@PatWolf Defense electronics operate under very different constraints. Radiation tolerance, ruggedness, and lifecycle support can outweigh transistor density.
Missile chips ≠ phone/AI chips.
Missiles need rugged, rad-hard “workhorse” chips on mature nodes (45–90nm+) that survive shock, radiation & decades of service. US fabs already make those securely at home.
The ultra-advanced 2–3nm chips from Taiwan power smartphones & AI data centers.
Missile chips ≠ phone/AI chips.
Missiles need rugged, rad-hard “workhorse” chips on mature nodes (45–90nm+) that survive shock, radiation & decades of service. US fabs already make those securely at home.
The ultra-advanced 2–3nm chips from Taiwan power smartphones & AI data centers.
81 years ago this week, Japan surrendered and World War II ended.
Six months earlier, these ships were off Iwo Jima and Marines were fighting up Mount Suribachi.
The war ended because men like this refused to quit.
81 years ago this week, Japan surrendered and World War II ended.
Six months earlier, these ships were off Iwo Jima and Marines were fighting up Mount Suribachi.
The war ended because men like this refused to quit.
Idaho keeps winning the kind of investment America needs — $150M+ for ultra-pure gas production feeding advanced chip manufacturing.
Jobs and tax base here at home.
Build in America! 🇺🇸
Please keep our neighbors to the west in your prayers as they battle a devastating wildfire consuming homes.
Pray for the firefighters and first responders risking everything to protect lives and property.