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Desmontaje de la Xbox Series X

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Xbox Series X Teardown: crwdns2935265:00crwdnd2935265:01crwdnd2935265:03crwdne2935265:0 Xbox Series X Teardown: crwdns2935265:00crwdnd2935265:02crwdnd2935265:03crwdne2935265:0 Xbox Series X Teardown: crwdns2935265:00crwdnd2935265:03crwdnd2935265:03crwdne2935265:0

  • You could remove this friendly Seattle Frisbee from the bottom just for a quick toss, but we're not here to play around. There are, in fact, more screws hidden underneath.

  • We wish we could have left this alone, because removing it took some tedious internal unclipping.

  • The optical drive comes out next. And much to our amazement, it's the familiar old drive returning from the Xbox One S and Xbox One X—same model number and all!

  • Exciting? Well, yes and no—but mostly, no. Our tests suggest the optical drive's internal circuit board is paired to your console's motherboard, which means no easy replacements if the drive goes kaput.

  • That said—just like the One S and One X—if you can de-solder the board from your original optical drive and transplant it into a new drive, you're back in business.

  • In any case, one of these chips might be responsible for the intimate motherboard/optical-board bond:

  • Microsoft MS0DDDSP03 ARM—probably the optical drive controller

  • Texas Instruments TPIC2050 9 channel motor/laser driver

Podrías quitar este amistoso frisbi de Seattle del fondo sólo para un rápido lanzamiento, pero no estamos aquí para jugar. De hecho, hay más tornillos escondidos debajo.

Desearíamos haber podido dejar esto en paz, porque quitarlo requirió un tedioso desbloqueo interno.

El disco óptico es el siguiente en salir. Y para nuestro asombro, es la vieja y familiar unidad que regresa de la Xbox One S y Xbox One X ¡Con el mismo número de modelo y todo!

¿Emocionante? Bueno, sí y no, pero sobre todo, no. Nuestras pruebas sugieren que el circuito interno de la unidad óptica está emparejado con la placa madre de la consola, lo que significa que no es fácil de reemplazar si la unidad se estropea.

Dicho esto, al igual que la S y la X, si puedes desoldar la placa de tu unidad óptica original y transplantarla a una nueva unidad, vuelves al ruedo.

En cualquier caso, uno de estos chips podría ser el responsable de la unión íntima entre la placa madre y la placa óptica:

Microsoft MS0DDDSP03 2011-ATSL ATN2TU22

Texas Instruments 2050G4 7T AXTN

[* black] You ''could'' remove this friendly Seattle Frisbee from the bottom just for a quick toss, but we're not here to play around. There are, in fact, more screws hidden underneath.
[* icon_note] We ''wish ''we could have left this alone, because removing it took some tedious internal unclipping.
[* black] The optical drive comes out next. And much to our amazement, it's the familiar old drive returning from the [guide|65572|Xbox One S|stepid=135530|new_window=true] and Xbox One X—same model number and all!
[* icon_note] Exciting? Well, yes and no—but mostly, no. Our tests suggest the optical drive's internal circuit board is paired to your console's motherboard, which means no easy replacements if the drive goes kaput.
[* black] That said—just like the One S and One X—if you can de-solder the board from your original optical drive and transplant it into a new drive, you're back in business.
[* black] In any case, one of these chips might be responsible for the intimate motherboard/optical-board bond:
[* red] Microsoft MS0DDDSP03 ARM—probably the optical drive controller
- [* orange] Texas Instruments TPIC2050 9 channel motor/laser driver
+ [* orange] Texas Instruments [link|https://www.ti.com/product/TPIC2050|TPIC2050|new_window=true] 9 channel motor/laser driver

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