Files

T

ywkang 109c9b4483 Cube-view: draw all attached components as separate blocks

All router-attached components (PE, M_CPU, SRAM, UCIe) rendered as
labeled blocks with explicit connector lines to their router.
UCIe blocks positioned at cube edges matching port direction.
Router→HBM_CTRL lines shown for all 32 routers.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>

2026-04-04 22:09:08 -07:00

cube_mesh_view.svg

Add probe CLI improvements, D2H read, UCIe/HBM tuning, BW sweep

2026-03-19 01:16:18 -07:00

cube_view.svg

Cube-view: draw all attached components as separate blocks

2026-04-04 22:09:08 -07:00

pe_view.svg

Replace xbar/bridge/single-NOC with explicit router mesh (ADR-0019)

2026-04-04 17:51:28 -07:00

placement_column_wise.svg

commit - release 1

2026-03-18 11:47:48 -07:00

placement_replicate.svg

commit - release 1

2026-03-18 11:47:48 -07:00

placement_row_wise.svg

commit - release 1

2026-03-18 11:47:48 -07:00

placement_tiled_column_major.svg

commit - release 1

2026-03-18 11:47:48 -07:00

placement_tiled_row_major.svg

commit - release 1

2026-03-18 11:47:48 -07:00

README.md

commit - release 1

2026-03-18 11:47:48 -07:00

sip_view.svg

Replace xbar/bridge/single-NOC with explicit router mesh (ADR-0019)

2026-04-04 17:51:28 -07:00

system_view.svg

Replace xbar/bridge/single-NOC with explicit router mesh (ADR-0019)

2026-04-04 17:51:28 -07:00

README.md

Generated Diagrams

This directory contains diagrams generated from topology compilation.

What these files are

Derived artifacts generated from:
- compiled topology graph
- distance (accumulated latency) metadata
- view/layout rules (ADR-0005)

These files are meant for quick visual inspection and review.

Default outputs

SIP view: sip_view.mmd (and/or sip_view.dot)
CUBE view: cube_view.mmd (and/or cube_view.dot)
PE view: pe_view.mmd (and/or pe_view.dot)

How to preview

In VS Code:
- open .mmd or .md containing Mermaid blocks and use Markdown Preview
- for .dot, use a Graphviz preview extension or dot -Tpng

Notes

Diagrams are representative and distance-aware by default.
Instance indices are not required unless debugging asymmetry.
Outputs should be deterministic for the same topology and rules.