Cadence is committed to keeping design teams highly productive. A range of support offerings and processes helps Cadence users focus on reducing time-to-market and achieving silicon success. Overview
- Compile/build performance
- Regression throughput
- Reduced latency
- Native support for advanced use cases
- Support for multiple compute platforms
Cadence® Xcelium™ Logic Simulation provides best-in-class core engine performance for SystemVerilog, VHDL, SystemC®, e, UVM, mixed signal, low power, and X-propagation. It leverages single-core and multi-core simulation technology for best individual test performance and machine learning-optimized regression technology for best regression throughput.
Xcelium single-core simulation delivers best-in-class compile, performance, and throughput with compute platform flexibility, providing:
- Continuous performance optimizations for new design styles and latest coding practices
- Up to 10X compile speedup with Xcelium incremental and parallel builds
- Throughput efficiency using save/restore with dynamic test reload
- Platform support for x86, Arm®, and cloud compute platforms
Xcelium multi-core simulation is for the long-pole tests in your regression. Xcelium simulation integrates multi-core technology to reduce throughput latency, providing:
- Up to 2X performance boost for RTL-directed tests
- Up to 10X performance boost for gate-level ATPG and BIST tests, both zero delay and SDF annotated
Xcelium Logic Simulation with machine learning technology (Xcelium ML) provides machine learning-optimized regression. It makes randomized regressions faster by instructing the Xcelium simulation kernel and offers:
- Up to 5X regression efficiency with similar coverage
- User-directed regression goals, such as maximum throughput, stress design instances, and replacing directed tests with randomized tests
Cadence has been at the forefront on low-power technology, introducing CPF in 2005 and also supporting UPF introduced in 2006 and transitioned to IEEE 1801 in 2009. Xcelium simulation supports both CPF and UPF/IEEE 1801 for low-power simulation.
The Xcelium simulator with mixed-signal option covers advanced digital features such as UVM, SystemVerilog Testbench, UPF/CPF, and SystemC. It also supports the simulation of languages such as Verilog-A, Verilog-AMS, VHDL-AMS, SystemVerilog Real Number Modeling (SVRNM), SystemVerilog, and mixed-signal features along with SPICE, and other digital-centric mixed-signal technologies, such as low power and mixed signal, code coverage and mixed signal, functional safety and mixed signal, and incremental elaboration and mixed signal.
Cadence simulators have been the leaders of constrained random technology and methodology, starting with Specman® Simulation and later being the key driver behind UVM methodology and library standardization. Xcelium constraint solvers are the latest generation of the technology and include a powerful new constraint analyzer and constraint-solving performance-profiling tool.
X-propagation is a feature that avoids X-optimism in LRM-compliant RTL simulation. This allows for early detection of X issues and avoids surprises later in gate-level simulations. Xcelium simulation supports two modes for X-propagation. There is the more pessimistic Forward-Only-X (FOX) mode and less pessimistic Compute-As-Ternary (CAT) mode.
Press Releases (10)
- Cadence Delivers Machine Learning-Optimized Xcelium Logic Simulation with up to 5X Faster Regressions
- Cadence Optimizes Digital Full Flow and Verification Suite for Arm Cortex-A78 and Cortex-X1 CPU Mobile Device Development
- Cadence Automotive Reference Flow Certified by Samsung Foundry for Advanced-Node Design Creation
- Cadence Verification Suite Enabled on Arm-Based HPC Datacenters
- Cadence Palladium Z1 Enterprise Emulation Platform Enables GUC to Accelerate SoC Design
- Cadence and Arm Deliver First SoC Verification Solution for Low-Power, High-Performance Arm-Based Servers
- Cadence Achieves TÜV SÜD’s First Comprehensive “Fit for Purpose - TCL1” Certification in Support of Automotive ISO 26262 Standard
- Teradyne Standardizes on Cadence Xcelium Parallel Logic Simulator
- Cadence Launches Protium S1 FPGA-Based Prototyping Platform for Early Software Development
- Cadence Launches Xcelium Parallel Simulator, the Industry’s First Production-Proven Parallel Simulator
Kioxia has utilized Xcelium simulation for a variety of our designs. With the new Xcelium ML, we’ve seen a 4X shorter turnaround time in our fully random regression runs to reach 99% function coverage of original, and plan to use this technology in production designs to shorten the time to market for Kioxia’s business.
Kazunari Horikawa, senior manager, Design Technology Innovation Division at Kioxia Corporation
The Xcelium Simulator has demonstrated a 4X speed-up for gate-level simulation and 5X for RTL simulation on ARM®-based SoC designs. Based on these results, we expect Xcelium can enhance our ability to deliver the most complex SoCs in a fast and highly reliable way.
Hobson Bullman, general manager, Technology Services Group, ARM
Fast, scalable simulation is key for us to meet the tight development schedules of our complex 28nm FD-SOI SoCs and ASICs for smart driving and industrial IoT. We measured 8X faster serial-mode DFT performance with the Cadence Xcelium Simulator, and selected it as the standard simulation solution...
Francois Oswald, CPU team manager, STMicroelectronics
Get the most out of your investment in Cadence technologies through a wide range of training offerings. We offer instructor-led classes at our training centers or at your site. We also offer self-paced online courses. Overview