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🚀Spacelab's Mitra 125 MS with 128KB RAM

Spacelab's retro computer used magnetic cores

TL;DR

Spacelab's Mitra 125 MS used magnetic core memory with 128KB RAM. Each core stored one bit, flipping states with magnetic fields. This tech powered space missions before SSDs.

Spacelab's Mitra 125 MS, a French-built minicomputer, used magnetic core memory with 128KB of RAM. Each core stored one bit, flipping states with magnetic fields. This tech powered space missions before SSDs. The core memory stack took up a third of the computer, using magnetic alloys to store data. Each core plane held one bit of a 16-bit word, with 14 planes in total. This tech is a relic of computing history, showcasing how far we've come.

Spacelab's Mitra 125 MS with 128KB RAM — righto.com

Key Points

1

Spacelab's Mitra 125 MS had 128KB of RAM, using magnetic core memory.

2

Each core stored one bit, flipping states with magnetic fields.

3

Core memory stack took up a third of the computer, using magnetic alloys.

4

Each core plane held one bit of a 16-bit word, with 14 planes total.

5

Spacelab's computer used a French-built Mitra 125 MS, not the Shuttle's main computers.

Why It Matters

If you're into retro computing, Spacelab's Mitra 125 MS is a must-see. This French-built minicomputer used 128KB of magnetic core memory, powering space missions before SSDs. Each core stored one bit, flipping states with magnetic fields. This tech is a relic of computing history, showcasing how far we've come.

space-shuttlespacelabmitra-125-msmagnetic-core-memoryretro-tech

Frequently Asked Questions

Why does this matter?

If you're into retro computing, Spacelab's Mitra 125 MS is a must-see. This French-built minicomputer used 128KB of magnetic core memory, powering space missions before SSDs. Each core stored one bit, flipping states with magnetic fields. This tech is a relic of computing history, showcasing how far we've come.

What happened?

Spacelab's Mitra 125 MS used magnetic core memory with 128KB RAM. Each core stored one bit, flipping states with magnetic fields. This tech powered space missions before SSDs.

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