Aorus RGB Memory DDR4-3200 (GP-AR32C16S8K2SU416R)

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Four sticks for the price of two?

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Read more.

Th Bad - Not as bright as latest Corsair RGB

Is it, in a case full of RGB, having one item/aear too bright can disrupt the look.

If it gets in the UK quick enough, may even consider them for my gaming build, to go with Gigabyte mobo and GPU

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Originally Posted by Wolfclaw

Th Bad - Not as bright as latest Corsair RGB

Is it, in a case full of RGB, having one item/aear too bright can disrupt the look.

If it gets in the UK quick enough, may even consider them for my gaming build, to go with Gigabyte mobo and GPU

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The memory is a little less bright than the RGB already on the motherboard. I'd say the Corsair is brighter still, but I don't feel you'll be shortchanged with the luminosity of the Aorus modules - Corsair made a point of going super-bright on the Vengeance Pro RGB stuff.

Imagine trying to sell it on ebay after adding actual ram

Gigabyte now make RAM as well ?

My RAM has LAZORS on which modulate their output frequency in the inverse wavelength relative to the frequency of rotation of my CPU glitterball which reflects the energy onto LDRs on my sound card which spits out techno derived from the received laser signals. There is also a PRF on the PW laser signal which is linked to the frequency of my CPU which again makes the glow in the dark bananas attached to my monitor glow and sing at a frequency created by a complex mathematical equation with uses the combination of the PRF of the laser and the frequency of the glitter ball along with the cosine of theta, theta being the angle of intersection between the reflected light from the glitter ball and the LDR which directly affect the intensity of the banana brightness. Thus a 90 degree interaction between beam and LDR will result in a cosine 90 which is zero and this will result in no banana glow.

My RGB > your RGB. Mine has glowing bananas.

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Originally Posted by philehidiot

My RAM has LAZORS on which modulate their output frequency in the inverse wavelength relative to the frequency of rotation of my CPU glitterball which reflects the energy onto LDRs on my sound card which spits out techno derived from the received laser signals. There is also a PRF on the PW laser signal which is linked to the frequency of my CPU which again makes the glow in the dark bananas attached to my monitor glow and sing at a frequency created by a complex mathematical equation with uses the combination of the PRF of the laser and the frequency of the glitter ball along with the cosine of theta, theta being the angle of intersection between the reflected light from the glitter ball and the LDR which directly affect the intensity of the banana brightness. Thus a 90 degree interaction between beam and LDR will result in a cosine 90 which is zero and this will result in no banana glow.

My RGB > your RGB. Mine has glowing bananas.

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Radiant Glowing Bananas.

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Originally Posted by ByteMyAscii

Radiant Glowing Bananas.

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Considering my level of inebriation at the time, this was actually quite good.

As a side-note this did prompt me to check RAM prices for the first time in ~3 years since my last build.

£143 for 16GB is the cheapest on Scan :/ Pretty sure the 2x4GB I've got in now @ 2400 was around £80 then.

I'm curious how this would work in an AMD build. I've got a Gigbatye AX370 Gaming K7 board, that doesn't seem to want to connect to the RGB of any RAM - I would hope this would definitely be seen by the system since it's Aorus.

Can you use the dummy modules with non-RGB RAM?

Iam more worried about performance and pricing than its RGB . Up performance with stasbility , lower pricing , then we can talk ...