Daniel: Created page with "I have always been interested in CPU architecture. In order to understand better how a CPU internally works I decided to design and build my own computer just using discrete l..."

2013-05-22T08:41:04Z

Created page with "I have always been interested in CPU architecture. In order to understand better how a CPU internally works I decided to design and build my own computer just using discrete l..."

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I have always been interested in CPU architecture. In order to understand better how a CPU internally works I decided to design and build my own computer just using discrete logic. For many people this might sound as a lost of time... but some people entertain themselves with sudokus! :)

==TH-C01==
Full details of [[TH-C01]]

====Definition====
* 8 bit ALU
* 8 bit Data bus
* 16 bit Address bus (MAX 64k bytes RAM)
* 8 x 8 bit registers (R0..R7) + (R6+R7 as address pointer)
* Dedicated Stack Pointer
* Dedicated PC
* Interruption control
* Expected 100 Khz
* RISC-like architecture with 3 to 5 cycles per operation

====STATUS====
* Definition: Finished
* Design: Final Design
* Implementation: Early Implementation
* Tools:
** Assembler: Started

==TH-C02==
====Definition====
* 24 bit ALU
* 24 bit Data bus
* 24 bit Address bus
* RISC architecture
* Pipelining

====STATUS====
* Design:
* Implementation:
* Tools:
** Assembler
** Compiler

Selfmade Computer - Revision history

Daniel: Created page with "I have always been interested in CPU architecture. In order to understand better how a CPU internally works I decided to design and build my own computer just using discrete l..."