Labelled for a Dell D620 with a 14.1-inch WXGA screen and an X3 suffix whose meaning the name does not explain. At 512 bytes the image is larger than a typical panel EEPROM, so it may hold extended EDID data or a dump from a bigger chip. Check the capacity of the EEPROM on your panel before writing: an image that does not match the chip size will not program cleanly. The name gives no panel maker or part number. Inspect the file in a hex editor or EDID decoder, and keep a backup of the original.
The button opens the matching file on RM Schematics, or a source page if it is not catalogued there yet. The original attachment is from @biosarchive. Enginerys does not host this file.
All sources (5)
The same file was posted more than once. If one link is dead, try the next.
| Channel | Posted | |
|---|---|---|
| @biosarchive | 26 Mar 2019 | Open file on RM Schematics |
| @biosarchive | 1 Oct 2020 | Open file on RM Schematics |
| @pepeelectronica | 24 Apr 2022 | Open file on RM Schematics |
| @schematics_bios | 25 Jul 2026 | Open file on RM Schematics |
| @schematics_bios | 1 Aug 2026 | Open file on RM Schematics |
How to open a .bin file
A raw, byte-for-byte image of a flash chip: the main BIOS / UEFI, the embedded-controller (EC) firmware, or both.
Back up your own chip before writing any dump, and match the full board number and revision. Flashing guide →