Before any product can move confidently into mass production, it must pass one important milestone: Production Validation Testing (PVT). While EVT and DVT confirm that the design works and is manufacturable, PVT ensures that the entire production ecosystem, from the supply chain to the assembly line to quality assurance, is ready to perform at scale. PVT...
When a product reaches the final stages of development, one challenge remains: ensuring that every unit built at scale meets the same quality, performance, and reliability standards as the initial prototypes. This is where Production Validation Testing (PVT) becomes indispensable. PVT is the last major verification phase before mass manufacturing, designed to validate not only the...
Reaching the final stages of product development is a major milestone, but it doesn’t mean the product is ready for mass manufacturing just yet. After EVT validates core functionality and DVT proves system-level performance and manufacturability, there is one step left: Production Validation Testing (PVT). PVT is where the production line, processes, and quality controls are...
In hardware development, one of the costliest mistakes is discovering design flaws after mass production begins. At that point, even small issues can cause major setbacks, like production delays, yield drops, unexpected rework, and costly redesigns. This is exactly why Design Validation Testing (DVT) is important. DVT identifies system-level issues early enough to fix them without...
Bringing a product from concept to market is more than just perfecting a schematic, it’s about proving that the design can perform reliably in the real world. That’s where Design Validation Testing (DVT) plays a pivotal role. At SVTronics, we view DVT as the bridge between engineering innovation and market readiness, making sure what works...
Printed circuit boards (PCBs) are the foundation of today’s electronics; without them, the electronics industry would not exist. From medical devices and aerospace systems to automotive controls and consumer electronics, their reliability directly impacts product performance and safety. While many only see the finished board, it’s the hidden engineering that determines how well a PCB...
In the 1960s, industry engineers proposed a new term — MEMS — but it wasn't until the '80s that they put it in commercial use. The meaning behind MEMS has shifted throughout the last two decades. The phrase is now used to denote both a specific kind of device and a method of manufacturing. When talking about...
A key component in the world of contract electronics manufacturing is the New Product Introduction process. There are a number of factors to consider while looking for an electronics contract manufacturer (ECM) that can consistently provide high-quality products, and how they implement NPI is one of them. New Product Introduction can make or break an idea...
As a society, we are obsessed with our gadgets — TVs, computers, tablets, and, probably most importantly, smartphones. When we buy a new device, it almost goes without saying that we'll use it just until the next product upgrade release, which means that devices aren't used until the end of their lifespans. And even if...
The term “semiconductor” became ever more popular in 2020/2021 with news of the semiconductor shortage. Over the last seven decades, it became the backbone of electronic device manufacturing. Semiconductors are considered the heart of modern electronics and their manufacturing, as they help electrical devices process information as efficiently and compactly as possible. The industry is highly competitive,...
