Roboflow

RF-DETR Segmentation vs Segment Anything Model (SAM)

Compare RF-DETR Segmentation and Segment Anything Model (SAM) side-by-side.

Compare RF-DETR Segmentation vs Segment Anything Model (SAM) live

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RF-DETR Segmentation vs Segment Anything Model (SAM) Comparison Table

Evals updated August 20, 2026Pricing updated August 24, 2026

PropertyRF-DETR SegmentationSegment Anything Model (SAM)
OrganizationRoboflowMeta
Categoryopenopen
Modalityvisionvision
Release DateOct 2025Apr 2023
Context Window
Parameters33.6M-38.6M91M-636M
LicenseApache 2.0Apache 2.0
Model Sizes input resolution per size variant
Nano312×312
Small384×384
Medium432×432
Large504×504
XL624×624
2XL768×768
Vision Tasks
Instance SegmentationDemo (COCO)
Model Features
Foundation Vision
Real-Time Vision

RF-DETR Segmentation vs Segment Anything Model (SAM): Overview

RF-DETR Segmentation

RF-DETR Segmentation is a real-time instance segmentation model developed by Roboflow, with a preview base model released in October 2025 under the Apache 2.0 license and the full variant family — Nano through 2XL — released in January 2026. It extends the RF-DETR object detection architecture with a segmentation head inspired by MaskDINO, enabling pixel-level object delineation while maintaining the real-time performance characteristics of the base model. It is deployable through Roboflow Inference and the open-source rfdetr Python package.

RF-DETR Segmentation supports fine-tuning on custom COCO- or YOLO-format instance segmentation datasets and is benchmarked on Microsoft COCO. It is suited for applications requiring both precise object masks and real-time inference, such as robotic manipulation, quality control, and augmented reality overlays.

Segment Anything Model (SAM)

The Segment Anything Model is a promptable image segmentation foundation model developed by Meta AI, released in April 2023 under the Apache 2.0 license. It introduces a general-purpose segmentation architecture trained on SA-1B, a dataset of over 1 billion masks across 11 million images collected using a data engine that leveraged the model itself. SAM accepts point, bounding box, and mask prompts and generates high-quality segmentation masks for any object in an image, including objects not seen during training.

SAM achieves strong zero-shot performance across a wide range of segmentation tasks and domains. Its promptable interface makes it suitable as a building block for automated annotation, interactive segmentation tools, and integration with detection models such as Grounding DINO. SAM has been extended by subsequent works including SAM 2, SAM 3, and Grounded-SAM.