project
Adom Custom Electronic Load
Public Made by Adomby adom
Two-layer digitally controlled electronic-load prototype. Compact R11 is under active electrical, cooling and probe-access review; not a manufacturing release.
← Commit history
Add 4:21 narrated Board34 R9 review draft with captions and current thermal limits
14 files changed
+815−6
README.md+2−2docs/completion-plan.md+7−3docs/cost/README.md+2docs/process-video-board32-history.md+19docs/process-video.md+17docs/status.md+1−1mechanical/thermal-alternatives/ats-current-sourcing.json+74tools/assemble_r9_review_video.py+118videos/full-edit-r9/captions.vtt+97videos/full-edit-r9/chapters.json+130videos/full-edit-r9/contact-sheet.jpgvideos/full-edit-r9/edit-report.json+348videos/full-edit-r9/electronic-load-r9-review-1080p.mp4videos/full-edit-r9/electronic-load-r9-review-web.mp4README.md+2−2@@ -59,13 +59,13 @@ Earlier assembled-harness study with simulated fan speed. Factory fan leads are - D1 now uses [SBR10U45SP5-13](https://wiki.adom.inc/adom/sbr10u45sp5-13), with published symbol, footprint and drawing-derived nominal STEP/GLB assets. Its local thermal study excludes Q1 and is not complete assembly acceptance. - The fan has a [component page with GLB motion states](https://wiki.adom.inc/adom/mf40200v1-1000u-g99). Its preview is simulated; shared viewer integration remains proposed. - The [thermal budget](docs/thermal-budget.md) now matches the 55 °C firmware trip ceiling. The earlier 25 W assumption is retained as an unqualified future option; R0 targets 5 W and still requires cooling validation.-- The [video inventory](videos/inventory.json) distinguishes raw native takes, reviewed excerpts, storyboard candidates, headless reviews and solver replays. Static or clipped takes are rejected for the action film. The final narrated 4–5 minute edit and human clip approval remain unfinished.+- The [video inventory](videos/inventory.json) distinguishes raw native takes, reviewed excerpts, storyboard candidates, headless reviews and solver replays. Static or clipped takes are rejected for the action film. The [updated narrated review cut](docs/process-video.md) runs 4 minutes 21 seconds. Human editorial approval and final brand treatment remain open. Read the [engineering status](docs/status.md), [placement review](docs/placement-review.md), [library review](docs/library-review.md), [cost breakdown](docs/cost/README.md), [firmware/control-panel contract](docs/firmware-contract.md), and [raw clip log](videos/shotlog.json). The [AI Flow report](docs/runs/board-codex-20261007-1749/README.md) records the run. The 3rdPartyFab two-layer rules are loaded. Native DRC, current/thermal analysis, the cooling assembly, physical calibration and industrial qualification must pass before production use. No hardware has been built or ordered. -[Build clips and review notes](docs/build-clips.md)+[Watch the 4:21 narrated review](docs/process-video.md) · [Build clips and review notes](docs/build-clips.md) ## Project datasheet
docs/completion-plan.md+7−3@@ -18,13 +18,13 @@ Updated 2026-10-13. Finish the custom electronic-load board through adom-aiflow, 3. **Cooling mechanics:** R9 corrects disconnected R6 carrier and R8 fastener intersections. One valid connected carrier; no unexpected fitted-body or checked hardware intersections; 301 exposed mask centres pass. M4x35 fan hardware and M3x10 captive clamp stacks are nominal, not supplier-released. Manufacturer fin geometry, Q1 machining/insulation stack, clamp preload and print retention remain unqualified. 4. **Simulation functionality:** fan animation is explicitly simulated RPM with authored acceleration/deceleration, not measured dynamics or hardware control. Complete electronic-load command/current/shunt/fault/reference tests before claiming functional simulation coverage. Browser now includes board-body obstacles; jaw, floor, module-compression and smoothed-input parity remains open. 5. **Delivery:** rerun downstream AIFlow finish/export gates on the final adopted board/assembly. Do not reuse old Board32 thermal/export acceptance. Refresh cooling metadata/BOM, datasheet, screenshots and exact component records after final geometry.-6. **Video:** build-clips page contains real Board34 carrier/layer and fan simulation footage. New TTS succeeded. Final narrated 4–5 minute film and review remain open. Reject long static captures as action shots; inspect contact sheets and actual playback before choosing excerpts.+6. **Video:** build-clips page contains real Board34 carrier/layer and fan simulation footage. New TTS succeeded. A 4:21 narrated R9 review cut is assembled and decode/contact-sheet checked; human review and final brand treatment remain open. Reject long static captures as action shots; inspect contact sheets and actual playback before choosing excerpts. ## Next useful actions -- Finalize the R9 Wiki, datasheet/BOM and recorded clip update; no acceptance from older revisions transfers.+- R9 Wiki, datasheet/BOM and clips published at 4daaf8f06e345a5cc33de64a0c8636f2855bdf1d; rendered full-board hero verified. No acceptance from older revisions transfers. - Develop and check the real thermal assembly model; continue other deliverables while physical-only qualifications remain explicitly open.-- Complete electronic-load functional/reference simulation coverage and the narrated review film.+- Complete electronic-load functional/reference simulation coverage; maintain the assembled narrated review film as a draft until human editorial review. - Probing owner contribution submitted as draft PR2, stacked on existing scaffold PR1: https://wiki.adom.inc/adom/adom-aiflow-probing/prs/2. Source commit 593d65edca97812cca1d739152598bcc8138ac23; combined Rust22 and JS3 tests pass. Not merged or installed. Shared viewer performance PR remains unmerged. - Synchronize this plan, Wiki and dashboard after engineering progress; run finish-guard before final handoff. @@ -33,3 +33,7 @@ Updated 2026-10-13. Finish the custom electronic-load board through adom-aiflow, Current public project commit: `69ce780f25efd65845c16d76c5ad0f73cdea4e2b` (Board34/R6 hero and real three-page datasheet). Latest carrier clip commit: `733f9582acdef11fc6fb3b6fa2991eb29de8c133`. The prior chronological plan, including superseded Board32 data, is retained in [completion-plan-history-20261013.md](completion-plan-history-20261013.md). Treat it as history, not the current resume target. The run ledger remains append-only.++## Active thermal alternative study++`mechanical/passive-board34-envelope/` tests a conservative 76.0984 × 76.2 × 50.8 mm Wakefield 125319 three-inch-cut envelope on the same Board34 probing route. It is not adopted; the R9 carrier would require redesign, and catalog resistance is not an installed rating. `probing-preview-passive-envelope` contains the separate check. The existing R9 public model and acceptance are preserved.
docs/cost/README.md+2@@ -2,6 +2,8 @@ **No complete current build quote is available.** R9 returns to the ATS-CPX050050025-124-C1-R0 candidate and adds M4 × 35 fan hardware, captive M3 clamp hardware and a custom carrier/contact stack. The older Wakefield-based totals below are historical and must not be presented as the R9 purchase cost. +A fresh 13 October exact-MPN search reports the ATS candidate at **$4.50 each**, with 271 units reported by DigiKey; Mouser reports zero stock and 56 days. This is a dated listing, not reserved inventory or a quote. [Saved API response](../../mechanical/thermal-alternatives/ats-current-sourcing.json).+ The dated electrical listings, inventory allocations and their exclusions remain useful sourcing evidence. Current orderable mechanical hardware, sink availability, machining, print process, pads/TIM, 3rdPartyFab fabrication, assembly/calibration, shipping and tax are unresolved. See the [current mechanical BOM](../../design/mechanical-bom.csv). No stock has been reserved and no order placed. ## Historical cost snapshots
docs/process-video-board32-history.mdadded+19@@ -0,0 +1,19 @@+# Electronic load process video++The assembled review cut runs **4 minutes 21 seconds**. Assembly was explicitly authorized by the user. It uses recorded design iterations, synthetic demonstrations labeled in their source footage, and the final Board32 review. It is not evidence of manufactured or qualified hardware.++<video width="100%" controls playsinline preload="metadata" src="videos/full-edit/electronic-load-process-review-web.mp4"></video>++[Download 1080p review cut](../videos/full-edit/electronic-load-process-review-1080p.mp4) · [Captions](../videos/full-edit/captions.vtt) · [Chapters](../videos/full-edit/chapters.json)++## Narration limitation++Existing Adom TTS narration is retained. A fresh default-voice synthesis request failed all four attempts with HTTP 500 caused by Microsoft's upstream WebSocket 403. Service health still reports OK; reachability does not establish working synthesis. The opening title and final three scenes are silent. Text and optional captions explain the closing results. This is a complete assembled review cut, not a fully narrated publication master. [Owner issue](https://wiki.adom.inc/adom/adom-tts/issues/8).++## Editing and provenance++The [edit report](../videos/full-edit/edit-report.json) records scene order, durations, input SHA-256 values and output identity. The [narration script](../videos/full-edit/narration-script.json) distinguishes spoken audio from silent captions. Caption timing is approximate within scenes, not word-aligned. The source takes already include their stated speed changes; the final native board walkthrough is 2× and the final Fields excerpt is 10×. No additional acceleration was applied to the existing narrated clips.++Assembly uses FFmpeg with uniform 1080p/30 fps video and stereo AAC audio, plus a smaller seekable web copy. The complete 1080p cut passed decode verification and contact-sheet inspection. Selected carrier/scaffold clips were removed after visual review. Native KiCad inspection footage retains application UI and is not a studio hero render. No token/session cost total is invented; the closing card reports explicitly incomplete, dated hardware amounts.++Source scripts: `tools/assemble_full_process_video.py` and `tools/caption_full_process_video.py`. The web player is Adom Video Player; it provides seeking, chapters and captions. No YouTube upload has been performed.
docs/process-video.mdadded+17@@ -0,0 +1,17 @@+# Electronic load narrated process review — Board34 / R9++The updated review draft runs **4 minutes 21 seconds**, with 32 narrated scenes. It follows recorded sourcing, layout, analysis, silkscreen and model work, then shows the current R9 carrier and simulated fan startup/shutdown. The closing narration explicitly says thermal acceptance remains open. This is not a finished-board claim, industrial qualification or a YouTube publication master.++<video width="100%" controls playsinline preload="metadata" src="videos/full-edit-r9/electronic-load-r9-review-web.mp4"><track kind="captions" src="videos/full-edit-r9/captions.vtt" srclang="en" label="English"></video>++[Download 1080p review cut](../videos/full-edit-r9/electronic-load-r9-review-1080p.mp4) · [Captions](../videos/full-edit-r9/captions.vtt) · [Chapters](../videos/full-edit-r9/chapters.json) · [Scene/contact-sheet review](../videos/full-edit-r9/contact-sheet.jpg).++## Narration and editing++Fresh Adom TTS requests succeeded for the opening, fan sequence and closing. Prior narrated excerpts retain their original audio and speed changes. The carrier inspection runs at 1.5×; the probing clip runs at normal replay speed with a separately labeled 0.01× rotor presentation. Historical scenes are labeled as recorded design iterations. They must not be mistaken for acceptance of the latest board.++The [edit report](../videos/full-edit-r9/edit-report.json) records every source hash, narration script, duration and sequence. Captions are timed per scene rather than word-aligned. The web copy is approximately 13.3 MB; the 1080p copy is approximately 29 MB. The video contains no complete procurement quote or invented token cost.++Full decode and scene contact-sheet checks pass. Human audio/editorial review and final brand stings remain open. Repeated current-assembly footage in the introduction and close is deliberate review framing and can be tightened during that review. No autoplay is requested, and no YouTube upload has occurred.++Reproduce with `tools/assemble_r9_review_video.py`; the original [Board32 edit notes](process-video-board32-history.md) are retained as history. New raw R9 captures and selected excerpts are indexed in [R9 clip provenance](../videos/probing/r9-clip-review.json).
docs/status.md+1−1@@ -8,7 +8,7 @@ Updated 13 October 2026. **Not released for fabrication.** Board34 is the curren - **Thermal:** failed/open. No side-fan cooling credit is accepted. The 5 W operating target, 5.5 W guard, 40 °C ambient and 55 °C case ceiling are unchanged. Installed airflow, source spreading, contact resistance and sensor margin remain unresolved. - **Firmware and measurements:** output-locked bring-up image and host safety tests exist; no flashing or physical calibration. The probing route demonstrates access and fan motion, not complete electrical functional acceptance or measured telemetry. - **Tools:** one AIFlow SSE dashboard on 8893. AIFlow source corrections are directly published. Probing fan/full-cooling changes are [draft PR2](https://wiki.adom.inc/adom/adom-aiflow-probing/prs/2), stacked on the existing scaffold PR1; not merged or installed globally.-- **Video:** new native R9 carrier and simulated fan startup/shutdown clips are recorded. TTS succeeded for a narrated carrier review. The 4–5 minute final review edit remains open; historical clips must retain their revision labels.+- **Video:** new native R9 carrier and simulated fan startup/shutdown clips are recorded. TTS succeeded for a narrated carrier review. The updated 4:21 narrated review cut is assembled; human editorial review and final brand treatment remain open. Historical clips retain revision labels. [Completion plan](completion-plan.md) · [Cooling review](side-fan-cooling-review.md) · [Engineering datasheet](project-page/electronic-load-datasheet-r0.pdf) · [Cost limitations](cost/README.md) · [Build clips](build-clips.md).
mechanical/thermal-alternatives/ats-current-sourcing.jsonadded+74@@ -0,0 +1,74 @@+{+ "query": "ATS-CPX050050025-124-C1-R0",+ "mouser": {+ "ok": true,+ "error": null,+ "total": 1,+ "hits": [+ {+ "vendor": "Mouser",+ "vendor_pn": "984-050050025124C1R0",+ "mpn": "ATS-CPX050050025-124-C1-R0",+ "manufacturer": "Advanced Thermal Solutions",+ "description": "Heat Sinks pushPIN Heat Sink, Coarse-Pitch, X-Cut, 4-Corner Hole, 50x50x25mm, 3.16C/W",+ "stock": 0,+ "unit_price": "$4.50",+ "price_100": "$3.57",+ "lead_time": "56 Days",+ "image_url": "https://www.mouser.com/images/advancedthermalsolutions/images/ATS-CPX050050025-124-C2-R0_SPL.jpg",+ "datasheet_url": "https://www.mouser.com/datasheet/3/993/1/ATS_CPX050050025_124_C1_R0.pdf",+ "product_url": "https://www.mouser.com/en/ProductDetail/Advanced-Thermal-Solutions/ATS-CPX050050025-124-C1-R0?qs=NeOn4crkEutU4H4DK65ajw%3D%3D",+ "flags": [+ "RoHS Compliant",+ "New at Mouser"+ ]+ }+ ],+ "backend_url": "https://mouser-xr8t4f5d01bt.adom.cloud",+ "elapsed_ms": 717+ },+ "digikey": {+ "ok": true,+ "error": null,+ "total": 1,+ "hits": [+ {+ "vendor": "DigiKey",+ "vendor_pn": "ATS36057-ND",+ "mpn": "ATS-CPX050050025-124-C1-R0",+ "manufacturer": "Advanced Thermal Solutions Inc.",+ "description": "HEATSINK 50X50X25MM XCUT CP",+ "stock": 271,+ "unit_price": "$4.5000",+ "price_100": "$3.5239",+ "lead_time": "",+ "image_url": "https://mm.digikey.com/Volume0/opasdata/d220001/medias/images/897/ATS-CPX050050025-124-C2-R0.JPG",+ "datasheet_url": "https://www.qats.com/pushPIN/DataSheet/ATS-CPX050050025-124-C1-R0",+ "product_url": "https://www.digikey.com/en/products/detail/advanced-thermal-solutions-inc/ATS-CPX050050025-124-C1-R0/4753787",+ "flags": [+ "ROHS3 Compliant",+ "Active"+ ]+ }+ ],+ "backend_url": "https://digikey-gjuu8l5t69uh.adom.cloud",+ "elapsed_ms": 986+ },+ "jlcpcb": {+ "ok": true,+ "error": null,+ "total": 0,+ "hits": [],+ "backend_url": "https://jlcpcb-wela51osctvp.adom.cloud",+ "elapsed_ms": 2214+ },+ "recommendation": {+ "winner": "DigiKey",+ "reason": "DigiKey has the exact part in stock; Mouser does not (out of stock, long-lead, or only a variant).",+ "mpn": "ATS-CPX050050025-124-C1-R0",+ "unit_price": "$4.5000",+ "stock": 271,+ "requested_mpn": "ATS-CPX050050025-124-C1-R0",+ "exact_match": true+ }+}
tools/assemble_r9_review_video.pyadded+118@@ -0,0 +1,118 @@+"""Build the authorized narrated review draft, preserving historical source takes.++Not a publication master: human editorial approval and thermal acceptance remain open.+"""+from pathlib import Path+import hashlib+import json+import subprocess++ROOT = Path(__file__).resolve().parents[1]+OUT = ROOT / 'videos/full-edit-r9'+SEG = OUT / 'segments'+SEG.mkdir(parents=True, exist_ok=True)+FONT = '/usr/share/fonts/truetype/dejavu/DejaVuSans.ttf'+++def run(args):+ subprocess.run(args, check=True, stdout=subprocess.DEVNULL)+++def duration(path):+ return float(subprocess.check_output([+ 'ffprobe', '-v', 'error', '-show_entries', 'format=duration',+ '-of', 'default=nw=1:nk=1', str(path)], text=True))+++def digest(path):+ return hashlib.sha256(path.read_bytes()).hexdigest()+++plan = json.loads((ROOT / 'videos/four-minute-edit-plan.json').read_text())+excluded = {'peek-fastener-review', 'installed-fan-states', 'control-panel-twin',+ 'aln-stack-review', 'sensor-harness-review', 'board-glb-review',+ 'board32-results-review'}+scenes = [{+ 'id': 'opening-r9',+ 'source': 'docs/clips/board34-r9-carrier-narrated-review.mp4',+ 'audio': 'videos/full-edit-r9/narration/opening.mp3',+ 'narration': (OUT / 'narration/opening.txt').read_text().strip(),+ 'take': 11.708,+ 'tag': 'ADOM ELECTRONIC LOAD | Board34 / R9 engineering prototype'}]+for item in plan['selected']:+ if item['id'] in excluded:+ continue+ narration = item.get('narration')+ if item['id'] == 'temperature-bound-replay':+ narration = (ROOT / 'videos/temperature-safety/narration.txt').read_text().strip()+ assert narration, f"Missing actual spoken script: {item['id']}"+ scenes.append({'id': item['id'], 'source': item['path'], 'narration': narration,+ 'tag': 'RECORDED DESIGN ITERATION | historical checkpoint'})+scenes += [+ {'id': 'r9-carrier', 'source': 'docs/clips/board34-r9-carrier-narrated-review.mp4',+ 'narration': 'The probe simulation caught a real obstruction. We moved the heatsink support behind the board, cleared the corner pin, and checked the revised assembly again. These are design checks, not a tested hardware rating.',+ 'tag': 'BOARD34 / R9 | connected carrier and fastener clearance | CAD inspection 1.5x'},+ {'id': 'r9-simulated-fan', 'source': 'docs/clips/board34-r9-fan-start-stop.mp4',+ 'audio': 'videos/full-edit-r9/narration/fan.mp3',+ 'narration': (OUT / 'narration/fan.txt').read_text().strip(),+ 'tag': 'PROBING SIMULATION | authored RPM | slowed rotor presentation'},+ {'id': 'current-status', 'source': 'docs/clips/board34-r9-carrier-narrated-review.mp4',+ 'audio': 'videos/full-edit-r9/narration/closing.mp3', 'take': 13.5,+ 'narration': (OUT / 'narration/closing.txt').read_text().strip(),+ 'tag': 'CURRENT + MODELED PROBING PASS | THERMAL OPEN | BUILD QUOTE INCOMPLETE'}]++records = []+for i, scene in enumerate(scenes):+ src = ROOT / scene['source']+ audio = ROOT / scene['audio'] if scene.get('audio') else src+ take = scene.get('take', duration(src))+ label = OUT / f'label-{i:03}.txt'+ label.write_text(scene['tag'])+ dst = SEG / f'{i:03}.mp4'+ vf = (f'scale=1920:1000:force_original_aspect_ratio=decrease,'+ f'pad=1920:1080:(ow-iw)/2:60:color=0x151923,setsar=1,fps=30,'+ f'drawtext=fontfile={FONT}:textfile={label}:fontcolor=white:fontsize=24:x=30:y=18')+ args = ['ffmpeg', '-v', 'error', '-y', '-i', str(src)]+ if audio != src:+ args += ['-i', str(audio)]+ args += ['-map', '0:v:0', '-map', '1:a:0' if audio != src else '0:a:0',+ '-vf', vf, '-af', 'apad', '-t', str(take), '-c:v', 'libx264',+ '-preset', 'veryfast', '-threads', '2', '-crf', '21', '-pix_fmt', 'yuv420p',+ '-c:a', 'aac', '-b:a', '128k', '-ar', '48000', '-ac', '2', str(dst)]+ run(args)+ records.append({**scene, 'source': str(src.relative_to(ROOT)),+ 'sourceSha256': digest(src), 'audioSha256': digest(audio),+ 'output': str(dst.relative_to(ROOT)), 'duration': duration(dst)})+ print(f'{i + 1}/{len(scenes)} {scene["id"]}', flush=True)++concat = OUT / 'concat.txt'+concat.write_text(''.join(f"file '{ROOT / x['output']}'\n" for x in records))+final = OUT / 'electronic-load-r9-review-1080p.mp4'+run(['ffmpeg', '-v', 'error', '-y', '-f', 'concat', '-safe', '0', '-i', str(concat),+ '-c', 'copy', '-movflags', '+faststart', str(final)])+++def stamp(seconds):+ ms = round(seconds * 1000)+ return f'{ms // 3600000:02}:{ms // 60000 % 60:02}:{ms // 1000 % 60:02}.{ms % 1000:03}'+++t = 0+chapters, captions = [], ['WEBVTT\n']+for scene in records:+ chapters.append({'t': round(t, 3), 'title': scene['id'].replace('-', ' ')})+ captions.append(f"{stamp(t)} --> {stamp(t + scene['duration'])}\n{scene['narration']}\n")+ t += scene['duration']+(OUT / 'captions.vtt').write_text('\n'.join(captions))+(OUT / 'chapters.json').write_text(json.dumps(chapters, indent=2) + '\n')+assert 240 <= duration(final) <= 300, 'Review cut must stay within requested 4–5 minutes'+report = {'status': 'narrated-review-draft-human-editorial-approval-pending',+ 'board': 'Board34/R9', 'thermalAccepted': False, 'youtubePublished': False,+ 'file': str(final.relative_to(ROOT)), 'sha256': digest(final),+ 'durationSeconds': duration(final), 'scenes': records,+ 'limitations': ['Historical clips retain their original revision-specific results.',+ 'Caption timing is per scene, not word-aligned.',+ 'No fabricated hardware, airflow or complete cost claim.',+ 'Brand stings and final human editorial review remain open.']}+(OUT / 'edit-report.json').write_text(json.dumps(report, indent=2) + '\n')+print(json.dumps({k: v for k, v in report.items() if k != 'scenes'}), flush=True)
videos/full-edit-r9/captions.vttadded+97@@ -0,0 +1,97 @@+WEBVTT++00:00:00.000 --> 00:00:11.708+We're building a digitally controlled electronic load with Adom AI Flow. This film follows real design iterations, from sourcing and layout to the latest probing simulation.++00:00:11.708 --> 00:00:18.508+AI Flow opens its dashboard automatically, keeping the design stages visible.++00:00:18.508 --> 00:00:21.508+Mouser blocks this browser request.++00:00:21.508 --> 00:00:25.508+The native browser reaches the same fan.++00:00:25.508 --> 00:00:30.508+Its product page also links to manufacturer CAD.++00:00:30.508 --> 00:00:43.975+The fan's digital twin gently starts, changes speed, and stops. This is a slowed visual simulation, with the housing held still.++00:00:43.975 --> 00:00:49.975+KiCad moves three capacitors to correct the placement collisions.++00:00:49.975 --> 00:00:53.675+The top ground pour appears in KiCad.++00:00:53.675 --> 00:01:00.675+A parallel shunt via and bottom connection strengthen this current path. Analysis still comes next.++00:01:00.675 --> 00:01:12.075+Nine checked vias are added around the rectifier. This accelerated view shows the geometry change; cooling performance needs its own analysis.++00:01:12.075 --> 00:01:18.875+Simulated tach feedback disappears, and the controller latches off. This is a software replay.++00:01:18.875 --> 00:01:35.875+The corrected current model exposes three failing paths. We inspect where the current concentrates before accepting any layout. This is a diagnostic candidate, with the thermal gate still open.++00:01:35.875 --> 00:01:52.942+This iteration compares the bottom copper and assumed airflow. The rectifier still exceeds its still air budget. A better looking heat map is not enough; the numerical limit must pass too.++00:01:52.942 --> 00:01:59.942+These three main current paths now fall below the screening limit. Full board acceptance is still pending.++00:01:59.942 --> 00:02:06.009+The rectifier passes its still air screen. Transistor cooling remains open.++00:02:06.009 --> 00:02:11.709+The rectifier model distinguishes its cathode plate and two anodes.++00:02:11.709 --> 00:02:19.609+The new rectifier is checked on the native board, including its underside. Cooling hardware is not fitted yet.++00:02:19.609 --> 00:02:27.609+The dashboard advances from current analysis to thermal. That progress leaves the unresolved cooling gate visible.++00:02:27.609 --> 00:02:34.176+Two layer manufacturing outputs get a review. This package is not released for fabrication.++00:02:34.176 --> 00:02:45.176+KiCad highlights each complete power net for inspection. This accelerated tour checks the saved routing; it does not show the routes being created.++00:02:45.176 --> 00:02:51.476+This labeled replay shows the solver placing candidate text. It is not a live KiCad edit.++00:02:51.476 --> 00:02:55.976+The saved reference labels get a native visual check.++00:02:55.976 --> 00:03:02.776+KiCad adds the labels and contact frames. The copper stays unchanged.++00:03:02.776 --> 00:03:08.243+Opaque ink makes the labels readable.++00:03:08.243 --> 00:03:13.610+Both faces now identify the contacts.++00:03:13.610 --> 00:03:20.043+One dashboard updates live, without reloading.++00:03:20.043 --> 00:03:23.610+We inspect the revised component geometry.++00:03:23.610 --> 00:03:27.677+Every chip carries a readable identity.++00:03:27.677 --> 00:03:39.557+In this software test, the temperature allowance triggers shutdown. Cooling back down does not restart the load.++00:03:39.557 --> 00:03:53.057+The probe simulation caught a real obstruction. We moved the heatsink support behind the board, cleared the corner pin, and checked the revised assembly again. These are design checks, not a tested hardware rating.++00:03:53.057 --> 00:04:07.591+In the probing simulator, auxiliary power starts the fan. Its simulated speed rises to seven thousand RPM, then falls to zero at shutdown. The blades are slowed for viewing; the housing stays still.++00:04:07.591 --> 00:04:21.091+The latest board passes its current screen and modeled probe route. Thermal acceptance is still open, and the complete build price is not yet quoted. This is an engineering prototype, not qualified hardware.
videos/full-edit-r9/chapters.jsonadded+130@@ -0,0 +1,130 @@+[+ {+ "t": 0,+ "title": "opening r9"+ },+ {+ "t": 11.708,+ "title": "aiflow dashboard auto open"+ },+ {+ "t": 18.508,+ "title": "mouser pup denied"+ },+ {+ "t": 21.508,+ "title": "mouser native product"+ },+ {+ "t": 25.508,+ "title": "mouser native cad"+ },+ {+ "t": 30.508,+ "title": "fan motion states"+ },+ {+ "t": 43.975,+ "title": "placement correction"+ },+ {+ "t": 49.975,+ "title": "top ground creation"+ },+ {+ "t": 53.675,+ "title": "shunt via landing"+ },+ {+ "t": 60.675,+ "title": "diode thermal landing 2x"+ },+ {+ "t": 72.075,+ "title": "fan latch stall replay"+ },+ {+ "t": 78.875,+ "title": "corrected current review"+ },+ {+ "t": 95.875,+ "title": "copper cooling refinement"+ },+ {+ "t": 112.942,+ "title": "current screen milestone"+ },+ {+ "t": 119.942,+ "title": "diode thermal screen"+ },+ {+ "t": 126.009,+ "title": "rectifier digital twin"+ },+ {+ "t": 131.709,+ "title": "sbr native board review"+ },+ {+ "t": 139.609,+ "title": "current gate transition"+ },+ {+ "t": 147.609,+ "title": "gerber review"+ },+ {+ "t": 154.176,+ "title": "power net review"+ },+ {+ "t": 165.176,+ "title": "silkscreen candidate replay"+ },+ {+ "t": 171.476,+ "title": "silkscreen native review"+ },+ {+ "t": 175.976,+ "title": "bottom silkscreen native"+ },+ {+ "t": 182.776,+ "title": "opaque silkscreen"+ },+ {+ "t": 188.243,+ "title": "two sided contacts native"+ },+ {+ "t": 193.61,+ "title": "dashboard live sse"+ },+ {+ "t": 200.043,+ "title": "library candidate native"+ },+ {+ "t": 203.61,+ "title": "marked ic native"+ },+ {+ "t": 207.677,+ "title": "temperature bound replay"+ },+ {+ "t": 219.557,+ "title": "r9 carrier"+ },+ {+ "t": 233.057,+ "title": "r9 simulated fan"+ },+ {+ "t": 247.591,+ "title": "current status"+ }+]
videos/full-edit-r9/contact-sheet.jpgadded⋯ 1 unchanged line ⋯
videos/full-edit-r9/edit-report.jsonadded+348@@ -0,0 +1,348 @@+{+ "status": "narrated-review-draft-human-editorial-approval-pending",+ "board": "Board34/R9",+ "thermalAccepted": false,+ "youtubePublished": false,+ "file": "videos/full-edit-r9/electronic-load-r9-review-1080p.mp4",+ "sha256": "01dcf32d53331486dee7a9b4e7a57e42a888d62030d7b09e0e5cf446764395fc",+ "durationSeconds": 261.112,+ "scenes": [+ {+ "id": "opening-r9",+ "source": "docs/clips/board34-r9-carrier-narrated-review.mp4",+ "audio": "videos/full-edit-r9/narration/opening.mp3",+ "narration": "We're building a digitally controlled electronic load with Adom AI Flow. This film follows real design iterations, from sourcing and layout to the latest probing simulation.",+ "take": 11.708,+ "tag": "ADOM ELECTRONIC LOAD | Board34 / R9 engineering prototype",+ "sourceSha256": "067b4bfe1091966892ff88fafa6023bde286cf0f4819e562142654eb4a269495",+ "audioSha256": "03dac32b5de77f29222a83ad1c95cc874749eab1460f6459b782b0ce4d00b735",+ "output": "videos/full-edit-r9/segments/000.mp4",+ "duration": 11.708+ },+ {+ "id": "aiflow-dashboard-auto-open",+ "source": "videos/narrated-review/aiflow-dashboard-auto-open.mp4",+ "narration": "AI Flow opens its dashboard automatically, keeping the design stages visible.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "f10cb5e3990d93e96476374bf5c48a0c0ae865844dea90b20f8f1245136c37c8",+ "audioSha256": "f10cb5e3990d93e96476374bf5c48a0c0ae865844dea90b20f8f1245136c37c8",+ "output": "videos/full-edit-r9/segments/001.mp4",+ "duration": 6.8+ },+ {+ "id": "mouser-pup-denied",+ "source": "videos/narrated-review/mouser-pup-denied.mp4",+ "narration": "Mouser blocks this browser request.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "526a157e508e561f7f30e9a382c54cd24ea03e14ee490bce6de6e0f8be3af08f",+ "audioSha256": "526a157e508e561f7f30e9a382c54cd24ea03e14ee490bce6de6e0f8be3af08f",+ "output": "videos/full-edit-r9/segments/002.mp4",+ "duration": 3.0+ },+ {+ "id": "mouser-native-product",+ "source": "videos/narrated-review/mouser-native-product.mp4",+ "narration": "The native browser reaches the same fan.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "630034ecaa197ddb886ec93723f5ceacb41080c27271ba80994e53fc326363e9",+ "audioSha256": "630034ecaa197ddb886ec93723f5ceacb41080c27271ba80994e53fc326363e9",+ "output": "videos/full-edit-r9/segments/003.mp4",+ "duration": 4.0+ },+ {+ "id": "mouser-native-cad",+ "source": "videos/narrated-review/mouser-native-cad.mp4",+ "narration": "Its product page also links to manufacturer CAD.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "e64c77a428df35c9128dfeaa3a968746d72708c64c8b8ecde3f90339fd48bfb0",+ "audioSha256": "e64c77a428df35c9128dfeaa3a968746d72708c64c8b8ecde3f90339fd48bfb0",+ "output": "videos/full-edit-r9/segments/004.mp4",+ "duration": 5.0+ },+ {+ "id": "fan-motion-states",+ "source": "videos/narrated-review/fan-motion-states.mp4",+ "narration": "The fan's digital twin gently starts, changes speed, and stops. This is a slowed visual simulation, with the housing held still.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "2e6ae5cd76b3dbe7aa96edeb8975143de8a8271eb422a4bb41ec46152657cf77",+ "audioSha256": "2e6ae5cd76b3dbe7aa96edeb8975143de8a8271eb422a4bb41ec46152657cf77",+ "output": "videos/full-edit-r9/segments/005.mp4",+ "duration": 13.467+ },+ {+ "id": "placement-correction",+ "source": "videos/narrated-review/placement-correction.mp4",+ "narration": "KiCad moves three capacitors to correct the placement collisions.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "8c4caa0c269aed55997a9dd8d3054ab411a0bb850978542b829668d3802baf40",+ "audioSha256": "8c4caa0c269aed55997a9dd8d3054ab411a0bb850978542b829668d3802baf40",+ "output": "videos/full-edit-r9/segments/006.mp4",+ "duration": 6.0+ },+ {+ "id": "top-ground-creation",+ "source": "videos/narrated-review/top-ground-creation.mp4",+ "narration": "The top ground pour appears in KiCad.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "c548af12271ed4965e237055eab52883b68e8381d18f71b075fcd887b464795a",+ "audioSha256": "c548af12271ed4965e237055eab52883b68e8381d18f71b075fcd887b464795a",+ "output": "videos/full-edit-r9/segments/007.mp4",+ "duration": 3.7+ },+ {+ "id": "shunt-via-landing",+ "source": "videos/narrated-review/shunt-via-landing.mp4",+ "narration": "A parallel shunt via and bottom connection strengthen this current path. Analysis still comes next.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "6ea6f7b80e02044a98202bf531506bca69c3564f955000282ba0734e96a7a220",+ "audioSha256": "6ea6f7b80e02044a98202bf531506bca69c3564f955000282ba0734e96a7a220",+ "output": "videos/full-edit-r9/segments/008.mp4",+ "duration": 7.0+ },+ {+ "id": "diode-thermal-landing-2x",+ "source": "videos/narrated-review/diode-thermal-landing-2x.mp4",+ "narration": "Nine checked vias are added around the rectifier. This accelerated view shows the geometry change; cooling performance needs its own analysis.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "e02fcab31d7591a07d32216176fe4861861f5b9a7365fbed33011f2cbd1e8080",+ "audioSha256": "e02fcab31d7591a07d32216176fe4861861f5b9a7365fbed33011f2cbd1e8080",+ "output": "videos/full-edit-r9/segments/009.mp4",+ "duration": 11.4+ },+ {+ "id": "fan-latch-stall-replay",+ "source": "videos/narrated-review/fan-latch-stall-replay.mp4",+ "narration": "Simulated tach feedback disappears, and the controller latches off. This is a software replay.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "625b274641f837dd805e48e56bd420119557f5d9b5bdb54c69ec6c41d159cc6a",+ "audioSha256": "625b274641f837dd805e48e56bd420119557f5d9b5bdb54c69ec6c41d159cc6a",+ "output": "videos/full-edit-r9/segments/010.mp4",+ "duration": 6.8+ },+ {+ "id": "corrected-current-review",+ "source": "videos/narrated-review/corrected-current-review.mp4",+ "narration": "The corrected current model exposes three failing paths. We inspect where the current concentrates before accepting any layout. This is a diagnostic candidate, with the thermal gate still open.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "78c5f87e8324847ef7176154512927d3a970325e74373ecace175320d3599693",+ "audioSha256": "78c5f87e8324847ef7176154512927d3a970325e74373ecace175320d3599693",+ "output": "videos/full-edit-r9/segments/011.mp4",+ "duration": 17.0+ },+ {+ "id": "copper-cooling-refinement",+ "source": "videos/narrated-review/copper-cooling-refinement.mp4",+ "narration": "This iteration compares the bottom copper and assumed airflow. The rectifier still exceeds its still air budget. A better looking heat map is not enough; the numerical limit must pass too.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "685f3e458bcdc3be9189aec72cb1c93421dfdf796c7f3180b47b646f8bf1bd4a",+ "audioSha256": "685f3e458bcdc3be9189aec72cb1c93421dfdf796c7f3180b47b646f8bf1bd4a",+ "output": "videos/full-edit-r9/segments/012.mp4",+ "duration": 17.067+ },+ {+ "id": "current-screen-milestone",+ "source": "videos/narrated-review/current-screen-milestone.mp4",+ "narration": "These three main current paths now fall below the screening limit. Full board acceptance is still pending.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "77cb1dfe1d9757454ded2bd3170072ad7a6c08ed081dfed6e61d1a073c2fb94f",+ "audioSha256": "77cb1dfe1d9757454ded2bd3170072ad7a6c08ed081dfed6e61d1a073c2fb94f",+ "output": "videos/full-edit-r9/segments/013.mp4",+ "duration": 7.0+ },+ {+ "id": "diode-thermal-screen",+ "source": "videos/narrated-review/diode-thermal-screen.mp4",+ "narration": "The rectifier passes its still air screen. Transistor cooling remains open.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "caa45de524088bfea071bcfe87e95197941220a5e546dcc50a4ca446cada608f",+ "audioSha256": "caa45de524088bfea071bcfe87e95197941220a5e546dcc50a4ca446cada608f",+ "output": "videos/full-edit-r9/segments/014.mp4",+ "duration": 6.067+ },+ {+ "id": "rectifier-digital-twin",+ "source": "videos/narrated-review/rectifier-digital-twin.mp4",+ "narration": "The rectifier model distinguishes its cathode plate and two anodes.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "124fbdd05f0ba75ec8d14c3f629f4b68a5aa14d91b91ca79245f7194459d1afc",+ "audioSha256": "124fbdd05f0ba75ec8d14c3f629f4b68a5aa14d91b91ca79245f7194459d1afc",+ "output": "videos/full-edit-r9/segments/015.mp4",+ "duration": 5.7+ },+ {+ "id": "sbr-native-board-review",+ "source": "videos/narrated-review/sbr-native-board-review.mp4",+ "narration": "The new rectifier is checked on the native board, including its underside. Cooling hardware is not fitted yet.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "ed2a189c2d401a8bd8e1b52f68ce49a413f72fd6c1c92cb017513107a21ccc87",+ "audioSha256": "ed2a189c2d401a8bd8e1b52f68ce49a413f72fd6c1c92cb017513107a21ccc87",+ "output": "videos/full-edit-r9/segments/016.mp4",+ "duration": 7.9+ },+ {+ "id": "current-gate-transition",+ "source": "videos/narrated-review/current-gate-transition.mp4",+ "narration": "The dashboard advances from current analysis to thermal. That progress leaves the unresolved cooling gate visible.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "41335180e17d46fdf2d5930e7a00e0432bf9dd0aacf68363d6d0641dbccda4d4",+ "audioSha256": "41335180e17d46fdf2d5930e7a00e0432bf9dd0aacf68363d6d0641dbccda4d4",+ "output": "videos/full-edit-r9/segments/017.mp4",+ "duration": 8.0+ },+ {+ "id": "gerber-review",+ "source": "videos/narrated-review/gerber-review.mp4",+ "narration": "Two layer manufacturing outputs get a review. This package is not released for fabrication.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "871d7ecbc8984506ded2415ce61ccdde8408fc7adf0fa4af1681a5b3a4daa9d7",+ "audioSha256": "871d7ecbc8984506ded2415ce61ccdde8408fc7adf0fa4af1681a5b3a4daa9d7",+ "output": "videos/full-edit-r9/segments/018.mp4",+ "duration": 6.567+ },+ {+ "id": "power-net-review",+ "source": "videos/narrated-review/power-net-review.mp4",+ "narration": "KiCad highlights each complete power net for inspection. This accelerated tour checks the saved routing; it does not show the routes being created.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "8d4ab80a2326de01f4bf01a7ee8a3aef3cf6a1a9591613c695fd9af537282617",+ "audioSha256": "8d4ab80a2326de01f4bf01a7ee8a3aef3cf6a1a9591613c695fd9af537282617",+ "output": "videos/full-edit-r9/segments/019.mp4",+ "duration": 11.0+ },+ {+ "id": "silkscreen-candidate-replay",+ "source": "videos/narrated-review/silkscreen-candidate-replay.mp4",+ "narration": "This labeled replay shows the solver placing candidate text. It is not a live KiCad edit.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "04a65344d76a866bfd39cc141f67f82f778d843ee7244e9a7ee5a67eda36e747",+ "audioSha256": "04a65344d76a866bfd39cc141f67f82f778d843ee7244e9a7ee5a67eda36e747",+ "output": "videos/full-edit-r9/segments/020.mp4",+ "duration": 6.3+ },+ {+ "id": "silkscreen-native-review",+ "source": "videos/narrated-review/silkscreen-native-review.mp4",+ "narration": "The saved reference labels get a native visual check.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "975f769a5501fd9c126b6deb1c260a68a5d44e640c7623eec99168737267246a",+ "audioSha256": "975f769a5501fd9c126b6deb1c260a68a5d44e640c7623eec99168737267246a",+ "output": "videos/full-edit-r9/segments/021.mp4",+ "duration": 4.5+ },+ {+ "id": "bottom-silkscreen-native",+ "source": "videos/narrated-review/bottom-silkscreen-native.mp4",+ "narration": "KiCad adds the labels and contact frames. The copper stays unchanged.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "2aca659387b54a0da75f79afac070bcf626a48aef9013fc3d3df8e982c524bd0",+ "audioSha256": "2aca659387b54a0da75f79afac070bcf626a48aef9013fc3d3df8e982c524bd0",+ "output": "videos/full-edit-r9/segments/022.mp4",+ "duration": 6.8+ },+ {+ "id": "opaque-silkscreen",+ "source": "videos/narrated-review/opaque-silkscreen.mp4",+ "narration": "Opaque ink makes the labels readable.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "87f703536c77104b1ef60a191e3ee01bd77478f871c15bd2bb52d31406d2f2d5",+ "audioSha256": "87f703536c77104b1ef60a191e3ee01bd77478f871c15bd2bb52d31406d2f2d5",+ "output": "videos/full-edit-r9/segments/023.mp4",+ "duration": 5.467+ },+ {+ "id": "two-sided-contacts-native",+ "source": "videos/narrated-review/two-sided-contacts-native.mp4",+ "narration": "Both faces now identify the contacts.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "742d0ba0284254b53f8054db09b18dfa8be530165fb6c4b6005c2092d3f8e2b9",+ "audioSha256": "742d0ba0284254b53f8054db09b18dfa8be530165fb6c4b6005c2092d3f8e2b9",+ "output": "videos/full-edit-r9/segments/024.mp4",+ "duration": 5.367+ },+ {+ "id": "dashboard-live-sse",+ "source": "videos/narrated-review/dashboard-live-sse.mp4",+ "narration": "One dashboard updates live, without reloading.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "41c378e716d38f9843bf4d03f370411aa0897dfa9f720e17ff9dfadcc3987efd",+ "audioSha256": "41c378e716d38f9843bf4d03f370411aa0897dfa9f720e17ff9dfadcc3987efd",+ "output": "videos/full-edit-r9/segments/025.mp4",+ "duration": 6.433333+ },+ {+ "id": "library-candidate-native",+ "source": "videos/narrated-review/library-candidate-native.mp4",+ "narration": "We inspect the revised component geometry.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "3e23bbd6b8849bdda2237103dec6fa25869464cf6a5a0308c1561359b096c110",+ "audioSha256": "3e23bbd6b8849bdda2237103dec6fa25869464cf6a5a0308c1561359b096c110",+ "output": "videos/full-edit-r9/segments/026.mp4",+ "duration": 3.567+ },+ {+ "id": "marked-ic-native",+ "source": "videos/narrated-review/marked-ic-native.mp4",+ "narration": "Every chip carries a readable identity.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "3320c51411aaee595bb26c79667b3b1dbe4dad2fe34c9b187d98dc3e91bbb105",+ "audioSha256": "3320c51411aaee595bb26c79667b3b1dbe4dad2fe34c9b187d98dc3e91bbb105",+ "output": "videos/full-edit-r9/segments/027.mp4",+ "duration": 4.067+ },+ {+ "id": "temperature-bound-replay",+ "source": "videos/temperature-safety/narrated-replay.mp4",+ "narration": "In this software test, the temperature allowance triggers shutdown. Cooling back down does not restart the load.",+ "tag": "RECORDED DESIGN ITERATION | historical checkpoint",+ "sourceSha256": "2b06191a5fe56f1e5ec3f2f2c0408a2a3437cfb792629d86c959ff69e924035b",+ "audioSha256": "2b06191a5fe56f1e5ec3f2f2c0408a2a3437cfb792629d86c959ff69e924035b",+ "output": "videos/full-edit-r9/segments/028.mp4",+ "duration": 11.88+ },+ {+ "id": "r9-carrier",+ "source": "docs/clips/board34-r9-carrier-narrated-review.mp4",+ "narration": "The probe simulation caught a real obstruction. We moved the heatsink support behind the board, cleared the corner pin, and checked the revised assembly again. These are design checks, not a tested hardware rating.",+ "tag": "BOARD34 / R9 | connected carrier and fastener clearance | CAD inspection 1.5x",+ "sourceSha256": "067b4bfe1091966892ff88fafa6023bde286cf0f4819e562142654eb4a269495",+ "audioSha256": "067b4bfe1091966892ff88fafa6023bde286cf0f4819e562142654eb4a269495",+ "output": "videos/full-edit-r9/segments/029.mp4",+ "duration": 13.5+ },+ {+ "id": "r9-simulated-fan",+ "source": "docs/clips/board34-r9-fan-start-stop.mp4",+ "audio": "videos/full-edit-r9/narration/fan.mp3",+ "narration": "In the probing simulator, auxiliary power starts the fan. Its simulated speed rises to seven thousand RPM, then falls to zero at shutdown. The blades are slowed for viewing; the housing stays still.",+ "tag": "PROBING SIMULATION | authored RPM | slowed rotor presentation",+ "sourceSha256": "db9ec1afb34d7f994242a6ead12df40b3f671e9b6681e936674432fcccc85399",+ "audioSha256": "20fe6245bf21b115c14ebac331126e68f5959f5b625281fe3abbc8a487b1d37d",+ "output": "videos/full-edit-r9/segments/030.mp4",+ "duration": 14.533333+ },+ {+ "id": "current-status",+ "source": "docs/clips/board34-r9-carrier-narrated-review.mp4",+ "audio": "videos/full-edit-r9/narration/closing.mp3",+ "take": 13.5,+ "narration": "The latest board passes its current screen and modeled probe route. Thermal acceptance is still open, and the complete build price is not yet quoted. This is an engineering prototype, not qualified hardware.",+ "tag": "CURRENT + MODELED PROBING PASS | THERMAL OPEN | BUILD QUOTE INCOMPLETE",+ "sourceSha256": "067b4bfe1091966892ff88fafa6023bde286cf0f4819e562142654eb4a269495",+ "audioSha256": "0a9a854366a59505bbba9290cb41e1d1275569a70956ac903589dc68bb768318",+ "output": "videos/full-edit-r9/segments/031.mp4",+ "duration": 13.5+ }+ ],+ "limitations": [+ "Historical clips retain their original revision-specific results.",+ "Caption timing is per scene, not word-aligned.",+ "No fabricated hardware, airflow or complete cost claim.",+ "Brand stings and final human editorial review remain open."+ ],+ "verification": {+ "full1080pDecode": "passed",+ "contactSheet": "videos/full-edit-r9/contact-sheet.jpg",+ "contactSheetInspected": true,+ "humanEditorialApproval": false+ }+}
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