Aniah

Reduce verification effort from weeks to days. Debugging ERC is never “easy.” For most design teams, it’s one of the most painful and time-consuming phases of verification.   Why does debug take so long today? 🔍 Hundreds or thousands of reported violations, with little guidance on the real root cause 🚨 False errors that bury the actual issues and waste engineering cycles   OneCheck was built to change this. It helps IC design engineers get to the real problems faster: ✅ Runs directly on your schematic netlist at the Check & Save stage ✅ Patented SmartClustering™ automatically groups related violations ✅ Highlights root causes instead of just listing symptoms ✅ Handles all the cases, including the tough ones: level shifters, conditional HiZ or leakage, ESD, and more   Bottom-line: a 100x reduction of false errors, instant understanding of true ones. Instead of staring at a wall of warnings, you get a clear picture of what matters and how to fix it. 👉 Want to spend less time debugging and more time designing? 👉 Follow us to catch the next post: “CDL in, results out. No tech-file needed.” And leave a comment if you’re battling with the verification of huge SoCs! Request your demo or free eval through contact at [email protected] #AnalogDesign #EDA #Semiconductor #Verification #ERC #CustomIC #AnalogVerification #MixedSignal

ERC verification in the trillion transistor era SoC designs are pushing into massive chip sizes - and traditional ERC tools simply can’t keep up. Once you hit a few million devices, everything starts to choke: 😴 Runtimes in hours or days ⚠️ Unsafe compromises between accuracy and capacity 😱 Thousands of errors to review - most of them false 💣 Need to manually partition the analysis (black-boxing) 🔍 Here’s how OneCheck changes the game: ⚙️ New algorithmic approach / seconds for millions of transistors, minutes for billions ⚙️ 100x false errors reduction ✅ OneCheck turns your ERC bottleneck into a daily companion tool - productivity gains everyday. Get ERC out of the sign-off way. 📩 Request your demo or free eval through contact at [email protected] Next episode drops Oct. 16th: “Reduce verification effort from weeks to days”. It unveils how we minimize false errors count. 👉Follow us to catch the next post — and leave a comment if you’re battling with the verification of huge SoCs! #AnalogDesign #EDA #Semiconductor #Verification #ERC #CustomIC #AnalogVerification #MixedSignal

Finding electrical errors that otherwise can never be detected Some electrical bugs just don’t show up. - Not in SPICE, because coverage is limited to the vectors that are set. Also, SPICE is not practical on large scale ICs. - Not in LVS, because LVS is not about Electrical Rule Checking. But they show up where it hurts: ⚠️ in silicon ⚠️ We’re talking about the real, design-breaking electrical errors that hide in advanced IC designs due to: ⚙️ Reused blocks ⚙️ Conditional paths ⚙️ Forgotten corners ⚙️ Mixed-voltage domains ✅ Our verification engine finds them — as soon as your schematic is ready! ✅ 👉 Check the carousel below to see 8 errors that OneCheck® will allow you to catch. And yes, our users have solved every one of them! 🎉 Drop a comment and follow us to get the following episode: “The ERC champ' in the trillion transistors era” Request your demo or free eval through [email protected] or Aniah #AnalogDesign #EDA #Semiconductor #Verification #ERC #CustomIC #AnalogVerification #MixedSignal

Analog verification leaves gaps – and it’s not for lack of expertise. Even the best analog teams acknowledge that a significant share of electrical issues are found too late — sometimes after silicon. WHY ⁉️ ✴️ Coverage gaps: power intent, isolation behavior, and ESD protection are notoriously hard to close. ✴️ Design reuse: circuits move faster than verification, and inherited assumptions slip through. From our discussions with reference analog teams worldwide, the same three pain points repeat: 💥 Coverage is incomplete — especially for power intent, isolation, ESD, and leakage. 💥 False errors flood the results — slowing root-cause analysis to weeks ⏰ . 💥 ERC comes too late — typically close to tape-out, when change is expensive 💸. We’re launching a short series to break this down. 👉 Next post on Oct 9th: “Finding electrical errors that otherwise can never be detected.” We’ll showcase how ERC can systematically detect issues such as: 📍 floating nets, 📍 domain crossings, 📍 conditional leakage, 📍 bulk leakage, 📍 forward-biased diode, 📍 hidden contention and ➕ — errors that today often remain invisible until silicon 🤨 🔔 Follow us to catch the next episode, and share in the comments: which electrical issues give your team the most trouble? #AnalogDesign #EDA #Semiconductor #Verification #ERC #CustomIC #AnalogVerification #MixedSignal