Services Detail

Services Detail

Hardware Engineering Services

Innovative and reliable solutions for seamless integration and optimized performance.

RF/Wireless:

Design and development of wireless communication systems and RF technology, utilizing advanced technologies and performance optimization for various applications, including telecommunications systems and Internet of Things (IoT).

 

Antenna Design:

Advanced design and precise engineering of antennas for various wireless communication systems and applications, focusing on enhancing efficiency, reducing interference, and optimizing performance in different environments. From miniature antennas to large-scale antennas for telecommunications systems, we cover all your needs.

RF Circuit Design:

Design of RF circuits utilizing modern techniques and advanced tools to improve the performance and efficiency of communication systems. This includes the design and simulation of filter circuits, amplifiers, mixers, and other key components to achieve optimal performance under various conditions.

EMC/EMI Analysis:

Electromagnetic Compatibility (EMC) and Electromagnetic Interference (EMI) analysis to ensure proper and interference-free operation of devices. Using advanced techniques, tests, and simulations, we can identify interference sources and provide solutions to mitigate or eliminate them, ensuring safe and efficient operation of devices.

FPGA/ASIC Solutions

FPGA Development

Development of Field-Programmable Gate Arrays (FPGAs) using advanced techniques to enhance the performance and flexibility of systems. We leverage modern tools for designing, simulating, and implementing FPGAs to meet the specific requirements of each project.

ASIC Design

Design of Application-Specific Integrated Circuits (ASICs) aimed at increasing efficiency, reducing power consumption, and optimizing costs. Using innovative methods and specialized tools, we deliver high-performance and high-quality ASICs.

 

IP Core Development

Development of high-quality and reliable IP cores that can be readily used in various projects. We offer a variety of IP cores for different applications, contributing to improved performance and reduced development time.

Logic Synthesis

Logical synthesis of circuits using advanced tools and techniques to optimize design and enhance efficiency. We perform the synthesis process in a way that ensures circuits are built with the best possible quality and performance.

PCB Solutions:

Schematic Design

Designing electronic circuit schematics using advanced software, focusing on accuracy and efficiency. We ensure that all necessary details for constructing complex circuits are fully and correctly included in the schematics.

PCB Layout

Designing layers of printed circuit boards (PCB) using optimization techniques to enhance performance and reduce interference. We utilize advanced software to design the layers, providing the best possible results.

Signal Integrity

Analyzing signals to ensure the accuracy and performance of electronic circuits. We use modern tools and techniques to simulate and analyze signals, ensuring the quality and optimal performance of circuits.

Power Integrity

Analyzing the power consumption of circuits to optimize energy use and reduce waste. We employ advanced techniques to review and improve the power efficiency of circuits.

Thermal Analysis

Conducting thermal analysis of circuits to prevent overheating and extend their lifespan. Using thermal simulation tools, we can identify hot spots in the circuit and provide solutions to reduce temperature.

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Advanced Computing

Quantum Computing Research

Research in quantum computing to develop new technologies and enhance computational speed and efficiency.

High-Performance Computing

Providing high-performance computing systems for complex and large-scale processing.

Hardware Accelerators

Utilizing hardware accelerators to improve the speed and efficiency of complex applications and computations.

Embedded Systems

PLC Systems

Development and implementation of Programmable Logic Controller (PLC) systems for industrial automation and various applications.

Microcontroller

Design and programming of microcontrollers for specific applications and embedded systems.

Real-Time OS Implementation

Implementation of Real-Time Operating Systems (RTOS) for executing time-sensitive applications in embedded systems.