SamyGO - User contributions [en]

Serial console

2013-03-02T12:34:09Z

Arcadian2002: /* Serial console for BD-E6100 */

To get the serial console, use the following connections on your unit PCB.

Remember that you need a TTL to RS232 adapter. See here : [[Ex-Link Cable for C/D/E Series and BD players]]
== Serial console for BD-D6900... ==

[[File:D6900_serial00.jpg|300px]] [[File:D6900_serial01.jpg|335px]]

== Serial console for BD-D8200, BD-D8500, BD-D8900 ==

[[File:BD-D8X00.jpg|300px]]

== Serial console for BD-E8300, BD-E8500, BD-E8900, BD-E8909S ==

[[File:BD-E8X00.jpg|200px]]

== Serial console for BD-E6100 ==

[[File:CN801.jpg|300px]] [[ File:1.3.5mm jack.jpg |300px]] [[File:JKlayout.jpg|300px]] [[File:3.job done.jpg|300px]]

== Guidelines for models that are not listed here ==

If your model is not listed here, you can try to locate the signals by yourself.
* try to locate 'dead-end' resistors (one pad is not connected to anything)
* the signals directly go to the ARM processor
* the signals level is 3.3v when the console is idle
* press INFO on the remote controller to generate traffic on the TX signal
* using an oscilloscope will ease this task

File:JKlayout.jpg

2013-03-02T12:32:33Z

Arcadian2002: Jack

Jack

Serial console

2013-03-02T12:27:47Z

Arcadian2002: /* Serial console for BD-E6100 */

To get the serial console, use the following connections on your unit PCB.

Remember that you need a TTL to RS232 adapter. See here : [[Ex-Link Cable for C/D/E Series and BD players]]
== Serial console for BD-D6900... ==

[[File:D6900_serial00.jpg|300px]] [[File:D6900_serial01.jpg|335px]]

== Serial console for BD-D8200, BD-D8500, BD-D8900 ==

[[File:BD-D8X00.jpg|300px]]

== Serial console for BD-E8300, BD-E8500, BD-E8900, BD-E8909S ==

[[File:BD-E8X00.jpg|200px]]

== Serial console for BD-E6100 ==

[[File:CN801.jpg|300px]] [[ File:1.3.5mm jack.jpg |300px]] [[File:3.job done.jpg|300px]]

== Guidelines for models that are not listed here ==

If your model is not listed here, you can try to locate the signals by yourself.
* try to locate 'dead-end' resistors (one pad is not connected to anything)
* the signals directly go to the ARM processor
* the signals level is 3.3v when the console is idle
* press INFO on the remote controller to generate traffic on the TX signal
* using an oscilloscope will ease this task

Serial console

2013-03-02T12:26:34Z

Arcadian2002: /* Serial console for BD-E6100 */

To get the serial console, use the following connections on your unit PCB.

Remember that you need a TTL to RS232 adapter. See here : [[Ex-Link Cable for C/D/E Series and BD players]]
== Serial console for BD-D6900... ==

[[File:D6900_serial00.jpg|300px]] [[File:D6900_serial01.jpg|335px]]

== Serial console for BD-D8200, BD-D8500, BD-D8900 ==

[[File:BD-D8X00.jpg|300px]]

== Serial console for BD-E8300, BD-E8500, BD-E8900, BD-E8909S ==

[[File:BD-E8X00.jpg|200px]]

== Serial console for BD-E6100 ==

[[File:CN801.jpg|300px]] [[ |300px]] [[File:3.job done.jpg|300px]]

== Guidelines for models that are not listed here ==

If your model is not listed here, you can try to locate the signals by yourself.
* try to locate 'dead-end' resistors (one pad is not connected to anything)
* the signals directly go to the ARM processor
* the signals level is 3.3v when the console is idle
* press INFO on the remote controller to generate traffic on the TX signal
* using an oscilloscope will ease this task

File:1.3.5mm jack.jpg

2013-03-02T12:16:29Z

Arcadian2002: jack

jack

Serial console

2013-03-02T12:06:30Z

Arcadian2002: /* Serial console for BD-E6100 */

To get the serial console, use the following connections on your unit PCB.

Remember that you need a TTL to RS232 adapter. See here : [[Ex-Link Cable for C/D/E Series and BD players]]
== Serial console for BD-D6900... ==

[[File:D6900_serial00.jpg|300px]] [[File:D6900_serial01.jpg|335px]]

== Serial console for BD-D8200, BD-D8500, BD-D8900 ==

[[File:BD-D8X00.jpg|300px]]

== Serial console for BD-E8300, BD-E8500, BD-E8900, BD-E8909S ==

[[File:BD-E8X00.jpg|200px]]

== Serial console for BD-E6100 ==

[[File:2CN80mod.jpg|300px]] [[File:P2060013.JPG|300px]] [[File:1DKU5 CABLE.jpg |300px]] [[File:3.job done.jpg|300px]]

== Guidelines for models that are not listed here ==

If your model is not listed here, you can try to locate the signals by yourself.
* try to locate 'dead-end' resistors (one pad is not connected to anything)
* the signals directly go to the ARM processor
* the signals level is 3.3v when the console is idle
* press INFO on the remote controller to generate traffic on the TX signal
* using an oscilloscope will ease this task

File:3.job done.jpg

2013-03-02T12:01:47Z

Arcadian2002: jobdone

jobdone

File:CN801.jpg

2013-03-02T11:43:28Z

Arcadian2002: Arcadian2002 uploaded a new version of "File:CN801.jpg"

Ftdi to cn801

File:CN801.jpg

2013-03-02T11:40:59Z

Arcadian2002: Ftdi to cn801

Ftdi to cn801

Serial console

2013-02-18T03:58:03Z

Arcadian2002: /* Serial console for BD-E6100 */

To get the serial console, use the following connections on your unit PCB.

Remember that you need a TTL to RS232 adapter. See here : [[Ex-Link Cable for C/D/E Series and BD players]]
== Serial console for BD-D6900... ==

[[File:D6900_serial00.jpg|300px]] [[File:D6900_serial01.jpg|335px]]

== Serial console for BD-D8200, BD-D8500, BD-D8900 ==

[[File:BD-D8X00.jpg|300px]]

== Serial console for BD-E8300, BD-E8500, BD-E8900, BD-E8909S ==

[[File:BD-E8X00.jpg|200px]]

== Serial console for BD-E6100 ==

[[File:2CN80mod.jpg|300px]] [[File:P2060013.JPG|300px]] [[File:1DKU5 CABLE.jpg |300px]]

== Guidelines for models that are not listed here ==

If your model is not listed here, you can try to locate the signals by yourself.
* try to locate 'dead-end' resistors (one pad is not connected to anything)
* the signals directly go to the ARM processor
* the signals level is 3.3v when the console is idle
* press INFO on the remote controller to generate traffic on the TX signal
* using an oscilloscope will ease this task

Serial console

2013-02-18T03:55:59Z

Arcadian2002: /* Serial console for BD-E6100 */

To get the serial console, use the following connections on your unit PCB.

Remember that you need a TTL to RS232 adapter. See here : [[Ex-Link Cable for C/D/E Series and BD players]]
== Serial console for BD-D6900... ==

[[File:D6900_serial00.jpg|300px]] [[File:D6900_serial01.jpg|335px]]

== Serial console for BD-D8200, BD-D8500, BD-D8900 ==

[[File:BD-D8X00.jpg|300px]]

== Serial console for BD-E8300, BD-E8500, BD-E8900, BD-E8909S ==

[[File:BD-E8X00.jpg|200px]]

== Serial console for BD-E6100 ==

[[File:2CN80mod.jpg|300px]] [[File:P2060013.JPG|300px]] [[1DKU5_CABLE.jpg|300px]]

== Guidelines for models that are not listed here ==

If your model is not listed here, you can try to locate the signals by yourself.
* try to locate 'dead-end' resistors (one pad is not connected to anything)
* the signals directly go to the ARM processor
* the signals level is 3.3v when the console is idle
* press INFO on the remote controller to generate traffic on the TX signal
* using an oscilloscope will ease this task

Serial console

2013-02-18T03:53:35Z

Arcadian2002: /* Serial console for BD-E6100 */

To get the serial console, use the following connections on your unit PCB.

Remember that you need a TTL to RS232 adapter. See here : [[Ex-Link Cable for C/D/E Series and BD players]]
== Serial console for BD-D6900... ==

[[File:D6900_serial00.jpg|300px]] [[File:D6900_serial01.jpg|335px]]

== Serial console for BD-D8200, BD-D8500, BD-D8900 ==

[[File:BD-D8X00.jpg|300px]]

== Serial console for BD-E8300, BD-E8500, BD-E8900, BD-E8909S ==

[[File:BD-E8X00.jpg|200px]]

== Serial console for BD-E6100 ==

[[File:2CN80mod.jpg|300px]] [[File:P2060013.JPG|300px]]

== Guidelines for models that are not listed here ==

If your model is not listed here, you can try to locate the signals by yourself.
* try to locate 'dead-end' resistors (one pad is not connected to anything)
* the signals directly go to the ARM processor
* the signals level is 3.3v when the console is idle
* press INFO on the remote controller to generate traffic on the TX signal
* using an oscilloscope will ease this task

Serial console

2013-02-18T03:28:25Z

Arcadian2002:

To get the serial console, use the following connections on your unit PCB.

Remember that you need a TTL to RS232 adapter. See here : [[Ex-Link Cable for C/D/E Series and BD players]]
== Serial console for BD-D6900... ==

[[File:D6900_serial00.jpg|300px]] [[File:D6900_serial01.jpg|335px]]

== Serial console for BD-D8200, BD-D8500, BD-D8900 ==

[[File:BD-D8X00.jpg|300px]]

== Serial console for BD-E8300, BD-E8500, BD-E8900, BD-E8909S ==

[[File:BD-E8X00.jpg|200px]]

== Serial console for BD-E6100 ==

[[File:2CN80mod.jpg|300px]]

== Guidelines for models that are not listed here ==

If your model is not listed here, you can try to locate the signals by yourself.
* try to locate 'dead-end' resistors (one pad is not connected to anything)
* the signals directly go to the ARM processor
* the signals level is 3.3v when the console is idle
* press INFO on the remote controller to generate traffic on the TX signal
* using an oscilloscope will ease this task

Serial console

2013-02-18T03:23:54Z

Arcadian2002:

To get the serial console, use the following connections on your unit PCB.

Remember that you need a TTL to RS232 adapter. See here : [[Ex-Link Cable for C/D/E Series and BD players]]
== Serial console for BD-D6900... ==

[[File:D6900_serial00.jpg|300px]] [[File:D6900_serial01.jpg|335px]]

== Serial console for BD-D8200, BD-D8500, BD-D8900 ==

[[File:BD-D8X00.jpg|300px]]

== Serial console for BD-E8300, BD-E8500, BD-E8900, BD-E8909S ==

[[File:BD-E8X00.jpg|200px]]

== Serial console for BD-DB-E6100 ==

[[File:2CN80mod.jpg|300px]]

== Guidelines for models that are not listed here ==

If your model is not listed here, you can try to locate the signals by yourself.
* try to locate 'dead-end' resistors (one pad is not connected to anything)
* the signals directly go to the ARM processor
* the signals level is 3.3v when the console is idle
* press INFO on the remote controller to generate traffic on the TX signal
* using an oscilloscope will ease this task