Today I will present memory which is on the market for a long time and actually it's really hard to find it anymore - G.Skill TridentX 8GB 2600 CL10 dual channel kit.
The same as all other 1300MHz ( DDR3-2600 ) or lower clocked TridentX, also 2600 C10 is based on Samsung IC. Memory chips are similar to what we can find in 2400 C9 or 2666 C10 kits. All of them are no longer manufactured on well known and good Samsung HYK0 IC.
My kit is standard retail version bought in an online store. It was manufactured in Dec 2012 so maybe it was RMA replacement, hard to say.
I bet that all readers already know how TridentX memory looks like.
The same as in all TridentX memory also here we have programmed 2 XMP profiles and both are nearly the same. Profiles can be checked on the below screenshot which also includes results on XMP #1 profile:
As you see, test motherboard has some problems to set all timings right.
All tests were performed on the i7 4790K CPU and ASUS Maximus VII Gene motherboard with the latest BIOS/UEFI.
I decided not to push voltages to the max and show what more average users can make on this memory. It doesn't mean I won't add results on higher voltages later.
The same as all other 1300MHz ( DDR3-2600 ) or lower clocked TridentX, also 2600 C10 is based on Samsung IC. Memory chips are similar to what we can find in 2400 C9 or 2666 C10 kits. All of them are no longer manufactured on well known and good Samsung HYK0 IC.
My kit is standard retail version bought in an online store. It was manufactured in Dec 2012 so maybe it was RMA replacement, hard to say.
I bet that all readers already know how TridentX memory looks like.
The same as in all TridentX memory also here we have programmed 2 XMP profiles and both are nearly the same. Profiles can be checked on the below screenshot which also includes results on XMP #1 profile:
As you see, test motherboard has some problems to set all timings right.
All tests were performed on the i7 4790K CPU and ASUS Maximus VII Gene motherboard with the latest BIOS/UEFI.
I decided not to push voltages to the max and show what more average users can make on this memory. It doesn't mean I won't add results on higher voltages later.
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