Literally took me 10Min to make Keygen for PowerCode.no money, but i can not guarantee you get it as a normal person(no company background).
Now, I just need to buy dongle but out of stock haha..
Literally took me 10Min to make Keygen for PowerCode.no money, but i can not guarantee you get it as a normal person(no company background).
there are only 3 holes on the PCB, need to solder a 3pin header to connect the dongle.I am very interested running 8124M( SRD1Y H0 ) on 7820
If I summarize your post, here is the requirements
1. Primarion USB dongle
2. PowerCode Software (With activation)
SKL H0: its not a special CPU, only TDC/TDP is over standard levels.On the other hand, how about BIOS? does 7820 BIOS has microcode for 8124M?
for weeks now. the distrubutors don't know yo need: tell you want one, don't just look and wait.Now, I just need to buy dongle but out of stock haha.
Thanks for the clearification.there are only 3 holes on the PCB, need to solder a 3pin header to connect the dongle.
Not all people can hold a soldering iron on the right side...Thanks for the clearification.
I dont mind soldering 3pin header and it should be super easy haha.
Can you also share where that 3pin header is located at?
Thank you for great picture!Not all people can hold a soldering iron on the right side...
View attachment 23883
and i was lying about the 3 holes. the holes are filled with solder of course.
both 8222CL and 8259CL have TDC=255A (not work on R740)Has any tried the 200w 8222CL Xeon or the 210w 8259CL in a R740? Those shouldn't have the same power consumption issue of the 8124m.
Good to know and I suppose since the board is missing the 6th phase that modifying the board using PowerCode would not be possible?both 8222CL and 8259CL have TDC=255A (not work on R740)
cascade lake is allowed to get more continious power.
other board work with only 5+1. if the R740 have the same power stages than the T7820 i.e. it will be fine.Good to know and I suppose since the board is missing the 6th phase that modifying the board using PowerCode would not be possible?
So you think there is a chance the 8124m will work in a R740?other board work with only 5+1. if the R740 have the same power stages than the T7820 i.e. it will be fine.
i don't know the exact settings at 5+1 phase conf. so its hard to say what we have to do. you can adjust the per phase OCP values.
Please let us know how it goes. My 4110’s are having a hard time keeping up with demand.Im going to try these and p-8124 chips in some dell R740s soon
there are many different motherboard part numbers, most 5+1 (one phase choke missing)So you think there is a chance the 8124m will work in a R740?
no CPU = no power LED no FANsDoes power LED require a properly installed and functional CPU?
I have fans started with CPU but no power led. It looks much more like an MB problem than a CPU in this case. Sadly do not have any idea how to debug further as BMC is also not accessible via the network.no CPU = no power LED no FANs
Would this method also work for the X11DAI-N?OK, for all who have a supermicro X11SPM/X11SPL/X11DPi/X11DPH and want to run high Current OEM processors
The Thermal Design Current(TDC) of those processors is 255A, normal is 228A and lower.
You can see this TDC value with AIDA, HWinfo does not show this parameter anymore.
View attachment 21443
We need the ElmorLabs EVC2SX and the Software EVC2 1.0.1.10
I have made a device-xml for the EVC2 Software, MP2955A_PMBUS.xml
I have made a device-xml for the EVC2 Software, TPS53679_PMBUS.xmlCode:<?xml version="1.0" encoding="utf-8"?> <EVC2> <!-- Application metadata --> <Application> <SoftwareVersion>12</SoftwareVersion> <FileVersion>6</FileVersion> </Application> <!-- Device specification --> <Device> <Name>MP2955A (PMBus)</Name> <Class>1</Class> <BusType>1</BusType> <BusSpeed>100</BusSpeed> <Address Type="Range"> <Start>10</Start> <End>40</End> </Address> <Detect Type="RegisterMatch"> <Register> <Command>BF</Command> <Length>2</Length> <Data>2555</Data> <!-- MPS MP2955A, 2556=MP2955A,2558=MP2958A --> </Register> </Detect> <Constant> <!-- Read once --> </Constant> <Status> </Status> <Configuration><!-- Read/Write options --> <Item> <Name>ICC_MAX</Name> <PreExec> <Command>00</Command><!-- select Page 0 --> <Data>00</Data> </PreExec> <Register Type="List" Restrict="WriteOnly"> <Command>EF</Command> <Length>1</Length> <Data Desc="min.190A">BE</Data> <Data Desc="def.228A">E4</Data> <Data Desc="max.255A">FF</Data> </Register> </Item> <Item> <Name>STORE_USER_ALL</Name> <Register Type="List" Restrict="WriteOnly"> <Command>15</Command> <Length>0</Length> <Data Desc="No">0</Data> <Data Desc="Yes">1</Data> </Register> </Item> </Configuration> <Monitoring> <Item> <Name>MFR_ICC_MAX</Name> <Register Type="Math"> <Command>EF</Command> <Length>1</Length> <Math> <Factor>1</Factor> <Unit>A</Unit> <Format>F1</Format> </Math> </Register> </Item> <Item> <Name>Output Current</Name> <Register Type="Math"> <Command>8C</Command> <Length>2</Length> <StartBit>0</StartBit> <EndBit>10</EndBit> <Math> <Factor>0.25</Factor> <Unit>A</Unit> <Format>F1</Format> </Math> </Register> </Item> </Monitoring> </Device> </EVC2>
Do not power the X11SPM, install a supported CPU and connect the EVC2SX-I2C1 header with a 3 wire Cable to the JVR1 header of the X11SPMCode:<?xml version="1.0" encoding="utf-8"?> <EVC2> <!-- PMBus Device TPS --> <!-- Application metadata --> <Application> <SoftwareVersion>12</SoftwareVersion> <FileVersion>6</FileVersion> </Application> <!-- Device specification --> <Device> <Name>TPS53679 (PMBus)</Name> <Class>1</Class> <BusType>1</BusType> <BusSpeed>100</BusSpeed> <Address Type="Range"> <Start>10</Start> <End>70</End> </Address> <Detect Type="RegisterMatch"> <Register Type="Hex" AccessMethod="Normal"> <Command>AD</Command> <!-- IC_DEVICE_ID = 0xAD --> <Length>2</Length> <Data>7901</Data> <!-- 7901 = tps63679 --> </Register> </Detect> <Constant> <!-- Read once --> <Item> <Name>IOUT_MAX</Name> <Register Type="Hex" AccessMethod="Normal"> <Command>DA</Command> <Length>2</Length> <StartBit>0</StartBit> <EndBit>7</EndBit> </Register> </Item> </Constant> <Status> </Status> <Configuration><!-- Read/Write options --> <Item> <Name>IOUT_MAX</Name> <PreExec> <Command>00</Command><!-- select Page 0 --> <Data>00</Data> </PreExec> <Register Type="List" Restrict="WriteOnly"> <Command>DA</Command> <Length>2</Length> <Data Desc="low.190A">BE</Data> <Data Desc="def.228A">E4</Data> <Data Desc="max.255A">FF</Data> </Register> </Item> <Item> <Name>STORE_DEFAULT_ALL</Name> <Register Type="List" Restrict="WriteOnly"> <Command>11</Command> <Length>0</Length> <Data Desc="No">0</Data> <Data Desc="Yes">1</Data> </Register> </Item> </Configuration> <Monitoring> <Item> <Name>IOUT_MAX</Name> <Register Type="Math"> <Command>DA</Command> <Length>2</Length> <StartBit>0</StartBit> <EndBit>7</EndBit> <Math> <Factor>1</Factor> <Unit>A</Unit> <Format>F1</Format> </Math> </Register> </Item> <Item> <Name>Output Current</Name> <Register Type="Math"> <Command>8C</Command> <Length>2</Length> <StartBit>0</StartBit> <EndBit>10</EndBit> <Math> <Factor>0.25</Factor> <Unit>A</Unit> <Format>F1</Format> </Math> </Register> </Item> </Monitoring> </Device> </EVC2>
View attachment 21438
Connect the EVC2SX with the USB Cable to your PC and start the EVC2 Software.
Now you can power on the X11SPM, click on I2C1 and click "Find Devices" the MP2955A should be found and visible under I2C1.
Click on this entry to open the Device:
View attachment 21439
click "Monitoring" to see the value of ICC_MAX.
you can select the standard or max. ICC_MAX in the dropdown menu.
View attachment 21440
STORE_USER_ALL is to save the setting permanent.
View attachment 21441
With a click at "Apply changes" the new ICC_MAX is written and if you choosed "yes" for STORE_USER-ALL this setting is copied in the NVM of the VRM controller.
View attachment 21442
If you have any questions, ask me.
UPDATE:
i have successfully connected the MPS EVKT-USBI2C-02 Interface to X11SPM and the MP2955A VRM controller is recognized by the MPS Software V4.5.11, if you need the Software with MP2955A support, PM me.
UPDATE2:
i have successfully modified a X11DPi-N(T) rev. 2.01A to run TDC 255A TDP 240W SKUs(i.e. Amazon AWS customs)
With CPU in both sockets installed the procedure is similar than decribed above, you will see two MP2955A (adr 0x20 and 0x21)
Remove the JVRM1/2 jumpers and connect the I2C :
JVRM1 pin2 = SCL
JVRM2 pin2 = SDA
USB2/3 pin7/8 = GND (or any other GND pin)
UPDATE3:
we have successfully modified a X11SPL-F,X11DPL-i and X11DPH-i to run TDC 255A TDP 240W SKUs(i.e. Amazon AWS customs)
With CPU in both sockets installed the procedure is siliar than decribed above, you will see oneor two TPS53679 (adr 0x58/0x60)
X11SPL (may block TDP higher than 165W, ask me for modded BIOS 3.6)
JVR1 pin1 = SCL
JVR1 pin2 = SDA
JVR1 pin3 = GND
X11DPi:
View attachment 22195
Remove the JVRM1/2 jumpers and connect the I2C :
JVRM1 pin2 = SCL
JVRM2 pin2 = SDA
USB2/3 pin7/8 = GND (or any other GND pin)
X11DPH:
Remove the JVRM1/2 jumpers and connect the I2C :
JVRM1 pin2 = SCL
JVRM2 pin2 = SDA
T-SGPIO1 Header Pin3/6 = GND (or any other GND pin)
X11DPL-i: (set to default 228A to run 165W CPU)
Remove the JVRM1/2 jumpers and connect the I2C :
JVRM1 pin2 = SCL
JVRM2 pin2 = SDA
USB2 Header pin7/8 = GND (or any other GND pin)
i see no reason why the X11DAi should not work this way. you need two "standard" SKUs for modification of course.Would this method also work for the X11DAI-N?