Nice to see you here. Thanks for the great tool.

Thank you! I want to have a closer connection with the public, because I'm here 🙂

Welcome @1usmus to guru3d. we are happy to have you onboard here! 🙂

Yo, Bratan' Hi 😀 Many people find your tool usefull 😎 (Yup Me too)

Ryzen DRAM Calculator 1.3.1 release

https://i.imgur.com/RAakIvn.png

download: https://www.guru3d.com/files-details/download-ryzen-dram-calculator.html Spoiler: "changelog:"

[SPOILER="changelog:"] * new extreme presets for samsung b-die * correction procODT+RTT_PARK for samsung b-die, all micron + correction RTT_NOM for all memory * new V2 profile (low quality chips) for samsung b-die * added support high frequency for 4 dimm samsung b-die * added support Hynix AFR/MFR in Overclocking potential DRAM * pop-up windows are added for some situations * main recomendation 20 20 20 20 for CAD_BUS is back * correction some timings in all samsung b-die presets * some correction in micron e-die preset * picture "b-die termination" in folder * geardown bug fix * minor bug fix [/SPOILER] + [SPOILER="samusng b-die termination"]https://i.imgur.com/nktQriG.jpg I have prepared for you an approximate tablet, in which there is a dependence of the change of procODT + RTT on the frequency. The PTT PARK parameter is marked with a blue color, which in most cases will have the best ratio of the useful signal to noise. Gray color indicates what I did not test. In the future, I will try to provide you with a more accurate version. Remember, each memory module is a silicic lottery + printed circuit board has a different wiring (impedance). [/SPOILER]

A question regarding the use of this tool: Am I able to read the values needed for a "successful" overclock from it? I already used it to get my Samsung B-Die to its 3200MHz (Kit is at 3200MHz standard) at SAFE timings (FAST is a bit unstable). So for example, would I be able to simply set FREQUENCY to 3600 and simply put the values in? Or do I have to take any additional calculation into account because of this? For example +1CL or some OHMs more somewhere? Is there any rule of thumb or else? But nevertheless a BRILLIANT tool! Definitely useful and works like a charm for me. (Ryzen7-1700 with ASUS ROG Strix X370-F Gaming and RAM from ASUS QVL) Keep up the good work. 😉

I want to confirm the words that are written in the news. I do not have agreements with any resource or manufacturer of motherboards, this program is publicly available for everyone, for news and for creating rewiews. The only purpose of creating this program was to help people 🙂 Best regards, Iurii Bublii!

386SX:

A question regarding the use of this tool: Am I able to read the values needed for a "successful" overclock from it? I already used it to get my Samsung B-Die to its 3200MHz (Kit is at 3200MHz standard) at SAFE timings (FAST is a bit unstable). So for example, would I be able to simply set FREQUENCY to 3600 and simply put the values in? Or do I have to take any additional calculation into account because of this? For example +1CL or some OHMs more somewhere? Is there any rule of thumb or else? But nevertheless a BRILLIANT tool! Definitely useful and works like a charm for me. (Ryzen7-1700 with ASUS ROG Strix X370-F Gaming and RAM from ASUS QVL) Keep up the good work. 😉

There are no specific rules, there are some formulas for calculating timings, there are documentation and features for each chip, some settings are interpolation + testing. As you can see, most parameters change with increasing frequency. Also in the program folder there is a block diagram that can help debug the system. I think that at the moment that the limit is not reached, you need more voltage for RAM. All b-die can 3466 and 3533.

My Asus CH6 rig has 4x16GB of DRAM. Yet the tool only reports "DIMM Modules" = 2. In another thread I noticed a more experienced person showing the same thing, so I think it is by design and not an error. Just mentioning this since it can be confusing. Thanks.

Arbie:

My Asus CH6 rig has 4x16GB of DRAM. Yet the tool only reports "DIMM Modules" = 2. In another thread I noticed a more experienced person showing the same thing, so I think it is by design and not an error. Just mentioning this since it can be confusing. Thanks.

4 * 16GB is a very big load for SOC, I think the limit frequency is 3200. I also want to add that I have not tested such configurations, I will try to do it in the future.

Hi....Wow finaly got my 16 gb running 3200mhz stable on MSI CARBON PRO Ryzen 1600x 3.9ghz great thanks a million.

Welcome and thank you!

Amazing! Thank you! This tool made my Corsair RAM go from unstable 3000 to a conservative 3333 OC! Your are my Hero, 1usmus! Come to me Ryzen DRAM Calculator version 1 . 3 . 1!

In the next week I'll tell you about the plans that will be in the next versions 🙂

[spoiler=YT How to] [youtube=Q9bekQTRnzY][/spoiler]

Red DRAM Calculator ™ 1.4.0 (announcement) https://i.imgur.com/qaLOOH3.png

Red DRAM Calculator ™ - now the product has a separate independent trademark ,to avoid disagreements. The second reason is the need to expand support for other processors on the Zen architecture, for example Threadripper. I think that the level of predictions of the settings can be improved, which I will do in the coming weeks. And now about the changes: * fully support Threadripper + individual tweaks (gen 1 and gen 2) * improved voltage prediction for different processors and their generations * additional window that will tell what minimum voltage is needed by the system (DRAM) * improved overclocking for some micron and hynix chips * the "Custom" profile will be based solely on the data that is placed in XMP. Its new name is "Debug". I think this mode is needed for professionals who want to see all the changes. This will allow them to see some nuances that can not provide the profiles of "V1" and "V2" * some changes in procODT + RTT for systems in which 4 RAM SR modules * other corrections ~ the possibility of changing the topology of the motherboard for the calculations of procODT + RTT (if I have time) Estimated release date is August 30-31. Best regards, Iurii Bublii (@1usmus)!

x58haze:

My problem is that i'm struggling with patriot-vyper team(Tried to contact the service once via email and they didn't know about the chipset, now im trying again after one year via Twitter to see if i can get some answers) Cause even if try Thaiphoon burner it seems not to detect what type of chipset are my rams... very unfair u.u My patriot memory model are: 2x4 GB kit Ddr4 PC4-25600 3200 mhz (Pe000418-PV48g320c6k) So if someone here has the same ram than me, please lemme know if you guys knows what chipset it is, trying to achieve 3200 stable, i mean i can get 3200.. but after Aida64 stability test it fails.... had to go back 2900 mhz... Thanks https://ton.twitter.com/1.1/ton/data/dm/1026313122628415492/1026313114252390400/gjnsIbyR.jpg

What slots are you running the ram in ? (A2 and B2 = recommended config for dualslot ) I have seen others report 14-15-15-15-35 timings with 1.35 V. I have no idea what Samsung 11D1 ram is, but will dig some more. If your taiphoon report looks something like this (report is for 8 GB) [spoiler] Prepared by Thaiphoon Burner Super Blaster ------------------------------------------------------------- MEMORY MODULE ------------------------------------------------------------- Manufacturer : Patriot Memory Series : Not determined Part Number : 3200 C16 Series Serial Number : 00000000h JEDEC DIMM Label : 8GB 1Rx8 PC4-2133P-UA0-10 Architecture : DDR4 SDRAM UDIMM Speed Grade : DDR4-2133P downbin Capacity : 8 GB (8 components) Organization : 1024M x64 (1 rank) Register Manufacturer : N/A Register Model : N/A Manufacturing Date : Undefined Manufacturing Location : Taipei, Taiwan Revision / Raw Card : 0001h / A0 (8 layers) ------------------------------------------------------------- DRAM COMPONENTS ------------------------------------------------------------- Manufacturer : Undefined Part Number : Not determined Package : Standard Monolithic 78-ball FBGA Die Density / Count : 8 Gb / 1 die Composition : 1024M x8 (64M x8 x 16 banks) Clock Frequency : 1067 MHz (0,938 ns) Minimum Timing Delays : 15-15-15-36-50 Read Latencies Supported : 16T, 15T, 14T, 13T, 12T, 11T, 10T Supply Voltage : 1,20 V XMP Certified : 1600 MHz / 16-16-16-36-64 / 1,35 V XMP Extreme : Not programmed SPD Revision : 1.0 / January 2014 XMP Revision : 2.0 / December 2013 [/spoiler] The your memory is most likely Samsung D-die

x58haze:

Also my rams are single Rank, just a total of 8 rams ab350 motherboard rams set on A1 B2 and thanks to this calculator i managed to get 3200mhz without any errors on Aida Extreme 64 stability test after 45 minut, before i couldnt able to pass the test after 7 minuts. so thanks to @1usmus for this Dram calculator

Good to hear, but I hope you mean A2 B2 and not A1 B2 ?

Here from Usmus1 Gaming bench at 4min 😎 For my system when i get 3600 CL14 32GB [4x8] it will give me ~10-18FPS on average in any game. [youtube=JSNvTewAAA8]

I couldn't get it to post with fast settings, same MHz. Are there any of the settings that are known to cause issues?