Rajat Mohan’s Post

Clocking in with confidence — and cutting verification time by 75%. When your chip design has 30, 40, or even 50 asynchronous clocks, verifying that they all communicate correctly isn’t just a challenge — it’s a mission-critical necessity. As Lisa from Northrop Grumman put it: “Clock analysis can be very difficult and time consuming, and we want to identify any issues early in the design process.” Northrop Grumman’s microelectronics team partnered with Siemens EDA to tackle this challenge head-on. By customizing our AI/ML-powered Clock Domain Crossing (CDC) analysis tool (part of the Questa One Smart Verification solution) they reduced clock analysis time from eight weeks to just two. That’s not just faster verification. That’s faster innovation. With Siemens’ stimulus-free CDC and Reset Domain Crossing (RDC) technology, teams can identify and resolve asynchronous clock issues early, keeping programs on schedule and within budget, even as designs grow more complex. 🔗 Learn how Siemens EDA helped Northrop Grumman accelerate design cycles and push the boundaries of what’s possible in space, defense, and beyond. https://sie.ag/3xXten 🔗 Discover Questa One CDC Verification https://sie.ag/3CqE4X #SmartVerification #CDCAnalysis #DesignEfficiency

Clocking in with confidence — and cutting verification time by 75%. When your chip design has 30, 40, or even 50 asynchronous clocks, verifying that they all communicate correctly isn’t just a challenge — it’s a mission-critical necessity. As Lisa from Northrop Grumman put it: “Clock analysis can be very difficult and time consuming, and we want to identify any issues early in the design process.” Northrop Grumman’s microelectronics team partnered with Siemens EDA to tackle this challenge head-on. By customizing our AI/ML-powered Clock Domain Crossing (CDC) analysis tool (part of the Questa One Smart Verification solution) they reduced clock analysis time from eight weeks to just two. That’s not just faster verification. That’s faster innovation. With Siemens’ stimulus-free CDC and Reset Domain Crossing (RDC) technology, teams can identify and resolve asynchronous clock issues early, keeping programs on schedule and within budget, even as designs grow more complex. 🔗 Learn how Siemens EDA helped Northrop Grumman accelerate design cycles and push the boundaries of what’s possible in space, defense, and beyond. https://sie.ag/3xXten 🔗 Discover Questa One CDC Verification https://sie.ag/3CqE4X #SmartVerification #CDCAnalysis #DesignEfficiency

Clocking in with confidence — and cutting verification time by 75%. When your chip design has 30, 40, or even 50 asynchronous clocks, verifying that they all communicate correctly isn’t just a challenge — it’s a mission-critical necessity. As Lisa from Northrop Grumman put it: “Clock analysis can be very difficult and time consuming, and we want to identify any issues early in the design process.” Northrop Grumman’s microelectronics team partnered with Siemens EDA to tackle this challenge head-on. By customizing our AI/ML-powered Clock Domain Crossing (CDC) analysis tool (part of the Questa One Smart Verification solution) they reduced clock analysis time from eight weeks to just two. That’s not just faster verification. That’s faster innovation. With Siemens’ stimulus-free CDC and Reset Domain Crossing (RDC) technology, teams can identify and resolve asynchronous clock issues early, keeping programs on schedule and within budget, even as designs grow more complex. 🔗 Learn how Siemens EDA helped Northrop Grumman accelerate design cycles and push the boundaries of what’s possible in space, defense, and beyond. https://sie.ag/3xXten 🔗 Discover Questa One CDC Verification https://sie.ag/3CqE4X #SmartVerification #CDCAnalysis #DesignEfficiency

Clocking in with confidence — and cutting verification time by 75%. When your chip design has 30, 40, or even 50 asynchronous clocks, verifying that they all communicate correctly isn’t just a challenge — it’s a mission-critical necessity. As Lisa from Northrop Grumman put it: “Clock analysis can be very difficult and time consuming, and we want to identify any issues early in the design process.” Northrop Grumman’s microelectronics team partnered with Siemens EDA to tackle this challenge head-on. By customizing our AI/ML-powered Clock Domain Crossing (CDC) analysis tool (part of the Questa One Smart Verification solution) they reduced clock analysis time from eight weeks to just two. That’s not just faster verification. That’s faster innovation. With Siemens’ stimulus-free CDC and Reset Domain Crossing (RDC) technology, teams can identify and resolve asynchronous clock issues early, keeping programs on schedule and within budget, even as designs grow more complex. 🔗 Learn how Siemens EDA helped Northrop Grumman accelerate design cycles and push the boundaries of what’s possible in space, defense, and beyond. https://sie.ag/3xXten 🔗 Discover Questa One CDC Verification https://sie.ag/3CqE4X #SmartVerification #CDCAnalysis #DesignEfficiency

Clocking in with confidence — and cutting verification time by 75%. When your chip design has 30, 40, or even 50 asynchronous clocks, verifying that they all communicate correctly isn’t just a challenge — it’s a mission-critical necessity. As Lisa from Northrop Grumman put it: “Clock analysis can be very difficult and time consuming, and we want to identify any issues early in the design process.” Northrop Grumman’s microelectronics team partnered with Siemens EDA to tackle this challenge head-on. By customizing our AI/ML-powered Clock Domain Crossing (CDC) analysis tool (part of the Questa One Smart Verification solution) they reduced clock analysis time from eight weeks to just two. That’s not just faster verification. That’s faster innovation. With Siemens’ stimulus-free CDC and Reset Domain Crossing (RDC) technology, teams can identify and resolve asynchronous clock issues early, keeping programs on schedule and within budget, even as designs grow more complex. 🔗 Learn how Siemens EDA helped Northrop Grumman accelerate design cycles and push the boundaries of what’s possible in space, defense, and beyond. https://sie.ag/3xXten 🔗 Discover Questa One CDC Verification https://sie.ag/3CqE4X #SmartVerification #CDCAnalysis #DesignEfficiency

Clocking in with confidence — and cutting verification time by 75%. When your chip design has 30, 40, or even 50 asynchronous clocks, verifying that they all communicate correctly isn’t just a challenge — it’s a mission-critical necessity. As Lisa from Northrop Grumman put it: “Clock analysis can be very difficult and time consuming, and we want to identify any issues early in the design process.” Northrop Grumman’s microelectronics team partnered with Siemens EDA to tackle this challenge head-on. By customizing our AI/ML-powered Clock Domain Crossing (CDC) analysis tool (part of the Questa One Smart Verification solution) they reduced clock analysis time from eight weeks to just two. That’s not just faster verification. That’s faster innovation. With Siemens’ stimulus-free CDC and Reset Domain Crossing (RDC) technology, teams can identify and resolve asynchronous clock issues early, keeping programs on schedule and within budget, even as designs grow more complex. 🔗 Learn how Siemens EDA helped Northrop Grumman accelerate design cycles and push the boundaries of what’s possible in space, defense, and beyond. https://sie.ag/3xXten 🔗 Discover Questa One CDC Verification https://sie.ag/3CqE4X #SmartVerification #CDCAnalysis #DesignEfficiency

Clocking in with confidence — and cutting verification time by 75%. When your chip design has 30, 40, or even 50 asynchronous clocks, verifying that they all communicate correctly isn’t just a challenge — it’s a mission-critical necessity. As Lisa from Northrop Grumman put it: “Clock analysis can be very difficult and time consuming, and we want to identify any issues early in the design process.” Northrop Grumman’s microelectronics team partnered with Siemens EDA to tackle this challenge head-on. By customizing our AI/ML-powered Clock Domain Crossing (CDC) analysis tool (part of the Questa One Smart Verification solution) they reduced clock analysis time from eight weeks to just two. That’s not just faster verification. That’s faster innovation. With Siemens’ stimulus-free CDC and Reset Domain Crossing (RDC) technology, teams can identify and resolve asynchronous clock issues early, keeping programs on schedule and within budget, even as designs grow more complex. 🔗 Learn how Siemens EDA helped Northrop Grumman accelerate design cycles and push the boundaries of what’s possible in space, defense, and beyond. https://sie.ag/3xXten 🔗 Discover Questa One CDC Verification https://sie.ag/3CqE4X #SmartVerification #CDCAnalysis #DesignEfficiency

Clocking in with confidence — and cutting verification time by 75%. When your chip design has 30, 40, or even 50 asynchronous clocks, verifying that they all communicate correctly isn’t just a challenge — it’s a mission-critical necessity. As Lisa from Northrop Grumman put it: “Clock analysis can be very difficult and time consuming, and we want to identify any issues early in the design process.” Northrop Grumman’s microelectronics team partnered with Siemens EDA to tackle this challenge head-on. By customizing our AI/ML-powered Clock Domain Crossing (CDC) analysis tool (part of the Questa One Smart Verification solution) they reduced clock analysis time from eight weeks to just two. That’s not just faster verification. That’s faster innovation. With Siemens’ stimulus-free CDC and Reset Domain Crossing (RDC) technology, teams can identify and resolve asynchronous clock issues early, keeping programs on schedule and within budget, even as designs grow more complex. 🔗 Learn how Siemens EDA helped Northrop Grumman accelerate design cycles and push the boundaries of what’s possible in space, defense, and beyond. https://sie.ag/3xXten 🔗 Discover Questa One CDC Verification https://sie.ag/3CqE4X #SmartVerification #CDCAnalysis #DesignEfficiency

The chiplet revolution is reshaping semiconductors — but with new possibilities come new challenges. As designs scale from one die to many, verification complexity explodes. Traditional flows can’t keep up. Now, distributed verification, AI-assisted modeling, and standards like UCIe 3.0 are helping teams validate complex systems before silicon. 🔹 Scalable simulation 🔹 Cross-die timing and power checks 🔹 Early system-level verification This is how integration meets innovation. Verification isn’t just a step anymore — it’s the foundation of the chiplet era. Watch the 1-minute video: “Verifying Multi-Die Systems: The Hidden Challenge Behind the Chiplet Revolution.” #Semiconductors #EDA #ChipletDesign #MultiDieVerification #VerificationEngineering #ChipDesign #SystemIntegration #Innovation #TechnologyLeadership #AIinEngineering #EngineeringDesign #UCIe #ChipPackaging #3DIC #DigitalTransformation #HardwareDesign #TechInnovation #ElectronicsEngineering #SemiconductorFuture #DesignVerification

🔬 Enterprise-Grade Processing: AXVU13P Virtex UltraScale+ Development Platform We are proud to introduce the AXVU13P Development Board, engineered around the AMD Xilinx Virtex UltraScale+ XCVU13P FPGA, delivering exceptional computational density for the most demanding professional applications. Technical Superiority: ✔️ Virtex UltraScale+ XCVU13P with 3.78M logic cells and massive DSP resources ✔️Unprecedented processing: 12,288 DSP slices capable of 38.3 TOP/s INT8 performance ✔️Expansion capability: Three FMC+ connectors supporting diverse mezzanine cards ✔️High-speed interfaces: PCIe 3.0 x16 and 28.21Gbps GTY transceivers Memory flexibility: DDR4 SODIMM support with 256MB QSPI Flash Application Leadership: 💠 Artificial Intelligence: Machine learning inference and neural network acceleration 💠Communications: 5G infrastructure and advanced baseband processing 💠Aerospace & Defense: Radar signal processing and electronic warfare systems 💠Research & Development: System emulation and rapid prototyping 💠Test & Measurement: High-speed data acquisition and signal analysis This platform represents the pinnacle of FPGA technology, providing developers with the resources needed to tackle the most complex computational challenges across multiple industries. Discover how the AXVU13P can accelerate your most ambitious projects. #FPGA #HighPerformanceComputing #ArtificialIntelligence #5G #HardwareAcceleration #ALINX #AMD #FPGAModule