PositioNXT’s Post

Our Faculty of Engineering and Natural Sciences Dean, Prof. Dr. Hüseyin Arslan, shared his insights on 6G technology and the 6G Conference. 🎤🌟 Check out his thoughts on the future of connectivity!

Can you imagine a world without transistors? The invention of the transistor was revolutionary, in part because it paved the way for the development of the integrated circuit. Tune in to Ing. Katya Echazarreta's video to learn more about the history of the integrated circuit, the role that TI has played throughout its history, and some of the trends and technological advancements that could shape integrated circuits of the future: https://lnkd.in/gpgpqsa4

Can you imagine a world without transistors? The invention of the transistor was revolutionary, in part because it paved the way for the development of the integrated circuit. Tune in to Ing. Katya Echazarreta's video to learn more about the history of the integrated circuit, the role that TI has played throughout its history, and some of the trends and technological advancements that could shape integrated circuits of the future: https://lnkd.in/gpgpqsa4

#TNOSpace together with 17 partners from the Dutch industry is contributing to Europe's sovereignty and security. Here's a call to action for • creating independence of non-EU infrastructure, • reinvigorating the EU supplier base, and • preparing to face the new cybersecurity and intelligence challenges.

I am very grateful to Professor Dionysis Kalogerias and his team at Yale School of Engineering & Applied Science for inviting me to remotely present my work on percentile optimization to their group. It was an incredible opportunity to share my work, conducted in collaboration with Professor Ravi Adve, and to engage in stimulating discussions with such a fantastic audience. I look forward to our future collaborations! For those interested in the work, it focuses on a central problem long known in wireless networks— how can we optimize throughput for lower-percentile 'cell-edge' users? This initially seems to be a chicken-and-egg problem: in order optimize transmission, we need to know which devices fall into the lower percentiles. In order to do that, we first need to transmit to them! Our recent work, published as a two-part paper in IEEE Transactions on Signal Processing, tackles these issues and effectively solves these problems. It is available at https://lnkd.in/gg5_akmW and https://lnkd.in/gVxi7nfw.

The Dutch are more and more ambitious 🌌! 📣 Share with us: How do you help enable European sovereignty and security? A position paper by the Dutch satcom industry was released yesterday at the Satcom Summit, with Kees Buijsrogge, Peter van Uhm, Jeremy Godet, Tjerk Opmeer, Rob Postma, Guustaaf Stavenije, Harald Hauschildt, Bernie Buijs Bert Meijvogel Will Crowcombe Aymard de Touzalin Bob Dirks Lisa Burke Leveraging our strong heritage in #semiconductors, #radar, #ultraprecision #optics manufacturing, and #space instrumentation, along with recent investments in #quantum technology and optical #satellite communication, this paper present reliable and trustworthy Dutch solutions. TNO Vector Project leader Sabine Kerssens : "It’s encouraging to see an industry jointly take shape around key technologies identified by our government, it’s a significant step towards successful valorisation and scaleup growth in Europe." NXTGEN Hightech Program Manager Erik Fritz adds: "The innovation coming from our consortium partners drives the ambition for the future. This paper helps steer the laser satcom activities towards common goals, strengthening the effects of our collaboration.” We thank the partners in our ecosystem for coming together and strengthening the laser satellite communication proposition: AAC Clyde Space Airbus Netherlands B.V. Axient BRIGHT integrated Photonics Celestia STS Demcon FSO Instruments IBS Precision Engineering ISISPACE Group LioniX International Magnetic Innovations BV Photonis Nederlands Lucht- en Ruimtevaartcentrum Signify Single Quantum TNO VDL Groep & VTEC LASERS & SENSORS LTD. Read more here: https://lnkd.in/eWhg7aFM

Ever wondered how data can be transmitted using light? 🌟 Dive into the world of Wireless Optical Communication (WOC) where infrared, visible, and ultraviolet light revolutionize the way we communicate without wires. 📡 From high-speed Li-Fi to advanced Free Space Optics, discover the technologies driving WOC and their exciting applications in smart cities, healthcare, and beyond. 📈 Explore the evolution of WOC, recent technological advancements, and groundbreaking patents shaping the future. 📲 Swipe through our carousel to learn more and stay ahead in the wireless communication game! 👉 For the detailed article, visit :- https://lnkd.in/gA-ce_g7

APIC Corporation, based in Culver City, California, has been awarded a subcontract sponsored by the Air Force Research Laboratory (AFRL) in Rome, New York, to prototype a high-speed, energy-efficient photonic integrated circuit (PIC) for computer systems called Heterogeneously Integrated Photonics and Electronics (HIP-E). The HIP-E prototyping effort is a partnership between APIC Corp., AFRL, and Oak Ridge National Laboratory, (ORNL) the home of Frontier, currently the world's fastest supercomputer.  The contract is the first step in designing a manufacturable PIC to greatly improve chip-to-chip communications in terms of bandwidth and energy efficiency. Ultimately, HIP-E technology will connect all processors and memory with a fiber optical mesh network, reducing energy consumed by data centers, supercomputers and artificial intelligent computing systems by 95%. The contract and partnership with AFRL and ORNL marks a transition from research and development, where $150 million was invested over 20 years, to now, the development of manufacturable prototype computing systems. Dr. Raj Dutt, CEO of APIC Corporation stated, “HIP-E is a transformative technology, decades in the making, similar to the tectonic shift from vacuum tube to solid state electronics. The impacts and benefits of HIP-E are far reaching and is truly a technology that is a legacy for mankind.”

Great keynote session yesterday when Christina Gessner, Executive Vice-President at Rohde & Schwarz discussed the 6G-LICRIS and 6G-ADLANTIK projects at the Berlin 6G Conference 2024. We're excited to be part of such important projects defining the future of wireless communications. Wondering what these projects are? 🚀 6G-ADLANTIK is aiming for an ultra-stable tunable THz system for 6G wireless communication and test & measurement based on photonics. 🚀 6G LICRIS is looking into enhancing the coverage and capacity of future 6G networks while minimizing power consumption with Reconfigurable Intelligent Surfaces (RIS) #makeideasreal #wirelesscommunication #6G

Today marks the birth date of Sir Charles Kuen Kao, a visionary whose "ground-breaking achievements concerning the transmission of light fibers for optical communication" earned him the Nobel Prize in Physics. His pioneering work laid the foundation for fiber optics, transforming the way we connect, work, and innovate in ways once thought impossible. As we honor his legacy, we also celebrate the power of high-speed fiber optics – the future-proof broadband solution that continues to connect individuals and communities worldwide. Check out how our fast, reliable and future-ready fiber has paved the way for a digital world without limits this #GimmeFiberDay! 🔗 https://bit.ly/3QvahVs #GimmeFibreDay