Hi just menyibuk coz saw your RAM Gskill Trident Z.
I bought a pair few weeks ago but my DDR4 3200 can only go 2400 only being Hynix module single rank
Hope yours is 3600 since it may me Samsung ones and can get to 3200 at least
Anyway hope u won the silicon lottery

DDR4 RAM price is going to increase as the news are circulating now.
Those higher clocked ones are even pricier
Expexted to be so until samsung and hynix get better yield by next year
Some youtuber were able to overclock cheapo RAMs to 3000+ speeds. As long as they are cl14 ones

Luckily I bought my RAM with some discount coupon at Lazada    before they raise price.
Wow, that's at least RM100 more than tridenz RGB 3200 ( CL15 ) 

Tridentz RGB 3200 ? Why no share     
I've doing research and looking for cheapest seller, for 2 weeks 

Is it ? damn
I need that beautiful RAM for my build, so had to endure the high price 

Ya, bought a pair already and I think it's correct choice. Just back from Ryzen launch event, many of Ryzen rig there using TridentZ RGB, pair with NZXT water block, fans and LED strip = vomit_rainbow.jpg

Ya, been worried when I visit reddit. After some consideration, still getting 3200 as price difference to 3000 or 2400 wasnt that far, and I read many did success at running 3200.

Free t-shirt from event.
The screwdriver and keychain need to win ( basically tag & share in FB )


FYI: That Ryzen 7 processor I bought myself one 

Based on my understanding, RAM speed higher than 2400 depends on : Ryzen chip internal IMC quality (?assembled in China ones better than ones assembled in Malaysia), Motherboard quality (and is UEFI), RAM Module itself (Samsung B die, single rank and CAS 14 or lower).
However it seems gain as speed increase has diminishing return ie big gain from 2133 to 2666 then modest from 2666 to 3200 and minimal from 3200 above.
Also each program or games will react differently with increased RAM speed. Some no benefit at all.
It seems sweet spot is 2999
However i still think we should get the RAM speed that we paid for

Its significant boost only from 2666mhz to  3200mhz. Had you try 2 stick? maybe can better ram speed?

You can try if u need more ram size, just maybe the speed will lower, there are few people ryzen with 4 ram works.
Yup, its is assembled. But didnt make an advantage for silicon lottery, not as intel CostaRica and Malaysia will cause a huge different @@
QVL is not guarantee, but almost follow the QVL get u biggest chance to have your ram run the speed it should be.

Ram compatibility problem just only can give time for mobo vendor to fix out.

It has 20" offset, but should be fixed in latest Ryzen master

http://www.guru3d.com/news-story/amd-ryzen...ing-offset.html

I rem the safe temp range of VRM is different with cpu, cpu should below 80'c, but vrm is depends or mobo's vrm component. As asrock taichi's vrm, from datasheet it can hold up temp as high as 125'c.

The temp 20% offset problem is a software issue, not just for X version XD

I think is really not many ryzen user here, since still intel is name more famous? XD

Just done googled some VRM thermal imaging of mobo
http://www.tweaktown.com/reviews/8135/asro...ew/index10.html

About VRM temp that user shared out of their info
[attachmentid=8755629][attachmentid=8755630][attachmentid=8755631]

I think even with VRM high temp, doesnt means that your board pcb will get high temp as ur vrm does. But it sure that a long time run under very high temp as there are no heatsink for vrm, will get u result that a well done toast mobo.

X370 VRM temps related according tweaktown thermal imaging
asrock x370 taichi > biostar x370gt7 > asus rog chrosshair > GIGABYTE AX370-Gaming 5 = asrock x370 k4 > msi x370 krait

All my essential components arrived, but damn it, MSI B350 tomahawk arctic no stock yet 

VRM $$ on board

B350 mobo range
Gigabyte (4+3 with onsemi) > Asus (4+2 with onsemi) > Biostar (4+3 with sinosemi) > MSI (4+2 with nikosem) > ASROCK (3+3 with nikosem1)

X370 mobo range
asrock taichi/pro gaming X370 (6x2+2x2 with TiNexfet) = biostar x370gt7 (6x2+2 with Infineon) > asus rog crosshair (4x2+2x2 with TiNexfet) ~ asus prime x370 (6+2x2 with TiNexfet)> GIGABYTE x370 (6+2x2 with Infineon) > MSI titanium (6+2x2 with nikosemi) > asrock Gaming K4/Sli x370 (4x2+2x2 with nikosemi/sinosemi) > msi gaming pro and below (4x2+2 with nikosemi)
Heat should about same becoz of vrm design 6+2x2 vs 4x2+2x2, more expensive for gigabyte x370 may caused by VRM price onboard, gigabyte auros using germany infineon compared to asrock k4 china sinosemi/taiwan nicosemi.

VRM $$ on board

B350 mobo range
Gigabyte (4+3 with onsemi) > Asus (4+2 with onsemi) > Biostar (4+3 with sinosemi) > MSI (4+2 with nikosem) > ASROCK (3+3 with nikosem1)

X370 mobo range
asrock taichi/pro gaming X370 (6x2+2x2 with TiNexfet) = biostar x370gt7 (6x2+2 with Infineon) > asus rog crosshair (4x2+2x2 with TiNexfet) ~ asus prime x370 (6+2x2 with TiNexfet)> GIGABYTE x370 (6+2x2 with Infineon) > MSI titanium (6+2x2 with nikosemi) > asrock Gaming K4/Sli x370 (4x2+2x2 with nikosemi/sinosemi) > msi gaming pro and below (4x2+2 with nikosemi)

Thermal Imaging from tweaktown
asrock x370 taichi > biostar x370gt7 > asus rog chrosshair > GIGABYTE AX370-Gaming 5 = asrock x370 k4 > msi x370 krait
Just googled around and make a roughly quality and performance of VRM of AM4 mobo, in traits, seems powerphase design and quality of VRM effect the thermal.
Heat should about same becoz of vrm design 6+2x2 vs 4x2+2x2, more expensive for gigabyte x370 may caused by VRM price onboard, gigabyte auros using germany infineon compared to asrock k4 china sinosemi/taiwan nicosemi.

hi all sifus, ryzen 5 user reporting in ^^

yea manage to oc to 3.9 ghz on asrock gaming k4 too. hehe without any voltage increase

Refer to my video above.

btw what's your processor model?