InTronix is an electronics design services company featured with the long international industrial, R&D, and academic experience of its founder.
InTronix provides its services in RF/MW, Digital System and Embedded Design, FPGA, Antenna and PCB design. InTronix services cover the design of custom RF, analog, digital and mixed signal 2D (PCB) and 3D solutions.
2D solutions range from schematics and PCB-Layout work as well as simulation over a wide range of tools (CST, HFSS, HyperLynx, AWR and ADS). 3D solutions include -but not limited to- the design of passive RF components and antennas. InTronix also provides GNSS DSP software development solutions as well as FPGA VHDL/Verilog development.
MISSION
- To provide unique and effective electronic system design solutions for defense, aerospace, communication, and biomedical applications,
- To handle R&D tasks for challenging system designs and technical problems
- To provide consultancy and training for engineering organization architecture development
VISION
- To be one of the leading companies in electronic system design by developing unique and effective solutions for different applications.
- To be the preferred outsource partner for leading electronics firms.
- To be the partner of choice for taking off the expansion burden -by filling in the needed qualified engineering task force- for fast growing companies.
Our Areas of Expertise
RF & Microwave
Intronix services and expertise covers both 2D (PCB based) and 3D passive (Filters – couplers – diplexers) components as well as full system design.
Antenna
Our team is capable of designing the well known patch and wire (array) antennas as well as antennas for 5G, automotive, IoT and many other applications.
PCB Design
The strong mix of industrial, academic and R&D work that our team members had built over years makes PCB design with different levels of complexity an achievable task with high quality and efficiency.
Training
“Signal and Power Integrity Essentials Training” covers the essentials components of signal integrity (transmitter, receiver, signal quality, timing and interconnect) as well as the power integrity and its interactions with signal integrity.