by FaradworksVerify your PCB design before manufacturing
Re-spins are expensive. Pinscope compiles datasheets and checks every pin and interface automatically so your board works the first time.
How PinScope Works
Pinscope verifies your PCB design using datasheet-driven checks. Follow these three simple steps to begin.
Upload your design files
Drag and drop your Netlist and BOM files - that's all Pinscope needs to begin.
Run analysis using datasheets
Pinscope parses each component's datasheet into a formal checklist and verifies it against your design. Analysis may take a few hours depending on complexity.
Review results and chat with findings
See derating checks, voltage-domain conflicts, and interface issues. Furthermore, chat with your design to explore or clarify specific findings.
Don't Just Find Errors. Verify Them.
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.
See Pinscope in Action
Watch how Pinscope verifies PCB designs in minutes
Humans weren't meant to read hundreds of datasheets.
Every engineer strives for perfection but hundreds of datasheets, evolving standards, and subtle electrical edge cases make it impossible to catch every issue manually. Pinscope automates the tedious parts of design verification so teams can focus on building, not cross-checking.
Accelerate Time-to-Market
Cut review cycles in half. Prevent re-spins before they happen.
Build Brand Reliability
Fewer board failures, more consistent quality, and trust that compounds over time.
Institutionalize Best Practices
Capture your team's design knowledge and turn it into repeatable checks.
Enhance Team Efficiency
Let engineers focus on innovation, not manual datasheet validation.
Trust and Security
Pinscope was designed with your proprietary designs in mind. Every layer of our system prioritizes data protection, transparency, and auditability.
Encrypted in transit and at rest
All files and findings are secured using AES-256 encryption, ensuring your design data stays private during upload, processing, and storage.
No training on your design data
Your uploads are never used to train models or shared externally. Pinscope's analysis engine is purpose-built for EDA verification, not a general-purpose AI service.
Full control of your data
You retain complete ownership of your design files and analysis results. Delete them anytime from your account, and they are permanently removed from all systems.
Human-auditable results
Each check is explainable and reproducible. Engineers can trace the logic behind every flag and reference the underlying datasheet context directly within the platform.
Secured on trusted cloud infrastructure
Pinscope runs on a leading cloud provider's infrastructure, leveraging enterprise-grade security including encrypted storage, continuous monitoring, and compliance with global standards like ISO 27001 and SOC 2.
Ready to Verify Your Board?
Stop guessing. Start verifying.