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Wi-Fi 7 is generating a buzz and customers expectations are growing! Focusing on throughput, it introduces groundbreaking features like Multi-Link Operation (MLO), similar to carrier aggregation in cellular networks. MLO increases traffic flow by using any of Wi-Fi’s three bands across a single device to effectively double capacity or more, a game-changer for Wi-Fi technology. https://okt.to/ujNcV7 #WiFi

Wi-Fi 7 is set to revolutionize #wireless transmission with its 4.8x faster speed than #Wi-Fi 6, better efficiency, deterministic latency, and higher reliability. Learn more from our blog https://ow.ly/bWjr50Sfgup #Amphenol #WiFi7

Discover how Wi-Fi 7 can revolutionize your business operations with blazing speeds, ultra-low latency, and enhanced connectivity. It's more than just an upgrade it's a strategic move to keep your business at the forefront of innovation. 🚀💼   Ready to take the next step? Contact us today 📩 info@qdsnet.com   #QDS #WiFi7 #BusinessGrowth #TechInnovation

#WiFi7 is set to launch before the end of #Q1, and businesses of all sizes are keen to discover if it lives up to the hype. From epic speeds to low latency and improved reliability, our latest blog takes a look at what this new generation of wireless #technology has to offer: https://ow.ly/3oU150QzI3a

🛜 Our L4S (Low Latency, Low Loss, Scalable throughput) solution promises to revolutionize Wi-Fi by virtually eliminating Wi-Fi queuing latency and significantly reducing both latency and jitter. However, we must also address issues in the Wi-Fi MAC layer. By addressing both queuing delay and the Wi-Fi MAC layer, we can unlock a future where latency is no longer a bottleneck but a gateway to seamless, real-time digital experiences. Our Werner Coomans and Koen De Schepper show you how in this blog: https://nokia.ly/47nZWS0 #L4S #Wifi #Research #Innovation

Wonder what the future of low-latency Wi-Fi looks like? Teaser: it stars a combination of L4S and an optimized Wi-Fi MAC. As Nokia Bell Labs has already shown in the past, L4S support on Wi-Fi significantly reduces Wi-Fi latency by eliminating queuing delay. For reducing Wi-Fi latency even further, the onus is now on the Wi-Fi MAC (Medium Access Control). That's because L4S can often keep packet buffers empty, but cannot overrule transmission blockages by the MAC scheduler that governs access to the Wi-Fi channel. In the blog, we demonstrate the promising impact of optimizing the MAC layer for L4S to overcome this. Combining L4S with an optimized Wi-Fi MAC charts a way forward for next-gen Wi-Fi that will enable it to flawlessly support any time-critical application, such as working from home, gaming or extended reality. #Nokia #L4S #WiFi #Innovation

#WiFi7 is the highway that brings key enhancements to improve data throughput and reliability. With the improvements provided by #6GHzWiFi #WiFi7, #WiFi devices in the home or office (where multiple devices contend for airspace), can now make more efficient use of the frequency space available to them. Great read from Total Telecom's James McKenna on why service providers need to prepare for #WiFi7. https://lnkd.in/edGNDRui #WiFi7 #6GHzWiFi

Are you looking to experience faster speeds, seamless connectivity, and enhanced productivity? If so, Wi-Fi 6 may be what you need to help your business thrive. Swipe to find out why. #WiFi6 #NetworkConnectivity #EngineerLife #ITProfessional

Read how Nokia Bell Labs is shaping the future of Wi-Fi.

Wi-Fi is often preferable for mobile internet access over cellular data. How can you get Wi-Fi access on the go? This guide will provide information on the various ways and tools you can use to access the internet, #TechTip #VTem #Tech #WiFi