VLSI KoreaWorkload and traffic model
Turn core counts and clock targets into a workload model with dependencies, cache misses and sharing. Core count alone does not establish instructions per cycle or application throughput.
AMD / SPECIMEN
AMD Zen 3 CCD specimen
A CPU die specimen removed from a Ryzen 5 5600X. The photographed specimen has a visibly broken edge. Its image does not depict the complete processor package.
AMD Zen 3 CCD specimen DIE PHOTOGRAPH
1280 × 853 PX SOURCE / 100%
Fritzchens Fritz from Berlin ·CC0· Die photograph · Responsive copies resized and encoded as AVIF and WebP; full photograph retained. No crop, recoloring or generative edits.
Origin & contributions
Original source · Retrieved not recorded
Fritzchens Fritz from Berlin · photographer · Included in this image
No copyright attribution condition under CC0; source credit retained for provenance.
Exact Ryzen 5 5600X CPU die specimen identified by source. Do not label as a complete package or another Zen generation.
The left edge of this die specimen is visibly broken. The original photographer labels the image as retouched.
Specifications
1 SOURCE-LINKED FIELDS| Identification | Published analysisWikimedia Commons · Fritzchens Fritz from Berlin Scope: physical-specimen |
|---|
Source-linked record
ARCHITECTURE → RTL → GDS
All design guides ↗Design with this record
Start with documented specifications, then use the study prompts below. The prompts are engineering guidance, not a claim about this product’s private RTL or physical implementation.
Contracts before RTL
Choose a representative producer/consumer path and specify acceptance, ordering, backpressure, outstanding capacity and reset recovery. Turn these contracts into assertions and test scenarios before optimizing the datapath.
A feasible physical plan
Obtain macro abstracts, pin maps, timing libraries and activity-based power estimates. Explore macro proximity, routing channels and power-grid reachability together. An annotated die photograph can suggest study questions, but cannot supply a netlist, PDK or signoff constraints.
Read the record in its physical scope.
A CPU die specimen removed from a Ryzen 5 5600X. The photographed specimen has a visibly broken edge. Its image does not depict the complete processor package.
This record has identification and source evidence. A deeper architectural article has not yet been written. Visible patterns alone do not establish block functions, capacity or an internal protocol.
Follow the connections
2 SOURCE-LINKED RELATIONSHIPSThis specimen is identified as a die from a Ryzen 5 5600X, not the whole package.
Wikimedia Commons · Fritzchens Fritz from Berlin · EvidenceThe damaged Zen 3 CCD photograph shows a specimen of this architecture. Design-level area is not a measurement of the surviving damaged specimen or a photo calibration.
AMD / ISSCC, publicly uploaded by AMD · EvidenceTHE VISUAL EVIDENCE
1 DOCUMENTED SOURCESVisual sources
Hosted image provenance · 1
Die photographHosted in Museum
AMD Zen 3 CCD specimen — Die photograph
Wikimedia Commons · Fritzchens Fritz from Berlin
6,000 × 4,000 pxTechnical archive / analysis
Exact Ryzen 5 5600X CPU die specimen identified by source. Do not label as a complete package or another Zen generation.
Link not yet checked
View original die photoRights, provenance & link history
- Rights status
- PUBLIC DOMAIN
- Licence
- CC0 ↗
- Local hosting / thumbnails / hotlinking
- Allowed / Allowed / Not enabled
- Attribution
- AMD Ryzen 5 5600X — Zen 3 / Vermeer CPU die — Fritzchens Fritz from Berlin / Wikimedia Commons / CC0. No local pixel edits; Wikimedia-generated 1280px thumbnail.
- Identity / confidence
- matched / high
- Evidence reviewed
- 2026-09-06
- Link checked
- Not yet checked · unchecked
Access to a source does not grant permission to reproduce its images.
Source trail
AMD Ryzen 5 5600X — Zen 3 / Vermeer CPU die ↗ · Wikimedia Commons · Fritzchens Fritz from Berlin