Sadly no, the density (chips on both sides and very close to one another) on the logic board makes it impossible to desolder these chips without damaging things. It would be cheaper and easier to just swap out the logic board (if you have the 256 GB model).
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You also won't be able to find anything larger than 512 GB presently that fits the chips location; [https://d3nevzfk7ii3be.cloudfront.net/igi/Cvv54BcgvCC2HkUS|Orange block Toshiba TH58TFT0DFKLAVF 128 GB MLC NAND Flash (128 or 256 GB on the reverse side for a total of 256 or 512 GB)]. In the next year or two you'll likely see larger density chips but again its just easier to swap out the logic board.
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You also won't be able to find anything larger than 512 GB presently that fits the chips location; [https://d3nevzfk7ii3be.cloudfront.net/igi/Cvv54BcgvCC2HkUS|Orange block Toshiba TH58TFT0DFKLAVF 128 GB MLC NAND Flash shown] 128 or 256 GB one on each side for a total of 256 or 512 GB.
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In the next year or two you'll likely see larger density chips but again its just easier to swap out the logic board.
Sadly no, the density (chips on both sides and very close to one another) on the logic board make it impossible to desolder these chips. It would be cheaper and easier to just swap out the logic board (if you have the 256 GB model).
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Sadly no, the density (chips on both sides and very close to one another) on the logic board makes it impossible to desolder these chips without damaging things. It would be cheaper and easier to just swap out the logic board (if you have the 256 GB model).
You also won't be able to find anything larger than 512 GB presently that fits the chips location; [https://d3nevzfk7ii3be.cloudfront.net/igi/Cvv54BcgvCC2HkUS|Orange block Toshiba TH58TFT0DFKLAVF 128 GB MLC NAND Flash (128 or 256 GB on the reverse side for a total of 256 or 512 GB)]. In the next year or two you'll likely see larger density chips but again its just easier to swap out the logic board.
Sadly no, the density of the logic board make it impossible to desolder these chips. It would be cheaper and easier to just swap out the logic board (if you have the 256 GB model).
+
Sadly no, the density (chips on both sides and very close to one another) on the logic board make it impossible to desolder these chips. It would be cheaper and easier to just swap out the logic board (if you have the 256 GB model).
-
You also won't be able to find anything larger than 512 GB presently that fits the chips location; [https://d3nevzfk7ii3be.cloudfront.net/igi/Cvv54BcgvCC2HkUS|Orange block Toshiba TH58TFT0DFKLAVF 128 GB MLC NAND Flash (128 or 256 GB on the reverse side for a total of 256 or 512 GB)]. In the next year or two you'll likely see larger destiny chips but again its just easier to swap out the logic board.
+
You also won't be able to find anything larger than 512 GB presently that fits the chips location; [https://d3nevzfk7ii3be.cloudfront.net/igi/Cvv54BcgvCC2HkUS|Orange block Toshiba TH58TFT0DFKLAVF 128 GB MLC NAND Flash (128 or 256 GB on the reverse side for a total of 256 or 512 GB)]. In the next year or two you'll likely see larger density chips but again its just easier to swap out the logic board.
Sadly no, the density of the logic board make it impossible to desolder these chips. It would be cheaper and easier to just swap out the logic board (if you have the 256 GB model).
You also won't be able to find anything larger than 512 GB presently that fits the chips location; [https://d3nevzfk7ii3be.cloudfront.net/igi/Cvv54BcgvCC2HkUS|Orange block Toshiba TH58TFT0DFKLAVF 128 GB MLC NAND Flash (128 or 256 GB on the reverse side for a total of 256 or 512 GB)]. In the next year or two you'll likely see larger destiny chips but again its just easier to swap out the logic board.