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G.SKILL 64GB DDR4-3200 Quad Channel [Ripjaws V] F4-3200C16Q-64GVK
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.
in 34 offers
The lowest price for G.SKILL 64GB DDR4-3200 Quad Channel [Ripjaws V] F4-3200C16Q-64GVK right now is $130.87 at Everyday Rewards, compared across 20 retailers.
The all-time low was $130.28 on 29 May 2026. That's the lowest price we've ever tracked — a great time to buy.
Prices last updated 10 June 2026.
Last updated at 10/06/2026 12:44:25
G.SKILL F4-3200C16S-16GVK 16 GB Ripjaws V Memory Module Memory Module - Black
Affiliate Disclosure: We may receive a small commission for purchases made through this link at no extra cost to you. This helps support our site. Thank you!
G.SKILL F4-3200C16S-8GVKB 8G (1 x 8GB)/ DDR4 3200 MT/2133MHz (PC4-17000)/ XMP 2.0/Timings 16-18-18-38/ Voltage 1.35V/ RipjawsV [Singel Channel]
Free delivery between 13–17 June
G.Skill 16G (2x8G) F4-3200C16D-16GVKB Ripjaws V 3200MHz CL16 DDR4 RAM
Delivery between 13–17 June $10
G.SKILL RipjawsV F4-3200C16D-32GVK 32GB (2 x 16GB)/ PC4-25600 / DDR4 3200 Mhz/ Timings 16-18-18-38/ Voltage 1.35V
Free delivery between 13–17 June
G.Skill Ripjaws V 32GB(2X16GB) DDR4 3200Mhz Dual Module CL16 Memory Black [F4-3200C16D-32GVK]
Free delivery between 13–17 June
G SKILL F4 3200C16D 32Gvk 32Gb 2 X 16Gb Pc4 25600 Ddr4 3200 Mhz
Free delivery between 13–17 June
[F4-3200C16D-16GVKB] G.Skill Ripjaws V 16GB(2X8GB) DDR4 3200Mhz Dual Module CL16 Memory Black
Delivery $9.95
G.Skill 16G (2x8G) F4-3200C16D-16GVKB Ripjaws V 3200MHz CL16 DDR4 RAM
Delivery $12
[F4-3200C16D-32GVK] G.Skill Ripjaws V 32GB(2X16GB) DDR4 3200Mhz Dual Module CL16 Memory Black
Delivery $14.95
G.SKILL RipjawsV F4-3200C16D-32GVK 32GB (2 x 16GB)/ PC4-25600 / DDR4 3200 Mhz/ Timings 16-18-18-38/ Voltage 1.35V
Free delivery between Fri – Sat
originally posted on newegg.com
I am giving a little update to my original review as I am now running these sticks on the z490 platform: Aorus Master MB - 3090 Aorus Master GPU - 10900k chip. Still no issues what so ever with this kit.....Running at advertised specs via XMP without fail (with considerably better performance than on my previous z370 platform/Aorus gaming 7). Average temps are in the high 30s/very low 40s during 4k gaming and light production work per HWiNFO (ambient temperature of 70f) . Screenshot of AIDA64 Mem benchmark attached. Old review on z370 platform: Previously running stable with a 3733MHz cl17 kit (G.skill F4-3733C17Q-32GTZKK/ Gigabyte Z370 Aorus gaming 7 board ) but had trouble getting anything faster to work without a lot of manual tweaking.... tried a couple of ... MoreI am giving a little update to my original review as I am now running these sticks on the z490 platform: Aorus Master MB - 3090 Aorus Master GPU - 10900k chip. Still no issues what so ever with this kit.....Running at advertised specs via XMP without fail (with considerably better performance than on my previous z370 platform/Aorus gaming 7). Average temps are in the high 30s/very low 40s during 4k gaming and light production work per HWiNFO (ambient temperature of 70f) . Screenshot of AIDA64 Mem benchmark attached. Old review on z370 platform: Previously running stable with a 3733MHz cl17 kit (G.skill F4-3733C17Q-32GTZKK/ Gigabyte Z370 Aorus gaming 7 board ) but had trouble getting anything faster to work without a lot of manual tweaking.... tried a couple of different 4000MHz + kits and just couldn't get them to run as stable as I would have liked. This kit however.... Installed - Enabled XMP profile - Booted like a Rock-Star straight out of the gate with no special voltage/bios tweaks while running at G.skill's advertised/tested specs (Samsung B-die to the rescue!). I was a little concerned about heat because of the 1.5 volts that this kit likes to run at, but have had no real issues there. HWINFO monitoring utility shows DIMMs at 26-28c at idle, reaching the mid/upper 40s during 4k-Maxed setting AAA gaming and/or intensive video editing... This is a little hotter than my previous 3733 kit so just for good measure I installed a 60mm fan (attached to my case just above the kit/MB) blowing directly though the modules, this brought my temps down into the mid 30s during the same activities mentioned above. I might add, the Ripjaws sticks are slightly thinner and have a lower profile than those found in the TridentZ kits. In my opinion this offers better airflow around the modules themselves, and around the CPU socket area. This next statement could be considered VERY subjective, but I actually feel that I notice a significant improvement running this kit.... everything just feels a little more responsive.... buttery....a little smoother. AIDA64 memory scores: Memory: Read: 54571 MB/s Write: 59851 MB/s Copy: 54590 MB/s Latency: 41.9 ns L1 cache: Read: 2324.2 GB/s Write: 1170.7 GB/s Copy: 2332.9 GB/s Latency: 0.8 ns L2 cache: Read: 903.85 GB/s Write: 581.6 GB/s Copy: 759.28 GB/s Latency: 2.4 ns L3 cache: Read: 369.00 GB/s Write: 229.23 GB/s Copy: 278.09 GB/s Latency: 11.0 ns My system for reference: Gigabyte Z370 Aorus Gaming 7 with modified VRM cooling - 9900K - AORUS 2080 Ti Xtreme - Samsung 983 ZET 480gb OS drive - Samsung 970 Evo Plus 2tb for storage - G.skill F4-4000C15Q-32GVK memory - Corsair AX860 PSU - Custom 360 loop - Thermaltake V71 case with drive bays gutted.
originally posted on neweggbusiness.com
RAM is probably the easiest thing to upgrade in any system - but I'm going to advise you to buy the RAM you need up front - here is why: There are 3 main manufacturers of RAM (the actual chips soldered to the RAM module). There are manufacturing differences between the 3, which means performance variation. The way RAM controllers work, you will only achieve the best performance of your worst module. The way RAM errors manifest - you will experience anything from intermittent computer crashes to complete inability to post. Matched kits ensure that the actual RAM chips soldered to the module are from a single manufacturer - and everything is tested for compatibility. You're virtually guaranteed to get memory that works as rated, from any manufacturer. But if you buy ... MoreRAM is probably the easiest thing to upgrade in any system - but I'm going to advise you to buy the RAM you need up front - here is why: There are 3 main manufacturers of RAM (the actual chips soldered to the RAM module). There are manufacturing differences between the 3, which means performance variation. The way RAM controllers work, you will only achieve the best performance of your worst module. The way RAM errors manifest - you will experience anything from intermittent computer crashes to complete inability to post. Matched kits ensure that the actual RAM chips soldered to the module are from a single manufacturer - and everything is tested for compatibility. You're virtually guaranteed to get memory that works as rated, from any manufacturer. But if you buy an 8 GB module today with the intent of adding another 8 GB in 6 months, you don't get that same assurance - even if you order the same SKU again - manufacturing revisions are rarely advertised and are not readily apparent to customers in most cases (not just with memory). Here is how to buy RAM: 1) Make sure it will fit in your system - low profile RAM exists for a reason 2) Buy the capacity, frequency, & CAS you need and want up-front 3) Deals happen around memory frequency, more than capacity - example: you will find 3200+ speed priced in the 2400-ish speed range, at times 4) Don't overbuy on Frequency or CAS - extra capacity can be justified as adding to the projected life of a system - Frequency & CAS might add a couple FPS today, but long-term won't mean much 5) Remember aesthetic frills, like RGB lighting, don't improve your gaming or content creation experience 6) Yes, you can overclock memory - don't expect to get significantly more performance than you paid for Boiled down - know the specs you need, buy RAM with those specs.
originally posted on ebay.com
Awesome stuff! It's a pity it's too fast for my motherboard (Z370) and Intel Core-I7 9700K - they run only at the speed of 2666MHz, and motherboard (DELL XPS 8930) doesn't have any capabilities to utilize the speed of this RAM, as CPU either. But anyway, even at the speed of 2888MHz my PC runs great! I had SK Hynix RAM 2666MHz before but after changing PCIe NVMe SSD for a faster one it began crashing and BSOD'ing, so I decided to buy this one - got a very good deal for 64GBs of 3200MHz RAM. All in all it's a very good RAM. The board recognized it as soon as I installed it. Took once to reboot, and I was ready to go. Swell! Recommended. By the way, it is made by SK Hynix - the chips.
| General | |
| Capacity | 64 GB: 4 x 16 GB |
| Upgrade Type | Generic |
| Memory | |
| Type | DRAM memory kit |
G.SKILL F4-3200C16S-16GVK 16 GB Ripjaws V Memory Module Memory Module - Black
Affiliate Disclosure: We may receive a small commission for purchases made through this link at no extra cost to you. This helps support our site. Thank you!
G.SKILL F4-3200C16S-8GVKB 8G (1 x 8GB)/ DDR4 3200 MT/2133MHz (PC4-17000)/ XMP 2.0/Timings 16-18-18-38/ Voltage 1.35V/ RipjawsV [Singel Channel]
Free delivery between 13–17 June
G.Skill 16G (2x8G) F4-3200C16D-16GVKB Ripjaws V 3200MHz CL16 DDR4 RAM
Delivery between 13–17 June $10
G.SKILL RipjawsV F4-3200C16D-32GVK 32GB (2 x 16GB)/ PC4-25600 / DDR4 3200 Mhz/ Timings 16-18-18-38/ Voltage 1.35V
Free delivery between 13–17 June
G.Skill Ripjaws V 32GB(2X16GB) DDR4 3200Mhz Dual Module CL16 Memory Black [F4-3200C16D-32GVK]
Free delivery between 13–17 June
I am giving a little update to my original review as I am now running these sticks on the z490 platform: Aorus Master MB - 3090 Aorus Master GPU - 10900k chip. Still no issues what so ever with this kit.....Running at advertised specs via XMP without fail (with considerably better performance than on my previous z370 platform/Aorus gaming 7). Average temps are in the high 30s/very low 40s during 4k gaming and light production work per HWiNFO (ambient temperature of 70f) . Screenshot of AIDA64 Mem benchmark attached. Old review on z370 platform: Previously running stable with a 3733MHz cl17 kit (G.skill F4-3733C17Q-32GTZKK/ Gigabyte Z370 Aorus gaming 7 board ) but had trouble getting anything faster to work without a lot of manual tweaking.... tried a couple of ... MoreI am giving a little update to my original review as I am now running these sticks on the z490 platform: Aorus Master MB - 3090 Aorus Master GPU - 10900k chip. Still no issues what so ever with this kit.....Running at advertised specs via XMP without fail (with considerably better performance than on my previous z370 platform/Aorus gaming 7). Average temps are in the high 30s/very low 40s during 4k gaming and light production work per HWiNFO (ambient temperature of 70f) . Screenshot of AIDA64 Mem benchmark attached. Old review on z370 platform: Previously running stable with a 3733MHz cl17 kit (G.skill F4-3733C17Q-32GTZKK/ Gigabyte Z370 Aorus gaming 7 board ) but had trouble getting anything faster to work without a lot of manual tweaking.... tried a couple of different 4000MHz + kits and just couldn't get them to run as stable as I would have liked. This kit however.... Installed - Enabled XMP profile - Booted like a Rock-Star straight out of the gate with no special voltage/bios tweaks while running at G.skill's advertised/tested specs (Samsung B-die to the rescue!). I was a little concerned about heat because of the 1.5 volts that this kit likes to run at, but have had no real issues there. HWINFO monitoring utility shows DIMMs at 26-28c at idle, reaching the mid/upper 40s during 4k-Maxed setting AAA gaming and/or intensive video editing... This is a little hotter than my previous 3733 kit so just for good measure I installed a 60mm fan (attached to my case just above the kit/MB) blowing directly though the modules, this brought my temps down into the mid 30s during the same activities mentioned above. I might add, the Ripjaws sticks are slightly thinner and have a lower profile than those found in the TridentZ kits. In my opinion this offers better airflow around the modules themselves, and around the CPU socket area. This next statement could be considered VERY subjective, but I actually feel that I notice a significant improvement running this kit.... everything just feels a little more responsive.... buttery....a little smoother. AIDA64 memory scores: Memory: Read: 54571 MB/s Write: 59851 MB/s Copy: 54590 MB/s Latency: 41.9 ns L1 cache: Read: 2324.2 GB/s Write: 1170.7 GB/s Copy: 2332.9 GB/s Latency: 0.8 ns L2 cache: Read: 903.85 GB/s Write: 581.6 GB/s Copy: 759.28 GB/s Latency: 2.4 ns L3 cache: Read: 369.00 GB/s Write: 229.23 GB/s Copy: 278.09 GB/s Latency: 11.0 ns My system for reference: Gigabyte Z370 Aorus Gaming 7 with modified VRM cooling - 9900K - AORUS 2080 Ti Xtreme - Samsung 983 ZET 480gb OS drive - Samsung 970 Evo Plus 2tb for storage - G.skill F4-4000C15Q-32GVK memory - Corsair AX860 PSU - Custom 360 loop - Thermaltake V71 case with drive bays gutted.
RAM is probably the easiest thing to upgrade in any system - but I'm going to advise you to buy the RAM you need up front - here is why: There are 3 main manufacturers of RAM (the actual chips soldered to the RAM module). There are manufacturing differences between the 3, which means performance variation. The way RAM controllers work, you will only achieve the best performance of your worst module. The way RAM errors manifest - you will experience anything from intermittent computer crashes to complete inability to post. Matched kits ensure that the actual RAM chips soldered to the module are from a single manufacturer - and everything is tested for compatibility. You're virtually guaranteed to get memory that works as rated, from any manufacturer. But if you buy ... MoreRAM is probably the easiest thing to upgrade in any system - but I'm going to advise you to buy the RAM you need up front - here is why: There are 3 main manufacturers of RAM (the actual chips soldered to the RAM module). There are manufacturing differences between the 3, which means performance variation. The way RAM controllers work, you will only achieve the best performance of your worst module. The way RAM errors manifest - you will experience anything from intermittent computer crashes to complete inability to post. Matched kits ensure that the actual RAM chips soldered to the module are from a single manufacturer - and everything is tested for compatibility. You're virtually guaranteed to get memory that works as rated, from any manufacturer. But if you buy an 8 GB module today with the intent of adding another 8 GB in 6 months, you don't get that same assurance - even if you order the same SKU again - manufacturing revisions are rarely advertised and are not readily apparent to customers in most cases (not just with memory). Here is how to buy RAM: 1) Make sure it will fit in your system - low profile RAM exists for a reason 2) Buy the capacity, frequency, & CAS you need and want up-front 3) Deals happen around memory frequency, more than capacity - example: you will find 3200+ speed priced in the 2400-ish speed range, at times 4) Don't overbuy on Frequency or CAS - extra capacity can be justified as adding to the projected life of a system - Frequency & CAS might add a couple FPS today, but long-term won't mean much 5) Remember aesthetic frills, like RGB lighting, don't improve your gaming or content creation experience 6) Yes, you can overclock memory - don't expect to get significantly more performance than you paid for Boiled down - know the specs you need, buy RAM with those specs.
Awesome stuff! It's a pity it's too fast for my motherboard (Z370) and Intel Core-I7 9700K - they run only at the speed of 2666MHz, and motherboard (DELL XPS 8930) doesn't have any capabilities to utilize the speed of this RAM, as CPU either. But anyway, even at the speed of 2888MHz my PC runs great! I had SK Hynix RAM 2666MHz before but after changing PCIe NVMe SSD for a faster one it began crashing and BSOD'ing, so I decided to buy this one - got a very good deal for 64GBs of 3200MHz RAM. All in all it's a very good RAM. The board recognized it as soon as I installed it. Took once to reboot, and I was ready to go. Swell! Recommended. By the way, it is made by SK Hynix - the chips.
Still rocking an x99 system in 2020 as gaming at 4K my limiting factory is not the x99 platform. I was on 16GB of an original 2014 DDR4 Quad kit I got from G. Skill (Hynix). I was finally running into games that would push my RAM usage to within 85%~90%, so I decided it was time for 32GB. I knew the IMC on my 5960x was going to be the true factor of whether or not this RAM would work, but based on the timings (and confirmed when I got it), the kit is indeed Samsung B-Die. It only took minor tweaking to work, but I was able to obtain 3000Mhz on this Kit at 13-13-13-26 @1T - 1.32V. The Kit WILL do 3200Mhz (and higher) as advertised, but for 24/7 use, I was not willing to push my System Agent or RAM voltages higher on Haswell-e. I spent some time fully tweaking all ... MoreStill rocking an x99 system in 2020 as gaming at 4K my limiting factory is not the x99 platform. I was on 16GB of an original 2014 DDR4 Quad kit I got from G. Skill (Hynix). I was finally running into games that would push my RAM usage to within 85%~90%, so I decided it was time for 32GB. I knew the IMC on my 5960x was going to be the true factor of whether or not this RAM would work, but based on the timings (and confirmed when I got it), the kit is indeed Samsung B-Die. It only took minor tweaking to work, but I was able to obtain 3000Mhz on this Kit at 13-13-13-26 @1T - 1.32V. The Kit WILL do 3200Mhz (and higher) as advertised, but for 24/7 use, I was not willing to push my System Agent or RAM voltages higher on Haswell-e. I spent some time fully tweaking all Primary, Secondary and Tertiary level timings to get a nice low latency and higher bandwidth (just because I like to get the max possible). Pretty darn good for x99! AIDA 64 and picture attached for system and bandwidth reference. I imagine on newer platforms these sticks are equally as good, if not better with a good IMC and cache OC. Current Full Specs: - EVGA GeForce RTX 2080I FTW3 11GB (Currently @ 2130MHz Core / 8000MHz Memory) - Asus ROG Swift PG27UQ 27" Gaming Monitor 4K UHD 144Hz DP HDMI G-SYNC HDR1000 - Intel Core i7-5960X Haswell-E (8C/16T) LGA 2011-v3 @ 4.625Ghz (125Mhz Strap) - ASRock X99 OC Formula LGA 2011-v3 (p3.40 BIOS) - G.SKILL Ripjaws V 32GB (4 x 8GB) DDR4 3000 (13-13-13-26 @ 1T) - 1TB Samsung Evo 860 SSD
I bought this kit primarily to have 32GB of memory because outside of gaming I occasionally work from home and all of my work tools alone use nearly 9GB just to be open. Meanwhile, all of the extra bits of software on my home PC (Corsair Icue, Razer Synapse, etc.) float around 4.5GB idle. Almost maxing out my memory when working didn't sit well with me. An unintended consequence was having mismatched but at the same time somehow matching RAM modules. When I first built my rig back in Dec 2020/Jan 2021 I grabbed a kit Ripjaws V memory to start with. They looked more gun metal grey to me than they did black. Went back and looked at my order history and turns out they are in fact a grey color, something I missed when making the initial purchase. This time I bought the ... MoreI bought this kit primarily to have 32GB of memory because outside of gaming I occasionally work from home and all of my work tools alone use nearly 9GB just to be open. Meanwhile, all of the extra bits of software on my home PC (Corsair Icue, Razer Synapse, etc.) float around 4.5GB idle. Almost maxing out my memory when working didn't sit well with me. An unintended consequence was having mismatched but at the same time somehow matching RAM modules. When I first built my rig back in Dec 2020/Jan 2021 I grabbed a kit Ripjaws V memory to start with. They looked more gun metal grey to me than they did black. Went back and looked at my order history and turns out they are in fact a grey color, something I missed when making the initial purchase. This time I bought the black ones. The neat thing out of the purchase is the alternating DIMM slots on my motherboard are black and grey with the grey being the first two slots to populate. Overall I would recommend these to anyone who has a tighter budget trying to build a new machine. They may be priced a bit higher than some other brands but they look better and more importantly, just as an opinion again, I wouldn't recommend some of these other brands just yet as I don't feel they have been around long enough to warrant absolute trust in them.
My set up: MB: Asrock B450M Pro4 CPU: Ryzen 5 3600 (65W TDP) SSD: ADATA XPG SX8100 M.2 PCIe NVME SSD (.33W active) Video Card: MSI GT710 ( Less than 20W ) PSU: Fatality Gaming 550W (An overkill for this system) and of course this pair of G.Skill Ripjaws V 8GBx2 SDRAM add to a total of 16GB RAM for my Linux workstation setup. During the initial set up phase, I didn't try any overclocking as usual, only turn on the XMP2.0 profile in MB which set the memory frequency to 3200 Mhz. Loaded the Linux Kernel 4.15.0.54, everything worked just fine. As soon as upgraded to Kernel 4.15.0.70, the system started to behave with a number of hiccups. The most annoying one is when I power down the computer, the fans are still running until I manually turn off the computer. After a ... MoreMy set up: MB: Asrock B450M Pro4 CPU: Ryzen 5 3600 (65W TDP) SSD: ADATA XPG SX8100 M.2 PCIe NVME SSD (.33W active) Video Card: MSI GT710 ( Less than 20W ) PSU: Fatality Gaming 550W (An overkill for this system) and of course this pair of G.Skill Ripjaws V 8GBx2 SDRAM add to a total of 16GB RAM for my Linux workstation setup. During the initial set up phase, I didn't try any overclocking as usual, only turn on the XMP2.0 profile in MB which set the memory frequency to 3200 Mhz. Loaded the Linux Kernel 4.15.0.54, everything worked just fine. As soon as upgraded to Kernel 4.15.0.70, the system started to behave with a number of hiccups. The most annoying one is when I power down the computer, the fans are still running until I manually turn off the computer. After a couple of days of troubleshooting ruled out all of the potential software causes, I then started to look into each of the hardware components. What a surprise! The memory test shows errors in a number of tests. What? no overclocking, auto adjusted voltages pumps 1.35V to the SDRAMs, running at the advertised 3200 frequency rate, gives errors? As soon as I reduce the clock to 3133Mhz, all of memory test errors are gone! In my twenty years of building and testing hundreds of computers. This is the first time I have had such experience. Typically, RAM are advertised conservatively with a lot of head rooms because there are many potential reasons could impair their actual performance. If one is lucky, such as the system I build a couple of weeks ago. I was able to overclock a 2666Mhz rated RAM to 3200Mhz without increasing the voltage. I would not complain if I was able to run at the nominal 3200Mhz and see no memory test errors. However, if there is 1 Mhz lower than what's advertised, then I would still not complain. But 67Mhz, which is 2% lower than advertised speed. Then I'd definitely voice my opinions. While other SDRAMs give a lot of head rooms, this SDRAM can' t hold the advertised frquency. That means, the quality of this pair SDRAM is lower than many SDRAMs I have used before. I could be the lucky one of receiving this bad pair. Well, originally, I planned to return this item. I managed to placed this pair of SDRAM in another system which reached the advertised 3200Mhz without showing errors. I used a different set of SDRAM of another brand in this system to reach a better clock rate at 3333Mhz. Thus, I decided to cancel the return request in order to meet the project deadlines. Anyway, my experience stands and just like to share my experience here. To be fair, I give it three eggs as a neutal score, instead of 1 egg I gave to it at first.
Ordered with a Ryzen 5 3600 and Asus TUF Gaming X570-Plus (Wi-Fi) motherboard. These specific sticks (F4-3200C16D-16GVGB) are not on Asus' memory QVL but they booted fine and are running fine at XMP settings (3200 with 16-18-18-38 timings) after enabling DOCP in the BIOS. The grey heat spreaders also work well with the largely black and grey colour scheme of the motherboard. Update: I just bought another pair of this memory in June 2020 to go with the ones I bought October 2019. My installation procedure was to remove the old memory and run only the new memory through some tests and games for a day to make sure the new memory was being stressed. They passed so the following day I put my old sticks back in to run all four sticks at once. Everything works flawlessly. ... MoreOrdered with a Ryzen 5 3600 and Asus TUF Gaming X570-Plus (Wi-Fi) motherboard. These specific sticks (F4-3200C16D-16GVGB) are not on Asus' memory QVL but they booted fine and are running fine at XMP settings (3200 with 16-18-18-38 timings) after enabling DOCP in the BIOS. The grey heat spreaders also work well with the largely black and grey colour scheme of the motherboard. Update: I just bought another pair of this memory in June 2020 to go with the ones I bought October 2019. My installation procedure was to remove the old memory and run only the new memory through some tests and games for a day to make sure the new memory was being stressed. They passed so the following day I put my old sticks back in to run all four sticks at once. Everything works flawlessly. One point of note for those who care, CPUID reads my old (Oct. 2019) sticks as using SK Hynix memory while the new sticks (June 2020) read as using Samsung memory. These DDR4 3200 CL16 sticks make for a nice budget option versus the faster DDR4 3600 CL16 sticks if it allows you to use the money you save to improve another aspect of your build, such as increasing your build's graphics card or CPU budget.
| General | |
| Capacity | 64 GB: 4 x 16 GB |
| Upgrade Type | Generic |
| Memory | |
| Type | DRAM memory kit |
