COMPACT COMPUTE FOR PERCEPTION AND CONTROL
Robotics & Autonomous Systems
Bring AI processing, sensor inputs, and system connectivity into the constrained space of a robotic platform.
Discuss Your ProjectTHE CHALLENGE
Robotic systems combine demanding integration needs in a small footprint.
Robotics teams must coordinate perception, local decision-making, controls, and communications while managing space, cabling, and software integration. Platform selection begins with the real sensor and workload stack.
WHERE IT FITS
Practical use cases
Vision-guided robotic work cells
Sensor fusion and local decision processing
Robotic inspection equipment
SIMPLE SYSTEM ARCHITECTURE
From field input to system action.
01Cameras & sensors→
02Edge AI / industrial computing platform→
03Perception / autonomy stack→
04Robot controller & actuators
HARDWARE CAPABILITIES
Define the platform around the integration.
- NVIDIA Jetson barebone option for Edge AI workloads
- Intel x86 option for robotics application and network integration
- Compact system packaging
- Sensor and network I/O selection
- Local application deployment
RECOMMENDED PRODUCTS
Platforms to evaluate first
Final configuration is confirmed against your workload, interfaces, mechanical design, and software requirements.
RECOMMENDED PLATFORM
S51
Compact fanless barebone platform supporting NVIDIA Jetson modules for Edge AI workloads.
View product details →
RECOMMENDED PLATFORM
E350
Compact Intel LGA1700-based industrial PC for equipment, network, and control integrations.
View product details →- Carrier board and interface changes for S51 projects
- JetPack BSP support for S51 projects
- Enclosure and mounting adaptation
- Cable and connector planning
התחילו שיחה טכנית
Planning a robotics & autonomous systems project?
שתפו את דרישות המחשוב, ה-I/O, המכניקה, התוכנה והפרויקט שלכם. נעזור לזהות את פלטפורמת הבסיס ואת מסלול ההתאמה המתאימים.