G.Skill 16GB (2 x 8GB) Ripjaws V Series DDR4 3200MHz Desktop Memory Model (F4-3200C16D-16GVKB) HT
Feel the Rush of Ripjaws V As the latest addition to the classic Ripjaws family, Ripjaws V series is the newest DDR4 memory designed for maximum compatibility and cutting-edge performance with the latest Intel Core processors. Built with the finest components, tested under the most rigorous conditions, and offered in five color options, Ripjaws V is the perfect choice for building a new performance system or for a simple memory upgrade. Blazing Fast Transfer Speed Available in a wide range of frequency options from standard DDR4-2133MHz to a blistering DDR4-4000MHz, Ripjaws V lets you enjoy a faster computing experience for gaming, video & image editing, rendering, and data processing. Rigorously Tested for Compatibility and Reliability Each and every Ripjaws V DDR4 memory kit is tested with G.SKILL's rigorous validation process on all major performance motherboard brands to ensure the best-in-class reliability and compatibility across the widest selection of motherboards. 42mm Module Height Continuing the tradition of aftermarket CPU cooler compatibility, Ripjaws V is designed with a 42mm module height suitable for most oversized CPU heatsinks. Up to 128GB Ultra High Capacity Ripjaws V offers various capacity configurations, not only with modules of 4GB and 8GB, but also in ultra-high 16GB capacities for up to 128GB (16GBx8). The possibilities are endless! Power Efficient Designed with a low voltage of 1.2V~1.35V at DDR4 standard, this lowers the memory voltage requirement by 20% from DDR3 memory kits! Now your system can perform even faster without becoming an expensive appliance heater. XMP 2.0 Support Just set and go. Programmed with the latest Intel XMP 2.0 profiles, the only thing between you and extreme performance is a simple setting.
Feel the Rush of Ripjaws V As the latest addition to the classic Ripjaws family, Ripjaws V series is the newest DDR4 memory designed for maximum compatibility and cutting-edge performance with the latest Intel Core processors. Built with the finest components, tested under the most rigorous conditions, and offered in five color options, Ripjaws V is the perfect choice for building a new performance system or for a simple memory upgrade. Blazing Fast Transfer Speed Available in a wide range of frequency options from standard DDR4-2133MHz to a blistering DDR4-4000MHz, Ripjaws V lets you enjoy a faster computing experience for gaming, video & image editing, rendering, and data processing. Rigorously Tested for Compatibility and Reliability Each and every Ripjaws V DDR4 memory kit is tested with G.SKILL's rigorous validation process on all major performance motherboard brands to ensure the best-in-class reliability and compatibility across the widest selection of motherboards. 42mm Module Height Continuing the tradition of aftermarket CPU cooler compatibility, Ripjaws V is designed with a 42mm module height suitable for most oversized CPU heatsinks. Up to 128GB Ultra High Capacity Ripjaws V offers various capacity configurations, not only with modules of 4GB and 8GB, but also in ultra-high 16GB capacities for up to 128GB (16GBx8). The possibilities are endless! Power Efficient Designed with a low voltage of 1.2V~1.35V at DDR4 standard, this lowers the memory voltage requirement by 20% from DDR3 memory kits! Now your system can perform even faster without becoming an expensive appliance heater. XMP 2.0 Support Just set and go. Programmed with the latest Intel XMP 2.0 profiles, the only thing between you and extreme performance is a simple setting.
Feel the Rush of Ripjaws V As the latest addition to the classic Ripjaws family, Ripjaws V series is the newest DDR4 memory designed for maximum compatibility and cutting-edge performance with the latest Intel Core processors. Built with the finest components, tested under the most rigorous conditions, and offered in five color options, Ripjaws V is the perfect choice for building a new performance system or for a simple memory upgrade. Blazing Fast Transfer Speed Available in a wide range of frequency options from standard DDR4-2133MHz to a blistering DDR4-4000MHz, Ripjaws V lets you enjoy a faster computing experience for gaming, video & image editing, rendering, and data processing. Rigorously Tested for Compatibility and Reliability Each and every Ripjaws V DDR4 memory kit is tested with G.SKILL's rigorous validation process on all major performance motherboard brands to ensure the best-in-class reliability and compatibility across the widest selection of motherboards. 42mm Module Height Continuing the tradition of aftermarket CPU cooler compatibility, Ripjaws V is designed with a 42mm module height suitable for most oversized CPU heatsinks. Up to 128GB Ultra High Capacity Ripjaws V offers various capacity configurations, not only with modules of 4GB and 8GB, but also in ultra-high 16GB capacities for up to 128GB (16GBx8). The possibilities are endless! Power Efficient Designed with a low voltage of 1.2V~1.35V at DDR4 standard, this lowers the memory voltage requirement by 20% from DDR3 memory kits! Now your system can perform even faster without becoming an expensive appliance heater. XMP 2.0 Support Just set and go. Programmed with the latest Intel XMP 2.0 profiles, the only thing between you and extreme performance is a simple setting.
Feel the Rush of Ripjaws V As the latest addition to the classic Ripjaws family, Ripjaws V series is the newest DDR4 memory designed for maximum compatibility and cutting-edge performance with the latest Intel Core processors. Built with the finest components, tested under the most rigorous conditions, and offered in five color options, Ripjaws V is the perfect choice for building a new performance system or for a simple memory upgrade. Blazing Fast Transfer Speed Available in a wide range of frequency options from standard DDR4-2133MHz to a blistering DDR4-4000MHz, Ripjaws V lets you enjoy a faster computing experience for gaming, video & image editing, rendering, and data processing. Rigorously Tested for Compatibility and Reliability Each and every Ripjaws V DDR4 memory kit is tested with G.SKILL's rigorous validation process on all major performance motherboard brands to ensure the best-in-class reliability and compatibility across the widest selection of motherboards. 42mm Module Height Continuing the tradition of aftermarket CPU cooler compatibility, Ripjaws V is designed with a 42mm module height suitable for most oversized CPU heatsinks. Up to 128GB Ultra High Capacity Ripjaws V offers various capacity configurations, not only with modules of 4GB and 8GB, but also in ultra-high 16GB capacities for up to 128GB (16GBx8). The possibilities are endless! Power Efficient Designed with a low voltage of 1.2V~1.35V at DDR4 standard, this lowers the memory voltage requirement by 20% from DDR3 memory kits! Now your system can perform even faster without becoming an expensive appliance heater. XMP 2.0 Support Just set and go. Programmed with the latest Intel XMP 2.0 profiles, the only thing between you and extreme performance is a simple setting.
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The lowest price for G.Skill 16GB (2 x 8GB) Ripjaws V Series DDR4 3200MHz Desktop Memory Model (F4-3200C16D-16GVKB) HT right now is $305.00 at desertcart.com.au.
The all-time low was $298.50 on 23 Apr 2026 — today's price is 2% above the lowest ever. This is at or near its all-time low — a good time to buy.
Prices last updated 11 May 2026.
Last updated at 11/05/2026 11:51:15
Ripjaws V Series Ddr4 Ram (Xmp) 16 Gb (2x8 Gb) 3200 Mt/S Cl16 18 18 38 1.35 V Intel Amd Desktop Computer Memory U Dimm Black (F4 3200 C16 D 16 Gvkb)
Delivery between 17–20 May $29
originally posted on neweggbusiness.com
I bought these 32gb sticks to replace a kit of 16gb ripjaws I bought at the height of the memory price hike. I did so on a specific review which stated it ran great on my exact system. At first they seemed to function great. Set the xmp and away I went. However, eventually my computer started behaving really strangely. Random BSOD, quitting games, failing stress tests, corrupted windows files etc. I even went as far as replacing my psu because a lot of the symptoms resembled a failing psu and of course the memory would pass long memtest runs and windows memory diagnostic passes. Eventually, after much wasted time and energy it dawned on me it had to be the ram. I set the ram to it's spec timings and I still had problems. Put my old sticks in and the problems ... MoreI bought these 32gb sticks to replace a kit of 16gb ripjaws I bought at the height of the memory price hike. I did so on a specific review which stated it ran great on my exact system. At first they seemed to function great. Set the xmp and away I went. However, eventually my computer started behaving really strangely. Random BSOD, quitting games, failing stress tests, corrupted windows files etc. I even went as far as replacing my psu because a lot of the symptoms resembled a failing psu and of course the memory would pass long memtest runs and windows memory diagnostic passes. Eventually, after much wasted time and energy it dawned on me it had to be the ram. I set the ram to it's spec timings and I still had problems. Put my old sticks in and the problems disappeared. I can't say the sticks are faulty for sure (I believe they are though) because I could never get them to fail a memory test, only stress tests would fail occasionally. I did not run exhaustive tests however. One full pass of memtest which took 12 hours was the max. I have since bought a 32gb kit of gskill flarex and they are performing perfectly. I will say the old 16gb ripjaws kit I have are Samsung b-die. The flarex kit I'm now using is Samsung c-die. This kit was hynix. That may be an issue too for all I know. So in closing, these did not work for me. For reference my system is a 2700x on an Asus x370 strix gaming-i board.
originally posted on neweggbusiness.com
*** Please read this *** This goes for all memory, please make sure that both your cpu and your motherboard can handle this memory. Simply put, not all combinations of cpu/MB are going to hit 3600, that is NOT the fault of *any* memory manufacturer. For example with a z170 and a 6th gen intel this memory would not go above 3200 Mhz. Will you hit 3600? With the intended CPU on Z390, Z370, almost certainly yes. Z270 very very likely. Z170 probably not. Ryzen 3 on X570, almost certainly yes. Ryzen 2, maybe. Ryzen 1, no. Just one man's best guess. ------ (Some of my major secondary timings for those interested: tWR 16, RFC 560, RRDL/RRDS/WTRL/WTRS at 6/5/10/4, FAW 20, CWL 16, REFI 42000)
originally posted on neweggbusiness.com
The MAX stable I could reach with the built in BIOS tools (XMP Profiles) was 3466, which I guess it is not that bad, but when the manufacturer advertises 3600 and the memory is on BOTH QVL lists at both AsRock AND G.SKill - one would expect the max to be reached EVERY TIME. However, no such luck. On my AsRock Taichi X399 with the latest BIOS and Threadripper 1920X (12 cores, 24 threads), it will boot to Windows in 3600, but it is unstable and soon crashes the entire system. If downclocked to 3466 it works fine and is mostly stable (crashes like once a week), but then why is it advertised at 3600+??? Que in the answer from the G.Skill newegg guy below say that 'overclock speeds are not guaranteed' blah,blah, blah etc. but then why do you use them as a marketing ... MoreThe MAX stable I could reach with the built in BIOS tools (XMP Profiles) was 3466, which I guess it is not that bad, but when the manufacturer advertises 3600 and the memory is on BOTH QVL lists at both AsRock AND G.SKill - one would expect the max to be reached EVERY TIME. However, no such luck. On my AsRock Taichi X399 with the latest BIOS and Threadripper 1920X (12 cores, 24 threads), it will boot to Windows in 3600, but it is unstable and soon crashes the entire system. If downclocked to 3466 it works fine and is mostly stable (crashes like once a week), but then why is it advertised at 3600+??? Que in the answer from the G.Skill newegg guy below say that 'overclock speeds are not guaranteed' blah,blah, blah etc. but then why do you use them as a marketing gimmick to sell more? Just advertise the actual speeds and let us overclockers achieve whatever we can get! And don't start about the memory controller (G.Skill customer support had the nerve to mention that!) - the mem controller on Threadripper is STELLAR! The problem is with the RAM.
| Capacity | 16GB (2 x 8GB) |
| CAS Latency | 15 |
| Timing | 15-15-15-35 |
| Voltage | 1.35V |
| ECC | No |
Ripjaws V Series Ddr4 Ram (Xmp) 16 Gb (2x8 Gb) 3200 Mt/S Cl16 18 18 38 1.35 V Intel Amd Desktop Computer Memory U Dimm Black (F4 3200 C16 D 16 Gvkb)
Delivery between 17–20 May $29
I bought these 32gb sticks to replace a kit of 16gb ripjaws I bought at the height of the memory price hike. I did so on a specific review which stated it ran great on my exact system. At first they seemed to function great. Set the xmp and away I went. However, eventually my computer started behaving really strangely. Random BSOD, quitting games, failing stress tests, corrupted windows files etc. I even went as far as replacing my psu because a lot of the symptoms resembled a failing psu and of course the memory would pass long memtest runs and windows memory diagnostic passes. Eventually, after much wasted time and energy it dawned on me it had to be the ram. I set the ram to it's spec timings and I still had problems. Put my old sticks in and the problems ... MoreI bought these 32gb sticks to replace a kit of 16gb ripjaws I bought at the height of the memory price hike. I did so on a specific review which stated it ran great on my exact system. At first they seemed to function great. Set the xmp and away I went. However, eventually my computer started behaving really strangely. Random BSOD, quitting games, failing stress tests, corrupted windows files etc. I even went as far as replacing my psu because a lot of the symptoms resembled a failing psu and of course the memory would pass long memtest runs and windows memory diagnostic passes. Eventually, after much wasted time and energy it dawned on me it had to be the ram. I set the ram to it's spec timings and I still had problems. Put my old sticks in and the problems disappeared. I can't say the sticks are faulty for sure (I believe they are though) because I could never get them to fail a memory test, only stress tests would fail occasionally. I did not run exhaustive tests however. One full pass of memtest which took 12 hours was the max. I have since bought a 32gb kit of gskill flarex and they are performing perfectly. I will say the old 16gb ripjaws kit I have are Samsung b-die. The flarex kit I'm now using is Samsung c-die. This kit was hynix. That may be an issue too for all I know. So in closing, these did not work for me. For reference my system is a 2700x on an Asus x370 strix gaming-i board.
*** Please read this *** This goes for all memory, please make sure that both your cpu and your motherboard can handle this memory. Simply put, not all combinations of cpu/MB are going to hit 3600, that is NOT the fault of *any* memory manufacturer. For example with a z170 and a 6th gen intel this memory would not go above 3200 Mhz. Will you hit 3600? With the intended CPU on Z390, Z370, almost certainly yes. Z270 very very likely. Z170 probably not. Ryzen 3 on X570, almost certainly yes. Ryzen 2, maybe. Ryzen 1, no. Just one man's best guess. ------ (Some of my major secondary timings for those interested: tWR 16, RFC 560, RRDL/RRDS/WTRL/WTRS at 6/5/10/4, FAW 20, CWL 16, REFI 42000)
The MAX stable I could reach with the built in BIOS tools (XMP Profiles) was 3466, which I guess it is not that bad, but when the manufacturer advertises 3600 and the memory is on BOTH QVL lists at both AsRock AND G.SKill - one would expect the max to be reached EVERY TIME. However, no such luck. On my AsRock Taichi X399 with the latest BIOS and Threadripper 1920X (12 cores, 24 threads), it will boot to Windows in 3600, but it is unstable and soon crashes the entire system. If downclocked to 3466 it works fine and is mostly stable (crashes like once a week), but then why is it advertised at 3600+??? Que in the answer from the G.Skill newegg guy below say that 'overclock speeds are not guaranteed' blah,blah, blah etc. but then why do you use them as a marketing ... MoreThe MAX stable I could reach with the built in BIOS tools (XMP Profiles) was 3466, which I guess it is not that bad, but when the manufacturer advertises 3600 and the memory is on BOTH QVL lists at both AsRock AND G.SKill - one would expect the max to be reached EVERY TIME. However, no such luck. On my AsRock Taichi X399 with the latest BIOS and Threadripper 1920X (12 cores, 24 threads), it will boot to Windows in 3600, but it is unstable and soon crashes the entire system. If downclocked to 3466 it works fine and is mostly stable (crashes like once a week), but then why is it advertised at 3600+??? Que in the answer from the G.Skill newegg guy below say that 'overclock speeds are not guaranteed' blah,blah, blah etc. but then why do you use them as a marketing gimmick to sell more? Just advertise the actual speeds and let us overclockers achieve whatever we can get! And don't start about the memory controller (G.Skill customer support had the nerve to mention that!) - the mem controller on Threadripper is STELLAR! The problem is with the RAM.
The pros are reduced to Ashes by the cons, so you can call it even. Bought it again as in this builed I didn't need RGB from RAM thanks to the wraith presimand my rgb PSU. No probs with the product and recommended. My next purchase would be same size RAM with RGB because the next CPU I'm ordering is with wraith stealth. All over again newegg: - free shipping or acceptable rates. - stocks. - prices doubling and Trippling. - No of items per purchase at least 2. Its actually interconnected, when I buy with no free shipping, I can save by purchasing more than one item but I'm limited to one item thus paying each item shipment specially of more then one seller is involved for my requirements.
It took me seven years to upgrade my old build, which was made with components mostly from 2012. I was running on 8gb of DDR3 RAM, the speed of which I don't even recall, and basic things had become struggles now that my computer was pulling double-duty with work-from-home.After building a fresh PC with 32gb of Ripjaw DDR4-3600 RAM, I'm having a great time. I have a feeling I would have been good with even 16gb for most of my computer use, but since I occasionally dabble with animation and rendering I decided to go for 32gb (in the form of 2x16gb) and I have no regrets. 2x16gb feels like the sweet spot to me, giving me some upgrade potential in the future.I did not actually intend to buy G.Skill Ripjaw V RAM when I went into the store - I'd planned to get either ... MoreIt took me seven years to upgrade my old build, which was made with components mostly from 2012. I was running on 8gb of DDR3 RAM, the speed of which I don't even recall, and basic things had become struggles now that my computer was pulling double-duty with work-from-home.After building a fresh PC with 32gb of Ripjaw DDR4-3600 RAM, I'm having a great time. I have a feeling I would have been good with even 16gb for most of my computer use, but since I occasionally dabble with animation and rendering I decided to go for 32gb (in the form of 2x16gb) and I have no regrets. 2x16gb feels like the sweet spot to me, giving me some upgrade potential in the future.I did not actually intend to buy G.Skill Ripjaw V RAM when I went into the store - I'd planned to get either Corsair Vengeance or Crucial Ballistix in the same size - but the Ripjaw V was what was available. The CAS latencies between models was not exactly the same, but I went with the Ripjaw anyway and I've been happy.Note, I have NOT encountered any bad DIMMs myself as of writing this (3/18/2021, after approx. 1 month of use).
I got these to add to 2 very similar sticks already installed on the mobo. Had 32gb installed, and needed an upgrade to 64gb to run some virtual/test servers. I also sometimes game on the PC, and they all run great as far as RAM speed. Paired with a Gen3 NVME and it's really fast system startup still impresses me.I assumed I'd have to do some tweaking to get them to 3600mhz (since they are similar but not identical to my other two sticks), but they were detected and default XMP settings on the board took care of this for me. This would be ideal for someone who's new to overclocking memory on an AMD system, or even someone who just likes to go with default values. If you're running an AMD system, need easy overclocking, and are on a budget - I highly recommend these. ... MoreI got these to add to 2 very similar sticks already installed on the mobo. Had 32gb installed, and needed an upgrade to 64gb to run some virtual/test servers. I also sometimes game on the PC, and they all run great as far as RAM speed. Paired with a Gen3 NVME and it's really fast system startup still impresses me.I assumed I'd have to do some tweaking to get them to 3600mhz (since they are similar but not identical to my other two sticks), but they were detected and default XMP settings on the board took care of this for me. This would be ideal for someone who's new to overclocking memory on an AMD system, or even someone who just likes to go with default values. If you're running an AMD system, need easy overclocking, and are on a budget - I highly recommend these. Most people won't need 64gb worth, but two of these for 32 gb would be a great part for any gaming machine.
Yeah I know the description says it has lower height, but I still had to rely on my case being "full tower" to mount the second fan over the RAM for Noctua NH-D15. I could see that with a thinner case it may have been a problem. I found that the cooling worked best and lowest noise with that setup, the second fan in the middle section, and no fan near case fan. I was looking for DDR4-3600, 2x16, highly rated, good price when I bought this, and was not thinking about what fan I was going to get, the Noctua was later. In hindsight, I would also want RAM even lower; if you plan on watercooling this doesn't matter at all. I was able to overclock to 3666 MHz, so far, Ryzen 3800x on a Asus Prime B350 Plus motherboard, you might be able to do better on a X570 or B550 board.
Got it for a budget 2D art/light gaming Ryzen 2400G build. First of all 3600 speed is not guaranteed to work on every build. But it's not guaranteed because of bad modules, but mostly because of limitations of CPU's IMC. There are two XMP profiles. 3600/19 failed with my build, but 3333/19 worked great. After some tweaking I've realized that 3333 was a stable maximum for me (3600 failed to boot, 3466 would boot, but fail occasionally under a load). I was able to get stable 15 17 17 21 at 3333 with 1.36v (yes, that's 21. it works for some reason, but I got a feeling that it's overridden somewhere and the real timing is different), which looks like a sweet spot for me. I'm pretty happy with it so far. Pretty good performance for the price IMO.
Slapped these into a Ryzen 7 3800x, MSI MPG X570 Gaming Pro Carbon Wifi setup and they posted no problem, but were running at 2133mhz. NOT the 3600mhz I was hoping for. I went into Bios and set the A-XMP profile to both 1 and 2 on different boots and did not have any change in speed. Clearly a compatibility issue with the motherboard/cpu combo. After doing some digging through the googles I was able to get these running at 3200Mhz by adjusting a few items. This worked for me, it may not work for you. DO AT YOUR OWN RISK Adjusted the following Enable A-Xmp Manually Set speed: 3200Mhz Dram Voltage: 1.35 Soc Voltage: 1.1 During testing this was the highest speed I could get the RAM to operate without the motherboard having issues posting. Had to flash CMOS a few times ... MoreSlapped these into a Ryzen 7 3800x, MSI MPG X570 Gaming Pro Carbon Wifi setup and they posted no problem, but were running at 2133mhz. NOT the 3600mhz I was hoping for. I went into Bios and set the A-XMP profile to both 1 and 2 on different boots and did not have any change in speed. Clearly a compatibility issue with the motherboard/cpu combo. After doing some digging through the googles I was able to get these running at 3200Mhz by adjusting a few items. This worked for me, it may not work for you. DO AT YOUR OWN RISK Adjusted the following Enable A-Xmp Manually Set speed: 3200Mhz Dram Voltage: 1.35 Soc Voltage: 1.1 During testing this was the highest speed I could get the RAM to operate without the motherboard having issues posting. Had to flash CMOS a few times during this to clear configs and retry. Overall affordable RAM but just double check on compatibility with the motherboard manufacture prior to purchase. Ended up putting these in my partners computer since the lower speed won't be a concern for them.
What can I say About the G'Skill Ripjaws V 3200Mhz DDR 4 Ram. Well.... Firstly : It's easy to install & get running at the speed of 3200Mhz. Secondly : It is easily over clocked if you are an enthusiast & every frame or CPU cycles speed for editing or what ever & requires you to over clock the Ram this Ram will easily over clock to 3400Mhz & possibly beyond as I only did a 1 off test at 3400 to see if it was stable & it was but I only require the speed automatically set when XMP is activated which is 3200Mhz. Thirdly : It is compatible with a majority of Intel chipsets a good 95-98% I'd say personally if not all of them, it is also compatible with AMD Ryzen Gen 2 motherboards & CPU's. Fourthly is really great value for money & gives a lot of performance for gaming, ... MoreWhat can I say About the G'Skill Ripjaws V 3200Mhz DDR 4 Ram. Well.... Firstly : It's easy to install & get running at the speed of 3200Mhz. Secondly : It is easily over clocked if you are an enthusiast & every frame or CPU cycles speed for editing or what ever & requires you to over clock the Ram this Ram will easily over clock to 3400Mhz & possibly beyond as I only did a 1 off test at 3400 to see if it was stable & it was but I only require the speed automatically set when XMP is activated which is 3200Mhz. Thirdly : It is compatible with a majority of Intel chipsets a good 95-98% I'd say personally if not all of them, it is also compatible with AMD Ryzen Gen 2 motherboards & CPU's. Fourthly is really great value for money & gives a lot of performance for gaming, editing,streaming etc. I personally run 2 X 8Gb of this Ram on an CPU : i7-9700KF Motherboard :MSI MEG Z390 ACE RAM : Of Course G;Skill Ripjaws V 2 X 8Gb My mate runs a CPU : AMD Ryzen 2700X Motherboard : Unsure all I can remember is it's an ASUS Motherboard. RAM Again the G'Skill Ripjaws V We are both very happy with them & will purchase them again in the future!.
| Capacity | 16GB (2 x 8GB) |
| CAS Latency | 15 |
| Timing | 15-15-15-35 |
| Voltage | 1.35V |
| ECC | No |
