NVIDIA Jetson Robotics Edge AI Computers

MScape N Series platforms combine NVIDIA Jetson Orin compute with camera input, sensor connectivity, EtherCAT and Xenomai real-time support, and compact robot-side integration for embodied AI systems.

n series

N Series

High-compatibility robotics edge AI computers for teams using Jetson/Orin, multi-camera perception, ROS2, and compact robot-side deployment.

  • Jetson / Orin compatibility
  • GMSL camera input
  • Embedded AI deployment
Product Finder

Find the Right N Series Platform for Your Robot

Start with the robot workload, then narrow the choice by compute demand, camera and sensor input, Robot-Side Integration, connectivity, and deployment constraints.

Product Lineup

N Series Robotics Edge AI Computers

Compare NVIDIA Jetson Orin-based robot-side platforms for compact robot-side integration, connected edge AI, multi-camera perception, sensor fusion, and high-performance embodied AI workloads.

Model Product Positioning Key Features Best Fit
N100 Compact robotics edge AI computer for robot-side deployment. Jetson Orin NX options, EtherCAT and Xenomai support, camera expansion, flexible cabling, and robot-side connectivity. Robotics teams needing compact Jetson Orin compute, industrial communication, camera access, and robot-side installation.
N201 Compact connected embedded AI computer. 200 TOPS-class compute, 5G, Wi-Fi, Ethernet, power control, system recovery, EtherCAT, and Xenomai support. AMRs, service robots, inspection systems, and compact AI devices needing local compute with flexible connectivity.
N203 Multi-camera robotics edge AI computer. 200 TOPS-class compute, up to 8-channel GMSL2 camera input, peripheral expansion, system recovery, EtherCAT, and Xenomai support. Sensor-rich humanoids, AMRs, quadrupeds, and inspection robots requiring multi-camera perception.
N210 Compact multi-protocol robot brain platform. 14-sensor fusion path, 4-way EtherCAT interconnect, Xenomai real-time core, high-speed connectivity, power management, and system protection. Compact robots needing sensor fusion, industrial interconnect, and reliable device-to-device communication.
N1000 High-performance embedded intelligence computer. 1000 TOPS-class compute, 14-sensor fusion, 4-way EtherCAT interconnect, high-speed communication, power management, and system protection. Advanced robots running demanding perception, inference, planning, or larger embodied AI workloads locally.

F.A.Q.

Start with the main engineering constraint. Consider N100 for compact control-oriented integration, N201 for connected embedded AI compute, N203 for multi-camera perception, N210 for sensor fusion and multi-protocol interconnect, and N1000 for high-performance embodied AI workloads. Confirm the final configuration against the current technical manual.

No. Humanoid robots are one important application, but the same robot-side compute and real-time control capabilities can also support mobile robots, industrial robots, autonomous vehicles, and heavy equipment.

Depending on the product configuration and system architecture, MScape platforms can support edge AI workloads, sensor processing, motion control, and real-time communication in one robot-side computing environment.

Teams usually contact MScape when they need to integrate AI compute, real-time control, multiple sensors, and robot communication interfaces into a compact and reliable system.

Yes. MScape can help evaluate compute performance, control requirements, sensor interfaces, power constraints, and deployment conditions for different robotic applications.

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