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G.Skill Releasing Low Latency, High Capacity Memory Modules In Time For The Holidays

G.Skill said it has noticed a growing trend in the enthusiast market demanding 16GB modules with the fastest performance possible. The company said this new trend can largely be contributed to it developing these new high speed memory kits, and its new 3200 MHz modules allow it to produce the fastest 64 GB (4x16 GB) kits it has ever offered.

G.Skill's flagship product is the 64 GB (4x16 GB) DDR4-320 0MHz configured with a low CAS latency of CL14-14-14-34, which will be available in Trident Z and Ripjaws V variants. G.Skill is also offering higher latency CL15-15-15-35 kits operating at the same 3200 MHz frequency and DDR4-3000 MHz kits with the lower CL14-14-14-34 latency. The company said ultra-high performance Samsung IC’s are used for these low latency kits. 

ModelFrequencyCapacityCAS LatencyVoltage
[Ripjaws V] F4-3000C14Q-32GVKDDR4-3000 (PC4-24000)32GB (8GBx4)CL14-14-14-341.35 Volt
[Ripjaws V] F4-3000C14D-16GVKDDR4-3000 (PC4-24000)16GB (8GBx2)CL14-14-14-341.35 Volt
[Ripjaws V] F4-3000C14Q-32GVRDDR4-3000 (PC4-24000)32GB (8GBx4)CL14-14-14-341.35 Volt
[Ripjaws V] F4-3000C14D-16GVRDDR4-3000 (PC4-24000)16GB (8GBx2)CL14-14-14-341.35 Volt
[Ripjaws V] F4-3000C14D-32GVKDDR4-3000 (PC4-24000)32GB (16GBx2)CL14-14-14-341.35 Volt
[Ripjaws V] F4-3000C14D-32GVRDDR4-3000 (PC4-24000)32GB (16GBx2)CL14-14-14-341.35 Volt
[Ripjaws V] F4-3200C14Q-32GVKDDR4-3200 (PC4-25600)32GB (8GBx4)CL14-14-14-341.35 Volt
[Ripjaws V] F4-3200C14D-16GVKDDR4-3200 (PC4-25600)16GB (8GBx2)CL14-14-14-341.35 Volt
[Ripjaws V] F4-3200C14Q-32GVRDDR4-3200 (PC4-25600)32GB (8GBx4)CL14-14-14-341.35 Volt
[Ripjaws V] F4-3200C14D-16GVRDDR4-3200 (PC4-25600)16GB (8GBx2)CL14-14-14-341.35 Volt
[Ripjaws V] F4-3200C14Q-64GVKDDR4-3200 (PC4-25600)64GB (16GBx4)CL14-14-14-341.35 Volt
[Ripjaws V] F4-3200C14D-32GVKDDR4-3200 (PC4-25600)32GB (16GBx2)CL14-14-14-341.35 Volt
[Ripjaws V] F4-3200C14Q-64GVRDDR4-3200 (PC4-25600)64GB (16GBx4)CL14-14-14-341.35 Volt
[Ripjaws V] F4-3200C14D-32GVRDDR4-3200 (PC4-25600)32GB (16GBx2)CL14-14-14-341.35 Volt
[Trident Z] F4-3000C14Q-32GTZDDR4-3000 (PC4-24000)32GB (8GBx4)CL14-14-14-341.35 Volt
[Trident Z] F4-3000C14D-16GTZDDR4-3000 (PC4-24000)16GB (8GBx2)CL14-14-14-341.35 Volt
[Trident Z] F4-3200C14Q-32GTZDDR4-3200 (PC4-25600)32GB (8GBx4)CL14-14-14-341.35 Volt
[Trident Z] F4-3200C14D-16GTZDDR4-3200 (PC4-25600)16GB (8GBx2)CL14-14-14-341.35 Volt
[Trident Z] F4-3200C14Q-64GTZDDR4-3200 (PC4-25600)64GB (16GBx4)CL14-14-14-341.35 Volt
[Trident Z] F4-3200C14D-32GTZDDR4-3200 (PC4-25600)32GB (16GBx2)CL14-14-14-341.35 Volt
[Trident Z] F4-3000C14Q-64GTZDDR4-3000 (PC4-24000)64GB (16GBx4)CL14-14-14-341.35 Volt
[Trident Z] F4-3000C14D-32GTZDDR4-3000 (PC4-24000)32GB (16GBx2)CL14-14-14-341.35 Volt

The new 3200 MHz DDR4 memory modules will be available in kits as larger as 64 GB, but G.Skill is offering the same speed and latency options on lower capacity options, as well. The company isn’t producing anything smaller than 8 GB sticks operating with the CL14-14-14-34 and CL15-15-15-35 timings, and it is not selling them individually. You can find 2 x 8 GB, 4 x 8 GB, 2 x 16 GB and 4 x 16 GB kits with both timing configurations, though. 

G.Skill said all the newly introduced memory kits are XMP2.0 compliant and ready to be used with Intel’s Z170 chipsets and Skylake processors. The company provided a screenshot of stress-test results with 64GB (4 x 16 GB) of 3200 MHz CL14-14-14-34 paired with an Intel Core i7-6700K and Asus Z170 Deluxe motherboard. If the screenshot is to be believed, after six hours of 99% memory utilization the system was still stable, reporting no errors.

G.Skill did not give specifics on pricing or a release date, but it did say that the new kits will be available through the company’s worldwide distribution channels before Christmas, so they should be available next week.

Update, 12/18/15, 2:20pm PT: Corrected incorrect listing of 4 x 32 GB to 4 x 16 GB. Original post also stated the screen shot was of 2 x 8GB. It is in fact 4 x 16 GB shown in the image.

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  • toddybody
    I remember when DDR4 was nearly twice as costly as DDR3 equivalents (~2400Mhz).

    Insane to see the capacities and prices available now.
    Reply
  • Aspiring techie
    Missed a space in the second to last paragraph between XMP and 2.0. Also, there's a misplaced space in between 3200 under the Ripjaws V picture.

    It's pretty cool to see such high capacities that run so fast.
    Reply
  • chicofehr
    Taken long enough!! Was hoping to have 16GB modules years ago when DDR3 was still fresh. I think there was only 1 DDR3 NON-ECC kit ever made with 16GB modules and it cost as much as a high end video card. There needs to be more then just 1 kit to make the price more reasonable.
    Reply
  • clonazepam
    You're clearly copying and pasting this from whatever program you used to write it up with. I think the formatting of the first is causing unusual line breaks in the pasted copy. That probably explains why we see random spaces like 1 6 instead of 16.

    The first sentence of a paragraph you say they offer up to 64GB packages. In the same paragraph, you typo stating 4 x 32 is an option.

    The screenshot you have there shows 64GB (16GBx4) being stressed.
    Reply
  • Sakkura
    DDR4-3200 CL14, latency's down to 8.75ns now. We're close to reaching parity with fast DDR3 (usually 7.5-8.5ns CAS latency).
    Reply
  • turkey3_scratch
    What's the difference in PC4-24000 and PC4-25600?
    Reply
  • Sakkura
    17151513 said:
    What's the difference in PC4-24000 and PC4-25600?

    PC4-24000 is another name for DDR4-3000, PC4-25600 is another name for DDR4-3200.

    24000 and 25600 is the bandwidth per channel/stick in MB/s.
    Reply
  • monsta
    great to finally see latency drop in the higher end modules
    Reply
  • atheus
    Well nuts. I just built a PC with 2x16GB of their DDR4-3000/15 TridentZ's last week. Now I'm sad.
    Reply
  • knowom
    Still not on par with fast DDR3, but defiantly getting a step closer to it on the other hand lower voltage and higher capacity at least.
    Reply