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depth-anything/Depth-Anything-V2-Small-hf

Baseline
depth-anything/Depth-Anything-V2-Small-hf architecture graph
depth-anything/Depth-Anything-V2-Small-hf architecture graph
  • depth-anything/Depth-Anything-V2-Small-hf
  • FP16
  • AGX Thor
Labels
  • Image
  • Depth
Build
Baseline
Precision
FP16
Runtime
TensorRT 10.16.2.10
Input size
518×518
Output
Relative inverse depth
Run Depth Anything V2 Small on AGX Thor

Depth Anything V2 Small turns a photo into relative inverse depth (larger values are nearer surfaces, not metres) and an illustrative point cloud.

Each example links its depth PNG from Embedl’s public media bucket; the point cloud stays in examples/*-output.json.

The upstream checkpoint is Apache-2.0. Example photos and depth images are CC BY 2.0, credited in NOTICE.

Methodology

  • Latency: CUDA events, batch one, transfers excluded; 1s warmup, 5s measurement. Socket wall time includes image decoding, PNG/point cloud and JSON.
  • Accuracy: Hypersim fixed 32-image test subset, eight scenes; not full benchmark. per-image least-squares scale+shift on inverse depth; 0.1<Z<10m, full image. Same square preprocessing for FP32 reference and TensorRT; no calibration/test scene overlap.
  • Memory: Peak RSS of a fresh warmed serving subprocess; shared GPU RAM may not all appear in RSS. Engine activation memory reported separately in metrics.json.
  • Size: the serialized TensorRT engine on disk.
  • PyTorch FP32: the upstream checkpoint in PyTorch FP32, same square preprocessing, as the accuracy reference.

Files

Image Size

Model

docker.io/embedl/models:hf.depth-anything.depth-anything-v2-small-hf.fp16.thor.20261018202343e9

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Runtime

docker.io/embedl/models:runtimes.tensorrt.arm64.2026101815014ee0

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