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While Cadence and Synopsys were sharing a lot of detail over the past few years about what they were doing in AI, Siemens EDA seemed content to offer a very general picture about their intentions without getting into a lot of detail. At DVCon 2025 they finally pulled back the curtain. Why wait until now to announce?
Darron May (Director… Read More
Custom and analog/mixed-signal IC designs have some unique IP and symmetry checking requirements for physical design. Waiting until the end of the IC layout process to verify IP instances for correctness or proper symmetry will cause project delays, so an approach to perform earlier physical verification makes more sense. … Read More
As semiconductor chips shrink and design complexity skyrockets, managing post-tapeout flow (PTOF) jobs has become one of the most compute-intensive tasks in manufacturing. Advanced computational lithography demands an enormous amount of computing power, putting traditional in-house resources to the test. Enter the … Read More
As IC designs become increasingly complex, traditional Design Rule Checking (DRC) methods are struggling to keep up. The old “construct by correction” approach, initially developed for simpler, custom layouts, is creating substantial runtime and resource bottlenecks. Traditional DRC relies on an iterative, sequential… Read More
Noise minimization is required for advanced analog and radiofrequency (RF) circuits. Unlike digital circuits, where noise is a second-order effect, system performance metrics such as signal-to-noise ratio (SNR), phase noise, timing jitter, and bit error rate (BER) are directly affected in analog and RF designs. Effective… Read More
In the early days of the PSS rollout, some verification engineers were suspicious. Just as they were beginning to get comfortable with UVM, here came yet another standard to add to their learning and complexity overhead. Then the fog started to clear; UVM is ideal for block-level testing whereas PSS is ideal for system level testing.… Read More
A growing trend in system design is the use of multiple ICs mounted in advanced packages, especially in high-performance computing and AI. These modern packages now integrate multiple ICs, often with high-bandwidth memory (HBM), resulting in hundreds of thousands of connections that need proper verification. Traditional… Read More
In today’s digital landscape, data security has become an indispensable feature for any data transfer protocol, including Peripheral Component Interconnect Express (PCIe). With the rising frequency and sophistication of digital attacks, ensuring data integrity, confidentiality, and authenticity during PCIe transport… Read More
In the early days an IC had a single clock and a single reset signal, making it a simple matter to reset the chip into a known, stable state, so there was little need for detailed analysis. For modern designs there can be dozens to hundreds of clocks, creating separate domains and some use of asynchronous resets, so the challenge of ensuring… Read More
I’ve known about DRC (Design Rule Checking) for IC design, and the same approach can also be applied to PCB design. The continuous evolution of electronics has led to increasingly intricate PCB designs that require Electrical Rule Checking (ERC) to ensure that performance goals are met. This complexity poses several challenges… Read More