The ZX Spectrum ULA: How to Design a Microcomputer is a comprehensive technical book by , published by ZX Design Technology and Media . It serves as a deep-dive case study into the Sinclair ZX Spectrum's custom "heart"—the Ferranti Uncommitted Logic Array (ULA). Feature Overview
For modern retro-computing enthusiasts and engineers, the Spectrum ULA remains a fascinating case study. It teaches that good design isn't just about using the most powerful components; it is about understanding the timing and interaction between components.
" by is a seminal work for retrocomputing enthusiasts, offering a comprehensive, transistor-level deconstruction of the Sinclair ZX Spectrum's custom heart. Published in 2010 by ZX Design and Media , it serves as both a historical record and a practical technical manual for designing 8-bit hardware. The Role of the ULA (Uncommitted Logic Array)
The ZX Spectrum ULA: How to Design a Microcomputer is a comprehensive technical book by , published by ZX Design Technology and Media . It serves as a deep-dive case study into the Sinclair ZX Spectrum's custom "heart"—the Ferranti Uncommitted Logic Array (ULA). Feature Overview
For modern retro-computing enthusiasts and engineers, the Spectrum ULA remains a fascinating case study. It teaches that good design isn't just about using the most powerful components; it is about understanding the timing and interaction between components. The ZX Spectrum ULA: How to Design a
" by is a seminal work for retrocomputing enthusiasts, offering a comprehensive, transistor-level deconstruction of the Sinclair ZX Spectrum's custom heart. Published in 2010 by ZX Design and Media , it serves as both a historical record and a practical technical manual for designing 8-bit hardware. The Role of the ULA (Uncommitted Logic Array) It teaches that good design isn't just about