EDID data associated with a Dell Inspiron 1520 using a 1440x900 panel, as the name states; the panel maker and model are not given. The 256-byte block identifies the screen to the graphics chip and describes its timings. It is used to recover a display that lost its identification and now stays dark or runs at a wrong resolution. Because the Inspiron 1520 was offered with several panel options, confirm the installed screen is the 1440x900 variant and save the original EEPROM contents before writing.
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 (10)
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 |
| @ITHINKHS | 8 Oct 2020 | Open file on RM Schematics |
| @pepeelectronica | 20 Apr 2022 | Open file on RM Schematics |
| @pepeelectronica | 26 Apr 2022 | Open file on RM Schematics |
| @acodis_lcd_datasheets_EDID | 25 Jun 2023 | Open file on RM Schematics |
| @acodis_lcd_datasheets_EDID | 25 Jun 2023 | Open file on RM Schematics |
| @schematics_bios | 23 Jul 2026 | Open file on RM Schematics |
| @schematics_bios | 25 Jul 2026 | Open file on RM Schematics |
| @schematics_bios | 2 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 →