EEPROM - Revision history

SoraFirestorm: Remove redundant link to component page

2026-10-14T21:15:18Z

Remove redundant link to component page

← Older revision		Revision as of 21:15, 14 October 2026
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	[[File:items_eeprom.png\|128px]]		[[File:items_eeprom.png\|128px]]

	~~'''Provides:''' [[Component/EEPROM\|EEPROM]] component.~~

	The EEPROM stores up to 8KiB of plain binary data and is used by an architecture to boot a computer. For example, the Lua architecture expects this to contain a script that is run as the first thing when the computer is powered up. The default Lua BIOS (which can be crafted) will look for file systems containing an <code>init.lua</code> file and run that. Custom BIOSes could be written that boot off of network devices, for example.		The EEPROM stores up to 8KiB of plain binary data and is used by an architecture to boot a computer. For example, the Lua architecture expects this to contain a script that is run as the first thing when the computer is powered up. The default Lua BIOS (which can be crafted) will look for file systems containing an <code>init.lua</code> file and run that. Custom BIOSes could be written that boot off of network devices, for example.

SoraFirestorm: SoraFirestorm moved page Item/EEPROM to EEPROM without leaving a redirect: Page has been unified

2026-10-14T21:09:39Z

SoraFirestorm moved page Item/EEPROM to EEPROM without leaving a redirect: Page has been unified

← Older revision	Revision as of 21:09, 14 October 2026
(No difference)

SoraFirestorm: Unify item and component API pages

2026-10-14T21:08:06Z

Unify item and component API pages

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-= EEPROM =
+= Overview =
 [[File:items_eeprom.png|128px]]
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 * 1 x EEPROM
 * 1 x [[Item/manual|OpenComputers Manual]]
 == Contents ==
 {{:Item/contents}}

SoraFirestorm: Correct amount to new value (8K)

2026-08-27T18:02:32Z

Correct amount to new value (8K)

← Older revision		Revision as of 18:02, 27 August 2026
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	'''Provides:''' [[Component/EEPROM\|EEPROM]] component.		'''Provides:''' [[Component/EEPROM\|EEPROM]] component.

	The EEPROM stores up to ~~4KiB~~ of plain binary data and is used by an architecture to boot a computer. For example, the Lua architecture expects this to contain a script that is run as the first thing when the computer is powered up. The default Lua BIOS (which can be crafted) will look for file systems containing an <code>init.lua</code> file and run that. Custom BIOSes could be written that boot off of network devices, for example.		The EEPROM stores up to 8KiB of plain binary data and is used by an architecture to boot a computer. For example, the Lua architecture expects this to contain a script that is run as the first thing when the computer is powered up. The default Lua BIOS (which can be crafted) will look for file systems containing an <code>init.lua</code> file and run that. Custom BIOSes could be written that boot off of network devices, for example.

	The EEPROM is crafted using the following recipe:		The EEPROM is crafted using the following recipe:

Michiyo: Clean up Markdown artifacts from DokuWiki migration

2026-08-24T20:28:08Z

Clean up Markdown artifacts from DokuWiki migration

← Older revision		Revision as of 20:28, 24 August 2026
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	'''Provides:''' [[Component/EEPROM\|EEPROM]] component.		'''Provides:''' [[Component/EEPROM\|EEPROM]] component.

	The EEPROM stores up to 4KiB of plain binary data and is used by an architecture to boot a computer. For example, the Lua architecture expects this to contain a script that is run as the first thing when the computer is powered up. The default Lua BIOS (which can be crafted) will look for file systems containing an `init.lua` file and run that. Custom BIOSes could be written that boot off of network devices, for example.		The EEPROM stores up to 4KiB of plain binary data and is used by an architecture to boot a computer. For example, the Lua architecture expects this to contain a script that is run as the first thing when the computer is powered up. The default Lua BIOS (which can be crafted) will look for file systems containing an <code>init.lua</code> file and run that. Custom BIOSes could be written that boot off of network devices, for example.

	The EEPROM is crafted using the following recipe:		The EEPROM is crafted using the following recipe:
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	{{:Item/contents}}		{{:Item/contents}}

imported>OCDoc Import: Imported from legacy OpenComputers documentation at ocdoc.cil.li

2026-08-24T08:08:27Z

Imported from legacy OpenComputers documentation at ocdoc.cil.li

New page

= EEPROM =

[[File:items_eeprom.png|128px]]

'''Provides:''' [[Component/EEPROM|EEPROM]] component.

The EEPROM stores up to 4KiB of plain binary data and is used by an architecture to boot a computer. For example, the Lua architecture expects this to contain a script that is run as the first thing when the computer is powered up. The default Lua BIOS (which can be crafted) will look for file systems containing an `init.lua` file and run that. Custom BIOSes could be written that boot off of network devices, for example.

The EEPROM is crafted using the following recipe:

* 4 x Gold nugget/oreberry (with Tinker's Construct)
* 1 x Redstone Torch
* 2 x Paper
* 1 x [[Item/materials|Transistor]]
* 1 x [[Item/materials|Microchip (Tier 1)]]

[[File:recipes_items_eeprom.png|200px]]

The EEPROM (Lua BIOS) is crafted using the following recipe:

* 1 x EEPROM
* 1 x [[Item/manual|OpenComputers Manual]]

== Contents ==

{{:Item/contents}}