R-JTAG jasper 16MB

[pronege]

Console Type: (Jasper)
NAND size: 16MB
Dashboard version: 2.0.16537
CB version: 6754
Screenshot of NAND details from J-Runner:http://s154.photobucket.com/user/pronege/media/RJTAG JASPER 16MB/nandinfo.jpg.html
J-Runner log:
POST output from J-Runner (either POST_OUT monitor or RATER output):
[ CODE]
Phat Selected
Version: 10
Power Up
Waiting for POST to change
Post 07
Post 0F
Post 4F - VERIFY_OFFSET_6BL_CF
Post 6F - INIT_POWER_MODE
Post 7F
Post FE
Post FA
Post FE
Post FA
Post 7A
Post 5A - INIT_XEX_TRAINING
Post 58 - INIT_HYPERVISOR
Post 48 - SHA_COMPUTE
Post 40 - Entrypoint of CD reached
Post CD
Post FD
Post CD
Post FD
Post CD
Post FD
Post CD
Post 58 - INIT_HYPERVISOR
Post 59 - INIT_SOC_MMIO
Post 5A - INIT_XEX_TRAINING
Post 5B - INIT_KEYRING
Post 5C - INIT_KEYS
Post 5D - INIT_SOC_INT
Post 5E - INIT_SOC_INT_COMPLETE
Post 60 - INIT_KERNEL
Post 61 - INIT_HAL_PHASE_0
Post E0
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post F0 - Panic - VERIFY_OFFSET_CB_B
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 51 - LOAD_UPDATE_2
Post 58 - INIT_HYPERVISOR
Post 59 - INIT_SOC_MMIO
Post 5B - INIT_KEYRING
Post 5C - INIT_KEYS
Post 5D - INIT_SOC_INT
Post 5E - INIT_SOC_INT_COMPLETE
Post 60 - INIT_KERNEL
Post 61 - INIT_HAL_PHASE_0
Post E0
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post F0 - Panic - VERIFY_OFFSET_CB_B
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post F0 - Panic - VERIFY_OFFSET_CB_B
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 70 - INIT_VIDEO_DRIVER
Post 40 - Entrypoint of CD reached
Post 50 - LOAD_UPDATE_1
Post 51 - LOAD_UPDATE_2
Post 55
Post 50 - LOAD_UPDATE_1
Post 5B - INIT_KEYRING
Post 5C - INIT_KEYS
Post 5D - INIT_SOC_INT
Post 5E - INIT_SOC_INT_COMPLETE
Post 60 - INIT_KERNEL
Post 61 - INIT_HAL_PHASE_0
Post E0
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 10 - Payload/1BL started
Post 11 - FSB_CONFIG_PHY_CONTROL
Post 12 - FSB_CONFIG_RX_STATE
Post 13 - FSB_CONFIG_TX_STATE
Post 18 - FETCH_CONTENTS
Post 19 - HMACSHA_COMPUTE
Post 1B - RC4_DECRYPT
Post 1C - SHA_COMPUTE
Post 1D - SIG_VERIFY
Post 1E - BRANCH
Post 20 - CB entry point reached
Post 21 - INIT_SECOTP
Post A0 - Panic - VERIFY_SECOTP_6
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 30 - VERIFY_OFFSET_4BL_CD
Post 10 - Payload/1BL started
Post 11 - FSB_CONFIG_PHY_CONTROL
Post 12 - FSB_CONFIG_RX_STATE
Post 13 - FSB_CONFIG_TX_STATE
Post 15 - FETCH_OFFSET
Post 16 - FETCH_HEADER
Post 18 - FETCH_CONTENTS
Post 19 - HMACSHA_COMPUTE
Post 1B - RC4_DECRYPT
Post 1C - SHA_COMPUTE
Post 1D - SIG_VERIFY
Post 1E - BRANCH
Post 20 - CB entry point reached
Post 21 - INIT_SECOTP
Post A0 - Panic - VERIFY_SECOTP_6
Most Fails(cumulative): 0xA0
Shutdown
[ /CODE]
updflash.bin log (if applicable):
Image of R-JTAG board:\/
Images of close-up soldering to motherboard:
http://s154.photobucket.com/user/pronege/library/RJTAG JASPER 16MB

 

[gazcoigne]

really poor soldering where even to start!!

your diode legs are touching and grounding against stuff

need to remove everything, clean it up and start again

 

[pronege]

really poor soldering where even to start!!

your diode legs are touching and grounding against stuff

need to remove everything, clean it up and start again

I put tape under all the diodes after I took the picture and nothing is bridged I had this setup working on a falcon I just removed it from the falcon and put it on this jasper and its having the same problem that I fixed on the falcon by moving the cpu rst point to the alternate it was working got my cpu key and everything now im putting it into this jasper cause somebody wanted a xbox for there kid and I got a steal on my falcon for 30 bucks some thermal paste and and psu for 15 and it worked so I flashed it back to stock and now this xbox is having the same problem I tried both cpu rst points and what do you think it could be what is the best setup for a jasper 16mb I did everything the rjtag tutorial I just didn't have the jtag qsb so I had to do older jtag method

 

[gazcoigne]

its fine to use the old JTAG wiring in place of the qsb's

the issue is your soldering to be honest.

messy and wires are far too long, trim them shorter and use flux.

put the diodes into the jtag holes trim them dead short and run wires to the points. dont solder the diodes to points on the mobo, it can lift them very easily when putting mobo in and out of chassis, you may well have broken one of the fine traces leading to the points.

does the console still boot a stock NAND?

 

[pronege]

its fine to use the old JTAG wiring in place of the qsb's

the issue is your soldering to be honest.

messy and wires are far too long, trim them shorter and use flux.

put the diodes into the jtag holes trim them dead short and run wires to the points. dont solder the diodes to points on the mobo, it can lift them very easily when putting mobo in and out of chassis, you may well have broken one of the fine traces leading to the points.

does the console still boot a stock NAND?

it did before I installed everything how do I check? what do I remove is it alright to use 30awg knar for jtag wireing

 

[gazcoigne]

remove the red 5v wire from rjtag and tape it up temporarily

flash back your orig nand dump to console and power on to check.

if it boots ok then you have done no damage to the console, tidy up your onsole and start again.

if it doesnt boot then youve damaged a point and it will need repaired first before you continue

 

[pronege]

remove the red 5v wire from rjtag and tape it up temporarily

flash back your orig nand dump to console and power on to check.

if it boots ok then you have done no damage to the console, tidy up your onsole and start again.

if it doesnt boot then youve damaged a point and it will need repaired first before you continue

my jrprogrammer is staying red now I cant rewrite nand unless I hookup my demon and switch it to 360

 

[TX_F1ERCE_TX]

You should really take your time soldering. Clean your work as well. Also put some electrical tape or heat shrink tubing around the Diodes, they're making contacting with everything, it appears, I could just imagine how much contact they're making with the cage when you put the motherboard back in. Check your soldering, cover everything with electrical, it's not necessary, but in your case, you need it. Hope this helped!

 

[pronege]

remove the red 5v wire from rjtag and tape it up temporarily

flash back your orig nand dump to console and power on to check.

if it boots ok then you have done no damage to the console, tidy up your onsole and start again.

if it doesnt boot then youve damaged a point and it will need repaired first before you continue

it doesnt boot what should i check somebody said dont pick up xbox 360 by heatsink it could cause red ring
what should i check

 

[chase]

first thing I would do would be to remove everything and start again .. and while you have everything removed, flash stock nand and see if it boots.. if not, what happens (error, lights ? )

if stock boots fine, I would re-install everything and since there is no jtag qsb, I would preferably use the transistor wiring method over the diode method.. both work great, I've just had better results with the transistor method (no ROL issues)

if you're gonna go with the diode method, do as gazcoigne said and install the diodes at the J2D2 header like the 2nd picture below (shows only one diode installed) and I would insulate everything with heatshrink