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#Intel extreme tuning utility benchmark score i6700k install#
#Intel extreme tuning utility benchmark score i6700k update#
#Intel extreme tuning utility benchmark score i6700k windows 10#
#Intel extreme tuning utility benchmark score i6700k pro#

The new system is about 10-20% faster than the old system, from a CPU and memory perspective, depending on which benchmark you choose. Keep in mind, that beyond enabling XMP 2.1, I have not overclocked the new system yet. 5, and 6 below:įigure 4: CPU-Z CPU Tab for Z170 Core i7-6700K Systemįigure 5: CPU-Z Bench Tab for Z170 Core i7-6700K Systemįigure 6: Geekbench 3.3.2 Scores for Z170 Core i7-6700K System The basic information and scores for the new system is shown in Figures 4. So far, I have benchmarked the new system using CPU-Z and Geekbench 3.3.2. I will benchmark using those drivers, and then compare the results to the native Intel NVMe drivers.

#Intel extreme tuning utility benchmark score i6700k windows 10#

Windows 10 recognized the Intel 750 using the default Microsoft NVMe drivers.

#Intel extreme tuning utility benchmark score i6700k update#

Then I used Windows and Microsoft Update to get Windows 10 fully patched.

#Intel extreme tuning utility benchmark score i6700k install#

Windows 10 Professional installed default drivers for the dual Intel 1GB NICs, so I was able to get on the internet and download and install all of the latest Windows 10 64-bit drivers for this motherboard from the ASRock web site. I made sure the Intel 750 was not installed yet, and then I used an old USB optical drive to install Windows 10 Professional on to the RAID 1 array.

#Intel extreme tuning utility benchmark score i6700k pro#

Next I created a RAID 1 array with my two 512GB Samsung 850 Pro SSDs, using the Intel RAID controller that is built-in to the Z170 chipset. I was able to flash the BIOS to 1.7 using the Instant Flash utility in the UEFI BIOS setup, and then I was able to use all four 16GB DDR4 RAM modules. One of the fixes listed for version 1.7 is “improve DRAM compatibility”.

Going into the UEFI BIOS setup, I discovered that my ASRock Z170 Extreme 7+ motherboard had the initial 1.4 BIOS, while the latest version was 1.7. I removed two of the 16GB DDR4 RAM modules, and powered it back up, and this time I got a POST. Looking this up in the motherboard manual, I discovered that this was a memory-related issue. Luckily, the ASRock motherboard has a built-in LED diagnostic display, which was showing a code 55 error. When I had it ready to turn on for the first time (without putting the case sides on, which is always bad luck), I was rewarded with the CPU and case fans spinning, but no visible POST or video output at all. I spent a couple of hours putting this system together, doing a pretty careful job with the cable management. But then again, I may not, since I want to reduce my power usage and have more PCIe lanes available for storage use. Initially, I’ll be using the Intel integrated graphics, but I may end up using an EVGA Geforce GTX 960 video card.

(2) 512 GB Samsung 850 Pro SATA III SSDs in hardware RAID 1.

(2) 32GB Corsair Vengeance LPX 2666MHz DDR4 RAM kits.

ASRock Z170 Extreme 7+ motherboard (Micro Center’s web page has it mislabeled as an Extreme 7).

Last Saturday, I built this new system, and got Windows 10 Professional installed. Some basic information about this system is shown in Figures 1, 2 and 3 below:įigure 1: CPU-Z CPU Tab for Z77 Core i7-3770K Systemįigure 2: CPU-Z Bench Tab for Z77 Core i7-3770K Systemįigure 3: Geekbench 3.3.2 Scores for Z77 Core i7-3770K SystemĮven though this system is still pretty fast, I felt like I could do better in some areas, with a current generation Z170 chipset system with an Intel Core i7-6700K Skylake processor and 64GB of RAM. It is mildly overclocked, to 4.3GHz, and it has been extremely reliable over the years as I have used it for much of my daily work. It was about the fastest mainstream system that I could build 3.5 years ago. This system uses an ASUS P8Z77-V Deluxe motherboard, with one 512GB OCZ Vertex 4 SSD. Back when I started at SQLskills in May of 2012, I built myself a pretty nice Z77 chipset system with an Intel Core i7-3770K Ivy Bridge processor and 32GB of RAM, running Windows 7 Enterprise Edition.