Linked from

The 26 pages that link to Moore's law, each with the reason it gives.

• Integrated circuitRelated: This trend shaped expectations and investment across the chip industry.

• TransistorRelated: Transistor scaling on chips supplied the trend Moore described.

• System on a chipRelated: Increasing transistor density made it practical to place more system functions on one die.

• Exponential growthRelated: Its compounding trend is often described as exponential, though it is not a universal law of nature.

• Semiconductor industryRelated: The industry used this trend to frame expectations for scaling and investment.

• Application-specific integrated circuitRelated: Rising chip complexity expands ASIC capability while increasing design and manufacturing challenges.

• Fairchild SemiconductorRelated: Gordon Moore drew on semiconductor industry trends he observed while at Fairchild.

• Semiconductor fabricationRelated: Manufacturing advances enabled the long-term density increases associated with this trend.

• Robert NoyceRelated: Noyce’s manufacturing enterprise helped make the scaling described by Moore commercially consequential.

• CMOSRelated: CMOS scaling enabled much of the long-term growth in transistor counts.

• Gordon MooreBroader topic: Moore’s name became attached to the trend he described in 1965.

• Dennard scalingRelated: It describes density growth often enabled by the power behavior Dennard scaling predicted.

• Technological singularityCompared with: Its bounded hardware trend is often mistaken for evidence of inevitable runaway progress.

• Very-large-scale integrationRelated: The trend framed expectations for increasing integration and motivated scaling efforts.

• Graphics cardRelated: Long-term chip scaling enabled successive gains in graphics-card capability.

• MicroelectronicsRelated: Its slowdown reflects the growing difficulty of sustaining transistor-density improvements.

• 16-bit computingRelated: Increasing transistor budgets enabled processors to move beyond 16-bit designs.

• Technological convergenceRelated: Increasing computing capacity made it practical to combine more functions in affordable devices.

• William NordhausBroader topic: Nordhaus analyzed the economic significance and limits of rapid computing progress.

• Morris ChangRelated: Its escalating manufacturing demands intensified the economic value of specialized foundries.

• Ray KurzweilRelated: Kurzweil uses it as one example of exponential trends, while arguing that computation advances through multiple technologies.

• History of computing hardwareRelated: Its recurring pattern guided expectations for shrinking and increasingly capable hardware.

• History of electrical engineeringRelated: Its long-running trend captured the accelerating scale of electronics development.

• History of electronics engineeringRelated: This trend captured the rising density that repeatedly changed system cost and capability.

• History of the transistorRelated: Progress in transistor fabrication supplied the trend Moore described and engineers pursued.

• Multi-core processorRelated: Transistor growth made room for multiple cores even as single-core scaling slowed.