Hi , any news / progress about 1000X hack ?
THX !!!
I add MAC address and it is possible to connect with scope by telnet. But hacking like in 2000x/3000x series is not working
So , if I am not interested in wavegen , FRA and stuff , what can I do to make a EDUX 1002A to get a 2Gs/s and 1Mpt memory ?
It is possible only by software or I still need to change resistors for Prod. ID ?
THX !
So , if I am not interested in wavegen , FRA and stuff , what can I do to make a EDUX 1002A to get a 2Gs/s and 1Mpt memory ?
It is possible only by software or I still need to change resistors for Prod. ID ?
THX !
Just change the Product ID resistors to 24 (DSOX). Software hack does not work.
Which resistors ?
What values ?
I've read this thread 3 times from beginning and more times searching through it but I cannot figure out what values and which resistors to change just for Id 24 on EDUX1002A .
Thank you !
My EDUX1002G is showing some strange traces while doing user calibration, at the very beginning of the process and after about 30 seconds into the process. Does anyone with the EDUX1002 or DSOX1000 see the same during user calibration? And of course it fails after running for about 4 minutes.
EDUX1002A does not show this on calibration time .
Thanks !
In the mean time thanks to a forum member (thuttu77) I have done the mod but still I am not sure about 1Mpts .
It show the same EDUX1002A but with 70 MHz , 2GSa , Segmented and Mask .
On EDUX 1002A resistors from left (green) was 1K & 10K (the picture is not from EDUX1002A) . I change it with 68k & 100K to obtain 0,95V corresponding to ID 023 .
Thanks !
In the mean time thanks to a forum member (thuttu77) I have done the mod but still I am not sure about 1Mpts .
It show the same EDUX1002A but with 70 MHz , 2GSa , Segmented and Mask .
On EDUX 1002A resistors from left (green) was 1K & 10K (the picture is not from EDUX1002A) . I change it with 68k & 100K to obtain 0,95V corresponding to ID 023 .
ID for DSOX1102G is 24, not 23. Do you know if 23 is the ID for DSOX1102A? If you see 70MHz, 2GSa/s and segmented memory, then you have the DSOX which by default has 1Mpts.
Yes , I know . As I mentioned I have EDUX1002A , not G, so I will not need Generator, FRA and stuff .
That way I need to choose ID023 for DSOX1002A .
I believe you about 1Mpts but there is a method to verify this ?
Thanx !
TK, photos from user calibration are very strange. I'm wonder, why it's not return fail immediately. Did you resolder connectors? If scope is working well, problem probably is in signal generator used for calibration. Check U33, U47 and stuff around it including PWM5V supply rail from U30. It's wired that it is in both channels... So check also 2 components on top side of main PCB, on the right from CH1 front end (capacitor and inductor). They are connecting both channels with BLT PCB. entry point of this connection in analog frontend it's via 390ohm resistor, A7 (sot23) double diode, 47X resistor to pin 1 of U34/U39. Maybe some capacitor on the way fail to open, and PWM signal is visible instead of DC. If here is everything okej I think that problem is in BLT board - bad solder points under BGA or damage inside IC's. Unfortunately my logic analyzer is too slow to capture digital communication while user calibration. I don't have more ideas to solve it.
TK, photos from user calibration are very strange. I'm wonder, why it's not return fail immediately. Did you resolder connectors? If scope is working well, problem probably is in signal generator used for calibration. Check U33, U47 and stuff around it including PWM5V supply rail from U30. It's wired that it is in both channels... So check also 2 components on top side of main PCB, on the right from CH1 front end (capacitor and inductor). They are connecting both channels with BLT PCB. entry point of this connection in analog frontend it's via 390ohm resistor, A7 (sot23) double diode, 47X resistor to pin 1 of U34/U39. Maybe some capacitor on the way fail to open, and PWM signal is visible instead of DC. If here is everything okej I think that problem is in BLT board - bad solder points under BGA or damage inside IC's. Unfortunately my logic analyzer is too slow to capture digital communication while user calibration. I don't have more ideas to solve it.
I resoldered all the connector pins (main PCB to BLT). I suspect my problem is with U34/U39. I will remove them and resolder. Have you soldered the center thermal pad? Any hints on how to solder them?
Thermal pad can be soldered only by hot air or IR station. U34/U39 is only differential amplifier. Thermal pad in LMH6552 is only for thermal purpose. If scope is working correctly on some test signal from generator I will search problem in other place.
TK, photos from user calibration are very strange. I'm wonder, why it's not return fail immediately. Did you resolder connectors? If scope is working well, problem probably is in signal generator used for calibration. Check U33, U47 and stuff around it including PWM5V supply rail from U30. It's wired that it is in both channels... So check also 2 components on top side of main PCB, on the right from CH1 front end (capacitor and inductor). They are connecting both channels with BLT PCB. entry point of this connection in analog frontend it's via 390ohm resistor, A7 (sot23) double diode, 47X resistor to pin 1 of U34/U39. Maybe some capacitor on the way fail to open, and PWM signal is visible instead of DC. If here is everything okej I think that problem is in BLT board - bad solder points under BGA or damage inside IC's. Unfortunately my logic analyzer is too slow to capture digital communication while user calibration. I don't have more ideas to solve it.
@hv222 Thanks to your hints, I resolved the user calibration error. It was the 390ohm resistor near U34 on CH1 frontend. The value was 3Mohms, even when it was marked 391. Replaced with a good one, and now it is a DSOX1102G that passes user calibration.
Since Keysight released new firmware to DSO X 1000 series some time a go does enyone have tested / tried to hack it?
The new firmware will not allow you to set the date before year 2018. If you are using the trial serial decode option and setting back the time to use it "permanently", do not upgrade your scope to the latest firmware. Firmware cannot be downgraded.
The new version comes with a one month trial license for ALL ( DIS / EMB SERIAL Decode SPI/I2C plus AUTO which was not available before for EDUX Series) .
I don't know if this is possible because is a mod hardware (I have ID 23 ) or is a way to show that AUTO Decoding capabilities can be use even with EDUX Series . Auto was not marketed for sale with the EDUX series .
The new version comes with a one month trial license for ALL ( DIS / EMB SERIAL Decode SPI/I2C plus AUTO which was not available before for EDUX Series) .
I don't know if this is possible because is a mod hardware (I have ID 23 ) or is a way to show that AUTO Decoding capabilities can be use even with EDUX Series . Auto was not marketed for sale with the EDUX series .
I think it is because it was modded. SPI is not available on unmodded EDUX scopes, but it gets activated when modded.
The new firmware will not allow you to set the date before year 2018. If you are using the trial serial decode option and setting back the time to use it "permanently", do not upgrade your scope to the latest firmware. Firmware cannot be downgraded.
Its not problem to me I have serial debug license waiting activation, It would be interesting to see if AUTO is possible to add modded EDUX since info screen still says its EDUX but 70MHz
The new firmware will not allow you to set the date before year 2018. If you are using the trial serial decode option and setting back the time to use it "permanently", do not upgrade your scope to the latest firmware. Firmware cannot be downgraded.
Its not problem to me I have serial debug license waiting activation, It would be interesting to see if AUTO is possible to add modded EDUX since info screen still says its EDUX but 70MHz
If you activate the 30 day trial, it will activate all protocols including AUTO for a limited time. You cannot purchase AUTO on a modded EDUX scope because it is still an EDUX model for Keysight and they also verify the serial number.
I'm going to buy an EDUX1002A in the next few days. I'll let you know what firmware and hardware revision comes with.
Thanks for all the hard working you've been doing hacking this device!
Welcome to the forum, ePoxi. Enjoy your scope!
I have recently purchased a DSOX1102G-CFG001 70Mhz unit and would like to configure it to be a 100Mhz unit or better , would anyone know the resistor values to allow me to achieve this , thank you.