Robotics and AMR Solutions
Smarter Robotic Systems Start with Smarter Architecture
The best robotics solutions succeed because every layer, from sensing and processing to control and communication, is designed to work together from the start. Macnica brings together leading technologies across the full robotics stack, backed by engineering expertise, so you get a system architecture built for your application, not just your component list.
Our experts help you evaluate and select the right components to perform as the best complete system across the Capture, Process, Communicate framework.
Explore robotics technologies from Sony, Ambarella, Altera, Canon, DeepX, Infineon, Silex and more.
Robotics Is Becoming a System Design Challenge
Solving Robotics Design Challenges
Robots are moving beyond fixed automation and into dynamic, data-rich environments. They are expected to recognize objects, inspect defects, navigate around people, make decisions locally, manage power efficiently, and communicate status across systems and fleets. That creates new pressure on robotics engineering teams, who must address several critical challenges simultaneously.
- Capture quality in variable environments: Lighting, motion, depth, object variation, vibration and harsh environments can reduce perception accuracy before the AI model ever runs.
- Process decisions fast enough: Robotic systems often need local inference, deterministic control and safety logic within tight latency, power and thermal budgets.
- Control power, heat and motion safely: The processing architecture must work with motor control, power conversion, battery runtime and functional reliability requirements.
- Keep robots visible and serviceable: Robots need telemetry, alerts, diagnostics, updates and fleet data paths so teams can monitor performance and improve uptime.
- Move from prototype to production: A design that works in a demo still has to meet cost, supply, manufacturing, compliance and service expectations.
How Macnica Helps
Macnica Brings the Robotics Stack Together
Macnica’s robotics portfolio includes components, modules, embedded platforms, FPGAs, AI processors, imaging solutions, power technologies, and communication solutions from a broad set of leading technology partners, along with the application expertise to help evaluate and integrate them.
Our teams compare options, evaluate tradeoffs, identify integration risks, and select technologies that fit application requirements across three critical layers:
Capture. Process. Communicate.
This framework helps teams think through the full robotics architecture, from real-world sensing to edge decisions to connected system intelligence.
Capture the physical world with better sensing
Robots cannot act on what they cannot see, detect, or measure. The quality of captured data directly affects perception, AI accuracy, navigation, inspection performance, and safety.
Macnica helps robotics teams evaluate sensing technologies from leading suppliers for applications that require high-quality visual data, reliable detection, and real-world environmental awareness.
Process decisions at the edge
Robotics systems need to turn sensor data into decisions quickly. For many applications, cloud processing is not fast enough, reliable enough, or efficient enough for every workload.
Macnica helps teams evaluate edge processing technologies that support AI inference, vision processing, FPGA acceleration, real-time control, motor control, safety logic, and power-efficient operation.
Communicate Robotics Intelligence across the system
A robot does not stop at sensing and decision-making. It must communicate what it sees, what it decides, and what needs attention.
Macnica supports technologies that help robotics systems share data with operators, machines, production systems, cloud platforms, and fleet management tools.
Robotics Technology in Action
Macnica helps robotics teams understand how leading supplier technologies can work together across the Capture, Process, and Communicate framework, from sensing and edge processing to connectivity and system integration support.
| Stage | Technology |
| Capture | Sony IMX900: Fast Auto Exposure for Robotics Vision Fixed-exposure imaging fails when sequential objects vary in color, reflectivity, or surface material. The Sony IMX900 solves this at the hardware level with on-chip Fast Auto Exposure. A pre-shoot frame at 1/10 resolution sets optimal exposure before each full capture, eliminating host-side processing.
Features:
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| Capture | Infineon Real3: Time-of-Flight Depth Sensing Direct depth measurement per pixel at a fraction of the cost and size of a stereo camera or structured light systems.
Features:
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| Capture | Macnica STREAL: Embedded Microstrain Sensing Full signal chain on a single silicon chip. Replaces analog foil strain gauges, external Wheatstone bridges, instrumentation amplifiers, and separate ADCs with clean digital output over SPI.
Features:
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| Process | DEEPX DX-M1: Vision AI NPU Multi-model simultaneous inference on a single M.2 module. Object detection, pose estimation, face recognition, and CLIP action recognition running concurrently at 25 TOPS under 5W. Host pipes data to the card. No additional inference infrastructure required.
Features:
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| Process | iENSO + Ambarella: Edge AI Vision Inspection Distributed multi-camera vision AI inspection with centralized dashboards, all on-premise. Edge VLM handles operator safety monitoring and co-pilot functions.
Features:
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| Process | Connect Tech: 3D Spatial Intelligence at the Edge Real-time stereo reconstruction with on-device AI for 3D object detection, localization, and spatial reasoning. Runs locally on NVIDIA edge hardware, no cloud.
Features:
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| Communicate | Silex: Edge AI Compute and Connectivity Platform Vision processing, robotics control, Speech-to-Text, and LLM inference running concurrently on a single 35mm x 40mm module with no cloud connection.
Features:
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Why Work with Macnica
Robotics platforms are built from specialized technologies. Imaging, edge AI, FPGA acceleration, embedded compute, power, control, and connectivity each bring their own design constraints.
Macnica helps engineering teams navigate those choices with access to leading suppliers and technical knowledge across the full robotics design stack.
Macnica helps teams:
- Access best-of-breed robotics technologies from Sony, Canon, Altera, DEEPX, Infineon, Ambarella, and more
- Get expert engineering guidance matched to the application's sensing, compute, power, and connectivity requirements
- Evaluate faster with development kits, reference platforms, and design partners
- Reduce supply chain risk with lifecycle management and production-grade availability
- Move from evaluation to production with camera module, board-level, and system design services
- Work with one technical partner across capture, process, and communicate
Applications We Support
Macnica supports robotics design needs across multiple application areas where sensing, edge intelligence, control, and communication are critical.
Visual Inspection
Inline defect detection at line speed. High-resolution imaging, edge AI inference, and factory system integration for traceability.
Autonomous Mobile Robots
Perception, path planning, motor control, battery management, and fleet connectivity for warehouse and logistics platforms.
Healthcare Robotics
Precision imaging, low-latency edge processing, safety-rated control, and clinician-facing interfaces. IEC 60601 and ISO 13482 considerations.
Automotive and Autonomous Systems
Multi-sensor fusion, ASIL-D safety, thermal management, and data logging for autonomous and EV-based platforms.
Industrial Automation
Machine vision, FPGA-based real-time control, functional safety, HMI, and force/torque sensing for adaptive workcells and cobots.
Drone and Aerial Robotics
Sub-5W edge AI, lightweight imaging, BLDC motor drive, GNSS/INS navigation, and flight data recording for payload-constrained aerial platforms.
Design Your Robotics Architecture with The Right Technology Leaders
Whether your team is developing visual inspection systems, AMRs, industrial robots, healthcare robotics, or autonomous platforms, Macnica can help identify the sensing, processing, control, and communication technologies that fit your design goals.
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