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I have two NVMe drives, and these are its metrics My system works pretty much perfectly, I just thought the transfers between the two drives would be insanely fast....This is my first system with NVMe so I really dont know what to expect Btw my PC is: Alienware m15R7 i7-12700H Nvidia RTX 3070ti 32RAM *The laptop sits on a IETS cooler, so it runs very chill at all times BTW has anyone been able to download the drive manager from Hynix website? its been months, download starts super slow until eventually stops... I had friends in Korea trying to download it with the same issue.... Is that software even needed for my Platinum? Thank you ! I'll appreciate your experience comments Main drive, 1TB Samsung PM9A1 Secondary drive, 1TB SK Hynix P41

Hey, I wonder which ram to buy. I currently have Corsair Vengeance 3000mhz memory on hynix, which causes me stability issues.I cant go higher that 2677. I read a lot and found out that hynix has a problem to work on this motherboard. So I decided to buy a new ram. And here the question arises, so that I could easily get it higher than 3200mhz. I am thinking of b-die sticks: Team Group T-Force NIGHTHAWK LEGEND RGB 3200 MHz CL14 and G.skill flare X 3200MHz CL14. On which of them will I be sure that everything will work this time? If needed, I wanna say that i wanna oc my cpu as possible. Maybe is there any better option. My actual spec: Msi x370 gaming plus Ryzen 5 1600X GTX 1070 Corsair Vengeance 3000MHz CL16.

Hello guys, just wanted to know if there's anyway to check what type of Die RAM chips use, BEFORE purchasing and checking with apps like Thaiphoon Burner? Was looking at this kit for my Ryzen 9 5900X: G.Skill Trident Z Neo DIMM kit 32GB, DDR4-3600, CL18-22-22-42 (F4-3600C18Q-32GTZN). I believe the chips in this kit are Samsung, just not sure if it's E or B-Die..

Hello Guys, I was recently ecperiencing some crashes while booting (SYSTEM_SERVICE_EXCEPTION), so i checked some of my bios settings. This is how i found out, that I´ve installed different sticks of ram. I am running dual channel 32GB on a Aours Z390 Pro (4x8GB) Although all 4 sticks are Corsair Vengange LPX 3200Mhz, 2 of them say Hynix and the other 2 are Samsung. I bought themm all at the same time from amazon... Can this lead to some problems? My system was running fine for about half a year. I´m really interested in your answers. Stocksn

Did they work on featured frequency 3200/3600 mhz? I bought a single Tridentz stick couple of years ago and ordered new one today. Thing is my old one is Hynix made and new one is from Samsung. Speed, latency, voltage, everything is identical. So, what are my chances to get both of them to work together at 3200mMhz?

Are both these 8 gb ddr4 rams compatible. I have an old HP laptop which has this hynix ram and I was thinking to upgrade it. So is this crucial ram compatible with that one?

Hello. I have a Corsair Vengeance LPX DDR4 8 GB 3000MHz CL16 RAM (version 5.30). According to this post (https://forum.corsair.com/forums/topic/152314-die-versions-etc/) it uses Hynix AFR die. But I don't know what AFR means so can someone please explain what AFR, MFR, etc means. NOW, I went to buy a second RAM and found this RAM which is exactly the same as my current one but has Version 5.39. So it appears to be Hynix MFR. Will there be a problem if I use these two Sticks in Dual channel? Here, (https://youtu.be/bTS0ybQ3lCI?t=394) Linus says we should use dies from the same manufacturer. So following his words, both of the Stick have Hynix Dies, so I should not have any problem Right?? P.S - I don't know what AFR and MFR means so please tell me that.

Hello LTT community! I recently decided to upgrade my PC with a new platform, so I got a Ryzen 5900x( plus a NH-D15 cooler), a pair of 16GB G.Skill TridentZ Neo (F4-3600C16D-32GTZNC) which have Hynix chips ( C16 TridentZ with Bdies was 50% more expensive for some reason !! LOL ) and an ASUS ROG Strix X570-F Gaming motherboard. Also, I have a Seasonic Prime 650W 80+ Platinum which I've been using for the past 6 months with no problem at all. So, I swap my old mobo out with the new one, after I checked if it was posting and updated to latest stable BIOS, and everything was working great! I didn't reinstall Windows, I just removed old drivers and installed new ones. 3 days later I got a BSOD. After some testing, I found out that one of my ram modules is faulty, so I returned them and it turns out that both were faulty. While I was waiting for the replacements, I had to use two old 4GB sticks, which were working ok. After one weak, while my PC was working and I was AFK at the moment, I came back and it had a black screen. I tried to restart and the boot would stuck at vga error. Long story short, it turned out my CPU was also faulty, or died IDK. The only thing I've done, OC wise, was to lower the voltages with the curve optimizer and lower the max temperature, from 90, to 80 Celsius, everything else I left it to default (I might also have lowered the max power draw). Today, I have the replacements (CPU and RAM), but I'm afraid to put them in my motherboard. By the way, the store I got the mobo, will ship the mobo abroad for testing and they said I'll have to wait for more than a month. Because I wonder if it's worth waiting for over a month I ask: Did someone had any similar experience with a probably faulty motherboard? Can a CPU be faulty and die after 2 weeks of use? Anyone had new Hynix RAM that were faulty? (because of the story that Hynix had some faulty chips shiped) Should I return the motherboard too? Thanks in advance! Have a nice week!

R7 2700X - Asus Prime X570 Pro Now read the Motherboard QVL about compatible RAM and i ended up to these 2? 1) HyperX Pedator HX432C16PB3K4/32 4*8 GBSS Hynix 16-18-18-36 1.35 3200 2) G.Skill F4-3200C16D-32GTZ 2*16 GBDS Hynix 16-18-18-38 1.35 3200 Which one you suggest me and why?

First time asking for help on these sites....sorry in advance so I have 4x 4GB Hynix cjr 3200 Ram with a 2200G cpu and motherboard B450M from aorus so rn I I have settled with 3466MHz with as tight of timings as possible slowly... got everything stable mostly then overclocked my CPU Back to what I usually run it at 4GHz From its stock 3.5GHz...then next morning I thought I should double check my memtest and now I have errors around 20 mins in roughly out of a 41 minute test....increasing my ram voltage past 1.380 in bios makes it worse and lower than 1.360 is same scenario

If anyone could help me out with stabilizing my ram overclock that would be greatly appreciated I have a consistent timing that my errors show up during membench and zero clue as to what this may point to....I have slowly gotten my overclock stable over past few days and a system restart has changed something that was left on auto in bios I feel I can provide more info as per request

I haven't heard of the SK hynix SSD before, but it's $11 cheaper than the samsung equivalent (both 250gb). Samsung - 850 EVO-Series 250GB 2.5" Solid State Drive SK hynix - SL308 250GB 2.5" Solid State Drive

SIL-VEven though Hynix HMT31GR7BFR4A is a registered ecc ram, it is not working with Supermicro X8SIL-V. Unsupported Memory Installed Indicator led on X8SIL mobo lits up when mobo is powere up, and nothing happens after that. Do I have some other options for registered ecc memory for this board. Availability in India isn't going to be easy. So please suggest something which I can procure here in India. Supermicro XSIL-V Intel Xeon34** Hynix 8GB Registered ECC

Let's say, uh, I don't know, North Korea suddenly attacks and Samsung and LG's supply line is destroyed and they can't make OLED panels. What would happen to the tech market if that kind of event was to happen? Alternatively what would happen if Samsung and SK Hynix suddenly couldn't make/sell their memory modules and other things?

Hello everyone! I have a question about RAM. I want to buy another stick of 8Gb DDR4 memory for my laptop (ASUS GL752VW). I have already one stick in it, it is 8Gb DDR4 Hynix 2133MHz. In Aida64, i checked that it is SDRAM. What does it mean? Can i buy another stick? I doubted this because in the specification for the new RAM, there is no “SDRAM”, just “SODIMM”. Thank you in advance.

I bought the same 16GB RAM kit twice over the space of a year because I wanted to upgrade to 32GB but didn't have the money to afford 32GB at the time. I think I am now regretting selling it for money towards a new 32GB kit because I now have two modules which indicate in CPU-Z that they are made by Samsung, they may be Samsung B-Die but its difficult to tell and two from SK-Hynix (checking in Thaiphoon Burner confirms these are indeed B-Die and CJR). I seemingly bought the Hynix the first time round as slot 3 is the B-die module. My problem currently is that Im not getting past 2866 MHz for all four modules and going past this makes it unstable. I haven't done a MEM-Test stress test but staying at 2866 doesn't make my computer reboot or crash at all and its been stable ever since I put it back to 2866 whereas going above would make it crash from time to time. On top of mismatched memory sticks from different manufacturers I am on 2nd Gen Ryzen which is not known for having good memory compatibility due to its inferior memory controller. I am also let down by an ASRock X470 Taichi motherboard known for having a t-topology memory layout and the memory performance of it in general (Buildzoid from AHOC has talked about this board.) Im unsure what to do about this as Im not getting the 3200 I wanted though Im don't know whats limiting me: my CPU, my motherboard or my mismatched DIMMS. I'm planning on upggrading to Zen 3 at some point in the future so Im guessing I will be keeping these modules to try and eliminate one of my problems and try to get to 3200MHZ. Or I could buy some 3600 and sell my current modules though having 4 modules of rare B-die would be great however since B-die is now discontinued and rare I'd think people would check before selling I don't want to sell the B-die because its great at overclocking but my motherboard probably won't be good for it anyway. And keeping Hynix CJR is not something I'd want to do since its kinda crap. My guess is the primary fault is the Zen+ memory controller but I'll still have mismatched modules and its annoying me since I could probably get great speeds on it and it will cost me money to get different RAM thats also B-die. So its probably not worth it. Sigh RIP me.

I heard that people don't recommend hynix ram for Ryzen. I already have an 8gb 2400mhz module that came with my PC. I can't get exactly the same brand of ram. In fact I don't even know which brand the chips are. I found a good deal on ram with hynix chips on it. Would it be too bad if I just bought this ram and mixed the different chips? I'll be running at 2400mhz anyway. The hynix ram has the same frequency and latency as my other module. I have a Ryzen 1600

It's been a hard time on memory makers with selling as much memory as they can produce, however a new class action lawsuit out of the US District Court for Northern California is asserting that Samsung, Hynix & Micron have been price-fixing DRAM prices. According to the lawsuit, the companies actions have resulted in 4 GB DRAM prices increasing 130% from July 2016 thru February 2018, while the companies more than doubles their revenue between Q1 '16 and Q3 '17. It is also alleged that even though DRAM prices more than doubled during that time period, the production costs did not increase and there have been no process changes to justify the price increases. https://hothardware.com/news/samsung-hynix-and-micron-dram-class-action-suit-collusion ... If the Hagens Berman name sounds familiar, it’s because it was the firm responsible for securing the aforementioned $300 million settlement against Samsung and Hynix. So, it has the experience in this type of litigation and the investigative know-how to see this case through to its eventual resolution. “What we’ve uncovered in the DRAM market is a classic antitrust, price-fixing scheme in which a small number of kingpin corporations hold the lion’s share of the market,” said Steve Berman, who serves as managing partner at Hagens Berman. “Instead of playing by the rules, Samsung, Micron and Hynix chose to put consumers in a chokehold, wringing the market for more profit.” While I think there may be a grain of truth behind the case, I'm not sure how much traction it will get since memory is definitely in high demand and iirc these companies have also been working to open up new Fabs which have associated costs that might not be accounted for in this lawsuit. Either way, it should be interesting and maybe we'll see DRAM prices drop a small bit.

Recently I bought the Asus Strix X370 F Gaming and I'm in the search for 16GB DDR4 memory. I have run into a dead end regarding the cas latency of samsung b dies & hynix. Samsung B die IC Rams have Cas14 & 15 If a DDR4 module has cas 16, does it mean that it has Hynix IC or not?

Second time posting here i hope i get some help. Right to the point. I recently got into researching a lot for mining and everybody suggested RX 580 series and it didnt matter if it was the 4gb or 8 gb version as they were very similar in results. I am currently owning 2x Gigabyte RX 580's 4GB both with Hynix memory. I did a bios mod which got the cards running to 18.6mh/s from 16.3mh which isnt a great boost. Then i played with MSI AFTERBURNER and i OC the momory clock to 2080mhz which got the cards running at 21mh/s. My problem is i know that these cards can run higher right? Or am i terribly wrong. I am going to post the stock bios and GPU-Z specs. If somebody can help do a better bios mod? Or any suggestions? WHAT AM I DOING WRONG TECHGPU-Z screenshot - I have attached the original bios. I am currently running Windows 10 with only 1 GPU My power supply is 650W Any more questions please ask i shall be here ORIGINAL.rom

Hi there, For the last few days I've been planning out my Ryzen upgrade, by now I've got most of the parts dialed down. The one thing I'm still having to decide on is the RAM. My aim is a 3000Mhz or 3200Mhz 2x8GB kit, I'm not really planning on manual tweaking to hit higher clocks (involving increasing voltages etc.). Are there any developments on Ryzen's preference of RAM with Samsung B-die for hitting the higher clocks? I'm referring to (e.g.) this thread or this thread. As I can imagine that there have been some updates since the OP date of June '17 on the first thread, and am wondering if there are any tests or articles on improved results with non-B-die kits. Are you, for example, fairly safe nowadays by choosing Hynix A/M-die for those kind of rates I'm looking for. The top of the second linked thread does state that "Hynix A/M-Die are mostly working @ 3200 MHz with AGESA 1.0.0.5+", I'm wondering if there are people that can confirm that (as finding an acceptably priced Samsung B-die kit is hard to find, and a Hynix A-die kit has caught my eye). Thanks in advance, jb

Recently started tuning my memory kit I bought when I built my PC. I'm getting some weird results using the DRAM calculator for Ryzen. The timings work and using Prime95 large ffts and haven't had any issues. Memory stats from thaiphoon are below. Along with the current "stable" timings. Module Manufacturer: Undefined Module Part Number: Undefined DRAM Manufacturer: Hynix DRAM Component: H5AN8G8N??R-UHC* *According to the chips themselves they are H5AN8G8NJJR-VKC I had to remove the heat spreader to look at the chips.* DRAM Die Revision / Process Node: FFh / Not determined Module Manufacturing Date: Week 15, 2019 Manufacturing Date Decoded: April 8-12, 2019 Module Serial Number: 0104AA1Bh Module PCB Revision: 00h Fundamental Memory Class: DDR4 SDRAM Module Speed Grade: DDR4-2400R Base Module Type: UDIMM (133.35 mm) Module Capacity: 8 GB Reference Raw Card: A2 (8 layers) JEDEC Raw Card Designer: SK hynix Module Nominal Height: 31 H Module Thickness Maximum, Front: 1 T Module Thickness Maximum, Back: T Number of DIMM Ranks: 1 Address Mapping from Edge Connector to DRAM: Standard DRAM Device Package: Standard Monolithic DRAM Device Package Type: 78-ball FBGA DRAM Device Die Count: Single die Signal Loading: Not specified Number of Column Addresses: 10 bits Number of Row Addresses: 16 bits Number of Bank Addresses: 2 bits (4 banks) Bank Group Addressing: 2 bits (4 groups) DRAM Device Width: 8 bits Programmed DRAM Density: 8 Gb Calculated DRAM Density: 8 Gb Number of DRAM components: 8 DRAM Page Size: 1 KB Primary Memory Bus Width: 64 bits Memory Bus Width Extension: 0 bits DRAM Post Package Repair: Supported Soft Post Package Repair: Supported Fine Timebase: 0.001 ns Medium Timebase: 0.125 ns CAS Latencies Supported: 10T, 11T, 12T, 13T, 14T, 15T, 16T, 17T, 18T Minimum Clock Cycle Time (tCK min): 0.833 ns (1200.48 MHz) Maximum Clock Cycle Time (tCK max): 1.600 ns (625.00 MHz) CAS# Latency Time (tAA min): 13.320 ns RAS# to CAS# Delay Time (tRCD min): 13.320 ns Row Precharge Delay Time (tRP min): 13.320 ns Active to Precharge Delay Time (tRAS min): 32.000 ns Act to Act/Refresh Delay Time (tRC min): 45.320 ns Normal Refresh Recovery Delay Time (tRFC1 min): 350.000 ns 2x mode Refresh Recovery Delay Time (tRFC2 min): 260.000 ns 4x mode Refresh Recovery Delay Time (tRFC4 min): 160.000 ns Short Row Active to Row Active Delay (tRRD_S min): 3.300 ns Long Row Active to Row Active Delay (tRRD_L min): 4.900 ns Write Recovery Time (tWR min): 15.000 ns Short Write to Read Command Delay (tWTR_S min): 2.500 ns Long Write to Read Command Delay (tWTR_L min): 7.500 ns Long CAS to CAS Delay Time (tCCD_L min): 5.000 ns Four Active Windows Delay (tFAW min): 21.000 ns Maximum Active Window (tMAW): 8192*tREFI Maximum Activate Count (MAC): Unlimited MAC DRAM VDD 1.20 V operable/endurant: Yes/Yes Module Thermal Sensor: Not Incorporated I've been trying to tune the memory at 3466 which is the maximum spec for my motherboard which is a MSI B450 Gaming Plus paired with a Ryzen 5 2600X. These timings below appear to be stable with Prime95 large FFTs and while gaming they just seem really weird to me. Basically I am just looking for some constructive criticism or some knowledge from people on here as I am an amateur. Hell I didn't know what XMP was a year ago.

I recently scarred and defaced my unibody metal laptop into 2 parts as i had a spare stick of ddr3 ram 1600mhz crucial thinking it would work as it did with my previous laptop, but i soon realised my mistake, my laptop has a skylake cpu so that supports ddr4 and ddr3l only(officially) so i checked the current ram and it was indeed ddr3l hynix 8gb. However the only difference i know of between ddr3 and ddr3l is voltage and my crucial stick was 1.35v so was it actually ddr3l if so why didnt it work with my hynix card or on its own? I was hoping to upgrade and get higher speed and dual channel memory as it helps with integrated graphics performance.

Ok, in the last few weeks i built myself a new PC with a server scavenged (HP Proliant DL320e rack) Intel Xeon E3-1220v3 - which supports ECC-Memory - and a GTX 970 on an ASRock B85 Killer. I found out that one of my Corsair Vengeance package brand new modules was defective, so i returned the kit to the store, got my money back and borrowed some 2gb 1333mhz Logic memories from my neighbour. Fast forward to today, i was searching local Ebay (Mercado Livre) for some 16gb RAM kits, and i stumbled on this,a Dell/Hynix 16gb ECC-Buffered server memory kit, good stuff, but will it work on my system? If not, what kind memory should i get? Photo of the modules in the attachment

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