Precision, Enabling Innovation

Transforming Complex Concepts into Robust IoT Solutions with Cutting-Edge PCB and Electronic Design

Explore Our Capabilities
Get in Touch

Precision, Enabling Innovation

At DAL Technology, our PCB and Electronic Design services are tailored to meet the unique requirements of IoT and embedded systems. Through meticulous design processes and cutting-edge technologies, we transform complex concepts into robust electronic platforms.

Our Capabilities:

01 Electronic Design

Leveraging our extensive experience in designing IoT devices and embedded systems, we develop a wide range of devices, including: - Simple IoT Sensors - Industrial Automation Systems - Automotive Devices for Harsh Environments - GPS Trackers - Edge AI Solutions - Wearable Technology - Smart Home Devices - Medical IoT Devices

02 Electronic Design

Microcontrollers, Microprocessors, and FPGA: We work with a range of technologies, from simple 32-bit microcontrollers to complex microprocessors and FPGAs, enabling us to meet diverse project requirements.

AI and Machine Learning Integration

Maximize the potential of your IoT devices by integrating AI and machine learning. Our expertise includes:

Edge AI Deployment: Implementing AI at the edge for real-time analytics and decision-making.

Predictive Maintenance: Utilizing machine learning algorithms to predict equipment failures before they occur.

Data Analytics: Transform raw data into valuable insights using advanced AI models.
Smart Automation: Integrating AI to enhance automation processes for industrial and commercial applications.

 

Comprehensive Design Services:

Feasibility Study: In-depth analysis to determine the viability of proposed designs. Requirement Specification: Detailed documentation of design requirements and objectives.

Feasibility Study: In-depth analysis to determine the viability of proposed designs. Requirement Specification: Detailed documentation of design requirements and objectives.

Comprehensive Documentation: Providing detailed design documentation and assembly instructions. Production Coordination: Assisting with the transition from design to mass production, ensuring seamless integration with manufacturing partners.

Comprehensive Documentation: Providing detailed design documentation and assembly instructions. Production Coordination: Assisting with the transition from design to mass production, ensuring seamless integration with manufacturing partners.

Circuit Design: Creating precise circuit schematics based on client requirements. Component Selection: Choosing the most suitable components for reliability and performance.

Circuit Design: Creating precise circuit schematics based on client requirements. Component Selection: Choosing the most suitable components for reliability and performance.

Electrical Simulation: Utilizing advanced simulation tools to verify and optimize circuit performance. Prototyping and Testing: Building prototypes and conducting extensive testing to validate design integrity.

Electrical Simulation: Utilizing advanced simulation tools to verify and optimize circuit performance. Prototyping and Testing: Building prototypes and conducting extensive testing to validate design integrity.

Multi-layer PCB Design: Designing multi-layer PCBs to accommodate complex circuits and reduce noise. Design for Manufacturability (DFM): Ensuring that PCBs are designed for efficient manufacturing and reduced cost.

Multi-layer PCB Design: Designing multi-layer PCBs to accommodate complex circuits and reduce noise. Design for Manufacturability (DFM): Ensuring that PCBs are designed for efficient manufacturing and reduced cost.

en_USEnglish
arArabic en_USEnglish