xMEMS’ Post

Understanding Display Brightness: Lumens, Nits & Perception The world of AV tech can be overwhelming, with terms like "lumens," "nits," and "perceived brightness" being used. But what do these really mean, and how do they impact our viewing experience? In our latest blog, we break down: 1️⃣ The difference between lumens & perceived brightness 2️⃣ Why context & environment matter more than you’d think 3️⃣ How to choose the right brightness for your AV setup From budget-friendly options to high-end setups, learn how to make the best choice for your church, event, or project. Dive into the details to optimize your next display decision. Read the full article 👉 https://wix.to/h75QmSL #AVTech #ChurchTech #DisplayBrightness #LumensVsNits #WorshipTech #newblogpost

🔊 USound will showcase its MEMS-based ready-to-deploy ultrasonic module at the upcoming Consumer Electronics Show (CES) in Las Vegas, Nevada. The ultrasonic module integrates USound’s Conamara MEMS tweeter driven by the Tarvos amplifier, paired with a third-party MEMS microphone. “This ultrasonic module highlights the versatility of USound’s MEMS speakers and their ability to deliver solutions beyond audio,” said Ferruccio Bottoni, CEO and Co-founder of USound. “Built with standard components and powered by our proprietary firmware, this product is ready for deployment in commercial applications requiring precise distance measurement and proximity sensing. In 2025, USound will unveil several ready-to-deploy audio and ultrasound applications, demonstrating the full potential of our MEMS technology across industries.” January 7-11 The Venetian, Suite 29-325 📍Las Vegas, Nevada 👉 USound's press release: https://lnkd.in/dM4wd4WP #USound #USoundtech #CES #CES2025 #TheVenetian #audio #tehnology #MEMS #microspeakers #loudspeakers #ultrasound

SMALL SIZE, BIG PERFORMANCE | The VSNMini 300 provides a modern, compact solution for powering multi-output video walls for meeting rooms, retail environments, and small-scale control room installations. Learn more about the VSNMini 300 here. https://loom.ly/uSjd4OU

Synaptics presents the DL200 chip delivers single or dual 4K displays over Wi-Fi using less than 200 Mbps.

Today our MK55 is once again favored by customers, I just want to say: good products speak. Just like: Great Mainlink, Great Transmission. MK55 More specific details : 💫 Frequency Bands: Mk55 Operating across the 800MHz, 1.4GHz, and 2.4GHz frequency bands provides versatility and adaptability to various environments and interference levels. ✨ Output Power: The MK55 offers a significant output power of 33dBm ± 1dB, which ensures robust signal transmission even in challenging conditions. 🎈 Real-time Video Stability: The system promises seamless and immersive viewing experiences, indicating minimal latency and high stability in video streaming. 🎉 Connectivity Features: The MK55 supports standard high-strength flexible cables, facilitating easy connection to ground unit systems. This ensures lightweight transmission of video and data with low interference and ultra-low latency. 🎊 Groundbreaking Integration Design: The MK55 ground unit showcases a streamlined five-in-one design, integrating wireless high-definition video, data, SBUS control signal, antenna, and receiver functionalities. This design simplifies setup and enhances portability. 🏆 Antenna Configuration: The combination of different types of antennas, including flat panel, omnidirectional fiberglass, and high-gain directional antennas, enhances signal strength and interference resistance. This configuration ensures stable transmission over longer distances.

The development of a light source in the form of an array of extremely small LEDs – devices one-tenth of the diameter of a human hair – has produced a new kind of illumination: not light as a block or beam, but rather a matrix of thousands or millions of tiny pixels, each controlled by a digital stream of data that can constantly reconfigure the matrix’s light output millisecond-by-millisecond. It's a new paradigm for light generation and the foundation of a new concept that we call 'digital light'. Read more >>> https://buff.ly/3z3u34E #technology #innovation #amsOSRAM #digitallight #optosemiconductors

Did you know that the first computer mouse, an iconic tool we use daily, had humble beginnings? In 1964, Douglas Engelbart, an American engineer, unveiled the prototype during a groundbreaking live presentation known as 'The Mother of All Demos.' What makes this invention even more fascinating is that the original mouse was crafted from wood! Engelbart's visionary creation revolutionized human-computer interaction, introducing the concept of graphical user interfaces and pointing devices. While the wooden mouse may seem primitive by today's standards, its impact on modern computing cannot be overstated. It paved the way for the intuitive interfaces we rely on today, shaping the digital landscape as we know it. 🖱️🌲 Phone: 949.407.7570 Email Address: info@pctronics.us website: pctronics.us #manageditservices #networkengineer #technology #connected #pctronics

Did you know? The first practical visible-spectrum LED was developed in 1962 by Nick Holonyak Jr. 🌟 Initially, LEDs emitted low-intensity red light and were primarily used as indicator lights in electronic devices. 💡 It wasn't until the 1990s that advancements in LED technology led to the development of high-brightness LEDs, paving the way for their widespread use in lighting, displays, and more. 🚀 #TechHistory #History #Innovation #FunFacts 📚 https://lnkd.in/gh-xvRx

Explore the latest advancements in surface mount audio technology and how we are leading the charge in innovation. As electronic devices become smaller and more powerful, the demand for compact, efficient, and durable components is higher than ever. From medical devices to consumer electronics and industrial applications, our surface mount solutions are designed to meet the evolving needs of modern electronics. Learn how surface mount technology is shaping the future of audio design. Read the full blog post here: https://lnkd.in/e-vRaMAn