Expansion Pak: Difference between revisions

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(While MiB is technically correct by standards founded in 2008, MB is often used even when describing 1024 power units, and is found throughout official N64 and VR4300 documentation.)
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The Expansion Pak consists of 4 MiB (megabytes) of random access memory (RAM)—which is [[RDRAM]], the same type of memory used inside the console itself—increasing the Nintendo 64 console's RAM from 4 MiB to 8 MiB of contiguous main memory. It is installed in a port on top of the console and replaces the pre-installed [[Jumper Pak]], which is simply a RAMBUS terminator.
The Expansion Pak consists of 4 MB (4,194,304 bytes) of random access memory (RAM)—which is [[RDRAM]], the same type of memory used inside the console itself—increasing the Nintendo 64 console's RAM from 4 MB to 8 MB of contiguous main memory. It is installed in a port on top of the console and replaces the pre-installed [[Jumper Pak]], which is simply a RAMBUS terminator.


The Expansion Pak is required for two retail games: ''Donkey Kong 64'' and ''The Legend of Zelda: Majora’s Mask.'' Some other games are capable of using the Expansion Pak if available, but do not require it.
The Expansion Pak is required for two retail games: ''Donkey Kong 64'' and ''The Legend of Zelda: Majora’s Mask.'' Some other games are capable of using the Expansion Pak if available, but do not require it.

Revision as of 06:53, 4 August 2021

The Expansion Pak consists of 4 MB (4,194,304 bytes) of random access memory (RAM)—which is RDRAM, the same type of memory used inside the console itself—increasing the Nintendo 64 console's RAM from 4 MB to 8 MB of contiguous main memory. It is installed in a port on top of the console and replaces the pre-installed Jumper Pak, which is simply a RAMBUS terminator.

The Expansion Pak is required for two retail games: Donkey Kong 64 and The Legend of Zelda: Majora’s Mask. Some other games are capable of using the Expansion Pak if available, but do not require it.

Details of how the Expansion Pak is detected are in the RDRAM article.