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Edge AI

Edge AI & Embedded Computing
Explore development kits, systems-on-module, embedded computers, AI camera modules and SoC-based development options. From platform selection to hardware, software and JDM integration, build the right foundation for your application.
IntelliGienic Edge AI and embedded computing solutions

Edge AI Platforms & Integration

Empower your industrial applications with our high-performance hardware ecosystem. We provide scalable solutions designed to bring advanced intelligence to the edge, ensuring seamless integration from initial prototyping to full-scale deployment.


Product Code Guide — Understand our product naming

Each part of a product code identifies its product family, tier, computing platform, form factor, sequence and application.

This guide applies to products using the naming structure shown below. Some products use platform-specific codes or additional suffixes; refer to the individual product page for the exact model and configuration.

Explanation of Product Code Components
Product Code Tier CPU / Platform Type Sequence Application
EC: Embedded Computer 0: General Purpose IM8P (NXP) C: SoM 1 A: AI
1: Entry (0.5–5 TOPS) K230 (Canaan) I: Carrier Board … C: Computer Vision
2: Mainstream (6–100 TOPS) S531 (SigmaStar) K: Kit 3 T: AI Accelerator Card
3: High-Performance (>100 TOPS) RDX5 (D-Robotics) S: SMARC A H: Heterogeneous System
JONX (NVIDIA) A: Accessory … E: Economic
3588 (Rockchip) P: Project Z D: LCD / HDMI
Example: EC2RDX5K1A

EC / 2 / RDX5 / K / 1 / A

Embedded Computer · Mainstream · D-Robotics RDK-X5 · Kit · Sequence 1 · AI

Explore computing platforms, modular hardware and SoC-based development options.

Boards & Systems

Embedded Computers

Explore computing boards, development kits and integrated systems for your application.

Explore Embedded Computers Modular Computing

Systems on Module

Evaluate computing modules and compatible carrier-board options for product development.

Explore SoM Platforms SoC-Based Development

Systems on Chip

Explore SoC platform evaluation and project-based hardware and software integration.

Explore SoC Solutions

EMBEDDED SYSTEMS & INTEGRATION

Connect hardware, software and your application.

Bring computing, sensing, AI, control and display together around your project requirements.

IntelliGienic works with iADIY to support embedded platform selection and project-specific integration. Start with an existing development kit, module or embedded computer, then define the hardware and software work needed for your application.

01 / HARDWARE & INTERFACES

Build the right hardware foundation.

Evaluate processing, interfaces, power and mechanical requirements together.

COMPUTING

Platforms & Modules

Compare development kits, systems-on-module and embedded computers against your workload, power budget and product lifecycle needs.

SENSING & I/O

Cameras & Peripherals

Define camera, sensor, networking and control interfaces. Compatibility and driver support are evaluated for the selected board and peripherals.

SYSTEM DESIGN

Carrier Boards & Enclosures

Evaluate carrier-board I/O, power input, mounting, enclosure and thermal requirements for your installation environment.

02 / SOFTWARE & EDGE AI

Turn platform capabilities into working functions.

Define the software environment and validate the complete processing path.

PLATFORM SOFTWARE

OS & Device Integration

Evaluate operating-system images, board support packages, drivers and peripheral access. Linux, Yocto-based builds or Android are considered where supported by the selected platform.

AI PIPELINE

Vision & Inference

Define image capture, preprocessing, model inference and result output. Evaluate model compatibility, accuracy, latency and accelerator support on the target hardware.

APPLICATION SOFTWARE

Control & User Interfaces

Connect sensing and AI results to application logic, device control, web interfaces or display updates, with project-specific APIs and status reporting.

Operating systems, AI toolchains, interfaces and performance depend on the selected configuration. Integration scope and validation criteria are agreed for each project.

03 / APPLICATION INTEGRATION

Define the workflow around your use case.

Application directions below are starting points for project discussion.

INDUSTRIAL VISION

Capture → Analyze → Report

Combine cameras, local processing and system interfaces for inspection, monitoring or event reporting. Detection targets and performance are validated with representative data.

ROBOTICS

Sense → Decide → Control

Connect vision or sensor data with mission logic and a robot controller. Motion interfaces, obstacle responses and operating limits require system-level validation.

Explore RDK-X5 kit →
SMART SPACES & AIoT

Monitor → Connect → Display

Link environmental sensing or local AI results to dashboards, alerts and connected displays, including ePaper where suitable for the update rate and installation conditions.

DISCUSS YOUR INTEGRATION REQUIREMENTS

What does your system need to do?

Share your use case, cameras and sensors, required interfaces, software environment, installation conditions and expected quantity. We can help evaluate a suitable starting platform and integration scope.

Discuss your project

CUSTOMIZATION & JDM

From your requirements to an integrated product.

Define the right combination of hardware, software and engineering support for your project.

IntelliGienic works with iADIY to evaluate project-specific embedded and Edge AI solutions. Start with an existing platform or discuss a custom design through Joint Design Manufacturing (JDM). Scope, deliverables, schedule and production requirements are agreed for each engagement.

01 / CUSTOMIZATION OPTIONS

Choose the engineering work your product needs.

Services are selected following a technical feasibility review.

HARDWARE

Carrier Boards & I/O

Evaluate platform selection, carrier-board changes, connectors, power inputs and application-specific interfaces.

SOFTWARE & FIRMWARE

Platform Bring-Up & Integration

Define board support, peripheral drivers, firmware, application APIs and user interfaces for the selected hardware and software environment.

VISION & AI

Cameras & Processing Pipelines

Evaluate camera compatibility, image capture, model deployment and inference outputs. Performance is validated on the target configuration.

MECHANICAL & THERMAL

Enclosures & Installation

Review enclosure, mounting, cooling and installation requirements against the operating environment and intended use.

PROTOTYPING

POC & Evaluation

Use suitable evaluation hardware or prototypes to check key functions and identify integration risks before committing to the next development stage.

PRODUCTION PLANNING

Manufacturing Preparation

Define sourcing, assembly, test procedures, documentation and production support requirements within the agreed project scope.

02 / HOW WE WORK

A staged path from discussion to production.

Each stage has agreed outputs and review criteria before the project moves forward.

  1. Requirements Discussion
    Define the use case, workload, interfaces, environment, expected quantity and target schedule.
  2. Feasibility & Scope
    Review platform options, technical risks, responsibilities, deliverables and quotation.
  3. POC & Prototype
    Evaluate critical functions using suitable development hardware or a project-specific prototype.
  4. Integration & Validation
    Integrate the agreed hardware and software, then check results against defined acceptance criteria.
  5. Production Introduction
    Prepare the agreed manufacturing, testing and handover activities when the design is ready.

03 / PROJECT REFERENCES

Explore starting points for customization.

Review the linked project pages for specifications and discuss the configuration required for your application.

SAV531 AI SoC project development board CAMERA-ORIENTED SOC PROJECT

SAV531 AI SoC Project

ECS531P0AI provides a starting point for camera-oriented embedded development. Discuss image processing, connectivity and hardware customization requirements with our team.

View project details →
SMARC 2.0 EVK-S20 evaluation carrier board MODULAR COMPUTING PROJECT

SMARC 2.0 EVK-S20

An evaluation carrier-board starting point for SMARC-based development. Confirm module compatibility, available interfaces and carrier-board changes for your selected configuration.

View project details →

04 / ENGAGEMENT TERMS

Agree on scope before development begins.

Commercial and technical terms are confirmed in the project proposal or quotation.

NRE & Development Costs

Non-recurring engineering (NRE), tooling, prototypes and testing may be quoted separately, depending on the required development work.

Quantity & Schedule

Minimum order quantities, component availability, lead times and production planning depend on the design and purchasing requirements.

Deliverables & Support

Documentation, source-code delivery or licensing, acceptance criteria, warranty and support scope are defined in the project agreement.

START YOUR CUSTOMIZATION DISCUSSION

Tell us what your product needs to achieve.

Share your application, preferred platform, interfaces, operating conditions, expected quantity and target schedule. We can help evaluate the next step.

Discuss your project
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10 TOPS Edge AI Vision and Robotics Kit - EC2RDX5K1A
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10 TOPS Edge AI Vision and Robotics Kit - EC2RDX5K1A
New
Stock: In Stock
10 TOPS Edge AI Vision and Robotics Kit - EC2RDX5K1A
10 TOPS Edge AI Vision and Robotics Kit Elevate your AI and robotics projects with the RDK-X5 SoM module, an elite-tier development eco..
from
$340.0
税抜き:$340.0
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