#design verification

[pulsewavesemiconductor]

Design Verification Services | SV and UVM SoC Verification

Pulsewave Semiconductor offers advanced design verification using SV and UVM, delivering robust SoC verification through proven design verif

Comprehensive SoC & ASIC Verification Services

Explore expert SoC, ASIC, and IP/Subsystem verification services at PulseWave Semiconductor. Our proven methodologies, including System Verilog and UVM, ensure robust design verification from RTL to post-silicon. Partner with us to accelerate time-to-market and reduce design risks.

[pulsewavesemiconductor]

Home - PulsewaveSemi

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At Pulsewave Semiconductor Leading provider of semiconductor design and verification services specializing in ASIC, FPGA, SoC, and IP core development. Our expert team delivers high-performance, low-power solutions using cutting-edge EDA tools and industry best practices. From RTL design to functional verification, we ensure robust, scalable, and reliable silicon solutions for a wide range of applications. Partner with us to accelerate your product development cycle and meet time-to-market goals with confidence.

[idea-explorer]

The Magic of Marine Models: How We Craft Miniature Ships

Explore the magic of marine model making with Maadhu Creatives. Our guide shows you how we create detailed mini versions of ships and boats. Learn about the important roles these models play in education, design, and preserving maritime history. We walk you through each step, from gathering information to putting on the final details. To see how we make these incredible models and learn more about our work, click here and read the full article.

[silicon-engineering-asic-fpga]

Watch this 1-minute video of eInfochips success story about #7nm lower #technology node design and #verification expertise. Are you also looking for end-to-end silicon #turnkey design services and support? Contact now: https://hubs.ly/H0r65wD0 #hyperscale #Datacenters

[silicon-engineering-asic-fpga]

Debugging of Mixed Signal SoC in an effective and efficient way to save multi-billion $ loss

Debugging in Mixed Signal verification by command line based UVM methodology adopted in AMS verification.

To efficiently verify modern Mixed Signal SoC, verification engineers face a myriad of challenges every day. As designs keep getting larger and more complex, it has a profound impact on the verification cycle. This document outlines many of the advance steps one must follow for effectively and efficiently debugging a Mixed Signal SoC. This document can be helpful for AMS verification engineers who want to debug and verify Mixed Signal SoC. For analog and digital verification engineers, this offers the opportunity to peek into, and better understand, the domain of the counterparts and the disciplines that they are not directly responsible, but dependent on the overall success of the Mixed Signal project.

The document is constructed to cover a broad range of debugging steps, which are required for Mixed Signal SoC. While there is, some degree of specificity that increases within the debugging steps described in this document, most of them are self-contained and tackle a specific aspect of Mixed Signal SoC debugging.

[silicon-engineering-asic-fpga]

eInfochips offers design verification testing, turnkey ASIC design validation, testing ODCs for semiconductor product companies. Combining our expertise in FPGA / SoC design verification and validation testing, we also offers a portfolio of custom Verification IPs for standard interfaces.

We have in-depth expertise in validation and verification testing diverse systems for functional behavior, compliance to specifications, performance and interoperability. We focus on thorough product validation while optimizing the overall regression and execution time.

[silicon-engineering-asic-fpga]

In this article, read about crosstalk effect and analysis for universal routing topology, used in chip design, based on the experiment conducted by eInfochips’ engineers. This piece of content consider a few variables like metal layers, drive strength of buffer, length, and spacing of wires, etc. In addition, grab a knowledge on the basic idea of how to take care of crosstalk in the early stages of the design cycle by analyzing the results from the experiment.

[truechip-blog]

Ethernet 40G,100G Verification IP

Verification IP (VIP) blocks are inserted into the testbench for a layout to test the operation of protocols and interfaces, each discretely and in aggregate.