I moved all the old components to the new case and I was very happy with my purchase and the quieter ambience.After Intel halved the price on Quad Core Q6600, I decided to indulge myself and build a new system and see how quiet I could make it with off the shelf components. I researched on the net and found silentpcreview.com and decided on an Antec P150 case with included NeoHE 430 power supply. Quiet Build with Intel Q6600, Asus P5K-E, Antec P150In April 2007, I started to get annoyed with how noisy the power supply fan in my no name case was getting.
Asus P5K E Price Upgrade The BIOSI set AI Overclocking to Manual, then changed FSB Frequency to 333MHz, and left all other settings at Auto.With CPU FSB set to 333 to give CPU of 3.0GHz, the CPU fan speed increased and was too noisy, so I change Q-Fan setting to Silent.See Toms Hardware Guide “Core 2 Quad and Duo Temperatures Guide”There is an excellent article at Tom’s Hardware forums called “Core 2 Quad and Duo Temperature Guide”. I had to upgrade the BIOS to 0602.Throughout all my testing, I have had Enhanced Intel SpeedStep Technology (EIST) enabled, so the Q6600 sets it’s multiplier to 6x during low load and to 9x during high load, and I haven’t had any problems with it.I first built and tested with the stock Intel CPU Cooler using Asus CPU Q-Fan enabled with Optimal profile and the stock Antec TriCool case fan set to Low.It was very easy to overclock. Press F1 to resume” when it booted because it didn’t recognize the Q6600. CPU: Intel Core 2 Quad 2.4GHz Q6600 G0 SLACR overclocked to 3.0GHzCPU Cooler: Scythe Ninja Plus Revision B SCNJ-1100PCPU Fan: Scythe Kama PWM Fan DFS122512L-PWM Asus P5K-E/WIFI-APMemory: Corsair 2x1GB DDR2 800MHz TWIN2X2048-6400C4Case: Antec P150 - now called Antec Solo or DesignerCase Fan: Scythe Slipstream 1200rpm SY1225SL12M Antec NeoHE 430 - included with P150, I like modular cabling.Video: Gigabyte GeForce 8600 GT GV-NX86T256H FanlessI am not an experienced overclocker, I just think that it makes economic sense to purchase a Q6600 rated at 2.4 GHz for half the price of Q6700 rated at 2.6 GHz and overclock it to 3.0GHz and give myself the satisfaction.Motherboard gave “Intel CPU uCode loading error. I will try to provide hard facts, but I do not have a decibel meter, so I can only give a subjective impression of quietness.My thanks also to Bluefront for his post about the exact fan that Ninja is currently shipping with Ninja. I found it so difficult to select just the right fans based on specifications that, in the SPCR spirit of experimentation, I ordered 2 fans to experiment with. After researching and comparing prices and availability, I settled on a Scythe Ninja as being cheaper and with included fan over Thermalright Ultra-120 Extreme, and possible better with low airflow. So I looked to replace the stock cooler and fan, and also to replace the stock Antec Tri-Cool fan.Asus P5K E Price Driver Down ThroughMy next challenge was to see if I could get the BIOS to control the fan speed.I now found that the hard disk was the loudest component in the system, so I changed from using the P150 grommet mounting to the P150 suspension mounting. I found that all these fans are not quiet at 1200rpm but they are quiet when under 800rpm. Sometimes I find that it does not register the CPU fan speed when SpeedFan starts, the work around I have for this is to run Asus PC-Probe, and after that SpeedFan starts reporting the CPU fan speed.I used a Zalman Fan Mate 2 to manually lower the speed of each fan until I couldn’t hear it above ambient, and SpeedFan to tell me what speed that was. And no hassle of having to completely remove the motherboard from the case to install a backing plate.I wanted to test the Ninja in fanless mode, so before I installed the Ninja, I droped the FSB to 200MHz and tested the Intel stock cooler, then I installed the Ninja, and ran it in fanless, with only my Antec TriCool case exhaust fan on Low.For these two tests, FSB was 200MHz, so for idle CPU is 1.2GHz and load it is 1.8GHz.Note that motherboard temperatures are increased, because motherboard is not getting cooling from CPU fan.When I came to install the fan on Ninja, I found that it had to sit above the RAM in the first RAM socket, so I moved over my RAM from the yellow to the black sockets, and then I could lower the fan so that it hangs down about 1cm below the Ninja fins and blows a bit more air across the motherboard and keeps Motherboard temperature down.SpeedFan is a great utility, it allows you to monitor fan speed and temperatures. Anyhow, you just have to line up the clips, centre the pushpins in the motherboard holes, then use a long screwdriver down through the notches in the Ninja fins to push them down only about 3 mm until they click. Perhaps it was my growing experience (this was the second time I had used the pushpins) or the ease of having the Intel Stock Cooler handy to fiddle with to see exactly how the clips worked.
Asus P5K E Price How To Configure AsusThe Asus P5K-E Motherboard User Guide does not provide detailed information on how to configure Asus Q-Fan profiles and what the BIOS options mean and it contains some errors. But I can only detect the difference when I have my ear about 1 foot away with the case cover off, instead of under my desk.There is hardly any documentation about Q-Fan. Now it is probably the whoosh of air from the Neo HE 430 PSU fan which is a smidgen louder than the shhhhh sound from the Samsung HD501LJ hard disk. Visual minteq downloadThe values available are 30☌,33,36,…,48☌. Once MB temperature falls about 1☌ below Target Temperature the BIOS starts reducing the Chassis fan speed back to the minimum specified by Chassis Fan Ratio.Chassis Target Temperature Chassis Fan speed will be adjusted to get Motherboard temperature as low as this temperature. Once MB temperature rises about 5☌ above the Target Temperature, the BIOS starts raising the Chassis fan speed. The values available are Auto, 90%, 80%, 70%, 60%. These are all 3-pin fan headers and they all get the same Fan Voltage.If Chassis Q-Fan Controls is Disabled, then the BIOS runs Chassis fans at constant 12V for maximum speed.If Chassis Q-Fan Control is Enabled, then the BIOS controls the voltage on the four Chassis Fan headers with the following options:Chassis Fan Ratio The percentage of maximum speed for chassis fans to operate at when the Motherboard (MB) temperature is low, ie when MB temperature is less than Chassis Target Temperature. There is a further BIOS option when Q-Fan is enabled called CPU Fan Profile, this has three levels:Silent - Super Quiet, to minimize fan speed for quiet CPU fan operation (BIOS varies fan between 33%-75% of max speed)Optimal - Middle Quiet, the CPU fan automatically adjusts depending on the CPU temperature (40%-100%)Performance - Slight Quiet, to achieve maximum CPU fan speed (50%-100%)The CPU Q-Fan control is based on monitoring CPU temperature (Tcase).Asus P5K-E motherboard and all new Asus motherboards made after the P5W DH, do not support DC voltage (3-pin) fan speed control on CPU_FAN header, only PWM (4-pin) fan speed control.Chassis Q-Fan controls CHA_FAN1 to CHA_FAN4 fan headers.
0 Comments
Leave a Reply. |
AuthorCody ArchivesCategories |