Although, all 3 individually may be good, none of these products are 100% perfect, every board, every kit and every cpu has a silicon lottery attached to it. The ram, mobo and cpu needs to be intra supportive with each other. What causes this is unknown right now, this can easily be a memory controller issue with the CPU, most probably is a motherboard quality control issue, definitely not the ram issue. In the future if I populate the other slots would I have all the ram at the lower frequency? Other than this issue everything seems to be working fine. Now back to 3200? What could be causing this? Does it matter which slots I use as long as I use one from each channel. Moved Ram back to DDR4_3 & DDR4_4 & set the XMP to profile-1. cleared the CMOS and installed the latest firmware again. changed to optimized settings rebooted. I changed the xmp and rebooted several times. To make a long story short I moved the sticks and the frequency went back to 2133. I thought that it would not matter as I had a stick in each channel, however after reading some posts it seemed that there were some performance benefits form following the manufactures recommendations from using the primary set of slots. After rebooting I was pleased to see the frequency at the rated ram spec of 3200Īfter taking a closer look at the manual it stated that if 2 sticks are used they recommend using slots DDR4_1 & DDR4_2. I booted into the BIOS and set the XMP to profile-1. When checking the DRAM frequency in CPU-Z it indicated 2133mhz (actually half but 2X for dual channel) I initially installed the ram in slots DDR4_3 & DDR4_4. I selected the ram from the Memory Support List listed on the Gigabyte website. RAM Corsair Vengeance LPX 16GB (2x8GB) DDR4 DRAM 3200MHz (CMK16GX4M2B3200C16)
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