Hi All. I want to share pictures of my new Sandy Bridge Z68 build with you all, and ask for some heatsink/cooling advice.
First, the question.
How do I spread the thick provided (Shin Etsu) thermal interface material between the Corsair A70 and 2600k for best cooling and least temperature variation between the cores?
My first attempt was to put it on the heatsink between the pipes (somewhat sloppily), but that resulted in the following:
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdXywqhoPHI/AAAAAAAAAe4/ErkmEJUdo9Y/s400/DSCN2861.JPG
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX1qYY8osI/AAAAAAAAAgk/XBrEzs8U6co/s400/DSCN3070.JPG
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdX1s-jAhrI/AAAAAAAAAgw/K1NfDD7pvZM/s400/DSCN3066.JPG
Here's an i7 2600k die map I got from the web:
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX1tksbODI/AAAAAAAAAg0/muV1eRep6KM/s400/Intel%20Core%20i7%202600k%20die%20map.jpg
My 1.6Ghz temps:
https://lh6.googleusercontent.com/_3TvGwqWNzR8/TdX3-Slz27I/AAAAAAAAAhI/In0F8GyffpY/s640/2011-05-15%20Core%20temps%20%401.6Ghz%20-%20uneven%2C%20must%20reseat%20HS.png
And my 3.8Ghz turbo temps, though the UEFI monitor says 47 degrees:
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX3-scrM1I/AAAAAAAAAhM/ds3SPi1fb04/s640/2011-05-15%20Core%20temps%20%403.8Ghz%20-%20uneven%2C%20must%20reseat%20HS.png
My 2nd attempt was to clean the chip and heatsink surfaces with special cleaner and coffee filters, and put a large pea sized glob in the middle of the chip, with slightly better, but similar results.
https://lh6.googleusercontent.com/_3TvGwqWNzR8/TdX1m8adHFI/AAAAAAAAAgg/kaGWiuhgSaM/s288/DSCN3072.JPG
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdX1z4q0eAI/AAAAAAAAAg4/bKM2c0V16sY/s288/DSCN3074.JPG
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdX3-CaeVpI/AAAAAAAAAhE/KAeozf4Xl5Q/s640/2011-05-19%20Core%20temps%20%401.6-3.8Ghz%20-%20uneven%2C%20after%20reaseating%20HS.png
I've read up on forums, and I'd love to read from someone who has actually installed an A70 cooler on an i7 2600k chip.
[H]ard forums did a review and their heatsink looked like this when they pulled it:
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdXx_ELul7I/AAAAAAAAAek/b9zBJnNR-4E/s400/%5BH%5DardOCP%20A70%20test.jpg
I'm not sure what my second attempt looks like yet, but I may pull it again to see.
-------------------------------
Update:I used Asus AI auto tuning to get a 4635 Mhz overclock. Played some SHIFT 2, and the hottest it got was 65C on the hottest core, and 58C on the coolest core. Interestingly, CPUID Hardware Monitor reports CPU VCORE Max as 1.42, and Min as 0.41, with it mainly hanging around 1.0-1.3. I set the EPU to Auto. Some of the time the CPU throttled down to 1648Mhz which brought down the CPU temps back in the 40s, so the throttling feature is amazing, and the game smooth as butter maxed out! Still, I'd like to get into the high 4s and maybe even 5s considering I have a giant heatsink in push/pull in a HAF case.
-------------------------------
I'm looking for some good advice here.
Now for the build.
Intel i7 2600k
Asus P8Z68-V Pro
Corsair A70
CoolerMaster HAF922
Corsair HX750 modular power supply
Nvidia Geforce GTX470
G.Skill Ripjaws 1333Mhz CL7
Samsung HD103SJ Raid0 2x1TB system
Samsung HD204UI 2TB storage
LG WH10LS30 blu-ray burner
Hauppauge WinTV HVR-1250 ATSC/QAM TV tuner
Texas Instruments 1394 Firewire 400 & 800 PCI card
I was going between the Asus P8Z68-V Pro and the Asrock Z68 Extreme4 motherboards. Release day Asus P8Z68-V Pro reviews were glowing. Tomshardware subsequently praised both giving Asrock a slight overall edge due to Asrock's virtual PCI-E lane implementation. I liked the 16 phases of the Asus over Asrock's 10, though I liked Asrock's front panel USB 3.0 and DisplayPort for future connectivity. I was worried about Asus's poor Newegg ratings of the P8P67 and P8P67 Pro boards, despite great reviews of the P8P67 Deluxe board. Chancing it and knowing I could return it if issues arise and buy the Asrock when it becomes available, on release day 11 May 2011, I ordered the Asus board from Newegg and picked it up same day at their will call at Industry, CA. In hand on release day is the first time I've done that with a new motherboard, or any other electronic, but I was excited. As it turns out, the first 5 Newegg reviews are glowing and my experience so far has been 5 stars, as well. Really terrific board!
And I made a nice USB 3.0 front panel modification out of the included HAF922 3.5" bracket - all it took was some eyeballing measurements, markups, a few cuts and clips, some filing, spray painting and voila! Let me know what you think of it. I like the HAF 922 case the most of all the HAF because of the price, cable management, drive layout, enormous fans, great balance of compact yet spacious size, best looks, and non-painted metal interior, which to me is better for grounding.
43 images total
A70 vs. stock 2600k heatsink
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdXyTxgSk0I/AAAAAAAAAeo/Gg9zOzkpuBM/s400/DSCN2832.JPG
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdXyUdu-5WI/AAAAAAAAAes/4Y0Np3rA76w/s400/DSCN2845.JPG
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdXyU6B-IjI/AAAAAAAAAew/DhRLqmxyD94/s400/DSCN2841.JPG
Almost no clearance between horizontally positioned A70 fan shroud and G.Skill Ripjaws, even in 2nd position.
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdXyu-H-20I/AAAAAAAAAe0/PRtakxZ0vzw/s800/DSCN2853.JPG
Going vertical
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdXyybU17gI/AAAAAAAAAe8/gooQV-rCo6s/s400/DSCN2873.JPG
Much better clearance
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdXzIrcjnPI/AAAAAAAAAfA/Tfu6tzuiYeY/s800/DSCN2880.JPG
mid-build
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdXzJCEmQZI/AAAAAAAAAfE/JTdk2H-ynbo/s400/DSCN2875.JPG
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdXzMBJPGqI/AAAAAAAAAfI/CgJOSjotTrY/s400/DSCN2877.JPG
plenty of clearance from the side, lol
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdXzhod9nII/AAAAAAAAAfM/xjCiKIYnSZA/s400/DSCN2881.JPG
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdXzrfW5B7I/AAAAAAAAAfU/7MK-Z1cPzNo/s400/DSCN2883.JPG
hard drive layout
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdXzisHlfBI/AAAAAAAAAfQ/t7FER_o6Si0/s400/DSCN2908.JPG
The HD103SJs are screamers in Raid 0 (on Intel sata6 ports with Intel Rapid Storage 10.5.0.1022 drivers installed and write-back caching enabled), especially for mechanical drives
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX5HTJoCjI/AAAAAAAAAjE/dpi9CRLLRs8/s800/2011-05-15%20HDTune_Benchmark_Intel_Raid_0_%282xHD103SJ%29_after%20ASUS_Intel...%20drivers%21.png
and the HD204UI is no slouch, either
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX5HaxY6jI/AAAAAAAAAjI/OA4GaMQyHpc/s800/2011-05-15%20HDTune_Benchmark_SAMSUNG_HD204UI.png
I've read somewhere that SSD caching, i.e. Smart Response, can be installed in addition to a Raid 0 configuration, but the price/size (>$100 for 20GB), and benefit of Intel 310 SSD Larsen Creek, to what I already have (considering I also have 8GB of 1333Mhz CL7 RAM, in the near future to be 2x8GB=16GB RAM), I seriously question. For all that, I might as well sell the HD103SJs, and buy a dedicated >100GB top-of-the-line SSD, like an OCZ Vertex 3 or whatever succeeds it.
almost there
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdXz4-w8aNI/AAAAAAAAAfY/vW9Tpg2AAAE/s400/DSCN2910.JPG
excellent cable management on the HAF922
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdXz9qGsi7I/AAAAAAAAAfc/jQwSb1CxCWs/s640/DSCN2911.JPG
All cables but the USB 3.0 front panel are installed, nice and neat (inspired by another build I found online) - and not a single Molex cable is used, all fans directly hook up to the motherboard!
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdX0FyPPalI/AAAAAAAAAfg/BjHJw0lsiN4/s640/DSCN2912_edit.JPG
I added fan grating mesh on top, side (doubled and 90 degree cross hatched), and bottom, to minimize dust inside the case - I like how it enhances the looks, as well
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdX0HKDr2eI/AAAAAAAAAfk/v_QGQK-vO3Y/s640/DSCN2913.JPG
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdX0jbwiRYI/AAAAAAAAAf4/w84lWkAJl8o/s640/DSCN2917.JPG
Here is the finished USB 3.0 front panel modification from the P8Z68-V Pro's rear bracket accessory and the HAF 922 front panel 3.5" bracket
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX0PsYnTEI/AAAAAAAAAfo/ZJ6midcaoU0/s640/DSCN3029.JPG
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX0ZB1hlQI/AAAAAAAAAfs/IoSFLlycqos/s640/DSCN3030.JPG
https://lh6.googleusercontent.com/_3TvGwqWNzR8/TdX0i95Jb2I/AAAAAAAAAf0/TKVauDyuWUM/s640/DSCN3033.JPG
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX0qIyJuhI/AAAAAAAAAf8/0X_Xzb877fU/s400/DSCN3034.JPG
No Molex, PS/2, parallel, serial, FDD, IDE... ports. Just USB, SATA, eSATA, IEEE 1394, DVI, VGA, RJ45, toslink, coaxial...
https://lh6.googleusercontent.com/_3TvGwqWNzR8/TdX0elYaJdI/AAAAAAAAAfw/0DFZjZ6MuF8/s640/DSCN2916.JPG
A custom CoolerMaster HAF 922 true USB 3.0 header front panel
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdX0tYK926I/AAAAAAAAAgA/4XhtZOfM9lE/s640/DSCN3054.JPG
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdX02hOwQOI/AAAAAAAAAgE/l8GywAEmXFg/s640/DSCN3057.JPG
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdX097BkokI/AAAAAAAAAgM/VDBMuPJ-Ft4/s640/DSCN3059.JPG
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdX0_6pjblI/AAAAAAAAAgQ/7GrCKTER0p0/s640/DSCN3060.JPG
https://lh6.googleusercontent.com/_3TvGwqWNzR8/TdX1LJYwoWI/AAAAAAAAAgU/2tdYOMkQyVg/s640/DSCN3064.JPG
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdX1Mw0TLsI/AAAAAAAAAgY/hUxlC2XQs5Q/s640/DSCN3061.JPG
https://lh6.googleusercontent.com/_3TvGwqWNzR8/TdX1NIEABcI/AAAAAAAAAgc/eJypLHWDfmU/s640/DSCN3063.JPG
all cables inside with the USB 3.0 front panel plugged in to the motherboard header
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX09Z8MyNI/AAAAAAAAAgI/VDOcXYs9k7I/s800/DSCN3045.JPG
And even using a generic USB 2.0 hi-speed device, the performance is improved 5% over the front panel USB 2.0 headered input
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX1sGX1g8I/AAAAAAAAAgs/DCh7kivfCsQ/s800/HDTune_Benchmark_ChipsBnk__Multi-Reader_USB%203.0%20front%20port.png
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdX1rXJB8AI/AAAAAAAAAgo/_KLSrMOxL5s/s800/HDTune_Benchmark_ChipsBnk__Multi-Reader_USB%202.0%20front%20port.png
First, the question.
How do I spread the thick provided (Shin Etsu) thermal interface material between the Corsair A70 and 2600k for best cooling and least temperature variation between the cores?
My first attempt was to put it on the heatsink between the pipes (somewhat sloppily), but that resulted in the following:
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdXywqhoPHI/AAAAAAAAAe4/ErkmEJUdo9Y/s400/DSCN2861.JPG
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX1qYY8osI/AAAAAAAAAgk/XBrEzs8U6co/s400/DSCN3070.JPG
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdX1s-jAhrI/AAAAAAAAAgw/K1NfDD7pvZM/s400/DSCN3066.JPG
Here's an i7 2600k die map I got from the web:
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX1tksbODI/AAAAAAAAAg0/muV1eRep6KM/s400/Intel%20Core%20i7%202600k%20die%20map.jpg
My 1.6Ghz temps:
https://lh6.googleusercontent.com/_3TvGwqWNzR8/TdX3-Slz27I/AAAAAAAAAhI/In0F8GyffpY/s640/2011-05-15%20Core%20temps%20%401.6Ghz%20-%20uneven%2C%20must%20reseat%20HS.png
And my 3.8Ghz turbo temps, though the UEFI monitor says 47 degrees:
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX3-scrM1I/AAAAAAAAAhM/ds3SPi1fb04/s640/2011-05-15%20Core%20temps%20%403.8Ghz%20-%20uneven%2C%20must%20reseat%20HS.png
My 2nd attempt was to clean the chip and heatsink surfaces with special cleaner and coffee filters, and put a large pea sized glob in the middle of the chip, with slightly better, but similar results.
https://lh6.googleusercontent.com/_3TvGwqWNzR8/TdX1m8adHFI/AAAAAAAAAgg/kaGWiuhgSaM/s288/DSCN3072.JPG
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdX1z4q0eAI/AAAAAAAAAg4/bKM2c0V16sY/s288/DSCN3074.JPG
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdX3-CaeVpI/AAAAAAAAAhE/KAeozf4Xl5Q/s640/2011-05-19%20Core%20temps%20%401.6-3.8Ghz%20-%20uneven%2C%20after%20reaseating%20HS.png
I've read up on forums, and I'd love to read from someone who has actually installed an A70 cooler on an i7 2600k chip.
[H]ard forums did a review and their heatsink looked like this when they pulled it:
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdXx_ELul7I/AAAAAAAAAek/b9zBJnNR-4E/s400/%5BH%5DardOCP%20A70%20test.jpg
I'm not sure what my second attempt looks like yet, but I may pull it again to see.
-------------------------------
Update:I used Asus AI auto tuning to get a 4635 Mhz overclock. Played some SHIFT 2, and the hottest it got was 65C on the hottest core, and 58C on the coolest core. Interestingly, CPUID Hardware Monitor reports CPU VCORE Max as 1.42, and Min as 0.41, with it mainly hanging around 1.0-1.3. I set the EPU to Auto. Some of the time the CPU throttled down to 1648Mhz which brought down the CPU temps back in the 40s, so the throttling feature is amazing, and the game smooth as butter maxed out! Still, I'd like to get into the high 4s and maybe even 5s considering I have a giant heatsink in push/pull in a HAF case.
-------------------------------
I'm looking for some good advice here.
Now for the build.
Intel i7 2600k
Asus P8Z68-V Pro
Corsair A70
CoolerMaster HAF922
Corsair HX750 modular power supply
Nvidia Geforce GTX470
G.Skill Ripjaws 1333Mhz CL7
Samsung HD103SJ Raid0 2x1TB system
Samsung HD204UI 2TB storage
LG WH10LS30 blu-ray burner
Hauppauge WinTV HVR-1250 ATSC/QAM TV tuner
Texas Instruments 1394 Firewire 400 & 800 PCI card
I was going between the Asus P8Z68-V Pro and the Asrock Z68 Extreme4 motherboards. Release day Asus P8Z68-V Pro reviews were glowing. Tomshardware subsequently praised both giving Asrock a slight overall edge due to Asrock's virtual PCI-E lane implementation. I liked the 16 phases of the Asus over Asrock's 10, though I liked Asrock's front panel USB 3.0 and DisplayPort for future connectivity. I was worried about Asus's poor Newegg ratings of the P8P67 and P8P67 Pro boards, despite great reviews of the P8P67 Deluxe board. Chancing it and knowing I could return it if issues arise and buy the Asrock when it becomes available, on release day 11 May 2011, I ordered the Asus board from Newegg and picked it up same day at their will call at Industry, CA. In hand on release day is the first time I've done that with a new motherboard, or any other electronic, but I was excited. As it turns out, the first 5 Newegg reviews are glowing and my experience so far has been 5 stars, as well. Really terrific board!
And I made a nice USB 3.0 front panel modification out of the included HAF922 3.5" bracket - all it took was some eyeballing measurements, markups, a few cuts and clips, some filing, spray painting and voila! Let me know what you think of it. I like the HAF 922 case the most of all the HAF because of the price, cable management, drive layout, enormous fans, great balance of compact yet spacious size, best looks, and non-painted metal interior, which to me is better for grounding.
43 images total
A70 vs. stock 2600k heatsink
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdXyTxgSk0I/AAAAAAAAAeo/Gg9zOzkpuBM/s400/DSCN2832.JPG
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdXyUdu-5WI/AAAAAAAAAes/4Y0Np3rA76w/s400/DSCN2845.JPG
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdXyU6B-IjI/AAAAAAAAAew/DhRLqmxyD94/s400/DSCN2841.JPG
Almost no clearance between horizontally positioned A70 fan shroud and G.Skill Ripjaws, even in 2nd position.
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdXyu-H-20I/AAAAAAAAAe0/PRtakxZ0vzw/s800/DSCN2853.JPG
Going vertical
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdXyybU17gI/AAAAAAAAAe8/gooQV-rCo6s/s400/DSCN2873.JPG
Much better clearance
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdXzIrcjnPI/AAAAAAAAAfA/Tfu6tzuiYeY/s800/DSCN2880.JPG
mid-build
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdXzJCEmQZI/AAAAAAAAAfE/JTdk2H-ynbo/s400/DSCN2875.JPG
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdXzMBJPGqI/AAAAAAAAAfI/CgJOSjotTrY/s400/DSCN2877.JPG
plenty of clearance from the side, lol
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdXzhod9nII/AAAAAAAAAfM/xjCiKIYnSZA/s400/DSCN2881.JPG
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdXzrfW5B7I/AAAAAAAAAfU/7MK-Z1cPzNo/s400/DSCN2883.JPG
hard drive layout
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdXzisHlfBI/AAAAAAAAAfQ/t7FER_o6Si0/s400/DSCN2908.JPG
The HD103SJs are screamers in Raid 0 (on Intel sata6 ports with Intel Rapid Storage 10.5.0.1022 drivers installed and write-back caching enabled), especially for mechanical drives
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX5HTJoCjI/AAAAAAAAAjE/dpi9CRLLRs8/s800/2011-05-15%20HDTune_Benchmark_Intel_Raid_0_%282xHD103SJ%29_after%20ASUS_Intel...%20drivers%21.png
and the HD204UI is no slouch, either
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX5HaxY6jI/AAAAAAAAAjI/OA4GaMQyHpc/s800/2011-05-15%20HDTune_Benchmark_SAMSUNG_HD204UI.png
I've read somewhere that SSD caching, i.e. Smart Response, can be installed in addition to a Raid 0 configuration, but the price/size (>$100 for 20GB), and benefit of Intel 310 SSD Larsen Creek, to what I already have (considering I also have 8GB of 1333Mhz CL7 RAM, in the near future to be 2x8GB=16GB RAM), I seriously question. For all that, I might as well sell the HD103SJs, and buy a dedicated >100GB top-of-the-line SSD, like an OCZ Vertex 3 or whatever succeeds it.
almost there
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdXz4-w8aNI/AAAAAAAAAfY/vW9Tpg2AAAE/s400/DSCN2910.JPG
excellent cable management on the HAF922
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdXz9qGsi7I/AAAAAAAAAfc/jQwSb1CxCWs/s640/DSCN2911.JPG
All cables but the USB 3.0 front panel are installed, nice and neat (inspired by another build I found online) - and not a single Molex cable is used, all fans directly hook up to the motherboard!
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdX0FyPPalI/AAAAAAAAAfg/BjHJw0lsiN4/s640/DSCN2912_edit.JPG
I added fan grating mesh on top, side (doubled and 90 degree cross hatched), and bottom, to minimize dust inside the case - I like how it enhances the looks, as well
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdX0HKDr2eI/AAAAAAAAAfk/v_QGQK-vO3Y/s640/DSCN2913.JPG
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdX0jbwiRYI/AAAAAAAAAf4/w84lWkAJl8o/s640/DSCN2917.JPG
Here is the finished USB 3.0 front panel modification from the P8Z68-V Pro's rear bracket accessory and the HAF 922 front panel 3.5" bracket
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX0PsYnTEI/AAAAAAAAAfo/ZJ6midcaoU0/s640/DSCN3029.JPG
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX0ZB1hlQI/AAAAAAAAAfs/IoSFLlycqos/s640/DSCN3030.JPG
https://lh6.googleusercontent.com/_3TvGwqWNzR8/TdX0i95Jb2I/AAAAAAAAAf0/TKVauDyuWUM/s640/DSCN3033.JPG
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX0qIyJuhI/AAAAAAAAAf8/0X_Xzb877fU/s400/DSCN3034.JPG
No Molex, PS/2, parallel, serial, FDD, IDE... ports. Just USB, SATA, eSATA, IEEE 1394, DVI, VGA, RJ45, toslink, coaxial...
https://lh6.googleusercontent.com/_3TvGwqWNzR8/TdX0elYaJdI/AAAAAAAAAfw/0DFZjZ6MuF8/s640/DSCN2916.JPG
A custom CoolerMaster HAF 922 true USB 3.0 header front panel
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdX0tYK926I/AAAAAAAAAgA/4XhtZOfM9lE/s640/DSCN3054.JPG
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdX02hOwQOI/AAAAAAAAAgE/l8GywAEmXFg/s640/DSCN3057.JPG
https://lh5.googleusercontent.com/_3TvGwqWNzR8/TdX097BkokI/AAAAAAAAAgM/VDBMuPJ-Ft4/s640/DSCN3059.JPG
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdX0_6pjblI/AAAAAAAAAgQ/7GrCKTER0p0/s640/DSCN3060.JPG
https://lh6.googleusercontent.com/_3TvGwqWNzR8/TdX1LJYwoWI/AAAAAAAAAgU/2tdYOMkQyVg/s640/DSCN3064.JPG
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdX1Mw0TLsI/AAAAAAAAAgY/hUxlC2XQs5Q/s640/DSCN3061.JPG
https://lh6.googleusercontent.com/_3TvGwqWNzR8/TdX1NIEABcI/AAAAAAAAAgc/eJypLHWDfmU/s640/DSCN3063.JPG
all cables inside with the USB 3.0 front panel plugged in to the motherboard header
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX09Z8MyNI/AAAAAAAAAgI/VDOcXYs9k7I/s800/DSCN3045.JPG
And even using a generic USB 2.0 hi-speed device, the performance is improved 5% over the front panel USB 2.0 headered input
https://lh3.googleusercontent.com/_3TvGwqWNzR8/TdX1sGX1g8I/AAAAAAAAAgs/DCh7kivfCsQ/s800/HDTune_Benchmark_ChipsBnk__Multi-Reader_USB%203.0%20front%20port.png
https://lh4.googleusercontent.com/_3TvGwqWNzR8/TdX1rXJB8AI/AAAAAAAAAgo/_KLSrMOxL5s/s800/HDTune_Benchmark_ChipsBnk__Multi-Reader_USB%202.0%20front%20port.png