This video—a visualization by Marques Brownlee—puts into perspective something that’s easy to say, but hard to truly grasp:
How far technology has shrunk.
From room-sized systems in 1968…
to today’s nanometer-scale transistors packed by the billions into a single chip.
This is Moore’s Law in action—decades of exponential scaling that have redefined what’s possible in computing, electronics, and intelligent systems.
But there’s another side to this story.
As technology scales down, reliability challenges scale up.
And at the same time, customer expectations have scaled even faster.
Back in 1968, failure was expected, tolerated, and often visible.
Today, failure is unacceptable—often invisible until it disrupts everything.
Users expect:
- Always-on systems
- Instant response
- Zero tolerance for downtime
- Seamless performance across billions of devices
At these dimensions:
- Material behavior becomes less forgiving
- Thermal margins tighten
- Variability increases across manufacturing
- Failure mechanisms become more complex—and less visible
A microscopic defect is no longer microscopic in impact.
This is why reliability can no longer be an afterthought.
It must be engineered into the system from day one:
- Design for Reliability (DfR)
- Physics of Failure (PoF)
- Failure mechanism-driven analysis (FMMEA)
- Advanced qualification and predictive monitoring (PHM)
Because innovation is not just about making things smaller, faster, and more powerful; It is about making them dependable at scale.
At ReliaNova, we see reliability as the bridge between breakthrough design and real-world performance—ensuring that what we build continues to work, predictably, throughout its lifecycle.
📌 Embedded video courtesy of Marques Brownlee (MKBHD). All rights belong to the original creator. Presented here for commentary and educational purposes; no affiliation or endorsement is implied.