All Systems Go · Studio World Tree

Thor in the body.

A filmmaker on a location owns a camera that thinks with them, a box that renders overnight, and a disk they can pick up and leave. This repository is the hardware: carrier, sensors, interconnect, power, enclosure, datasheets.

Product vision, pipeline 0–19, modes, and models live in the spatial viewer. We cite them. We do not fork them.

Plotting the body…

Bring-up kit

Lab brick
AGX Thor Developer Kit = T5000 module. 243 × 112 × 57 mm. QSFP28 + 5GbE.
Production ceiling
T4000 SOM, 64 GB, 1× NVENC, 70 W default / 90 W throttle, 87 × 100 × 15.29 mm.
Count
1 body + 2 satellites at 4K30. HEVC on the wire. Cooke /i sidecar next to picture.
Fabric
Body on CSI/GMSL. Sats on PoE H.265. USB-C is not the trunk.
Heat
70 W fanless is not honest. Body-as-radiator ~40 W. Metal production shell; resin is a fit-check.

Three boxes

Camera body

Jetson Thor. Sensors, encode, live AD, pose, overlay, snap. This repo.

Coprocessor

RTX PRO 6000. Reconstruct, gsplat, quality generate. Off-body, optional dual.

NAS

The vault. Ordinary files. Keys, takes, prompts, LUTs, scenes leave with the disks.

Do not re-litigate without new evidence. Mode switch drops AI, never record. Live overlay is a depth-test, not a DiT. Record path is HEVC.

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Thor is the body

Jetson Thor captures, encodes, runs live AD, pose, overlay, and snap. Not a cloud camera with a brick glued on.

Read carrier
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RTX PRO 6000 is the quality box

Overnight reconstruct, gsplat, FLUX.2 [dev], Wan / Hunyuan, Cosmos. Off-body. Optional dual.

Read model-map
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NAS is source of truth

Takes, pose, prompts, LUTs, USD, splats, checkpoints as ordinary files. Unmount the disks and leave.

Read interconnect
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Mode switch drops AI, never record

If power or thermal sags, unload models. HEVC and the sidecar keep running.

Read power
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70 W fanless is not honest

A cine-sized metal shell dumps ~38–50 W still air. Body-as-radiator is ~40 W. Record-only (NVENC + CSI, AI dropped) is 15–30 W and can be silent. 70 W AI wants heatpipes to a radiator and at most one slow fan.

Read thermal
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The cooler sits on the TTP. We design it.

T4000 TTP max 75 °C, SoC 90 °C recommended. NVIDIA sells neither a cine body nor a fanless 70 W promise. Do not open the TTP. ATS “passive” means chassis airflow, not still air.

Read thermal
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Live overlay is a depth-test, not a DiT

EVF composite is mesh / low splat against live pose. Generative insert is minutes on the 6000.

Read model-map
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Rooms are captured, not generated

Walk the space. Reconstruct overnight. Do not hallucinate the set as the live picture.

Read model-map
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H3 is license-gated in the US

MiniMax H3 open-weights are excluded here. Default local video is Wan 2.2 + Hunyuan 1.5 + Cosmos.

Read model-map
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Snap is FLUX.2 klein 4B

Inline still on Thor, Apache, ~8–13 GB. Unloads 27B. Not a replacement take. [dev] stays on the 6000.

Read model-map

Hardware chapters

Summaries first. Drill into the markdown for tables, plant diagrams, and SKUs.

Compute Carrier Lab brick is the AGX Thor Developer Kit (T5000). Production ceiling is the T4000 SOM — 64 GB, 1× NVENC, 70 W default — unless satellite count forces T5000.Pipes Cameras Thor speaks CSI-2, not GMSL. Body on the box is CSI. Sats are GMSL2, PoE H.265, or a cine HDMI/SDI body. Cable plant, not picture quality.Plant Interconnect Hybrid fabric: body CSI/GMSL into NVENC, sats PoE H.265, lens /i as a second stream. HEVC bring-up fits 5GbE.Numbers Stream budget Working haul is ~100 Mbps per 4K30 HEVC. T4000 HQ encodes 2× 4Kp30, not three. QSFP28 is independent 25G lanes, not aggregated 100G.Glass + silicon Sensors Bring-up count is 1 body + 2 satellites at 4K30. Body is native CSI/GMSL. Sats are PoE H.265 with Cooke-class metadata, not P-iris stubs.Cooke /i Lens metadata Frame-accurate /i (or LDS / XD / EF electronic) from every camera, written as JSONL next to picture. Maps live on the NAS, not per frame.Watts Power T4000 default 70 W, throttle at 90 W. If power sags: drop AI, never record. Two PoE+ sats ≈ 60 W at the PSE. Do not power Thor from the switch.Heat Thermal TDG-12271-001 v1.3. TTP max 75 °C. 70 W fanless in a cine envelope is not honest. Body-as-radiator ~40 W still air; 70 W AI wants heatpipes to a real radiator and at most one slow fan. Measure TTP before metal CAD.Shell Enclosure First article wraps the AGX kit, two-part resin for an Anycubic bed. Resin is a fit-check, not a heat sink. Production body is metal — the radiator.Stages 0–19 Model map Index of which job runs on Thor vs the 6000. Thor resident set stays ≤ ~40 GB. If the 6000 is off, stages 0–8 and 19 still complete.Buy brief Shopping Not a spec. Blackmagic is a cinema body (path B), not a CSI science project. T4000 SOM, AGX kit, and carrier options with street prices as of 2026-09-01.