Friday, September 8th 2017

G.SKILL Announces New DDR4-4600 MHz Extreme Performance Trident Z Memory Kit

G.SKILL International Enterprise Co., Ltd., the world's leading manufacturer of extreme performance memory and gaming peripherals, is excited to announce a new extreme speed DDR4 memory kits at DDR4-4600MHz CL19! Built with hand-selected, high-quality Samsung B-die IC components, this new addition to the flagship Trident Z series will be available in two color variations: silver aluminum body with white accent bar and black aluminum body with black accent bar.
Previously, the speed of DDR4-4600MHz was only achievable under extreme overclocking with liquid nitrogen cooling. Now, designed for extreme speed dual-channel memory operation on the latest Intel X299 high-end desktop platform, G.SKILL is once again raising the limits on DDR4 memory speed to DDR4-4600MHz CL19-23-23-43 at 1.5V, with a total capacity of 16GB (8GBx2). The following stress test screenshot shows the new memory kit in action, validated with an Intel Kaby Lake-X Core i7-7740X processor on the new ASRock X299 OC Formula motherboard:
Intel XMP 2.0 Support & Availability
This new high performance Trident Z kit is designed with Intel XMP 2.0 support, and the two variations of Trident Z DDR4-4600MHz memory kit are scheduled for release via G.SKILL authorized distribution partners at the end of September 2017.
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31 Comments on G.SKILL Announces New DDR4-4600 MHz Extreme Performance Trident Z Memory Kit

#26
RejZoR
nemesis.ie@infrared I'm sure Rejzor meant "Imagine what Ryzen could do if it could run with that speed RAM" not that it is currently possible. ;)
Well, I thought that was rather obvious when I used word "imagine". Besides, I think in Ryzen's case, getting internal bus clock to the core clock, getting them in synchronous mode would probably benefit it the most. But getting memory interface at 4 GHz is just a wishful thinking for now.
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#27
EarthDog
Prima.VeraOnly for the X299?? How about the Z270 platform? Or better, the future Z370 and Z390 ones?
I mean who the hell is using dual-channel RAMs on an X~ platform anyways??
those using a 7740k... kaby lake x is dual channel. :)
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#28
Prima.Vera
EarthDogthose using a 7740k... kaby lake x is dual channel. :)
I know, it was a semi-sarcastic and rhetorical question, haha ;)
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#29
cadaveca
My name is Dave
Prima.VeraDave , any chance for a review of those, or even for the 4400MHz kits?? Thanks in advance!
I'll see what I can do. ?I do have to ask though, is there something in particular you are looking for in such a review?
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#30
Prima.Vera
cadavecaI'll see what I can do. ?I do have to ask though, is there something in particular you are looking for in such a review?
Thanks for the replay. :)
Well, you know, the usual. But to be fairly honest, my number 1 curiosity is for gaming performance increase, especially on 2K or higher resolutions, then, archiving tasks, copying tasks, etc. Synthetic benches, not that much, maybe just some 3D Mark runs.
I prefer the real life hands on usage to be honest.
And yes, I need this mostly for my piece of mind relaxation, that those very high speeds are not at all worth it over the 3600 or even 3200Mhz modules. :)
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#31
R0H1T
RejZoRWell, I thought that was rather obvious when I used word "imagine". Besides, I think in Ryzen's case, getting internal bus clock to the core clock, getting them in synchronous mode would probably benefit it the most. But getting memory interface at 4 GHz is just a wishful thinking for now.
Does TR count? It's getting awfully close to 4GHz mem speeds ~ www.overclock.net/t/1636550/amd-ryzen-threadripper-owners-club-1950x-1920x-1900x
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