system profilesystems2026
Jetsonpack
Portable Jetson-based edge compute platform for robotics, AI inference, sensor integration, and field deployment.
No hero asset
Fallback architecture graphic
System Abstract
Problem and Constraints
Robotics and field AI experiments need a portable compute package with power, cooling, sensor access, and deployment ergonomics.
Constraints
- Portable power subsystem
- Cooling and thermal headroom
- Sensor interface access
- ROS2 and AI workload support
- Field deployment durability
Architecture
Layered System Architecture
Compute
Jetson compute
Run robotics middleware, AI inference, perception workloads, and experiment software.
Power
Portable power subsystem
Provide field-ready power delivery for compute and attached sensors.
Thermal
Cooling path
Maintain compute performance under sustained robotics workloads.
Interfaces
Sensor integration
Expose camera, USB, serial, and robotics sensor attachment points.
ROS2USBCSIUART
Engineering Decisions
Tradeoffs and Consequences
| Decision | Reason | Tradeoff | Consequence |
|---|---|---|---|
| Package edge compute as a deployable module | Field robotics work benefits from a repeatable compute package instead of ad hoc bench wiring. | Requires explicit power, thermal, and mechanical planning. | The platform becomes reusable across robotics and AI inference experiments. |
Markdown Body
Technical Writeup
System Profile
Jetsonpack is a modular compute package concept for field robotics. The profile is intentionally technical even while some implementation details remain open: power, thermal, sensor access, and deployment are part of the system, not accessories.