G.SKILL Ripjaws V 16GB (2x 8GB) DDR4 3600MHz CL16 Memory - Black F4-3600C16D-16GVKC
The G.Skill RipJaw-V series is based on the great success of the first generation of RipJaws memory. In line with G.Skill engineers, every single memory kit runs through a rigorous internal testing process on the mainboard of leading manufacturers. Only in this way can the best possible performance be guaranteed.
The G.Skill RipJaw-V series is based on the great success of the first generation of RipJaws memory. In line with G.Skill engineers, every single memory kit runs through a rigorous internal testing process on the mainboard of leading manufacturers. Only in this way can the best possible performance be guaranteed.
The G.Skill RipJaw-V series is based on the great success of the first generation of RipJaws memory. In line with G.Skill engineers, every single memory kit runs through a rigorous internal testing process on the mainboard of leading manufacturers. Only in this way can the best possible performance be guaranteed.
The G.Skill RipJaw-V series is based on the great success of the first generation of RipJaws memory. In line with G.Skill engineers, every single memory kit runs through a rigorous internal testing process on the mainboard of leading manufacturers. Only in this way can the best possible performance be guaranteed.
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The lowest price for G.SKILL Ripjaws V 16GB (2x 8GB) DDR4 3600MHz CL16 Memory - Black F4-3600C16D-16GVKC right now is $165.66 at Flashtrend.com.au, compared across 15 retailers.
The all-time low was $89.00 on 28 July 2025 — today's price is 86% above the lowest ever. It has been notably cheaper before — worth setting a price alert.
Prices last updated 10 June 2026.
Last updated at 10/06/2026 14:26:05
G.SKILL Ripjaws V RAM Module - 16 GB (2 x 8GB) - DDR4-3200/PC4-25600 DDR4 SDRAM - 3200 MHz - CL16 - 1.35 V - Non-ECC - Unbuffered - Lifetime Warranty
Delivery $7.95
G.SKILL Ripjaws V RAM Module for Desktop PC, Motherboard - 16 GB (2 x 8GB) - DDR4-3600/PC4-28800 DDR4 SDRAM - 3600 MHz - CL16 - 1.35 V - Non-ECC - -
Delivery $7.95
G.SKILL Ripjaws V RAM Module for Desktop PC - 16 GB (2 x 8GB) - DDR4-3600/PC4-28800 DDR4 SDRAM - 3600 MHz - CL18 - 1.35 V - Non-ECC - Unbuffered - -
Delivery $7.95
G.SKILL Ripjaws V RAM Module for Desktop PC, Motherboard - 16 GB (2 x 8GB) - DDR4-3600/PC4-28800 DDR4 SDRAM - 3600 MHz - CL16 - 1.35 V - Non-ECC - -
Delivery $7.95
G.Skill Ripjaws V 16GB (2x 8GB) DDR4 3600MHz Memory - Black
Delivery $11.99
G.Skill Ripjaws V 16GB (2x 8GB) DDR4 3600MHz CL16 Memory - Black
Delivery $11.99
G.SKILL Ripjaws V Series 16GB DDR4 Desktop RAM Kit - Black 2x 8GB - 3600Mhz - CL16 - 1.35v - 16-19-19-39 - F4-3600C16D-16GVKC [F4-3600C16D-16GVKC]
Delivery $10
G.SKILL Ripjaws V RAM Module for Desktop PC, Motherboard - 16 GB (2 x 8GB) - DDR4-3600/PC4-28800 DDR4 SDRAM - 3600 MHz - CL16 - 1.35 V - Non-ECC - -
Free delivery
G.Skill 16GB (2x8GB)F4-3600C16D-16GVKC Ripjaws V 3600MHz CL16 DDR4 RAM
Delivery $12
G.SKILL Ripjaws V Series 16GB DDR4 Desktop RAM Kit - Black 2x 8GB - 3600Mhz -
Delivery $10
originally posted on microcenter.com
Built a new PC from scratch using this RAM. PC would randomly reboot every 6 hrs-3 days. Ran windows RAM tests several times no errors so went on to everything else. Tried drivers and BIOS. Replaced power supply, video card, even the processor no luck. Spent probably 75 hours on it over 6 weeks. Finally tired only one RAM stick, ran for 5 days no problem, tried the other by itself, failed repeatedly within 1 hour. Fortunately Micro Center warrantied it for me even though it was past 30 days. So far so good on new pair. Wasted a lot of time!
originally posted on newegg.com
I tried this memory kit in three different motherboards that support DDR4 3600 and faster RAM. Two of the three motherboards have this specific kit listed on the manufacturer's approved and tested memory list. None of the motherboards could boot with this memory kit to the XMP profile or with manually entered timings for 3600 MHz. The only way I could get it to run at 3600 MHz was to only use one stick of the two. Either one would run at 3600 MHz individually. The same behavior happened in all 3 motherboards with AMD and Intel chipsets(x570, Z170, Z390). Being able to only use 8GB of RAM is useless to me. I ran Memtest multiple times in all 3 motherboards using each stick individually at 3600 MHz. There were no errors reported. If I set the memory to a much lower ... MoreI tried this memory kit in three different motherboards that support DDR4 3600 and faster RAM. Two of the three motherboards have this specific kit listed on the manufacturer's approved and tested memory list. None of the motherboards could boot with this memory kit to the XMP profile or with manually entered timings for 3600 MHz. The only way I could get it to run at 3600 MHz was to only use one stick of the two. Either one would run at 3600 MHz individually. The same behavior happened in all 3 motherboards with AMD and Intel chipsets(x570, Z170, Z390). Being able to only use 8GB of RAM is useless to me. I ran Memtest multiple times in all 3 motherboards using each stick individually at 3600 MHz. There were no errors reported. If I set the memory to a much lower speed, I could get the computers to boot with this memory kit and pass Memtest without any errors. I tried not only the motherboard manufacturers' suggested placement for 2 sticks of RAM, but I tried all other possible combinations of the 4 slots. I've been building PCs since the early 1990's and even did it professionally for a few years. I spend several days troubleshooting this issue. I tried everything I knew to resolve this issue and even searched the various hardware forums and Google for any other ideas. After trying everything possible, I sent it back to Newegg for a replacement. The replacement kit hasn't arrived yet, but if it works as advertised, I'll update my review. Its possible I received a defective memory kit and there was a problem with 1 of the two sticks of RAM that Memtest doesn't detect. UPDATE: I received my replacement RAM. First, the RAM looked like it was used and returned or previously opened. The package was damaged on one side and the RAM was inserted into the package backwards. Some of the package contents were misplaced including the G.Skill sticker was in front of the ram. THe insert was in the package crooked. It appears my replacement RAM was used and returned to Newegg and was not a new package. The replacement RAM won't run at the rated 3600 MHz speed in two motherboards where this specific RAM kit is on the manufacturer's approved and tested compatibility list. I had issues getting the replacement kit to be stable at any speed higher than 3000 MHz. At this point I would not recommend buying this RAM is you want it to run anywhere near its rated speed. Two separate kits won't run at 3600 MHz in motherboards where the manufacturer says this RAM is approved and tested. Buying this with the intention of receiving RAM that operates at 3600 MHz is just throwing money away. If I could give this RAM a zero egg rating I would because its completely useless for its advertised speed.
originally posted on neweggbusiness.com
So, after some tweeking, I was able to tighten up the timings a bit. But, I could not get this kit to overclock higher without raising the voltages. I got: 15-19-19-34 timings @1.2v My kit came with South Korea Hynix CJR-dies. and the above timings got me roughly: ~5000 MB/sec reads and writes on AIDA64's memory benchmark. And also on SiSoft's Sandra Memory bench I scored: ~33 GB/sec So, that is pretty fast. And while you should make no error, there are better, faster kits available, frankly they all cost at least 50% more. This kit is a grab-bag, meaning it can come with dies from different manufacturers, Hynix, Micron, or Samsung. But, they all make quality memory. But also know that if you plan to overclock, well, the Hynix CJR is not that good. I saw no ... MoreSo, after some tweeking, I was able to tighten up the timings a bit. But, I could not get this kit to overclock higher without raising the voltages. I got: 15-19-19-34 timings @1.2v My kit came with South Korea Hynix CJR-dies. and the above timings got me roughly: ~5000 MB/sec reads and writes on AIDA64's memory benchmark. And also on SiSoft's Sandra Memory bench I scored: ~33 GB/sec So, that is pretty fast. And while you should make no error, there are better, faster kits available, frankly they all cost at least 50% more. This kit is a grab-bag, meaning it can come with dies from different manufacturers, Hynix, Micron, or Samsung. But, they all make quality memory. But also know that if you plan to overclock, well, the Hynix CJR is not that good. I saw no difference in performance or stability between 1.2v and 1.35v. So, I just tightened up the timings and was happy. If you want to overclock, then you may wish to look elsewhere though. 3600mhz with tightened timings and an undervolt from the XMP settings is great for me in my scenario, though, and I am definitely happy with this kit. EDIT: I am running this memory kit on an Intel Z390 motherboard. As always, please, please check your motherboard manufacturer's website to see if a memory kit you are purchasing is on their QVL listings. Never buy RAM for your system that is not on the QVL listing.
| RAM Size | 16 GB |
| Memory Storage Capacity | 16 GB |
| Ram Memory Technology | DDR4 |
| Computer Memory Type | DDR4 SDRAM |
| Voltage | 1.35 Volts |
G.SKILL Ripjaws V RAM Module - 16 GB (2 x 8GB) - DDR4-3200/PC4-25600 DDR4 SDRAM - 3200 MHz - CL16 - 1.35 V - Non-ECC - Unbuffered - Lifetime Warranty
Delivery $7.95
G.SKILL Ripjaws V RAM Module for Desktop PC, Motherboard - 16 GB (2 x 8GB) - DDR4-3600/PC4-28800 DDR4 SDRAM - 3600 MHz - CL16 - 1.35 V - Non-ECC - -
Delivery $7.95
G.SKILL Ripjaws V RAM Module for Desktop PC - 16 GB (2 x 8GB) - DDR4-3600/PC4-28800 DDR4 SDRAM - 3600 MHz - CL18 - 1.35 V - Non-ECC - Unbuffered - -
Delivery $7.95
G.SKILL Ripjaws V RAM Module for Desktop PC, Motherboard - 16 GB (2 x 8GB) - DDR4-3600/PC4-28800 DDR4 SDRAM - 3600 MHz - CL16 - 1.35 V - Non-ECC - -
Delivery $7.95
G.Skill Ripjaws V 16GB (2x 8GB) DDR4 3600MHz Memory - Black
Delivery $11.99
Built a new PC from scratch using this RAM. PC would randomly reboot every 6 hrs-3 days. Ran windows RAM tests several times no errors so went on to everything else. Tried drivers and BIOS. Replaced power supply, video card, even the processor no luck. Spent probably 75 hours on it over 6 weeks. Finally tired only one RAM stick, ran for 5 days no problem, tried the other by itself, failed repeatedly within 1 hour. Fortunately Micro Center warrantied it for me even though it was past 30 days. So far so good on new pair. Wasted a lot of time!
I tried this memory kit in three different motherboards that support DDR4 3600 and faster RAM. Two of the three motherboards have this specific kit listed on the manufacturer's approved and tested memory list. None of the motherboards could boot with this memory kit to the XMP profile or with manually entered timings for 3600 MHz. The only way I could get it to run at 3600 MHz was to only use one stick of the two. Either one would run at 3600 MHz individually. The same behavior happened in all 3 motherboards with AMD and Intel chipsets(x570, Z170, Z390). Being able to only use 8GB of RAM is useless to me. I ran Memtest multiple times in all 3 motherboards using each stick individually at 3600 MHz. There were no errors reported. If I set the memory to a much lower ... MoreI tried this memory kit in three different motherboards that support DDR4 3600 and faster RAM. Two of the three motherboards have this specific kit listed on the manufacturer's approved and tested memory list. None of the motherboards could boot with this memory kit to the XMP profile or with manually entered timings for 3600 MHz. The only way I could get it to run at 3600 MHz was to only use one stick of the two. Either one would run at 3600 MHz individually. The same behavior happened in all 3 motherboards with AMD and Intel chipsets(x570, Z170, Z390). Being able to only use 8GB of RAM is useless to me. I ran Memtest multiple times in all 3 motherboards using each stick individually at 3600 MHz. There were no errors reported. If I set the memory to a much lower speed, I could get the computers to boot with this memory kit and pass Memtest without any errors. I tried not only the motherboard manufacturers' suggested placement for 2 sticks of RAM, but I tried all other possible combinations of the 4 slots. I've been building PCs since the early 1990's and even did it professionally for a few years. I spend several days troubleshooting this issue. I tried everything I knew to resolve this issue and even searched the various hardware forums and Google for any other ideas. After trying everything possible, I sent it back to Newegg for a replacement. The replacement kit hasn't arrived yet, but if it works as advertised, I'll update my review. Its possible I received a defective memory kit and there was a problem with 1 of the two sticks of RAM that Memtest doesn't detect. UPDATE: I received my replacement RAM. First, the RAM looked like it was used and returned or previously opened. The package was damaged on one side and the RAM was inserted into the package backwards. Some of the package contents were misplaced including the G.Skill sticker was in front of the ram. THe insert was in the package crooked. It appears my replacement RAM was used and returned to Newegg and was not a new package. The replacement RAM won't run at the rated 3600 MHz speed in two motherboards where this specific RAM kit is on the manufacturer's approved and tested compatibility list. I had issues getting the replacement kit to be stable at any speed higher than 3000 MHz. At this point I would not recommend buying this RAM is you want it to run anywhere near its rated speed. Two separate kits won't run at 3600 MHz in motherboards where the manufacturer says this RAM is approved and tested. Buying this with the intention of receiving RAM that operates at 3600 MHz is just throwing money away. If I could give this RAM a zero egg rating I would because its completely useless for its advertised speed.
So, after some tweeking, I was able to tighten up the timings a bit. But, I could not get this kit to overclock higher without raising the voltages. I got: 15-19-19-34 timings @1.2v My kit came with South Korea Hynix CJR-dies. and the above timings got me roughly: ~5000 MB/sec reads and writes on AIDA64's memory benchmark. And also on SiSoft's Sandra Memory bench I scored: ~33 GB/sec So, that is pretty fast. And while you should make no error, there are better, faster kits available, frankly they all cost at least 50% more. This kit is a grab-bag, meaning it can come with dies from different manufacturers, Hynix, Micron, or Samsung. But, they all make quality memory. But also know that if you plan to overclock, well, the Hynix CJR is not that good. I saw no ... MoreSo, after some tweeking, I was able to tighten up the timings a bit. But, I could not get this kit to overclock higher without raising the voltages. I got: 15-19-19-34 timings @1.2v My kit came with South Korea Hynix CJR-dies. and the above timings got me roughly: ~5000 MB/sec reads and writes on AIDA64's memory benchmark. And also on SiSoft's Sandra Memory bench I scored: ~33 GB/sec So, that is pretty fast. And while you should make no error, there are better, faster kits available, frankly they all cost at least 50% more. This kit is a grab-bag, meaning it can come with dies from different manufacturers, Hynix, Micron, or Samsung. But, they all make quality memory. But also know that if you plan to overclock, well, the Hynix CJR is not that good. I saw no difference in performance or stability between 1.2v and 1.35v. So, I just tightened up the timings and was happy. If you want to overclock, then you may wish to look elsewhere though. 3600mhz with tightened timings and an undervolt from the XMP settings is great for me in my scenario, though, and I am definitely happy with this kit. EDIT: I am running this memory kit on an Intel Z390 motherboard. As always, please, please check your motherboard manufacturer's website to see if a memory kit you are purchasing is on their QVL listings. Never buy RAM for your system that is not on the QVL listing.
Ryzen loves fast memory. For Zen 2 (or Ryzen 3000) series chips, your system will perform best when you couple Ryzen's memory and fabric clocks. Remember that DDR memory is Double Data Rate. 3600Mhz RAM will show up as having an 1800 memory clock on Ryzen master. If your fabric clock is at 1800, your clocks will be coupled. I accomplished this via the UEFI/BIOS. With a 3600Mhz kit, you don't have to overclock your memory. You do, however, have to make sure to enable your XMP. I also tuned my RAM using the Ryzen DRAM Calclulator by 1usmus.
The price to performance and no frills aesthetic makes this the perfect buy for a Ryzen system, but I have a PSA:Many MoBos don't actually support this RAM's high frequency but your rig will appear to work normally, except that after long periods of use you may encounter graphics or audio hitching. This is due to subtle memory errors as a result of incompatibility between the XMP profile and your motherboard. The errors are small enough to keep your PC operating but with the symptoms I mentioned. You can confirm the errors using MemTest86 from boot. Usually, around the 2nd pass, you'll see an error, which explains why hitching occurs after longer periods of use.To resolve: DO not use the XMP profile. Instead set the speed manually to 3600mhz with the default ... MoreThe price to performance and no frills aesthetic makes this the perfect buy for a Ryzen system, but I have a PSA:Many MoBos don't actually support this RAM's high frequency but your rig will appear to work normally, except that after long periods of use you may encounter graphics or audio hitching. This is due to subtle memory errors as a result of incompatibility between the XMP profile and your motherboard. The errors are small enough to keep your PC operating but with the symptoms I mentioned. You can confirm the errors using MemTest86 from boot. Usually, around the 2nd pass, you'll see an error, which explains why hitching occurs after longer periods of use.To resolve: DO not use the XMP profile. Instead set the speed manually to 3600mhz with the default clocks. The TRC and tRFC timing will increase a bit, but it'll allow for stability on chipsets. The performance hit is inconsequential compared to XMP.I hope this helps someone. Took me a long time to figure this out. You may also be able to block out the memory addresses throwing errors in Windows 10 (Google is your friend) but I was content with the timings my B450 board auto-assigned.
Recently purchased the following RAM memory sticks to put in a new computer system I was building: "G.SKILL Ripjaws V Series 16GB (2 x 8GB) 288-Pin DDR4 SDRAM DDR4 3600 (PC4 28800) Desktop Memory Model F4-3600C16D-16GVKC". The RAM was delivered to me quickly, in good physical condition, and was reasonably priced. I've finally finished assembling all the parts for my new PC system, have installed Windows, and run all the routine tests to make sure everything was working properly. These RAM sticks are working perfectly for me. at their 3600MHz rated speed. So, if you are planning on building yourself a new AMD based PC system, I would highly recommend buying this RAM from this seller. Best wishes.
Pros:- Decent price- No errors out of the box- Can get to run at 3333mhz C14 on B450 with my Ryzen 3400g (close to max for the platform?)- Hynix DJR (I've read that its equivalent to CJR, but maybe a little faster?)Cons:- Hynix DJR (limited information on what you can expect in terms of OCing)- Looking at my relative benchmarks on Userbench, 3333mhz C14 puts me in the 98th percentile of benchmarks run on this ram, suggesting 3600C16 may be a little optimistic even for Ryzen Zen 2 CPUs?On my Asus Tuf B450 Mobo / Ryzen 3400g combo, this works great at XMP timings / 3200mhz. No errors and stable at stock voltages.For overclocking (for a first time PC builder and first time RAM overclocker).... the version I got (2x8GB) has Hynix DJR ram modules. ... MorePros:- Decent price- No errors out of the box- Can get to run at 3333mhz C14 on B450 with my Ryzen 3400g (close to max for the platform?)- Hynix DJR (I've read that its equivalent to CJR, but maybe a little faster?)Cons:- Hynix DJR (limited information on what you can expect in terms of OCing)- Looking at my relative benchmarks on Userbench, 3333mhz C14 puts me in the 98th percentile of benchmarks run on this ram, suggesting 3600C16 may be a little optimistic even for Ryzen Zen 2 CPUs?On my Asus Tuf B450 Mobo / Ryzen 3400g combo, this works great at XMP timings / 3200mhz. No errors and stable at stock voltages.For overclocking (for a first time PC builder and first time RAM overclocker).... the version I got (2x8GB) has Hynix DJR ram modules. They're probably great, but they're more of an unknown than Hynix CJR and therefore required me to play around more with the RAM settings after the suggestions from Ryzen DRAM calc. didn't post, or posted with a lot of errors.I was able to find some information online where the poster said it was very sensitive to the combination of ProcODT, Park RTT and DRAM voltage (if your voltage goes higher, it likes lower ProcODT and park RTT than DRAM calculator suggests). Understanding this, i played around and got it stable at 3333mhz 1.39v DRAM 1.1v SOC and C14 (see images)Userbenchmark places me in the 96th percentile for users who have benchmarked this ram, which suggests that I may be closer to the limit than most, implying that 3600C16 may be unrealistic even for Zen 2 Ryzen? It may also just indicate that no one is OCing this RAM! I'm sure given time i could get 3400mhz stable at 1.45v, however my case's cooling setup isn't optimal for keeping the RAM cool currently so I won't be trying anytime soon.
Using these two I was able to get the rated speed and stability after doing a memory burn in with Windows Memory Diagnostic for a few hours on my Ryzen 5 1600X on my Asrock X370 Killer SLI/ac motherboard. I wanted to keep my original 2 x 4GB modules (8GB kit) as well, so that I have a total of 24GB instead of only this product as a 16GB kit. That's what I'm doing currently to have 24GB on my desktop. To be fair to this kit, I was unable to get the rated speed, but only because I am using it as an un-matched set of memory kits. I wanted to upgrade to fill the two empty slots on my motherboard. I previously had two 4GB modules for a total of 8GB, and adding this memory in, the speed a timing mis-match was an issue which caused me to need to turn down the speed to only ... MoreUsing these two I was able to get the rated speed and stability after doing a memory burn in with Windows Memory Diagnostic for a few hours on my Ryzen 5 1600X on my Asrock X370 Killer SLI/ac motherboard. I wanted to keep my original 2 x 4GB modules (8GB kit) as well, so that I have a total of 24GB instead of only this product as a 16GB kit. That's what I'm doing currently to have 24GB on my desktop. To be fair to this kit, I was unable to get the rated speed, but only because I am using it as an un-matched set of memory kits. I wanted to upgrade to fill the two empty slots on my motherboard. I previously had two 4GB modules for a total of 8GB, and adding this memory in, the speed a timing mis-match was an issue which caused me to need to turn down the speed to only 2734 MHz instead of the rated 3600 of this kit or even the 3200 I was getting with the old 8GB setup I had previously.
Bought this RAM for my new build and installed it in an MSI B450 Tomahawk MAX with an AMD Ryzen 5 3600X CPU. The first two days were great and the RAM was running at 3600 perfectly with A-XMP turned on. Today, the computer wouldn't boot and the DRAM quick diagnostic light on my motherboard was on. Troubleshooting consisted of: 1) Removed "bad" stick of RAM from its original slot; computer booted show BIOS showing 8gb of 3600 RAM. 2) Relacing "good"stick of RAM with "bad" stick; computer does not boot. 3) Placing "good" stick of RAM in the slot the "bad" one was in originally and removing "bad" stick from motherboard; computer boots properly showing 8gb of 3600 RAM. All in all, as other reviewers have indicated, there's a chance that you get a bad stick of RAM if you ... MoreBought this RAM for my new build and installed it in an MSI B450 Tomahawk MAX with an AMD Ryzen 5 3600X CPU. The first two days were great and the RAM was running at 3600 perfectly with A-XMP turned on. Today, the computer wouldn't boot and the DRAM quick diagnostic light on my motherboard was on. Troubleshooting consisted of: 1) Removed "bad" stick of RAM from its original slot; computer booted show BIOS showing 8gb of 3600 RAM. 2) Relacing "good"stick of RAM with "bad" stick; computer does not boot. 3) Placing "good" stick of RAM in the slot the "bad" one was in originally and removing "bad" stick from motherboard; computer boots properly showing 8gb of 3600 RAM. All in all, as other reviewers have indicated, there's a chance that you get a bad stick of RAM if you decide to purchase these, but if you manage to get lucky and don't have any dead sticks or sticks that die after two days of usage, you'll have fast RAM at a reasonable price. I've submitted an RMA with G.Skill, but I may purchase new RAM so I'm not without use of my new computer until it's resolved.
Finally got to upgrade my old gaming rig. Went with this as its QVL for my board. System posted 1st attempt and I set this ram up to 3600 in my D.O.C.P memory settings in my bios. Clean install to win10 fine and stable at 3600. Good ram!! old build intel i7-2600 cpu, asus p8z68-v-pro/gen3 board, 16gb adata gaming series ddr3 1600mhz ram, xfx radeon r9-390 gpu os drive/extreme gaming: 960gb adata ultimate su650 sata ssd, 5tb toshiba x300 performance 7200rpm sata main gaming drive 14tb various sata internal/external drives for redundant storage/backup antec 750w psu (old), fractal full atx case new build ryzen 7 3700x cpu, asus tuff gaming x570 plus board, 16gb g.skill ripjaws V 3600mhz ram, sapphire pulse radeon rx5600xt gpu os drive/extreme gaming: 1tb adata/xpg ... MoreFinally got to upgrade my old gaming rig. Went with this as its QVL for my board. System posted 1st attempt and I set this ram up to 3600 in my D.O.C.P memory settings in my bios. Clean install to win10 fine and stable at 3600. Good ram!! old build intel i7-2600 cpu, asus p8z68-v-pro/gen3 board, 16gb adata gaming series ddr3 1600mhz ram, xfx radeon r9-390 gpu os drive/extreme gaming: 960gb adata ultimate su650 sata ssd, 5tb toshiba x300 performance 7200rpm sata main gaming drive 14tb various sata internal/external drives for redundant storage/backup antec 750w psu (old), fractal full atx case new build ryzen 7 3700x cpu, asus tuff gaming x570 plus board, 16gb g.skill ripjaws V 3600mhz ram, sapphire pulse radeon rx5600xt gpu os drive/extreme gaming: 1tb adata/xpg gammix m.2 pcie4x4, 5tb toshiba x300 performance 7200rpm sata main gaming drive 14tb various sata internal/external drives for redundant storage/backup corsair hx750w modular psu, fractal full atx case
| RAM Size | 16 GB |
| Memory Storage Capacity | 16 GB |
| Ram Memory Technology | DDR4 |
| Computer Memory Type | DDR4 SDRAM |
| Voltage | 1.35 Volts |
