Fundamental to the continued growth of the digital economy is the infrastructure that supports it.
Portable computing and artificial intelligence ( We need to equally advance the world’s capabilities in both AI and AI. Wireless connectivity architecture.
It’s not a chicken-and-egg issue, it’s the simple fact that if farms don’t work, there can be no livestock at all.
Meta CEO Mark Zuckerberg announced on Wednesday (February 28) that LG Electronics’ management, including CEO William Cho and home entertainment company president Park Hyun-sei, This stems from hours of discussion with Jin about the synergies between the two companies. The development of his XR generation devices such as the Meta Quest 3 headset and his Ray-Ban Meta smart glasses.
The conversation, which Zuckerberg is currently having as part of his Asia tour including Japan and South Korea, also focused on Meta’s large-scale language models (LLM) and its potential for on-device AI integration. press release.
According to the release, the purpose of the discussions between LG and Meta is to combine the companies’ strengths across products, content, services and platforms to drive customer experience innovation within the fast-growing virtual space.
LG’s leadership envisions that by integrating Meta’s platform with the unique content and service capabilities of its TV business, it can create a unique ecosystem in the XR domain.
The partnership between the two global companies will end with new enhancements in connectivity technology to be highlighted at this week’s annual general meeting (February 27). The biggest smartphone event, M.W.C.located in Barcelona, Spain.
That technology is predicted by many in the telecom industry to be high-speed 5.5G broadband.
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High-speed connections needed for high speeds
5.5G technology is expected to revolutionize XR, MR, VR, and AI by offering several key enhancements over previous generations of wireless technology.
Leon Wang, president of Huawei’s data communications product line, said at MWC. According to the news release, “Through the joint efforts of the industry, Net5.5G has reached consensus on industry standards, key innovations, and application scenarios.
“Comprehensive support for ubiquitous 10 Gbps connectivity, resilient ultra-broadband transport, hyperconverged data centers, and autonomous network self-optimization enables carriers to upgrade and evolve their networks while building new business. ,” he added.
So, beyond the technical language, what’s so special about 5.5G?
One is increased bandwidth. 5.5G offers significantly higher data transfer speeds compared to previous generations. This increased bandwidth enables more data-intensive XR experiences, such as high-resolution graphics and 360-degree video, and enables more complex virtual environments.
One of the most important aspects of XR is low latency, which refers to the delay between a user’s action and the system’s response. 5.5G significantly reduces latency and enables real-time interactions in XR applications. This is critical for MR applications such as AR, XR, and VR to provide a seamless and immersive user experience.
Importantly, 5.5G networks are designed to handle large numbers of connected devices simultaneously. This is important for XR, especially in scenarios where multiple users interact within the same virtual space. The increased device density of 5.5G ensures a smooth and reliable experience for all users.
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5.5G is also based on the concept of network slicing, a feature previously introduced in 5G networks. Network slicing allows operators to create dedicated, virtualized slices of the network for specific use cases. This allows him to customize network parameters to meet the specific requirements of his XR application, ensuring optimal performance and quality of service.
Simply put, 5.5G infrastructure improvements provide higher bandwidth, lower latency, improved device connectivity, and support for new applications and use cases for users across a variety of domains. Contributing to a more immersive, responsive, and versatile XR experience.
Technology and AI companies like Meta will not be in charge of investing in 5.5G capabilities, but telecom giants like LG and, in some cases, national governments.
However, the needs and demands of large customers like Meta can and will influence carriers’ strategies for upgrading network infrastructure and services.
