micron e-die d9vpp

[Giux-900]

Hello everyone,

i was wondering since i have to buy a set 2x16GB dual rank of ram wich is the bast choice:

- ballistix sport AT 3200 cl16 with micron e-die 16nm (the same as review here on tpu)
- ballistix sport LT 3200 cl16 with micron e-die 19nm d9vpp that is similar to ballistix elite version.

Is just a curiosity and i would like to buy the best technology cause they cost exactly the same.

 

[TheMadDutchDude]

Go with whichever is cheaper. You won’t be using it on LN2, so it won’t make any difference to you.

 

[eidairaman1]

19nm and 16nm are what separates them

 

[Giux-900]

Ballistix sport LT 3200cl16 (white color)


Ballistix sport AT 3200 cl16 (from review tpu)

 

[eidairaman1]

Smaller transistors cant handle as much voltage applied to them as larger ones, so if heavy overclocking Id say 19nm, if power savings is a must despite a minor transistor shrink go with 16nm.

Most of all let price be the factor of your purchase just keep in mind smaller 16nm cant handle the same amount of volts 19nm can handle

 

[Giux-900]

Smaller transistors cant handle as much voltage applied to them as larger ones, so if heavy overclocking Id say 19nm, if power savings is a must despite a minor transistor shrink go with 16nm.

Most of all let price be the factor of your purchase just keep in mind smaller 16nm cant handle the same amount of volts 19nm can handle

Thanks, interesting consideration, i think i'll go for 19nm (LT) cause are much more available. Price is exactly the same..

e-die generally speaking looks like perform very good on ryzen.

 

[eidairaman1]

Thanks, interesting consideration, i think i'll go for 19nm (LT) cause are much more available. Price is exactly the same..

e-die generally speaking looks like perform very good on ryzen.

Companies do phase out the older die process because in a single wafer they can get more yields from 16nm than 19nm