Embedded System
Customization

Embedded Systems & Optoelectronic Control Solutions

Flexible Laser Modules and Control Boards for Industrial, Commercial, and Custom Applications

Laser modules and sensors with control boards open up unlimited applications. IADIY provides users with a versatile control panel for development and integration:

Embedded Computer: The embedded computer complies with SMARC specifications and supports Linux, Yocto Project, and Android systems. With multiple peripheral interfaces, including USB, Gigabit Ethernet, HDMI/DP, UART (RS232), SPI, I2C, I2S, CAN bus, etc., it can integrate seamlessly with different devices or sensors.
T335X and T4378 modules use TI Sitara ARM technology for low power consumption and cost efficiency. IMX series modules use NXP ARM processors with GPU and VPU, accelerating imaging and 3D computing for complex edge applications.

IADIY also supports customized solutions for various designs and applications. We welcome inquiries for technical or application support. Please Contact Us.

Customization Services

Project Overview & Engagement

We deliver project-based, Edge AI–optimized solutions designed to meet your specific industrial requirements. Our customized embedded systems are built for neural network inference, long-term reliability, and mission-critical AI vision applications.

Consultation-Driven

Pricing, delivery timelines, and hardware configurations are defined by project scope and technical complexity.

Flexible Engagement

From standard configurations to fully bespoke architectures, we guide you through a clear and efficient roadmap from initial inquiry to final delivery, empowering intelligent capabilities at the edge.

Design & Manufacturing Services

Leverage our engineering expertise to transform your vision into a production-ready reality. We bridge the gap between complex hardware requirements and software integration, specializing in creating the ideal environment for real-time image processing and edge analytics.

Co-Development & Software Support

From I/O modifications and thermal solution optimization to complete PCB redesigns.

Flexible Engagement

Comprehensive technical assistance throughout the development cycle, including platform bring-up, driver integration, and OS optimization.

Rapid Prototyping

During the early phase of the project, we provide evaluation boards to facilitate proof-of-concept (PoC) development, ensuring your software stack is validated before mass production.

Accelerated Time-to-Market

Our streamlined process reduces R&D risks, helping you deploy vision at the edge faster while maintaining a competitive time-to-market.

Project Requirements & Commitments

To ensure the highest quality of service and engineering focus, the following terms apply to customized engagements:

NRE & Development Fees

Customized projects may incur an Additional Development Fee (NRE) covering engineering hours, tooling, and specialized testing.

Minimum Order Quantity (MOQ)

Bespoke hardware redesigns and volume-based pricing are subject to a minimum commitment, which will be defined during the quotation phase.

Technical Support

Dedicated hardware and software support is included from the design phase through to mass production deployment.

Project Solutions

Project	Description
SAV531 AI SoC Project Development - ECS531P0AI	The SAV531D AI SoC Project is a cost-efficient and highly integrated solution designed for smart cameras, IP surveillance, and Edge AI applications. It integrates a dual-core ARM Cortex-A7 processor, an advanced Image Signal Processor (ISP), and hardware H.265/H.264 video encoding to deliver high-quality video at low bitrates. AI acceleration is provided by the on-chip Intelligent Processing Unit (IPU) and Intelligent Video Engine (IVE), enabling real-time on-device analytics such as face detection and recognition. It also supports MIPI camera sensors, Ethernet connectivity, a low-power architecture, and comes with a complete embedded Linux software stack.
SMARC2.0 Project Development - EVK-S20	The EVK-STD-CARRIER-S20 is a full-function evaluation carrier board for SMARC 2.0–compliant modules. It supports all standard interfaces and signals, enabling rapid hardware and software development. Use it to validate your carrier design early, accelerate application development, and perform production testing. Later, it serves as a reference platform to troubleshoot any module-to-carrier incompatibilities.

Project

Description

SAV531 AI SoC Project Development - ECS531P0AI

The SAV531D AI SoC Project is a cost-efficient and highly integrated solution designed for smart cameras, IP surveillance, and Edge AI applications. It integrates a dual-core ARM Cortex-A7 processor, an advanced Image Signal Processor (ISP), and hardware H.265/H.264 video encoding to deliver high-quality video at low bitrates. AI acceleration is provided by the on-chip Intelligent Processing Unit (IPU) and Intelligent Video Engine (IVE), enabling real-time on-device analytics such as face detection and recognition. It also supports MIPI camera sensors, Ethernet connectivity, a low-power architecture, and comes with a complete embedded Linux software stack.

SMARC2.0 Project Development - EVK-S20

The EVK-STD-CARRIER-S20 is a full-function evaluation carrier board for SMARC 2.0–compliant modules. It supports all standard interfaces and signals, enabling rapid hardware and software development. Use it to validate your carrier design early, accelerate application development, and perform production testing. Later, it serves as a reference platform to troubleshoot any module-to-carrier incompatibilities.