Embedded Computing
Embedded Computers & Edge Computing Platforms
Explore computing boards, development kits and integrated systems for vision, automation and connected devices. Match computing resources, interfaces and operating requirements to your application, with customization options evaluated for your project.
01 / Platform Selection
Designed for Your Operating Environment
Select a platform around your installation conditions, including power input, cooling, ambient temperature and available space. Consider mounting, cable access and exposure to dust or vibration when defining the system configuration.
Power & Thermal: Confirm operating limits and available environmental test information for the selected model. Evaluate enclosure design and cooling with the intended workload and installation conditions.
02 / Computing & AI
Computing & AI Performance
Match processor performance, memory and storage to your application. Where AI acceleration is available, evaluate it alongside image capture, preprocessing and result output to understand the complete processing workload.
Performance Validation: Check model conversion, supported operators and deployment tools for the selected platform. Validate accuracy, latency and power consumption using representative data on the target hardware.
03 / Interfaces & Software
Connect Hardware and Software
Define the cameras, sensors, displays, networking and control interfaces your system needs. Review connector types, electrical requirements and available ports on the selected board or carrier-board configuration.
Software Support: Confirm operating-system images, drivers, board support packages and SDK availability. Test peripheral compatibility and application software together on the intended configuration.
04 / Applications
Applications at the Edge
Embedded platforms can support industrial vision, automation, equipment monitoring and connected devices. Define how your application captures data, processes results and communicates with other equipment before choosing the hardware.
Application Requirements: Evaluate the complete workflow using representative data and operating conditions. Confirm response times, connectivity, I/O behavior and recovery requirements against agreed acceptance criteria.
05 / Custom Integration
From Evaluation to Custom Integration
Begin with suitable evaluation hardware to check critical functions, interfaces and software. Identify integration constraints early, before committing to a dedicated board or system design.
Project Scope: Discuss carrier-board I/O, power inputs, enclosure, mounting and software adaptation. Customization feasibility, deliverables, development costs and validation activities are confirmed for each project.
06 / Deployment & Lifecycle
Plan for Deployment & Lifecycle
Review component availability, purchasing quantities and delivery schedules for the selected platform. Consider software maintenance, security updates and future expansion when planning the product lifecycle.
Supply & Support: Confirm available lifecycle information, documentation, warranty and technical support scope in the proposal or quotation. These arrangements depend on the product, configuration and project requirements.
Platform Selection & Custom Integration
Not sure which platform fits your project?
Tell us your workload, required interfaces, operating conditions and expected quantity. We can help evaluate a suitable platform and integration scope.
This category includes embedded computing platforms, development kits, AI camera modules and carrier boards. Package contents vary by product; check each listing to confirm whether a SoM, carrier board or complete system is included.
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