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To Empower Machines, To Inspire Intelligence

Edge AI Computers for Embodied Intelligence

MScape provides NVIDIA Jetson/Orin-based robotics edge AI computers for humanoids, quadrupeds, AMRs, drones, forklifts, industrial robots, and other embodied AI systems. Our N Series helps robot builders integrate edge AI compute, multi-camera perception, robot-side I/O, and reliable deployment in compact hardware platforms.

11 autonomous forklift warehouse
13 drone solar inspection edge ai
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ABOUT MSCAPE

Engineering the Compute and Control Foundation for Embodied Intelligence

MScape develops robotics computing and real-time control platforms for embodied intelligence systems. Our products help robot builders integrate edge AI compute, hard real-time motion control, industrial interfaces, and multi-sensor perception into deployment-ready robot platforms.
Know More About Us
mscape receives sgs performance tested mark certification

Patent portfolio covering robotics computing, real-time control, system architecture, and embodied intelligence hardware.
Patents

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Recognized by industry awards, innovation programs, and robotics ecosystem organizations for product and technology development.
Awards & Recognitions

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Contributions to industry standard drafting, technical working groups, and robotics computing standardization initiatives.
Standards Contributions

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Certifications & Validation

Mscape certificate sgs
Mscape Certificate Zhiding Award 2026
Mscape Certificate GG-II Golden Globe Award
Mscape Certificate Ofweek 2025

N Series Robotics Edge AI Computers

High-compatibility robotics edge AI computers for teams that need compact integration, Jetson/Orin ecosystem compatibility, rich sensor access, and fast development.

  • Jetson/Orin
  • Multi-camera
  • EtherCAT options
n series

Application Scenarios

wheeled humanoid robot ai computing platform

Wheeled humanoid robot

Embodied AI Compute

Real-Time Control

drone edge ai computing module application

Drone

Low-Power Edge AI

Onboard Perception

industrial collaborative robot ai controller application

Industrial Collaborative Robot

Vision-Guided Automation

Industrial I/O

quadruped robot edge ai computer application

Quadruped Robots

Real-Time Motion Control

Edge AI Perception

View More Applications

Choose the Right N Series Platform

Match your robot's compute target, camera count, sensor stack, communication interfaces, and deployment constraints to an MScape N Series edge AI computer.

01

Compact Robot-Side Control

For humanoids, dexterous hands, quadrupeds, and compact robots that need Jetson/Orin-based compute, robot I/O, camera access, and control-interface support close to the robot body.

Key signals
Jetson / Orin CAN FD EtherCAT
Start with N100 / N210
View models
02

Multi-Camera Perception

For AMRs, inspection robots, drones, forklifts, and sensor-rich platforms that need local AI inference, multiple camera inputs, high-speed networking, and compact embedded deployment.

Key signals
GMSL2 Multi-Camera ROS2
Start with N203 / N210
View models
03

Higher AI Compute Headroom

For embodied AI systems that need stronger edge AI performance for perception, planning, VLA experiments, data processing, and advanced robot-side inference workloads.

Key signals
High TOPS Local Inference Sensor Fusion
Start with N1000 / N201
View models
Not sure which N Series model fits? Share your robot type, camera count, sensor stack, compute target, power budget, interface requirements, and deployment timeline. Talk to an Engineer

Our clients are located all over the world.

Worldmap

Shanghai Headquarters

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Canada

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United States

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Japan

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Singapore

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Australia

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China

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Europe

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Partner Ecosystem

Trusted by Robotics and Intelligent Manufacturing Partners

Technical Blog

Technician inspecting a compact edge AI computer installed on an industrial inspection drone
Drone Companion Computers for Onboard Perception and Local Inference
August 3, 2026
Engineers reviewing an edge AI computer installation on a mobile robot during supplier evaluation
How to Evaluate a Robot AI Computer Supplier: Evidence Checklist for Overseas Buyers
August 2, 2026
Engineers reviewing a compact robot-side AI computer installed inside a mobile robot
How to Validate ROS 2, EtherCAT, and CAN FD in a Robotics Edge AI Computer
July 31, 2026
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