…This architecture offers many of the performance advantages associated with 2.5D integration while maintaining greater flexibility and cost efficiency. EMIB has already been deployed in high-performance computing, AI accelerators, FPGAs…
…3D IC , AI , Chiplet , Events Key takeaways ▼ The 2026 Design Automation Conference ( DAC 2026 ) marks another pivotal moment for the semiconductor and electronic systems industry as artificial intelligence, chiplets, heterogeneous integration, and…
…As AI infrastructure, chiplets, 2.5D and 3D integration, advanced packaging, firmware adaptation, and fleet-scale operation continue to converge, the integrity of the evidence loop becomes as important as the integrity…
…This partnership, building on over three decades of joint innovation, integrates Synopsys’ expansive portfolio (now bolstered by its recent acquisition of Ansys) with NVIDIA’s cutting-edge AI and GPU technologies. The…
…thermal hotspots, TSV congestion, and signal integrity must be carefully managed. Architects must co-design silicon and packaging to meet AI’s escalating demands. From Custom to Computational HBM The panel reached…
…RTL design demands excellence to avoid costly respins, with Synopsys’ integrated flows leveraging AI-driven verification for seamless simulation across chiplets. Back-end tools like Fusion Compiler enable hyper-convergent workflows, balancing…
…As AI workloads grow and advanced packaging technologies such as 3D ICs become mainstream, chip designers must now consider thermal behavior, mechanical stress, power delivery, and system-level integration alongside traditional logic…
…The integration of AI also enhances compliance and governance. Semiconductor companies operate within increasingly stringent regulatory environments that require comprehensive documentation of information security practices. AI-powered systems can automatically generate audit…
…Certified digital and analog flows, integrated with Synopsys.ai , are now available for TSMC’s N2P and A16 processes, incorporating the innovative NanoFlex architecture . This setup not only boosts performance but also…
The transition to advanced process nodes is reshaping high-speed interface IP requirements for mobile, automotive, AR/VR, and AI edge devices. As SoC designers migrate to cutting-edge foundry technologies, the…