, its very nice.

BTW, did you consider undervolting your fans.  Seems like you can live with lower airflow, and if you undervolt them, you can make the basically silent from any reasonable distance.

Randy

srb

Re: DIY build
« Reply #4 on: 23 Nov 2011, 05:04 pm »
I am curious, even if using the memory play feature available in a number of music players, if there would be discernible difference between 8GB and 16GB of RAM?
 
I did look up DDR3 RAM power consumption and it looks like the increased power consumption would be negligible in the scheme of things (and even less in background and read states).
 
A quick Google, but I found out way more than I wanted to know !
http://download.micron.com/pdf/technotes/ddr3/TN41_01DDR3%20Power.pdf
 
Anyway, she is a sweet machine.  Enjoy !
 
Steve
 
 

toddbagwell

Re: DIY build
« Reply #5 on: 24 Nov 2011, 12:28 pm »

BTW, did you consider undervolting your fans.  Seems like you can live with lower airflow, and if you undervolt them, you can make the basically silent from any reasonable distance.


I considered it, but with the switch, I decided not to. If I decide to run the processor at full bore, I'll likely undervolt the case fans.

DougSmith

  • Jr. Member
  • Posts: 158
  • What will the next hundred years bring?
Re: DIY build
« Reply #6 on: 24 Nov 2011, 01:51 pm »
I built something similar a few months ago:

LIAN LI PC-C50B Micro ATX Case
GIGABYTE GA-Z68MX-UD2H-B3 motherboard
Intel Core i5-2500K
Sparkle Nvidia GT-440 card
OCZ Platinum Extreme 4GB DDR3-1600 CL7 1.35V memory
Hitachi Deskstar 5K3000 2TB (x2)
Crucial Technology 64GB M4 SSD (boot drive)
LG WH12LS30 Blu-ray
Seasonic X-560 PSU
CM Geminii S CPU cooler with Noiseblocker fan 
Noiseblocker MF12-S2 multiframe case fans (x2)
Hdplex IR receiver


Thump553

  • Full Member
  • Posts: 511
Re: DIY build
« Reply #7 on: 24 Nov 2011, 02:47 pm »
Wow, your low-level audio server substantially outclasses my so-called gaming machine in just about every respect.