netgear cg3100d
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netgear cg3100d
anyone know the pins to connect to a NETGEAR CG3100D USBJTAG , has a plinth but with the normal connection is not working
Greetings and thanks
Greetings and thanks
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WOW Some small A$$ Pictures. LOL
In last one I see an 8 pin Header. This is common in the Netgear Modems and in the DPC2100 Modems. So the 10 Pin to 8 Pin adapter I make will work for sure. If you can Understand schematics you can make your Own.
Heres a Picture Of the Adapter I make to work on the DCP2100 & Netgear Modems.
In last one I see an 8 pin Header. This is common in the Netgear Modems and in the DPC2100 Modems. So the 10 Pin to 8 Pin adapter I make will work for sure. If you can Understand schematics you can make your Own.
Heres a Picture Of the Adapter I make to work on the DCP2100 & Netgear Modems.
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"If you give a man a fish you feed him for a day. If you teach a man to fish you feed him for a lifetime."
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I would suspect USBBDM will have to make one. On The CG814 and SBG900 It should atleast detect the flash But i would not try to do any Programing. I just donated an CG814CCRv2 to USBBDM So he can Creat a Working XML for that Model Modem. Maybe he will need to get his Hands on a CG3100d to make and XML for it Or Mabe the The CG814CCRv2 will work but we will have to wait for that to be done By Him to test it.husus1 wrote:but which config select? and the modification de flash type?
regards
"If you give a man a fish you feed him for a day. If you teach a man to fish you feed him for a lifetime."
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First you need to be able to detect the CPU.
This will let us know that the JTAG is connected.
Then we need to decide the IR length. Most of the device are either 5bits or 8 bits.
Then we need to find out the flash memory. There is a function "s" that can help you.
Look at the flash, the flash can be 2M 4M or 8M.
The search command can be
s 80000000 a0000000 200000 (2M)
s 80000000 a0000000 400000 (4M)
s 80000000 a0000000 800000 (8M)
s 80000000 a0000000 1000000 (16M)
This will roughly tell where is the flash located.
Then make first version of the xml that has the whole memory defined.
Then use getram to get entire flash.
Use hex edit tool or NT to analyze the logic blocks and edit them in the second round of xml.
Last you need to find the proper ram to do fast programming.
Use command "bk" and you should see the PC value.
If your PC value is 0x8xxxxxxxx and it is quite safe to use the 0x80x00000 (where x can be 2,3,4).
If your PC value is 0x9xxxxxxx then the program memory should use 0x90x00000.
Hope this will help you guys to make your own xml.
This will let us know that the JTAG is connected.
Then we need to decide the IR length. Most of the device are either 5bits or 8 bits.
Then we need to find out the flash memory. There is a function "s" that can help you.
Look at the flash, the flash can be 2M 4M or 8M.
The search command can be
s 80000000 a0000000 200000 (2M)
s 80000000 a0000000 400000 (4M)
s 80000000 a0000000 800000 (8M)
s 80000000 a0000000 1000000 (16M)
This will roughly tell where is the flash located.
Then make first version of the xml that has the whole memory defined.
Then use getram to get entire flash.
Use hex edit tool or NT to analyze the logic blocks and edit them in the second round of xml.
Last you need to find the proper ram to do fast programming.
Use command "bk" and you should see the PC value.
If your PC value is 0x8xxxxxxxx and it is quite safe to use the 0x80x00000 (where x can be 2,3,4).
If your PC value is 0x9xxxxxxx then the program memory should use 0x90x00000.
Hope this will help you guys to make your own xml.
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Great Info there Boss. Somthing new to Play Withusbbdm wrote:First you need to be able to detect the CPU.
This will let us know that the JTAG is connected.
Then we need to decide the IR length. Most of the device are either 5bits or 8 bits.
Then we need to find out the flash memory. There is a function "s" that can help you.
Look at the flash, the flash can be 2M 4M or 8M.
The search command can be
s 80000000 a0000000 200000 (2M)
s 80000000 a0000000 400000 (4M)
s 80000000 a0000000 800000 (8M)
s 80000000 a0000000 1000000 (16M)
This will roughly tell where is the flash located.
Then make first version of the xml that has the whole memory defined.
Then use getram to get entire flash.
Use hex edit tool or NT to analyze the logic blocks and edit them in the second round of xml.
Last you need to find the proper ram to do fast programming.
Use command "bk" and you should see the PC value.
If your PC value is 0x8xxxxxxxx and it is quite safe to use the 0x80x00000 (where x can be 2,3,4).
If your PC value is 0x9xxxxxxx then the program memory should use 0x90x00000.
Hope this will help you guys to make your own xml.

Thanks for the Info.
"If you give a man a fish you feed him for a day. If you teach a man to fish you feed him for a lifetime."
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Your Pictures are not good, Too Small so I only saw the 8 Pin Connector. But Hey Since you have the CG3100d And I don't All I can tell you Is Try it and Report Back to Use.husus1 wrote:tundra communicates via USBJTAG you get with this model?
the board port J302 is 14 pin header, which are used?
Greetings

"If you give a man a fish you feed him for a day. If you teach a man to fish you feed him for a lifetime."
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