$12,600
Unitree Agx Module For H1-550 Tops (AGX-H1-550) is a humanoid robot from UNITREE ROBOTICS. At 550 TOPS, the AGX module provides the headroom to run full-scale VLA model inference at the video frame rates and action output frequencies that real-time robot operation requires — enabling the H1/H1-2 to respond to language-commanded manipulation tasks.
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Unitree Agx Module For H1-550 Tops (AGX-H1-550) is a humanoid robot from UNITREE ROBOTICS. At 550 TOPS, the AGX module provides the headroom to run full-scale VLA model inference at the video frame rates and action output frequencies that real-time robot operation requires — enabling the H1/H1-2 to respond to language-commanded manipulation tasks with the same immediacy that a well-specified dedicated GPU workstation would provide, without.
Unitree Agx Module For H1-550 Tops (AGX-H1-550) is a humanoid robot from UNITREE ROBOTICS. At 550 TOPS, the AGX module provides the headroom to run full-scale VLA model inference at the video frame rates and action output frequencies that real-time robot operation requires — enabling the H1/H1-2 to respond to language-commanded manipulation tasks with the same immediacy that a well-specified dedicated GPU workstation would provide, without.
The 550-TOPS AGX module’s dual Jetson AGX architecture enables the H1/H1-2 to partition compute resources across multiple simultaneous AI models — dedicating one Jetson AGX to perception-intensive models (visual processing, depth estimation, object recognition) and the other to decision-intensive models (manipulation policy, language understanding, task planning).
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The points below summarize model-specific information supported by manufacturer, regulatory or technical documentation.
At 550 TOPS, the AGX module provides the headroom to run full-scale VLA model inference at the video frame rates and action output frequencies that real-time robot operation requires — enabling the H1/H1-2 to respond to language-commanded manipulation tasks with the same immediacy that a well-specified dedicated GPU workstation would provide, without network latency or connectivity dependence.
The 550-TOPS AGX module’s dual Jetson AGX architecture enables the H1/H1-2 to partition compute resources across multiple simultaneous AI models — dedicating one Jetson AGX to perception-intensive models (visual processing, depth estimation, object recognition) and the other to decision-intensive models (manipulation policy, language understanding, task planning).
Unitree Agx Module For H1-550 Tops (AGX-H1-550) The Unitree H1’s base compute architecture separates platform control from user development using a dual CPU design — PC1 handles real-time motor control and balance, while PC2/PC3 handles user applications, vision, SLAM, navigation, and ROS 2 integration.
Summary The Unitree AGX Module for H1 — 550 TOPS (AGX-H1-550) is the maximum AI compute expansion available as a standalone optional module for the Unitree H1 and H1-2 humanoid robot platforms, delivering 550 TOPS through dual NVIDIA Jetson AGX units in an externally mounted configuration that requires no internal hardware modification and is compatible with the H1, H1-2, and B2 robots.
For research teams running large-scale embodied AI, industrial enterprise deployments requiring offline autonomous operation, and advanced robotics programs that need the H1’s full compute headroom for next-generation AI model deployment, the AGX-H1-550 provides the compute infrastructure that the base platform alone cannot accommodate.
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At 550 TOPS, the AGX module provides the headroom to run full-scale VLA model inference at the video frame rates and action output frequencies that real-time robot operation requires — enabling the H1/H1-2 to respond to language-commanded manipulation tasks with the same immediacy that a well-specified dedicated GPU.
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