Now my turn

Got my upgrades delivered earlier today so I decided to do the build right away. Sorry for the blurry pictures taken with my cell phone - I hope that they show something useful anyway.
First the old HW config for comparison:
http://zhat.dk/pics/pc/old_hw1.jpgWhat was in the mail:
http://zhat.dk/pics/pc/upgrade_kit1.jpgNow, there's also the SSD that I got last Friday:
http://zhat.dk/pics/pc/ssd1.jpgCloseup of the new MB - really cool looking if you ask me:
http://zhat.dk/pics/pc/the_gene1.jpgDisconnected the old MB and removed it from the case. A magnificent specimen, isn't she?
http://zhat.dk/pics/pc/old_mb1.jpghttp://zhat.dk/pics/pc/old_mb2.jpgUnpacked the new MB, read the manual and prepared to install the CPU:
http://zhat.dk/pics/pc/cpu_install0.jpgThe CPU looks pretty much like the old C2D and installing it was very natural.
Socket protective plate removed:
http://zhat.dk/pics/pc/cpu_install1.jpgThe CPU install procedure is as easy as it was for the C2D. All falls in place and locks nicely:
http://zhat.dk/pics/pc/cpu_install2.jpgFinally the stock cooler - again the same story as with the old one. Four clicks and it's ready:
http://zhat.dk/pics/pc/cpu_install3.jpgNow the RAM. First one kit:
http://zhat.dk/pics/pc/ram_install1.jpgThen the second:
http://zhat.dk/pics/pc/ram_install2.jpgNote the DIMM sockets on the GENE - the latches are on only one side to ease access with a VGA installed. To understand why it's useful just look how big and bulky the VGA is:
http://zhat.dk/pics/pc/big_vga1.jpgWith the MB ready I prepped the case. The old MB is a full sized ATX board so I had to move a couple of screws to allow the new MicroATX board to be installed:
http://zhat.dk/pics/pc/case_prep1.jpgInstalling the new MB - as you can see there's definitely a difference in size compared to the old one:
http://zhat.dk/pics/pc/mb_install1.jpgNow, here's a very inconvenient thing about the board: the placement of the SATA connectors. The VGA blocks access to them. I usually don't need to disconnect these once the system is configured so I can live with this but it's definitely not a good thing. Probably the size of the board made it necessary to place the connectors there.
Here's the board with the VGA in place as well as my old Raptor that I replaced with the SSD (used it to see if Windows would boot):
http://zhat.dk/pics/pc/vga_install1.jpghttp://zhat.dk/pics/pc/vga_install2.jpgAfter connecting power cables and the diagnostic add-on they call "LCD Poster" I decided to power on and see what it does. Note that I didn't yet connect the case connectors for power button, speaker etc. There's a handy power button on the board itself.
Here's the board with power connected - the power button lights up urging me to press it:
http://zhat.dk/pics/pc/test_run1.jpgDid it run? Yes and no. Yes to the hardware part. No to the OS which produced a brief BSoD and rebooted.
Diving deeper into the BIOS settings revealed that the SATA controller was in IDE mode. Changed it to AHCI and tried again.
BINGO! Win7 booted in low graphics resolution and started detecting new hardware. It took a couple of reboots and I was running again. I shut it down and replaced the Raptor with the new SSD which the Raptor was cloned onto last Friday. Repeated the Windows 7 hardware detection.
Here's a system info screen:
http://zhat.dk/pics/pc/win7_sysinfo.pngA refreshed windows Experience Index:
http://zhat.dk/pics/pc/win7_perf_score.png- as you can see my VGA is currently the bottleneck.
Here's what the task manager shows with a few applications and STALKER SoC started:
http://zhat.dk/pics/pc/win7_taskmgr.pngOverall I'd say the build was a success: The build took 2 hours or so and I was running Windows on it after no more than 3 hours.
It took me some time to get RivaTuner to work: apparently the bus ID or something like that changed and my fan profiles were invalid. After renaming the device key using regedit it worked again.
For now I'll run with stock/auto settings. OCing can wait - I can definitely see a performance increase so no need to hurry
