About Our Design Services

What We Offer

Custom PCB design using industry-leading tools

High-speed and multi-layer PCB development with optimized:

• Signal integrity

• Power distribution

• Grounding strategies

• EMI/EMC performance

Careful routing techniques for:

• Controlled impedance traces

• Noise reduction

• Reliable analog and digital performance

Antenna Design

PCB Design

What We Offer

Custom antenna design for:

• Embedded antennas

• PCB antennas

• Patch antennas

• Dipole and monopole antennas

• Directional antennas

• Contact IoT antennas

• Multi-band and wideband systems

RF and electromagnetic design using advanced simulation tools for:

• Impedancia matching

• Radiation pattern optimization

• Gain and efficiency improvement

• Size reduction and integration constraints

Complete hardware design support for:

• FPGAs

• Microcontrollers

• Sensors

• IoT systems

• Mixed-signal electronics

Development Process

Our workflow focuses on performance, reliability, and efficient collaboration:

• Optimazed component placement

• Design validation and debugging

• Prototype and production coordination

• Collaboration with hardware, firmware, and R&D teams

Ideal For

• Embedded systems

• Industrial electronics

• FPGA-based designs

• High-speed digital systems

• IoT devices

• Custom electronic products

Engineering Capabilities

• Multi-layer stack-up optimization

• DFM-oriented design (Design for Manufacturing)

• Power integrity and thermal considerations

• Connector and interface integration

• 3D PCB visualization and mechanical verification

• Cost and manufacturability optimization

Deliverables

We provide complete production-ready documentation, incluiding:

• Gerber files

• BOM (Bill of Materials)

• Assembly documentation

• Manufacturing outputs

Development for wireless technologies incluiding:

• Wi-Fi

• Bluetooth

• LTE / 5G

• GNSS / GPS

• ISM bands

• LoRa

• RFID

• Custom RF systems

Engineering Capabilities

• Electromagnetic simulation and optimization

• S-parameter analysis and matching networks

• PCB antenna integration

• Multi-layer RF PCB design

• RF feed and transmission line optimization

• EMI/EMC-aware RF layouts

• Compact and low-profile antenna solutions

• Mechanical integration support

Prototype & Validation

We support the full antenna development cycle:

• Design and simulation

• Prototype fabrication

• Tuning and optimization

• Measurement and validation

• Iterative performance improvemets

Deliverables

Complete engineering documentation incluiding:

• Manufacturing files

• RF layout files

• Simulation results

• Metching network recommendations

• Prototype-ready PCB data

• Technical reports and performance analysis

Development Approach

Our process is focused on achieving reliable real-world RF performance while meeting mechanical and manufacturing constrints:

• Application-driven antenna optimization

• Collaboration with hardware and mechanical teams

• Fast prototyping and interactive refinement

• Performance-focused RF engineering

Ideal Applications

• IoT devices

• Wireless embedded systems

• Industrial RF products

• Telemetry and tracking systems

• Wearable electronics

• High-frecuency communication systems

• Custom wireless hardware development