Welcome to ExtremeHW
Welcome to ExtremeHW, register to take part in our community, don't worry this is a simple FREE process that requires minimal information for you to signup.
Registered users can:
- Start new topics and reply to others.
- Show off your PC using our Rig Creator feature.
- Subscribe to topics and forums to get updates.
- Get your own profile page to customize.
- Send personal messages to other members.
- Take advantage of site exclusive features.
- Upgrade to Premium to unlock additional sites features.
1usmus
-
Posts
14 -
Joined
-
Last visited
-
Days Won
5 -
Feedback
0%
Content Type
Forums
Store
Events
Gallery
Profiles
Videos
Marketplace
Tutorials
Posts posted by 1usmus
-
-
You should choose Micron E-die, because 062E is E-die.
-
1
-
-
Is there support for 4600mhz kits or am I just doing something wrong? MSI x570 ACE and Corsair vengance lpx 4600 CMK16GX4M2K4600C19
yes, Samsung B-die, A3/A2 mode
Honestly i'm stable with 1.7.0 settings on Micron E-Die 3400 fast but with every other setting on the latest versions i'm not. Taiphoon reports the kit as A1 PCB 10 layers ( BLS8G4D30AESBK.M8FE by Crucial, Micron E-Die ) 2x8GB. Voltage seems a bit low (1.350 for 3400 while 1.7.0 reports 1.390)At the moment Taiphoon very rarely recognizes the correct information for many reasons. I don't advise you to be guided by it; PCB RAM evaluation can be done visually.
Indeed, the voltage recommendation has become lower, but it should be enough with a reserve.
In any case, the voltage can vary greatly from sample to sample. And so there are special cases, which will be quite rare. Are the new recommendations not working for you? Try presets from E-die + A0.
-
Hey 1usmus, can we get A0 for Micron E-Die please?
Yes, this is implemented in 1.7.3
Issues are still present in version 1.7.3:I don't see a problem with RTT.
I also see a problem with reading the timings because of the running RGB. It happens a lot.
-
DRAM Calculator for Ryzen 1.7.2 Now Available
* Support OC assist for Micron E-die (A2) and CJR/DJR (A0 and A2)
* Some correction for OC assist (Samsung B-die)
* Additional presets for Hynix CJR / DJR (now A0 and A2)
* Error fix : "Parse data"
* Minor fix : voltage for Samsung B-die
* Minor fix : some timings for Micron E-die
* Minor fix : tWRRD for 4 DIMM configuration
* Other bug fixes
-
2
-
-
DRAM Calculator for Ryzen 1.7.1 Now Available For Download - Improved Memory Support With AMD Ryzen CPUs
***
The DRAM Calculator for Ryzen 1.7.1 which supports AMD's Ryzen CPU platform is one of the few versions that has received a global memory retest on the newest AGESA. Over 900 hours were spent testing memory based on Samsung b-die, Micron e-die (062 and 055), and Hynix CJR(DJR) chips.
The changes affected all settings, from procODT to VDDG operating voltage. Another important change is the presence of profiles with odd tCL15, this will eliminate the problems that users have encountered trying to stabilize the system with the value tCL14. Also in this release, the user interaction with the program has been simplified, in particular, 1.7.1 has deleted the R-XMP button (one extra user action). Now the order is as follows:
1) The user selects the settings that match his system.
2) The user presses the "Calculate SAFE" or "Calculate FAST" button and that is it.
The program selects the SPD profile itself relative to the selected DRAM PCB Revision parameter. The DRAM PCB Revision parameter is essentially new and means a PCB revision that has RAM. It is very easy to visually determine the PCB revision:
Note the sockets for the memory chips. In the case of A0, they are equidistant, and in the case of A2, we have 2 groups of 4 modules each. That's all we're interested in, actually. When visually inspecting the memory, we can determine for ourselves on which revision of the PCB your memory is based. A1 is most often found in OEM products that have an ECC module. We are not interested in this type of memory, because it does not give way to overclocking.
Also in the DRAM PCB Revision point, you can see the option "Bad bin" - it exists for the situation when the settings offered by DRAM Calculator for Ryzen™ do not allow to start the system.
The "Manual" option has not changed its functions and is used to calculate timings after importing a profile from Thaiphoon.
Another important innovation with DRAM Calculator for Ryzen™ 1.7.1 is the updated functionality for the "Compare timings (ON/OFF)" button. It now not only shows the current timings but also the ones that are "heavily jammed", look satisfying, or can be reduced further. In the form of indicators, the colors from red to turquoise (4 levels of colors). Let's take an example:
Note that some timings are already red - this indicates that the memory has already reached the limit for adequate voltage (up to 1.45v). The orange color indicates that memory may be able to compress these timings. Green and turquoise - these timings are far from the safe zone.
As a result, even an inexperienced user will now know where to "spin" the timings. This tool will help users in situations where "SAFE" is stable, but "FAST" has errors.
At the moment this function is limited only by memory based on Samsung b-die chips and the entire line of AM4 processors. If the feedback is positive - this function will be distributed to other types of memory.
The last visual change is the new menu "Help and my reviews" - the section where there are buttons-links to my materials (reviews) and to other information sources or forums.
Most materials have several language versions for your convenience. I promise that the review of the keyboard will not come too
The list of all changes can be found below:
- Reworking of all presets for Samsung b-die, Micron e-die, and Hynix CJR(DJR). Improved support for configurations with 4 or 8 RAM modules.
- R-XMP and Calculate EXTREME buttons removed.
- Added new Help and my reviews section, which provides links to my materials in addition to reference information.
- DRAM PCB Revision - select PCB RAM for more accurate calculation of timings. In most cases, it is recommended to use "A0" for better compatibility.
- The "Compare timings (ON/OFF)" button has received updated functionality. It can read not only the timings but also show the state of the timings in a color. Your personal assistant for creating individual presets.
- Added the "New version?" button. - the button allows you to visit the product homepage and read the materials regarding DRAM Calculator for AMD Ryzen CPUs, check for updates, or ask any question.
- Error fixes and some graphical adjustments.
- Reading timings for all Ryzen family processors (including future Zen3 processors).
The latest release can be downloaded through the following links:
- https://www.techpowerup.com/download...am-calculator/
- https://www.guru3d.com/files-details...alculator.html
- https://www.computerbase.de/download...culator-ryzen/
- https://www.techspot.com/downloads/7...alculator.html
- Reworking of all presets for Samsung b-die, Micron e-die, and Hynix CJR(DJR). Improved support for configurations with 4 or 8 RAM modules.
-
DRAM Calculator for Ryzen 1.7.1 Now Available For Download - Improved Memory Support With AMD Ryzen CPUs
***
The DRAM Calculator for Ryzen 1.7.1 which supports AMD's Ryzen CPU platform is one of the few versions that has received a global memory retest on the newest AGESA. Over 900 hours were spent testing memory based on Samsung b-die, Micron e-die (062 and 055), and Hynix CJR(DJR) chips.
The changes affected all settings, from procODT to VDDG operating voltage. Another important change is the presence of profiles with odd tCL15, this will eliminate the problems that users have encountered trying to stabilize the system with the value tCL14. Also in this release, the user interaction with the program has been simplified, in particular, 1.7.1 has deleted the R-XMP button (one extra user action). Now the order is as follows:
1) The user selects the settings that match his system.
2) The user presses the "Calculate SAFE" or "Calculate FAST" button and that is it.
The program selects the SPD profile itself relative to the selected DRAM PCB Revision parameter. The DRAM PCB Revision parameter is essentially new and means a PCB revision that has RAM. It is very easy to visually determine the PCB revision:
Note the sockets for the memory chips. In the case of A0, they are equidistant, and in the case of A2, we have 2 groups of 4 modules each. That's all we're interested in, actually. When visually inspecting the memory, we can determine for ourselves on which revision of the PCB your memory is based. A1 is most often found in OEM products that have an ECC module. We are not interested in this type of memory, because it does not give way to overclocking.
Also in the DRAM PCB Revision point, you can see the option "Bad bin" - it exists for the situation when the settings offered by DRAM Calculator for Ryzen™ do not allow to start the system.
The "Manual" option has not changed its functions and is used to calculate timings after importing a profile from Thaiphoon.
Another important innovation with DRAM Calculator for Ryzen™ 1.7.1 is the updated functionality for the "Compare timings (ON/OFF)" button. It now not only shows the current timings but also the ones that are "heavily jammed", look satisfying, or can be reduced further. In the form of indicators, the colors from red to turquoise (4 levels of colors). Let's take an example:
Note that some timings are already red - this indicates that the memory has already reached the limit for adequate voltage (up to 1.45v). The orange color indicates that memory may be able to compress these timings. Green and turquoise - these timings are far from the safe zone.
As a result, even an inexperienced user will now know where to "spin" the timings. This tool will help users in situations where "SAFE" is stable, but "FAST" has errors.
At the moment this function is limited only by memory based on Samsung b-die chips and the entire line of AM4 processors. If the feedback is positive - this function will be distributed to other types of memory.
The last visual change is the new menu "Help and my reviews" - the section where there are buttons-links to my materials (reviews) and to other information sources or forums.
Most materials have several language versions for your convenience. I promise that the review of the keyboard will not come too
The list of all changes can be found below:
- Reworking of all presets for Samsung b-die, Micron e-die, and Hynix CJR(DJR). Improved support for configurations with 4 or 8 RAM modules.
- R-XMP and Calculate EXTREME buttons removed.
- Added new Help and my reviews section, which provides links to my materials in addition to reference information.
- DRAM PCB Revision - select PCB RAM for more accurate calculation of timings. In most cases, it is recommended to use "A0" for better compatibility.
- The "Compare timings (ON/OFF)" button has received updated functionality. It can read not only the timings but also show the state of the timings in a color. Your personal assistant for creating individual presets.
- Added the "New version?" button. - the button allows you to visit the product homepage and read the materials regarding DRAM Calculator for AMD Ryzen CPUs, check for updates, or ask any question.
- Error fixes and some graphical adjustments.
- Reading timings for all Ryzen family processors (including future Zen3 processors).
The latest release can be downloaded through the following links:
- https://www.techpowerup.com/download...am-calculator/
- https://www.guru3d.com/files-details...alculator.html
- https://www.computerbase.de/download...culator-ryzen/
- https://www.techspot.com/downloads/7...alculator.html
-
1
- Reworking of all presets for Samsung b-die, Micron e-die, and Hynix CJR(DJR). Improved support for configurations with 4 or 8 RAM modules.
-
DRAM Calculator for Ryzen 1.7.1 Now Available For Download - Improved Memory Support With AMD Ryzen CPUs
***
The DRAM Calculator for Ryzen 1.7.1 which supports AMD's Ryzen CPU platform is one of the few versions that has received a global memory retest on the newest AGESA. Over 900 hours were spent testing memory based on Samsung b-die, Micron e-die (062 and 055), and Hynix CJR(DJR) chips.
The changes affected all settings, from procODT to VDDG operating voltage. Another important change is the presence of profiles with odd tCL15, this will eliminate the problems that users have encountered trying to stabilize the system with the value tCL14. Also in this release, the user interaction with the program has been simplified, in particular, 1.7.1 has deleted the R-XMP button (one extra user action). Now the order is as follows:
1) The user selects the settings that match his system.
2) The user presses the "Calculate SAFE" or "Calculate FAST" button and that is it.
The program selects the SPD profile itself relative to the selected DRAM PCB Revision parameter. The DRAM PCB Revision parameter is essentially new and means a PCB revision that has RAM. It is very easy to visually determine the PCB revision:
Note the sockets for the memory chips. In the case of A0, they are equidistant, and in the case of A2, we have 2 groups of 4 modules each. That's all we're interested in, actually. When visually inspecting the memory, we can determine for ourselves on which revision of the PCB your memory is based. A1 is most often found in OEM products that have an ECC module. We are not interested in this type of memory, because it does not give way to overclocking.
Also in the DRAM PCB Revision point, you can see the option "Bad bin" - it exists for the situation when the settings offered by DRAM Calculator for Ryzen™ do not allow to start the system.
The "Manual" option has not changed its functions and is used to calculate timings after importing a profile from Thaiphoon.
Another important innovation with DRAM Calculator for Ryzen™ 1.7.1 is the updated functionality for the "Compare timings (ON/OFF)" button. It now not only shows the current timings but also the ones that are "heavily jammed", look satisfying, or can be reduced further. In the form of indicators, the colors from red to turquoise (4 levels of colors). Let's take an example:
Note that some timings are already red - this indicates that the memory has already reached the limit for adequate voltage (up to 1.45v). The orange color indicates that memory may be able to compress these timings. Green and turquoise - these timings are far from the safe zone.
As a result, even an inexperienced user will now know where to "spin" the timings. This tool will help users in situations where "SAFE" is stable, but "FAST" has errors.
At the moment this function is limited only by memory based on Samsung b-die chips and the entire line of AM4 processors. If the feedback is positive - this function will be distributed to other types of memory.
The last visual change is the new menu "Help and my reviews" - the section where there are buttons-links to my materials (reviews) and to other information sources or forums.
Most materials have several language versions for your convenience. I promise that the review of the keyboard will not come too
The list of all changes can be found below:
- Reworking of all presets for Samsung b-die, Micron e-die, and Hynix CJR(DJR). Improved support for configurations with 4 or 8 RAM modules.
- R-XMP and Calculate EXTREME buttons removed.
- Added new Help and my reviews section, which provides links to my materials in addition to reference information.
- DRAM PCB Revision - select PCB RAM for more accurate calculation of timings. In most cases, it is recommended to use "A0" for better compatibility.
- The "Compare timings (ON/OFF)" button has received updated functionality. It can read not only the timings but also show the state of the timings in a color. Your personal assistant for creating individual presets.
- Added the "New version?" button. - the button allows you to visit the product homepage and read the materials regarding DRAM Calculator for AMD Ryzen CPUs, check for updates, or ask any question.
- Error fixes and some graphical adjustments.
- Reading timings for all Ryzen family processors (including future Zen3 processors).
The latest release can be downloaded through the following links:
- https://www.techpowerup.com/download...am-calculator/
- https://www.guru3d.com/files-details...alculator.html
- https://www.computerbase.de/download...culator-ryzen/
- https://www.techspot.com/downloads/7...alculator.html
-
2
- Reworking of all presets for Samsung b-die, Micron e-die, and Hynix CJR(DJR). Improved support for configurations with 4 or 8 RAM modules.
-
AMD Ryzen Memory Tweaking & Overclocking Guide V2
coming soon
-
AMD Ryzen Memory Tweaking & Overclocking Guide V2
coming soon
-
AMD Ryzen Memory Tweaking & Overclocking Guide V2
coming soon
-
1
-
-
DRAM Calculator for Ryzen™ 1.7.1 + MEMbench 0.8
Last update : 9 May
Download:
Video instruction:
Instruction + recommendations
Coming soon
The results of a successful overclocking can be seen here:
https://docs.google.com/spreadsheets...#gid=725475388
https://www.overclock.net/t/1624603/...#post_26416693
Great gratitude STaRDoGG , slafniy , ajc9988 and A_z_z_y for help !
-
DRAM Calculator for Ryzen™ 1.7.1 + MEMbench 0.8
Last update : 9 May
Download:
Video instruction:
Instruction + recommendations
Coming soon
The results of a successful overclocking can be seen here:
https://docs.google.com/spreadsheets...#gid=725475388
https://www.overclock.net/t/1624603/...#post_26416693
Great gratitude STaRDoGG , slafniy , ajc9988 and A_z_z_y for help !
-
DRAM Calculator for Ryzen™ 1.7.3 + MEMbench 0.8
Last update : 14 May
Download:
Video instruction:
Instruction + recommendations
Coming soon
The results of a successful overclocking can be seen here:
https://docs.google.com/spreadsheets...#gid=725475388
https://www.overclock.net/t/1624603/...#post_26416693
Great gratitude STaRDoGG , slafniy , ajc9988 and A_z_z_y for help !
-
5
-
DRAM Calculator for Ryzen ( news and discussions )
in AMD General
Posted · Edited by 1usmus
Please note that CL14 is only available for Single Rank. Dual Rank has always had an enormous appetite for voltage and heat dissipation. I like the CL16 for 3600, high energy efficiency and maximum stability.
Hey. It is not planned to further develop software for memory samples that have been phased out.
The only proposal is to focus on CJR timings and experimentally reduce them.