The term SoC verification is becoming as widespread in the fast-paced semiconductor design field as the chips. However, it remains unclear to many engineers, managers, and even passionate hobbyists what this process actually involves- and why it is relevant to the success of any system-on-chip (SOC) project.  This paper takes a walk through the inner workings of SoC verification, discusses the advanced design verification methodology which it is built upon, the tools and languages which make it all possible, i.e. SV (SystemVerilog) and UVM (Universal Versification Methodology) and what a company such as Pulsewave semi can do to help you get your head around all this.  Why SoC Verification is the Base of Chip Reliability. A contemporary SoC is an amazingly compact device: it has CPUs, GPUs, memory controllers, I/O blocks, RF front-ends and more, all on a single die. This complexity alone creates a maze of possible bugs which can cost firms millions in lost time, scraps o...

A new chip: The design path starts with a language that connects ideas in human form with silicon reality: *RTL Design*. RTL, aka *Register Transfer Level is the level at which engineers define how data flows between registers and how logic gates operate on that data. It is the architecture that converts an idea into dynamic microprocessor, digital signal processor or any other type of silicon chip. by partnering with an experienced RTL design service provider is not only a convenience for companies that must take high-performance, low-priced chips to market within short timeframes, but also a strategic advantage. Designing EE: SOC ASIC Design: The Core of Modern Electronics. In the modern globalized world, the design of a System-on-Chip, also known as SOC ASIC design (System-on-Chip Application-Specific Integrated Circuit), is the backbone of consumer electronics, automotive systems, industrial automation, and others. SOC ASICs cram entire CPU and graphics systems into a single ...