Month: February 2025

How to Choose the Appropriate Pixel Pitch for an LED Screen?

When we talk about LED screens, it is inevitable for us to come across an essential concept “pixel pitch”. Pixel pitch does matter to an LED screen, but how? And how to choose the appropriate pixel pitch for an LED screen? This article will give you some guidelines to make it out. What is pixel pitch? Why is it important?As we all know, LED displays adopt LEDs (light-emitting diodes) as pixels to play images and videos. Generally speaking one LED light can be defined as one pixel for an LED display. As its name implies, pixel pitch is the center…

Esdlumen: to Lead the New Trend in Design of The Anti-Collision Corner Protectors for Rental LED Products

Esdlumen: to Lead the New Trend in Design of The Anti-Collision Corner Protectors for Rental Products As we all know, innovation is the core of the development of enterprises, Research and Design is the most important part of innovation. Over the past 12 years, Esdlumen infuses vitality to the development of company by the breakthrough in Research and Design again and again, so that Esdlumen becomes Top 10 export enterprise in LED Display Industry, and Esdlumen(the brand) is well known all over the world. So far, Esdlumen has owned more than 100 patents. In particular, esdled’s design of anti-collision corner…

Published in Nature! CIQTEK Pulse EPR Boosts The Discovers of New Method to Enhance Bit Performance

Recently, a research paper titled “Phononic modulation of spin-lattice relaxation in molecular qubit frameworks” by the research team led by Sun Lei from the School of Science at Westlake University was published in Nature Communications. Figure 1: Hydrogen bonding network and phonon modulation of spin-lattice relaxation in MQFs The team used CIQTEK pulsed Electron Paramagnetic Resonance (EPR) Spectroscopy X-band EPR100 and W-band EPR-W900 to characterize two molecular qubit framework materials containing semi-quinone radicals. Figure 2: Spin dynamic properties of MgHOTP and TiHOTP They discovered that hydrogen bonding networks in these materials led to decreased structural rigidity, resulting in sub-terahertz optical phonons, reduced Debye temperature, increased acoustic phonon density of states,…