Technology Never Stands Still, and Neither Do We
Validated Mini-ITX platforms engineered for reliable deployment in industrial, edge, and embedded system environments.
ENGINEERING TOOLS
Practical Engineering Tools for PCB and Mini-ITX Design
Accurate, easy-to-use calculators and checkers to help you make better design decisions. From PCB trace sizing to power planning and Mini-ITX system configuration.
Trace Width Calculator
Current
2.0 A
Copper Weight
1 oz
Temperature Rise
10 °C
0.48 mm
Voltage Drop Calculator
Voltage
12 V
Current
3.0 A
Voltage Drop
0.28 V
Engineering Tools Overview
Interactive calculators and utilities to support PCB and Mini-ITX design.
PCB Trace Width Calculator
Calculate trace width based on current, copper weight and temperature rise.
Open Calculator →PCB Voltage Drop Calculator
Determine voltage loss based on length, current and resistance.
Open Calculator →PCB Copper Weight Converter
Convert copper thickness between common PCB specifications.
Open Calculator →Industrial PC MTBF Calculator
Calculate allowable mismatch for high-speed differential pairs.
Open Calculator →Mini-ITX Power Supply Calculator
Estimate system power requirements for Mini-ITX platforms.
Open Calculator →Mini-ITX Size & Clearance Checker
Check dimensions and mechanical clearance requirements.
Open Calculator →PCB Impedance Calculator
Estimate controlled impedance for high-speed PCB designs.
Open Calculator →Need Help With Platform Selection or Design Review?
Our engineering team provides support for hardware selection, layout review, thermal design and validation.
How Our Tools Support Design Decisions
Electrical Planning
Improve early decisions with accurate power and signal calculations.
PCB Design Validation
Review critical PCB parameters before fabrication.
System Integration
Evaluate Mini-ITX mechanical, power and thermal requirements.
Related Engineering Resources
Whitepapers
Technical studies covering thermal, power, validation and design practices.
Explore Whitepapers →Reference Platforms
Validated Mini-ITX configurations for industrial deployment examples.
View Platforms →Engineering Validation
Thermal, power and reliability verification methods.
View Validation Reports →Frequently Asked Questions
The calculator provides estimated trace width recommendations based on current, copper weight and temperature rise. Final PCB decisions should also consider layer structure, thermal conditions and manufacturing requirements.
No. These tools support early-stage design decisions. Detailed simulation, prototype testing and system validation are still recommended for critical applications.
They provide initial electrical estimates for power planning. Engineers should verify actual loads, connectors, copper thickness and thermal conditions before deployment.
Important factors include processor performance, power input, expansion requirements, operating environment, thermal constraints and lifecycle expectations.
Our engineering team can help review Mini-ITX configurations, customization requirements, thermal considerations and deployment constraints.