Product

Robotics Applications for Edge AI Compute and Real-Time Control

MScape offers two product paths for robot builders: N Series for compatible robotics edge AI computing, and T Series for brain-cerebellum AI compute and real-time control.

Two Product Paths for Robot Builders

MScape products are organized into two engineering paths. Choose N Series when you need Jetson/Orin-compatible robotics edge AI computing, and choose T Series when your robot needs higher AI compute, real-time control, and industrial motion interfaces.
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
mscape t series model

T Series

Brain-cerebellum computing and real-time control platforms for robots that need AI compute, EtherCAT/CAN FD, Xenomai/Linux RT, and motion-control integration.
  • Real-time motion control
  • High TOPS AI compute
  • EtherCAT / CAN FD
Product Finder

Find the Right Product Path for Your Robot

Start from your engineering requirement, then narrow the choice to the product models that best match your compute, control, sensor, and deployment needs.

Product Lineup

N Series Robotics Edge AI Computers

High-compatibility robotics edge AI computers for teams that need Jetson/Orin ecosystem continuity, compact deployment, camera input, and industrial communication.

Model Product Positioning Key Features Best Fit
N100 Compact robot controller for embodied intelligence platforms. EtherCAT bus jitter under 50 us, Xenomai hard real-time kernel, microsecond-level task response, 10-camera support, flexible cabling. Robotics teams needing Jetson/Orin compatibility, hard real-time control, camera access, and compact robot-side installation.
N210 Compact multi-protocol embedded intelligence module. Small form factor, multi-protocol communication, industrial bus and network support, reliable device-to-device connectivity. Robots with strict space limits that still need broad communication, sensor access, and dependable embedded integration.
N201 Compact embedded AI core with broad connectivity. Thin compact design, high-performance embedded compute, 5G, WiFi, Ethernet, and multi-mode system connection. AMR, service robot, inspection, and compact AI devices that need embedded compute with flexible network connectivity.
N203 High-performance edge AI platform for compact sensor-rich systems. Compact design, 5G, WiFi, Ethernet, rich peripheral interfaces, industrial equipment and sensor expansion. Humanoid, AMR, quadruped, and inspection robots that need multi-sensor input, edge AI processing, and expandable I/O.
N1000 High-performance embedded intelligence computer for space-constrained advanced platforms. Compact size, strong compute density, full-stack connectivity, high-end embedded AI capability. Advanced robots and high-end embedded systems that need stronger AI compute and integrated communication in limited space.
Product Lineup

T Series AI Compute and Real-Time Control Platforms

Brain-cerebellum computing platforms for robots that need AI compute, hard real-time motion control, EtherCAT/CAN FD, Xenomai/Linux RT, and industrial deployment support.

Model Product Positioning Key Features Best Fit
T40/T41 Focused real-time robot motion controller. Xenomai hard real-time kernel, EtherCAT, multi-channel CAN FD, high-speed RS485, SBUS, high-speed WiFi. Humanoid robots, dexterous hands, quadrupeds, and high-speed motion-control systems with strict timing requirements.
T80 Cost-effective brain-cerebellum platform for data acquisition and control. Xenomai hard real-time kernel, EtherCAT, multi-channel CAN FD, high-speed RS485, SBUS, high-speed WiFi, optional 160 to 320 TOPS AI compute. Robots that need balanced data acquisition, real-time control, and optional AI compute in one product path.
T200 Processor-rich platform for integrated AI compute and control. Domestic high AI compute, large-model workload support, high-speed storage, rich interfaces, industrial vibration and shock resistance. Embodied AI systems that need stronger local processing, broad device compatibility, and industrial-grade deployment resilience.
T300 300 TOPS edge AI module for machine vision and high-end robot intelligence. 12-core Arm processor, up to 300 TOPS AI compute, responsive operation, large storage capacity, stable high-load performance. Robots needing mid/high AI compute for vision, inference, high-end control, and complex intelligent workloads.
T500 500 TOPS robot AI computing platform for demanding edge AI workloads. Dual 12-core ARM architecture, up to 500 TOPS AI compute, dual 16GB CPU memory, up to 160GB dedicated AI memory, industrial-grade reliability. Flagship robots and advanced embodied AI systems that need high-performance perception, inference, planning, and edge computing.

F.A.Q.

MScape platforms are designed for embodied intelligence and robotic systems, including humanoid robots, quadrupeds, robot hands, drones, autonomous forklifts, unmanned vehicles, and industrial automation equipment.

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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