I have come a little further with my DB832. Here ist the JTAG pinout. I have already copied a part of the RAM. Exactly the same ECC parameters as the DS series! Can someone please send me a working serial / license combination? AAAB and DSAB not work...
I have come a little further with my DB832. Here ist the JTAG pinout. I have already copied a part of the RAM. Exactly the same ECC parameters as the DS series! Can someone please send me a working serial / license combination? AAAB and DSAB not work...
Hmm, curious. In Dave's tear down of the DP832, the sticker inside said DP832A. Yours seems to show DP800....
-jbl
It's a screenshot from Dave's video @ 19:02.
Ahhhh... I see.
They must have some that say DP832A and some that say DP800 inside then... </end conspiracy theory>.
:-)
-jbl
The top and bottom boards said DP832A didn't they? That's a photo of the front panel which would be the same for all of them regardless
I have come a little further with my DB832. Here ist the JTAG pinout. I have already copied a part of the RAM. Exactly the same ECC parameters as the DS series! Can someone please send me a working serial / license combination? AAAB and DSAB not work...
- did u figure out what compiler/libs they used ? - for ARM there should be plenty of FLAIR libs available which might ease the further disassembly.
@ecc params ->
I just unboxed my DS2102 (got tired of waiting for the 2072) that was a drop ship from Rigol ordered through Tequipment.Net. Out of the box, it came with the RP3300 passive probes (not As) and the DS2102 shipped with:
Software Version: 00.01.00.00.03
Hardware Version: 1.0.1.0.0
FPGA Version:
SPU: 03.01.05
WPU: 00.06.05
CCU: 12.29.00
MCU: 00.05
.... now to find the post in the thread that had the key gen bits...
EDIT: And now I have a fully optioned DS2202. Wonder if I can find the 2202 faceplate sticker somehwere...:-)
-jbl
I just unboxed my DS2102 (got tired of waiting for the 2072) that was a drop ship from Rigol ordered through Tequipment.Net. Out of the box, it came with the RP3300 passive probes (not As) and the DS2102 shipped with:
Software Version: 00.01.00.00.03
Hardware Version: 1.0.1.0.0
FPGA Version:
SPU: 03.01.05
WPU: 00.06.05
CCU: 12.29.00
MCU: 00.05
.... now to find the post in the thread that had the key gen bits...
EDIT: And now I have a fully optioned DS2202. Wonder if I can find the 2202 faceplate sticker somehwere...:-)
-jbl
What is the leading part of your serial number ?
So we can see date of assembly.
--
Darryl
I just unboxed my DS2102 (got tired of waiting for the 2072) that was a drop ship from Rigol ordered through Tequipment.Net. Out of the box, it came with the RP3300 passive probes (not As) and the DS2102 shipped with:
Software Version: 00.01.00.00.03
Hardware Version: 1.0.1.0.0
FPGA Version:
SPU: 03.01.05
WPU: 00.06.05
CCU: 12.29.00
MCU: 00.05
.... now to find the post in the thread that had the key gen bits...
EDIT: And now I have a fully optioned DS2202. Wonder if I can find the 2202 faceplate sticker somehwere...:-)
-jbl
What is the leading part of your serial number ?
So we can see date of assembly.
--
Darryl
DS2A1517...
How does that decode to assembly date?
-jbl
...snipped quotes...
I've heard the 15 equates to 2013, 14 to 2012 and so on backwards. The 17 is week 17 of the year. So its older stock before the change. Mine is 1521 and has the A probes ie non switchable. I think its week 20 that they changed. One of the threads here has more info on it. What's your letter of calibration say for the date ?
--
Darryl
As an aside, anyone know how much I should trust the DS2102's default calibration for voltage readings? The E3610A and the DS2012 agree on voltages (at least the DS2012s average agrees, the peak is pretty far off sometimes, especially at lower voltages) but both of my DMMs read low. For example, on a 5 volt setting for the E3610A, the DS2012 average is ~= 5.00 volts, but the DM383 and the other cheapo DMM will read ~= 4.85 volts.
-jbl
Can someone explain to me how the private key with ECDLP solver v0.2a calculated?
I have read the following constants from my DP832:
prime1 unsigned char [] = "AEBF94CEE3E707";
prime2 unsigned char [] = "AEBF94D5C6AA71";
curve_a unsigned char [] = "2982";
curve_b unsigned char [] = "3408";
point1 unsigned char [] = "7A3E808599A525";
point2 unsigned char [] = "5EC2D25AE85124"; <--- Not sure yet
PS
I still hope for a DP832 option code. I need only the code that is entered on the device.
Can someone explain to me how the private key with ECDLP solver v0.2a calculated?
I have read the following constants from my DP832:
prime1 unsigned char [] = "AEBF94CEE3E707";
prime2 unsigned char [] = "AEBF94D5C6AA71";
curve_a unsigned char [] = "2982";
curve_b unsigned char [] = "3408";
point1 unsigned char [] = "7A3E808599A525";
point2 unsigned char [] = "5EC2D25AE85124"; <--- Not sure yet
PS
I still hope for a DP832 option code. I need only the code that is entered on the device.
Can someone explain to me how the private key with ECDLP solver v0.2a calculated?
I have read the following constants from my DP832:
prime1 unsigned char [] = "AEBF94CEE3E707";
prime2 unsigned char [] = "AEBF94D5C6AA71";
curve_a unsigned char [] = "2982";
curve_b unsigned char [] = "3408";
point1 unsigned char [] = "7A3E808599A525";
point2 unsigned char [] = "5EC2D25AE85124"; <--- Not sure yet
PS
I still hope for a DP832 option code. I need only the code that is entered on the device.
---
GF := GF(49187291794761479);
E := EllipticCurve([GF|10626,13320]);
G := E![34408668876875045,11468454688366674];
K := E![26672856534896932,39931304602480539];
/*
FactorCount:=4;
17;
53;
905461;
60291817;
*/
---
GF = prime1
E = curve_a, curve_b
G = uncompressed point1 (Gx, Gy)
K = uncompressed point2 (Rx, Ry)
ECDLP requires them to be in decimal format. Use ECCTOOL by readyu to get the decimal values and to uncompress the points.
Hello All,
Got my Rigol 2102 a couple of weeks ago and still getting use to it. Up dated the FW from :00.01.00.03 - to - 00.01.00.05. As I stated before, they said it was up to date when I bought it. Any way, I am lost on how you guys that just got your units and in one day was able to do the upgrades so quickly. I'm just chasing my tale on trying to figure out the proper steps. And if I do get that far, will I have to do any HEX adjustments for (Voltage reading/Bandwidth/other things...etc.).
So my question is, is there just one(1) file to run that will do these hack or will I have to open it up to attach some wire and hack board?
Thanks for any help and guidance. And, yes I'm nervous about doing this, I don't want to have a BRICK
Howard
[quote author=synapsis link=topic=17002.msg276813#msg276813 date=1376517256]
Would it be possible (and practical) to develop license codes for Rigol's 'UltraSpectrum' program for the DSA815 that go beyond the 15 day free trial?
Thanks again.
.....then do the key that I can't find....
After I install FWxxxxxxx02, implement key, then do I do any more FW updates?
Now I'm really confused . I already had FW.xxxxxxx03, I installed FWxxxxxxx05. Now I must go to FWxxxxxx02 then do the key that I can't find, correct. After I install FWxxxxxxx02, implement key, then do I do any more FW updates?