Hall 2 First Floor, Booth #Q6059 | Sep 06 – 08, 2023
Join us to learn more about Altair’s world-class solutions that are powering semiconductor design
The semiconductor design industry is constantly changing; accelerated time-to-market, industry requirements, technology, and more require trusted solutions that meet today’s demands and empower tomorrow’s successes. Join us to learn how Altair’s solutions are solving every challenge chip designers face – from complex electromagnetic simulations to managing high-throughput computing environments.
GIVEAWAY
Altair will select 3 lucky conference attendees to win customized gift . Complete this form or register at our booth to enter to win.
Draw closes Friday, September 8, 2023. One entry per person.
The semiconductor design industry is constantly changing, every second counts in the design, manufacturing, verification and package process. Drive the innovative semiconductor design process with data intelligence, improve the efficiency of each stage of the chip design life cycle, intelligently identify the dependencies of key tasks, and greatly shorten the design and development time. The existing virtual and real computing power is fully utilized, realizing Exascale of calculations, and accumulating energy to break through the limit of Moore's Law.
AI is changing the design process and design automation, but it can be fraught with bugs and other restrictions that will hamper your success. Defeat the frictions of AI with our game Data Invaders. Only at the Altair booth!
THEATRE
Altair is the complete solution for semiconductor design. Hear from industry experts live at our booth throughout the conference to learn how Altair powering innovation for semiconductor designers and engineers.
Accelerate the design exploration and verification process with Altair enterprise computing solutions for semiconductor design. Engineering teams rely on Altair to beat competitors to market with our comprehensive and performant solution set on the market.
You need your environment to maximize resources and run faster than the competition. Trust the industry’s leading job scheduler to meet the complex demands of semiconductor design with scalability, adaptability, and efficiency.
Chip design is increasing in complexity every day and requires visualization tools to match. Flow visualization tools that provide analysis and troubleshooting capabilities will optimize compute resources for a faster, more effective design process at every step.
Licenses are a costly investment and often in high demand among chip designers on any given team. Managing these tools effectively can speed up time-to-market while achieving a better ROI. Monitor their usage and maximize license allocation through sharing for increased efficiency and real-time insight.
I/O profiling helps organizations determine the optimal compute environment for different types of ESD applications and resources. Monitoring applications increases visibility and enables informed planning, and application profiling can help solve deployment issues quickly.
Hardware emulators are an expensive component of the chip design process. Address all aspects of emulation flow including design compilation, emulator selection, and software and regression tests with a job scheduler designed for hardware emulators.
Additional Resources
Guide to Electronic System Development
As performance demands continually increase, packaging sizes become smaller, and device connectivity becomes more critical, schematic engineers and product designers need ways to make efficient design decisions and collaborate with one another to optimize complex interconnected mechanical and electromagnetic systems.
Altair® Hero™ 2.0 is a queuing solution for specialized compute resources, notably emulators, FPGAs, and GPUs. It provides an abstract definition of hardware resources and allows multiple jobs and multiple resources to share a common queue.
Six Smarter Scheduling Techniques for Optimizing EDA Productivity
Verification engineers and IT managers are constantly looking for new sources of competitive advantage. In this paper, we discuss six valuable techniques to help improve design center productivity.
Altair’s simulation-driven design tools enable your team of specialized engineers to collaborate across all aspects of electronic system design. Our products streamline your process, eliminate design iterations, and reduce time-to-market.
Offsetting the higher design and manufacturing costs associated with increasing chip complexity is possible with efficient design and debugging tools that can streamline and minimize design repetitions.
Dependable, tested solutions should offer quick visualization capabilities for spotting cause-and-effect patterns and provide rapid debugging solutions for varied system-on-chip designs.
These diverse designs can include analog components, third-party Intellectual Property (IP), multi-core processors, and chiplet-based designs that all require a versatile analysis and debugging solution for rapid design evaluation.
Debug tools support engineers and optimize designs, moving devices into production earlier and with a higher degree of confidence.
Developing electronic products to withstand the structural, operational, and environmental requirements associated with everyday use or misuse requires design solutions that reduce prototyping while balancing time and cost considerations. Altair's automated end-to-end ESD workflows enable multiphysics simulations that consider thermal, vibration, noise, and structural effects at the chip, PCB, and system levels. With access to ESD simulation tools in a single, collaborative development platform, ideal for both designers and engineering experts, teams can shorten development cycles while producing robust, reliable products.
Some form of power converter is present in nearly all modern electronics, from small cell phone chargers to multi-megawatt propulsion systems. As performance requirements become more demanding, circuit simulation plays a strategic role in the schematic capture phase of EDA workflows for competitive designs. Companies that an adopt industry-proven solution like PSIM to simulate power electronic systems can readily optimize energy efficiency and thermal management performance while evaluating component interaction and overall system responses based on operating conditions and environmental factors. And with efficient power electronic simulation workflows, companies can explore new architecture, materials, and control strategies for complex systems faster, helping to drive their next innovations.
Rapid modeling and visualization for electrical circuit systems is essential to gain rapid insights into circuit design and avoid costly design errors. Altair HyperSpice, with access to Spice libraries for fast AC, DC, and Transient simulations, is fully integrated into a flexible system-wide simulation solution, helping companies innovate faster.
Explore Further
Effective Techniques for Managing High Cost Software Licenses
Learn common techniques to reduce waste and more accurately target spend.
