The origins of flexible displays can be traced back to the ’70s. Though there have been many breakthroughs since then, it was only recently that this technology began to see consumer adoption for mass production.

Currently, 90% of displays sold today are made with glass. These designs are based on liquid crystal displays (LCD). Flexible displays are often based on organic light-emitting diode (OLED) technology, which is fundamentally different than LCD.

So, how does this technology flex and fold? Below, we explore how to create flexible displays using OLED over LCD.

Because the semiconductor industry produces some of the world’s most advanced products, it’s often the first to feel the impact of a technology shift.

With the coming fifth generation (5G) of cellular technology, manufacturers must develop materials with advanced capabilities on several fronts.

Below, we explore how this new wave of technology impacts the semiconductor industry.

Our team is gearing up to attend this year’s SEMICON West in San Francisco from July 9 – 11. We’ll be showcasing Promerus’ ability to tailor polymer properties for application-specific requirements by overviewing our materials.

Outside of exhibiting, our team will attend keynote presentations to hear about the latest innovations across the microelectronics supply chain, including components, materials and more.

With over 80 hours of technical programming, you won’t want to miss out on this opportunity to network with partners and prospects from nearly every segment of the global microelectronics industry, including Promerus.

Planning to attend this year’s conference? Take a look at our list of must-see presentations below.

Optics is the study of how light, be it infrared, visible or ultraviolet, interacts with materials. At the molecular level, materials interact with photons to determine the material’s optical properties.

Understanding how materials can be modified to meet specific optical functional requirements is critical for engineers to remain on the cutting edge of the industry.

Below, we explore two key optical properties of materials.

Electronic packaging is the art and science of placing IC chips in protective enclosures to form electronic systems.

The effectiveness of the system is strongly dependent on its design—but that’s not all.

The rapid advancement of chips toward high density and high speed has placed an increasing demand on materials and their corresponding properties.

Below, we explore two key electronic packaging elements.

In April, our team traveled to Berlin, Germany for IDTechEx Show!. While there, we were able to explore the latest technologies in flexible, hybrid and printed electronics.

The show brought together a combined 2,500 attendees from 55 countries. Not to mention, it had wide industry representation with over 200 exhibitors.

Unable to attend? Don’t fret. The Promerus team highlights their top takeaways from the conference below.  

As conference season approaches, preparations loom around the corner. Our team is gearing up to attend this year’s IdTechEx Show! in Berlin, Germany April 10 – 11. While there, we’ll be showcasing how Promerus can tailor polymer properties for application-specific requirements.

Outside of exhibiting, our team is planning to take advantage of the keynote presentations to hear all about the latest inventions across the value chain. With over 250 presenters, you won’t want to miss out on this exciting opportunity to connect emerging technologies with global brands, including Promerus.

Planning to attend this year’s conference? Take a look at our list of must-see presentations below.

In 2018, global sales for the semiconductor industry reached $468.8 billion—the industry’s highest-ever annual total.

Slowing growth and increasing costs for designing, packaging and testing device chips are plaguing semiconductor companies worldwide. As a result, companies are now relying heavily on mergers and acquisitions (M&A) to generate profits in a competitive landscape.

In fact, acquisition agreements reached a combined value of $23.2 billion in 2018.

Are you ready to test the waters with a merger? Or, an acquisition? Read on to learn how M&A have helped semiconductor companies pursue growth in rising markets and customer segments.

In the semiconductor industry, picking the right partner is crucial to success. If you choose the wrong partner, your solution could fail before it’s had the chance to take off. 

On the other hand, if you find a reliable partner who shares your industry experience and expertise, as well as values, there’s no telling what you can achieve.

As you vet potential partners, we pose questions to consider, plus qualities to look for in team members below.

If you’re in the market to purchase a television, a mobile phone or any other device with a display, one of the buzzwords you’ll likely hear is OLED, or organic light emitting diode.

Displays based on OLED technology are fundamentally different than those based on liquid crystal display (LCD) technology.

Below, we uncover the differences between the two types of displays and the applications of each.