Samsung Research’s Post

The Evolution and Impact of Cellular Antennas: From 4G to 5G and Beyond in Wireless Communication. In the fast-paced world of wireless communication, cellular antennas are crucial for connecting technology and people. With the rise of 5G and the ongoing use of 4G and LTE antennas, these devices have become more important in our daily lives. Read more via Taoglas: https://lnkd.in/dA9cctNK

Kelcee Griffis, Morning Brew: How will 6G differ from 5G on the technology side, and how do those differences play into energy consumption? Subhagata Mukherjee, Nokia: "The objective of the 6G world is to bring the digital and the physical world into fusion. 2G was about voice, 3G was about mobile internet, 4G was about videos and social media, 5G has been about video uploads. It is expected that the second half of 5G, around 2025 to 2026, is going to be about industrial automation." #Nokia | #6G | #energyefficient | #mobilecommunications | #WeAreNokia 🌎 🌏 🌍 🌐 📳 📶 🔋 https://lnkd.in/estCpykm

The Future of Wireless Connectivity: From 5G Advanced to 6G 📶 🌐 Are you new to the tech industry or gearing up for an interview? Understanding the evolution of wireless technologies is crucial as we move towards the next generation of connectivity. 🔍 Curious about what’s next after 5G? Dive into our latest blog post where we detail the advancements from 5G Advanced to 6G and what they mean for the future of technology. In this blog, I've tried to help you with the answers to: What are the key differences and advancements from 5G to 6G? How the enhanced connectivity and new applications will impact the industries? Understanding these advancements will give you a solid foundation in the rapidly evolving world of wireless technology. 👉 Read the full article here - https://lnkd.in/gjB9r5FC #5G #5GAdvanced #6G #WirelessTechnology #WirelessConnectivity #TechIndustry #Evolution #CareerDevelopment #FutureOfTech #Networking #TechTrends

Every mobile wireless generation (G) from 1G to 5G refers to an update in the speed of operation, operating frequencies, and the working environment of the system and every new generation (G) has updated standards, new capabilities, new features, etc. which makes a difference from the prior generation. The 7G (Seventh Generation) is the intelligent cellular technology that will succeed the 5G and 6G technology. The 7G will be upgraded to a much higher frequency range and will provide a higher capacity and a much lower delay in communication. As everyone in this world needs very high-speed internet so that mobile phones and other computing devices open websites or applications in the blink of an eye, a call with non-existent delay, universal integration, and extended connectivity. All these requirements will be met by a network technology called 7G. Nowadays mobile phones have everything in them ranging from high speed, huge memory, small size various audio/video players, high-definition cameras, etc. In 6G technologies we might jump into the THz space, and 6G technologies of wireless communication networks shall integrate satellites to get global coverage. The global coverage systems are the global position system (GPS), the COMPASS system, the Galileo system, and GLONASS. All these coverage systems are independent and developed by different countries. So, space roaming and handoffs are the main issues with 6G networks. The task of 7th generation (7G) wireless mobile communication networks is universal integration.

Our series of articles about RF & Wireless technology continues with the publication of part two online by EPD&T. Entitled "From Postcards to Global Connectivity - Wireless Communication’s Evolution", this piece digs deeper into wireless communication standards and examines how they are shaping our connected world. https://lnkd.in/eZHsC8T7

Widening the highway: a once-in-a-decade opportunity! It's not every year that device chipsets get completely redesigned. But #6G will bring the chance for a fresh start from the bottom up. My latest blog looks at a few of the radical steps forward that this opportunity will enable, as identified in #3GPP's RAN plenary meeting in sunny Madrid last week when #Nokia worked with industry partners to create the first liaison statement to ITU-R on IMT-2030 requirements and evaluations: wider channel bandwidths (at least 200 MHz!), new spectrum (around 7 GHz, enabling cell-site re-use from 3.5 GHz with massive additional capacity), and a renewed emphasis on sustainability and energy efficiency.

This is a short insightful post from a few months back about the development of 60ghz wireless in new ways. https://lnkd.in/gUHG55XF

In today’s rapidly advancing technological landscape, ensuring the safety and compliance of wireless devices is more critical than ever. As new wireless connection standards emerge, such as Wi-Fi 7 and Citizens Broadband Radio Service, the importance of thorough SAR and RF testing grows. These advancements bring with them new challenges and opportunities that manufacturers must navigate to stay compliant and competitive in the market. https://lnkd.in/gNb244sx

Thanks to advancements in satellite technology, the 5G non-terrestrial networks (NTN) market is set to reshape connectivity. The future is looking bright. Explore four market predictions for 5G NTN. #5G #Connectivity #Technology https://lnkd.in/gbBtdm5G

Nokia kicks off 6G test in 7GHz at Dallas HQ Nokia plans to operate four 6G basestations, connecting to ten devices, in the 7GHz band at its US headquarters in Dallas. The move is likely an effort to entice interest in Nokia gear among US operators. Mike Dano Wade Sarver