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title: TexasInstruments
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Overview
The TI EdgeAI Model Hub is a curated repository of open-source computer vision models optimized for deployment on Texas Instruments Microprocessor devices.
Models are compiled for TI hardware using edgeai-tidl-tools or edgeai-tidlrunner, enabling production-ready inference without cloud dependency. For more details on TIDL model compilation options, runtimes, and supported operators, see the TIDL User Guide.
- β Portable across various devices
- β Optimized for TI MPU devices
- β Benchmarked on a variety of TI MPU devices with C7 NPU
- β Automated scripts for model compilation, benchmark & deployment
Use Cases
| Automotive | Aerospace & Defense | Industrial |
| Surveillance | Robotics | Edge IoT |
License Summary
Models in this hub are distributed under various open-source licenses β each model's license is indicated in its own documentation page.
Disclaimer: Certain licenses in this repository impose distribution restrictions that may affect commercial, proprietary, or regulated-industry use. It is the sole responsibility of the user to review the applicable license terms, assess compatibility with their intended use, and obtain any necessary legal clearances prior to use or distribution. Texas Instruments makes no representation regarding the suitability of these licenses for any particular purpose and accepts no legal responsibility for the user's compliance obligations.
Supported Hardware
Compatible TI MPU device families compiled and validated via TIDL. See the supported devices, SDKs and version compatibility at the EdgeAI developer landing space and the edgeai-tidl-tools SDK version compatibility matrix.
| Device Family | Variants |
|---|---|
| AM62A | AM62A3 Β· AM62A7 |
| J722S | TDA4AEN Β· AM67A |
| J721E | TDA4VM |
| J721S2 | TDA4VE Β· TDA4VL Β· TDA4AL Β· AM68A |
| J784S4 | TDA4VH Β· TDA4AH Β· AM69A |
Compilation & Deployment
| Tool | Description |
|---|---|
| edgeai-tidlrunner | High-level compilation and benchmark interface. (Recommended for compilation and benchmark) |
| edgeai-tidl-tools | Deployment tools (and also low-level compilation tools for advanced users). |
Quick Start
1. Clone the repository
git clone https://github.com/TexasInstruments/edgeai-modelhub.git
cd edgeai-modelhub
2. Navigate to a model directory and prepare the model
cd models/vision/<task>/<model>/
python prepare_model.py --model <variant>
3. Compile for TI hardware (run from inside the edgeai-tidlrunner directory)
cd /path/to/edgeai-tidlrunner
tidlrunner-cli compile --target_device <device> \
--config_path /path/to/edgeai-modelhub/<model>_config.yaml
4. Infer on TI hardware (run from inside the edgeai-tidlrunner directory)
cd /path/to/edgeai-tidlrunner
tidlrunner-cli infer --target_device <device> \
--config_path /path/to/edgeai-modelhub/<model>_config.yaml
Deployment
Deplyment can be done using edgeai-tidl-tools. For ONNX models, onnxruntime-tidl with TIDL acceleration can be used. Consult the documentation of edgeai-tidl-tools for more details.
Model Catalog
| Model | Capability | Variants | Input | Performance | License | Docs |
|---|---|---|---|---|---|---|
| MobileNetV3 | Image Classification | large | 224Γ224 | 75.3% Top-1 | View | |
| ResNet-50 | Image Classification | v1.5, v1 | 224Γ224 | 74.93β76.15% Top-1 | View | |
| DINO | Image Classification | ViT-S/16, ViT-S/8, ViT-B/16, ViT-B/8, ResNet-50 | 224Γ224 | 75.3β80.1% Top-1 | View | |
| DINOv2 | Image Classification | ViT-S/14, ViT-B/14 (w/ & w/o registers) | 224Γ224 | 80.9β84.6% Top-1 | View | |
| ViT | Image Classification | vit_b_16, vit_b_32, vit_l_16, vit_l_32 | 224Γ224 | 75.9β81.1% Top-1 | View | |
| ConvNeXt | Image Classification | convnext_tiny, convnext_small, convnext_base, convnext_large | 224Γ224 | 82.5β84.4% Top-1 | View | |
| DEIMv2 | Object Detection | s, m | 640Γ640 | 50.9β53.0% mAP | View | |
| DETR | Object Detection | detr_resnet50, detr_resnet50_dc5, detr_resnet101, detr_resnet101_dc5 | 800Γ800 (flexible) | AP50:95 42.0β44.9, AP50 62.4β64.7 | View | |
| Deformable-DETR | Object Detection | single-scale | 800Γ800 | AP50:95 39.4% | View | |
| RF-DETR | Object Detection | nano, s, m, l | 384β704px | 48.4β56.5% mAP | View | |
| RT-DETRv2 | Object Detection | s, ms, m, l, x | 640Γ640 | 48.1β54.3% mAP | View | |
| RTMDet | Object Detection | tiny, s, m, l, x | 640Γ640 | 40.9β52.8% mAP | View | |
| YOLO11 | Object Detection | n, s, m, l, x | 640Γ640 | 39.5β54.7% mAP | View | |
| YOLO26 | Object Detection | n, s, m, l, x | 640Γ640 | 40.9β57.5% mAP | View | |
| YOLOv8 | Object Detection | n, m | 640Γ640 | 37.3β50.2% mAP | View | |
| YOLOX | Object Detection | nano, tiny, m, l, x, darknet53 | 416Γ416 / 640Γ640 | 24.8β51.2% mAP | View |
Resources & Links
- Ecosystem: TI EdgeAI Β· EdgeAI SDK
- Tools: edgeai-tidlrunner Β· edgeai-tidl-tools
- Community: E2E Support Β· Issues Β· Discussions
Maintained by Texas Instruments EdgeAI Team | Last Updated August 2026