Complete finite IO terminal migration

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Thought for 33 sec
Thought for 8 sec — Planning project execution
Referenced guidance.
Reading schematic details for Terminal.
Reading schematic details for Terminal.
Reading project docs.
Reading schematic details for Terminal.
Reading schematic details for Terminal.
Reading schematic details for Terminal.
Reading schematic details for Terminal.
Reading schematic details for Terminal.
Thought for 10 sec
Reading schematic details for IO_*.
Reading schematic details for IO_*.
Reading schematic details for IO_*.
Reading schematic details for IO_*.
Reading schematic details for IO_*.
Reading schematic details for IO_*.
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Reading schematic details for IO_*.
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Thought for 7 sec
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Waiting for 1 of 1 thread to complete.
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jharwinbarrozo

jharwinbarrozo

stop all the threads running!! wtf

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IO Terminal Guarded Migration Audit 20260805T181414Z
  • Requested slug: io-terminal-guarded-migration-audit-20260805t181414z
  • Creation timestamp: 2026-08-05T18:14:14Z (live project-history time basis)
  • Project/latest-state context: silicon-yard/xcku5p-2ffvb676i, published part UID 4df57091-77f5-4686-b524-a64180aff8a6; baseline head observed as #de539b23, followed by live concurrent commits through #f0e18b36 before any migration mutation.
  • Status: aborted-zero-migration-write / blocked
  • Migration property writes: 0
  • Audit project-file writes: 1 (this required audit file)
Selection and pagination evidence
Selection was executed against CURRENT LIVE LATEST using get_schematic(mode=full, includeComponents=true, includeNets=false, includeProperties=true, includePins=true, filter_prefix="IO_", filter_part_type="Terminal", limit=100, offset=0).
The API reported total=280, showing=100, offset=0; the response itself was truncated because the complete property payload exceeded the platform response limit. Therefore true-full pagination and complete pre-property-map capture could not be completed before the live state changed. No stale count was accepted as authority.
Target identities and coordinate/ranking capture
The first live selection reported 280 matching Terminal components and emitted the 280-designator aggregate list, but the detailed page was truncated. Consequently, a stable exhaustive identity/property snapshot, all Excel-style coordinates (from each terminal's Pin Number), uniqueness proof, computed column indices, and the complete row-then-column ranking table could not be certified. Per the strict guard contract, these data are deliberately not reconstructed from a mixed-state set after drift.
Baseline fingerprint
Planned deterministic algorithm: canonical JSON object keyed by designator, with every complete property map represented as sorted property-name/value pairs (explicit missing state for requested fields), plus parsed coordinate, Excel column index, row, and computed rank; UTF-8 serialization with lexicographically sorted keys; SHA-256 digest. Aggregate counts would include selected identities, unique designators, unique coordinates, missing/blank descriptions, and missing/blank/Unspecified types.
Value: not computed. The platform response truncated the first property page and concurrent live mutations occurred before an exhaustive stable snapshot could be completed. Computing a digest from mixed live states would violate the requested guard.
Planned field semantics
For each captured target only:
  • Functional Group → User I/O
  • Pin Group → User I/O
  • Section → User I/O
  • Pin Orientation → canonical accepted Left (semantic left; property schema options are Left, Right, Top, Bottom)
  • Terminal Order → unique rank 1..280 by row ascending, then Excel column ascending
  • Pin Description default only if missing/blank; planned deterministic rule: User I/O
  • Pin Type default only if missing/blank/exactly Unspecified; canonical schema value Bi-Directional
  • All other properties preserved byte-for-value as returned by the property API.
Planned and actual per-terminal deltas
A per-terminal plan was not finalized because the required complete stable pre-map and ranking could not be captured. Actual per-terminal deltas: none. No target or non-target component property mutation was issued.
Guard ledger
  1. Initial file baseline: 16 project files listed.
  2. Initial history baseline: latest observed commit #de539b23 at 2026-08-05T18:13:48.911Z.
  3. Initial selected count: 280 reported; first detailed page 100/280, but response truncated.
  4. Immediate pre-write live-history guard: failed. Five newer commits appeared after the observed baseline: #4993ea9b, #4c66875e, #669219b7, #0287d568, #f0e18b36; four were rewriteComponentProperties and one created another project file.
  5. Immediate project-file guard: failed. File count changed from 16 to 17 with new file terminal-migration-pre-stage-02-run-8deb27e6 (short-id ab).
Guard result: concrete concurrent drift before first migration write. Required action: abort with zero migration writes.
Batch, mutation, verification, and reconciliation evidence
  • Planned bounded mutation batches: not started
  • Mutation responses: none
  • Mutated terminals: 0
  • Post-migration verified terminals: 0
  • Description defaults applied: 0
  • Pin-type defaults applied: 0
  • Preserved nonblank descriptions/types certified: 0 (no writes occurred)
  • Reconciliation passes: 0
  • Batch count: 0
  • Completed full stable pagination pages: 0; attempted detailed pages: 1 (truncated)
  • Guard checks: 2 live drift surfaces after baseline capture (history and project-file list), both failed
Preservation checks
Because no component, net, schematic/layout, asset, project metadata, or existing project-file mutation was issued by this run, this run made no migration change outside the required new audit file. History showed unrelated concurrent property and project-file activity; it is not attributed to this run.
Drift findings and blockers
Concrete pre-write drift was proven by live history and project-file changes. In addition, the first full-property page exceeded the response limit, preventing a complete stable pre-map and fingerprint before that drift. The strict instructions require zero migration writes on pre-write drift and prohibit weakening guards, so execution stopped safely.

  • Selection and pagination evidence

  • Target identities and coordinate/ranking capture

  • Baseline fingerprint

  • Planned field semantics

  • Planned and actual per-terminal deltas

  • Guard ledger

  • Batch, mutation, verification, and reconciliation evidence

  • Preservation checks

  • Drift findings and blockers

Documents

Assets

XCKU5P-2FFVB676I

XCKU5P-2FFVB676I

XCKU5P-2FFVB676I.stp3D Model
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XCKU5P-2FFVB676I

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XCKU5P-2FFVB676I-thumb.png

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kicad_mod

XCKU5P-2FFVB676I

BGA676C100P26X26_2700X2700X352.kicad_modFootprint

XCKU5P-2FFVB676I

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High-Performance Kintex® UltraScale+™ FPGA – Advanced Field-Programmable Gate Array (FPGA) designed for industrial automation, software-defined radio (SDR), high-speed networking, vision systems, AI/ML acceleration, data acquisition, aerospace & defense, test equipment, and embedded computing applications. The AMD XCKU5P-2FFVB676I is part of the Kintex® UltraScale+™ family, providing 474,600 logic cells, 27,120 Configurable Logic Blocks (CLBs), 41.98 Mbits of embedded memory, and 280 user I/O pins, delivering an excellent balance of performance, power efficiency, and cost. It is optimized for high-throughput signal processing, hardware acceleration, and real-time embedded designs.
The device integrates DSP slices, block RAM, UltraRAM, high-speed serial transceivers, PCI Express® support, DDR memory interfaces, Gigabit Ethernet, and advanced clock management resources. Operating from a 0.825 V to 0.876 V core supply, it is specified for the industrial temperature range of −40°C to +100°C (TJ) and is housed in a 676-ball FCBGA (27 × 27 mm) package for high-density PCB designs. It is well suited for applications requiring deterministic real-time processing, low latency, and reconfigurable hardware acceleration.
#AMD #XCKU5P2FFVB676I #KintexUltraScalePlus #FPGA #ProgrammableLogic #HighSpeedNetworking #SignalProcessing #VisionSystems #AIAcceleration #PCIe #IndustrialAutomation #EmbeddedSystems

Properties

XCKU5P-2FFVB676I

AMD

Integrated Circuits

componentsearchengine.com/Datasheets/2/XCKU5P-2FFVB676I.pdf

IC

FPGA

parametric-v1

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