by FaradworksShip Hardware That Works. The First Time.
PinScope transforms hardware validation with AI-powered precision, eliminating critical errors before they become costly manufacturing mistakes.
How PinScope Works
Upload Netlist
KiCAD, Altium, OrCAD
AI Analysis
Validate against datasheets
Get Report
Verified findings
Analysis Complete
We Understand Your Challenges
The Pain Points
Documentation Complexity
Hardware engineers spend weeks navigating extensive component datasheets and specifications, often exceeding hundreds of pages per device, slowing down PCB design validation.
Critical Oversight Risk
Even minor configuration errors can lead to significant project delays, with 78% of hardware engineers reporting at least one design oversight in the past year.
Manufacturing Iteration Costs
Each PCB board revision extends project timelines by 15-20% and increases manufacturing costs by up to 25%, significantly impacting time-to-market.
The Solution
Automated Documentation Analysis
PinScope's AI processes thousands of pages of component datasheets and technical specifications in seconds, extracting critical hardware design requirements with high accuracy.
Comprehensive Validation
Our engine validates every component against manufacturer datasheets and specifications, identifying up to 95% more potential issues than manual review processes.
Accelerated Development Cycle
Reduce validation time by up to 80% and eliminate costly respins, allowing engineering teams to focus on innovation rather than troubleshooting design errors.
How PinScope Works
Powerful validation that's incredibly simple to use
UPLOAD
Upload your netlist from any major EDA tool: KiCAD, Altium, OrCAD, Eagle, and more. PinScope identifies your ICs automatically.
ANALYZE
With one click, our engine cross-references your design against thousands of datasheet rules.
RESOLVE
Get a prioritized report of critical errors, warnings, and recommendations with actionable feedback.
Don't Just Find Errors. Verify Them.
PinScope is not a black box. Every finding is linked directly back to the source—the datasheet page, table, or section that proves it. You never have to guess why a flag was raised.
Direct citations from manufacturer datasheets
Page and section references for every finding
Transparent reasoning you can verify yourself
Missing Pull-up Resistor on I2C SCL Line
Pin 19 (SCL) on U3 (LM75B) requires an external pull-up resistor
Justification
From LM75B datasheet (page 14, section 8.3.2):
"The I²C bus must be equipped with pull-up resistors to the supply voltage. Applications with low bus capacitance (≤ 100 pF) can use pull-up resistors of 4.7 kΩ."
Recommended Fix
Add a 4.7kΩ pull-up resistor between the SCL line (pin 19) and VCC.
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