LG Display, the world's leading innovator of display technologies, unveiled today its newest OLED TV technology OLED EX. The next-generation OLED EX display implements LG Display's deuterium and personalized algorithm-based EX Technology, which helps boost the innovative display's overall picture quality by enhancing brightness up to 30 percent compared to conventional OLED displays.

The OLED EX name is an acronym of "Evolution" and "eXperience", which represents the company's goal of providing customers with new experiences through its ever-evolving OLED technology. OLED displays are self-emissive by nature with their multiple millions of pixels emitting light independently without a separate backlight source. This distinctive characteristic lets OLED EX achieve the perfect black, rich and accurate color expression as well as an extremely fast response time.

MSI's iconic Hydrogen series of graphics cards are making a comeback. According to the latest Eurasian Economic Commission (EEC) listings, we have information about the latest addition to MSI's lineup of graphics cards. For starters, MSI has filled EEC reports about its upcoming GeForce RTX 3060 LHR variants, which feature an updated GA106-302 GPU. The new cards will carry the LHR name as a part of the official product name, to be easily separated from non-LHR variants, so buyers know exactly what model they are getting.

Additionally, MSI is seemingly making a comeback of its Hydrogen series. Hydrogen lineup used to be popular with GeForce GTX 580 Hydrogen card, which delivered awesome overclocking performance enabled by a water block strapped onto the card. If MSI brings the series back, it will come in the form of the GeForce RTX 3090 Hydrogen model, which could represent the highest-end RTX 3090 design from the company. It remains to be seen what MSI does with it, and if we are getting it at all, so we have to wait for more information.

It's only a matter of time before microchip production as we know it disappears entirely, at least for leading-edge tech designs. Either via new materials applied to trusted techniques (such as carbon coating/nanotubes) or entirely new and exotic fabrication technologies, we're rapidly approaching the limits of traditional silicon-based microchips. One solution to the problem, as it stands, might be found in spintronics - an interesting concept which bases processing and data retention not simply on whether current is being applied to a given transistor (as is the case for current silicon chips), but on a property of electrons called spin. Crucially, changing the magnetic orientation of electrons requires but a single charge, instead of a continued supply of power - which allows for much lower power consumption and heat output, two of the encroaching, limiting factors for the usual chips.