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Electronic Hardware Design

  /  Electronic Hardware Design

Electronic Hardware Design

Electronic hardware is the backbone of modern technology, powering everything from consumer electronics to industrial systems. It involves designing, developing, and producing the physical components and circuitry that enable devices to function effectively. At GBX Technology, we bring expertise in creating cutting-edge hardware solutions tailored to your specific needs.

 

GBX Technology provides end-to-end electronic hardware design and manufacturing services, specializing in custom PCB design, analog/digital circuits, power electronics, RF and wireless systems, EMI/EMC optimization, and thermal management. We ensure efficient production, component sourcing, and on-time delivery for your projects.

 

End-to-end electronic production process with expert management and control, ensuring quality and reliability in every step.


Our services includes:

  1. Custom PCB Design
  • Multilayer PCB design and layout
  • High-density interconnect (HDI) PCB design
  • Schematic design and capture

 

2. Analog and Digital Circuit Design

  • Mixed-signal design (analog and digital integration)
  • High-speed digital circuit design
  • Power distribution and management circuits

 

3. Signal Integrity and EMI/EMC Design

  • Signal integrity analysis and optimization
  • Electromagnetic interference (EMI) mitigation
  • Electromagnetic compatibility (EMC) design

4. RF and Wireless Design

  • Antenna and RF circuit design
  • High-frequency signal routing
  • Impedance matching and RF shielding

 

5. Power Electronics Design

  • DC-DC converters and voltage regulators
  • Power supply design (low/high power)
  • Battery management and energy efficiency

 

6. Sensor and Interface Design

  • Integration of analog/digital sensors
  • Signal conditioning circuits
  • Interface circuitry (e.g., SPI, I2C, UART)

 

7. Thermal Management and Mechanical Design Integration

  • Heat dissipation solutions for high-power components
  • Thermal analysis and simulation
  • Mechanical constraints in electronic design

 

8. Component Selection and Optimization

  • Sourcing of cost-effective, reliable components
  • BOM (Bill of Materials) optimization
  • Alternative components for supply chain flexibility