Fairchild Micrologic -

The Micrologic series represents "Generation Zero" of the silicon revolution. It proved that complex logic could be miniaturized and mass-produced. For the collector, it is a holy grail of industrial design. For the historian, it is the moment the "computer" left the lab and entered the product.

| Feature | Micrologic (1961) | Modern 7nm CMOS | |------------------|-------------------|------------------| | Transistors/chip | 4–6 | 20+ billion | | Gate delay | 30 ns | < 0.01 ns | | Power/gate | 12 mW | < 0.01 mW | | Price/gate | ~$20 | < $0.0000001 | fairchild micrologic

These chips were revolutionary. They offered propagation delays in the tens of nanoseconds, which was blindingly fast compared to relay logic or hand-wired discrete cores. They consumed a fraction of the power and space of their predecessors. The Micrologic series represents "Generation Zero" of the

While these chips are now obsolete and strictly the domain of collectors and vintage computing restorers, their impact and design merit a retrospective analysis. For the historian, it is the moment the

In the early 1960s, Fairchild Semiconductor—spearheaded by the legendary Gordon Moore and Robert Noyce—introduced the Micrologic line (starting with the resistor-transistor logic or RTL families). This was the first commercially available family of logic gates.

Introduced in , Fairchild Micrologic was a family of digital logic gates (flip-flops, gates) built on a single silicon chip using planar technology . It marked the transition from discrete transistors to integrated circuits, enabling the miniaturization that led to modern computers.

★★★★★ (5/5) for historical impact Rating: ★☆☆☆☆ (1/5) for modern practical application