VLSI KoreaSEMICONDUCTOR PRINCIPLES
Connecting physical evidence to computation
The principles become tangible here. These are real collection records, with photographs and evidence you can inspect.The layers become a machine.
Transistors and their connections implement a design. Packaging brings power and signals to the die so it can operate inside a larger system. Materials, design and manufacturing have become one working component.
Meet a piece of the real thing.
The photograph shows an AMD Zen 2 CCD: a compute die, not the entire packaged processor. Open its record for image provenance and sourced geometry. A photograph alone does not establish performance or enabled features.
The exhibition opens into the collection.
Look inside a historical processor. Compare dies on the same area scale. Follow a company, series or process generation. Your next question now has a place to begin.
Collection photographs retain their individual source and license notices. Unknown product geometry stays unknown; illustrative scenes never fill missing evidence.
Technical context
The finished component is where a layered silicon design becomes part of a working machine. Its package protects the die, carries signals and helps it join a larger system. From here, visitors can move from the general story into real objects: a package, a die image and the documented architecture or history behind each collection record.
- A finished package provides physical protection and electrical connections that let the fabricated die operate within a larger system.
- The museum catalog contains both package imagery and die imagery, enabling visitors to see the distinction between the silicon die and the complete packaged processor.
- Use collection records as evidence-led bridges from general principles to identifiable historical and contemporary processors.