Talent 101’s AMS Verification services maximize productivity for our customers, IC Mixed-Signal Design. Building vs. buying a Verification Team (AMS or DV) is a question growing organizations face. AMS and DV design verification services are providing new alternatives.
Our customers develop a system on chip (SoC) design and specifications to meet or surpass their end customer’s requirements. Talent 101 creates the AMS verification plan, verification strategy, and resource plan. Talent 101’s Lead AMS Verification Engineer joins the Mixed-Signal design early in the design process. Early engagement ensures alignment between the design and verification teams. Our customers take the lead of the SoC design strategy. In parallel, the Talent 101 Lead Engineer starts the AMS verification effort. Talent 101 customers engage us for either top-level or block-level service models through pattern generation (PG; Tapeout).
The benefits above are only a few of many different reasons why an organization should use Talent 101’s Analog Mixed Signal (AMS) Verification Services. Talent 101 currently services Fortune 500 Semiconductor and IC Design companies.
Download the Talent 101 white page on Analog Verification/Regression below.
Businesses and organizations have never been more dependent on the digital economy and the internet for growth. Cloud-based technologies have also made digital innovation much more vast and accessible to people. However, the greater the virtual infrastructure, the greater exposure to security risks businesses face.
As we head toward the fall season, semiconductor players are finding creative ways to continue developing technology and processes while adapting to a new normal. In the past few months, we’ve seen positive sales trends, creative fiction made from machine learning, silicon-based space technology, and new commercialized chipsets. In case you’ve missed anything, here’s a rundown of the latest news and breakthroughs in the semiconductor space:
As any engineer who has spent hours mulling over a malfunctioning piece of hardware can attest, nothing lasts forever. Years ago, finding defects wasn’t so complicated. But now, more features, complex packaging, and smaller nodes in modern technology make identifying defects more difficult. As a result, some devices never make it out of the lab— and others die in the fab.
