G.SKILL Ripjaws V Series 16GB (2 x 8GB) 288-Pin DDR4 SDRAM DDR4 3600 (PC4 28800) Desktop Memory Model F4-3600C17D-16GVK

Pros: Runs at 3200MHZ smoothly on my Ryzen 7 2700x and Crosshair VII hero motherboard. Perfect for the price.

Cons: You gotta pay for it.

Overall Review: I did write a review giving one egg to this product because of my lack of knowledge. Apparently, I put the sticks in the A1/B1 DImm slots and I was supposed to put it in the A2/B2 slots. after correcting that mistake, my ram worked perfectly at the rated speed. I apologize to the G.Skill team for unfairly giving this product one egg for a mistake I made.

Pros: Booted with default D.O.C.P settings without issue.

Cons: Dual rank means timings won't be as tight as single rank.

Overall Review: Pairing these sticks with a 3600X on an ASUS TUF X570 board. These are Hynix DJR dual rank sticks. I was able to use version the DRAM Calculator for Ryzen (v1.7.3) to tighten the timings with SAFE settings. My latency is ~69ns in tests. tCL: 16 tRCDWR: 16 tRCDRD: 19 tRP: 21 tRAS: 36 tRC: 58 tRRDS: 6 tRRDL: 8 tFAW: 34 tWTRS: 4 tWTRL: 12 tWR: 24 tRDRD SCL: 5 tWRWR SCL: 5 tRFC: 486 tCWL: 16 tRTP: 10 tRDWR: 9 tWRRD: 4 tWRWR SC: 1 tWRWR SD: 7 tWRWR DD: 7 tRDRD SC: 5 tRDRD DD: 5 tCKE: 1 DRAM Voltage: 1.35v SOC Voltage: 1.1v Power Down mode: Disabled Ger Down mode: Enabled procODT: 43.6 RTT_NOM: OFF RTT_WR: RZQ/3 RTT_PARK: RZQ/1 CAD_BUS ClkDrv: 24 CAD_BUS AddrCmdDrv: 20 CAD_BUS CsOdtDrv: 24 CAD_BUS CkeDrv: 24

Pros: - Works at 3200 MHz. - Good latency. - Works well with AMD x570. - No LED and other decorative nonsense. I want memory chips, not a Christmas tree.

Cons: - None.

Overall Review: Very happy with these chips so far.

Overall Review: Remember that 3200 MHz is not a JEDEC certified frequency. This means that in order to get the full advertised 3200 MHz speed, you have to go into your motherboard BIOS settings and turn on XMP 2.0, which will automatically fix the timings and voltage for your RAM. If you don't do this, the RAM will run at about 2132 MHz. You can verify it worked in the BIOS screen or Windows Task Manager (Performance > Memory).

Pros: - Ram hit its XMP ratings out of the box. - Currently running on standard XMP voltage @ 1.35 volts, 3600 Mhz 17-19-19-39 timings. - All secondary tightened. Most tertiary tightened. - AIDA 64, read 52369, write 55457, copy 49620, Latency 49.8 - Will hit CAS 16 @ 3600 MHz with 1.42v - Memory is Hynix CJR - Memtest stable to over 10,000% - Slightly shorter than the TridentZ series for those with air coolers - No stupid RGB -As noted below the first pair came with one bad stick, would not accept anything above 2400Mhz even single channel... that said G.Skill tech support is unreal. I called... The *PERSON* who *ANSWERED* the phone was directly able to help. No automated phone system that takes 10 minutes to navigate. No script reading. Tech support knew their stuff. Truly unbelievable, thank you G.Skill.

Cons: - First pair of sticks had one bad stick, but read above. RMA was easy.

Overall Review: *** 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)

Pros: - Setup was easy: increase the voltage to 1.35, load XMP profile - Works without issue at rated speed and timings - No RGB

Cons: No cons

Overall Review: Running 64GB of this on a MSI MEG X570 ACE with a 3900x. Couldn't be happier. **** Update 7/18/20 **** I’ve been running 4 sticks of these for over five months. 3800 16-19-19-19-36. MemTest86 Pro stable @ four passes. AIDA64 R / W / C / L: 58898 / 56532 / 63215 / 67. Roughly 7% / 8% / 9% / 7% increase over XMP, ymmv. DRAM: 1.41v SOC: 1.1v VDDG CCD: 1.05v VDDG IOD: 1.05v cLDO VDDP: .950 Vref (CHA/CHB): 0.705 tCL: 16 tRCDWR: 19 tRCDRD: 19 tRP: 19 tRAS: 36 tRC: 58 tRRDS: 4 tRRDL: 6 tFAW: 16 tWTRS: 4 tWTRL: 12 tWR: 12 tRDRD SCL: 4 tWRWR SCL: 4 tRFC: 497 tRFC2: 369 tRFC4: 227 tCWL: 16 tRTP: 8 tRDWR: 8 tWRRD: 4 tWRWR SC: 1 tWRWR SD: 7 tWRWR DD: 7 tRDRD SC: 1 tRDRD SD: 5 tRDRD DD: 5 tCKE: 1 Power Down Mode: disabled Gear Down Mode: enabled Command Rate: 1T BGS: Enabled BGS (alt): Disabled procODT: 48 RTT_NOM: RZQ/7(34) RTT_WR: RZQ/3(80) RTT_PARK: RZQ/1(240) CAD_BUS ClkDrv: 24 CAD_BUS AddrCmdDrv: 20 CAD_BUS CsOdtDrv: 24 CAD_BUS CkeDrv: 24 Hope this helps.

Pros: 1: Boots via XMP with no special tweaks. 2: Runs rock solid at advertised specs. 3: 4000MHz CL15...(WOW....I'm in!)

Cons: None

Overall Review: 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.

Pros: Using this RAM with a Ryzen 9 3900x and ASRock X570 Steel Legend Wifi. On first boot was running at 2133 Mhz but once I enabled XMP it ran at 3600 Mhz with 16-19-19-39 timings. Fits under the massive Noctua NH-D15 cooler too

Cons: None

Overall Review: Good price and works perfectly! Would definitely buy again