To unlock the transformative potential of metaverse applications, there is an urgent need for greater bandwidth and more dependable telecommunications networks. After all, these immersive digital worlds rely on sending and receiving colossal amounts of visual data, which requires a hefty amount of computing power; however, with increased access to strong telecoms infrastructure, we can finally open doors for a truly captivating virtual experience. With people already flocking towards these realms in augmented reality and virtual reality, what they need might be 5G.
5G Technology Can Reach 10 Gbps Speed
This fifth-generation technology standard for broadband wireless networks has only recently been offered by the four leading U.S. carriers – AT&T Inc., Verizon Communications Inc., T-Mobile US Inc., and Dish Network Corp. With its impressive speeds of up to 10 gigabits per second, as well as reduced latency and greater dependability compared with 4G networks that are limited to merely 1Gbps bandwidths, 5G is essential in order avoid disruptions which can destroy any sense of living an alternate universe experience! Even though 5G hasn’t yet fulfilled its pledge of massive bandwidth and isn’t universally accessible, wireless telecoms are still investing billions to ensure it is available everywhere.
5G Can Also Help Solve the Processor Power Problem of the Next-Gen Metaverse
For the upgraded virtual and augmented reality hardware to become more compact, comfortable, and higher in quality, extensive 5G is necessary. As Rolf Illenberger of VRDirect – an enterprise VR solutions firm – explains: “For a dynamic metaverse experience that has great processing capabilities, you need tremendous 5g capacity.” Therefore, widespread adoption of 5G technology is critical for unlocking next-gen AR/VR headsets!
Illenberger clarified that the next phase of a metaverse revolves around having cloud processing power close to users, such as one hop away or even on the same street. This is necessary to guarantee minimal latency and an optimal user experience.
We require edge computing, which involves bringing cloud computation as near the user as possible to decrease latency between servers and users. Additionally, this would allow metaverse applications to make the most of their bandwidth for visuals rather than dedicating it solely to computational processes.
Although It’s Not That Advanced Yet, 5 G Looks Like It’s Already Helping Metaverse
Could this be the spark that reignites our journey to the metaverse? It’s certainly possible. According to a comprehensive research study by Ericsson, a communication infrastructure technology provider for service providers, consumer engagement with metaverse technologies is significantly higher when utilizing 5G than 4G connections.
According to the report, 5G users already spend an additional hour per week in virtual-reality applications compared with 4G customers. Furthermore, these individuals have enhanced expectations for 5G performance and coverage that are heightened by their elevated time spent on AR apps. They anticipate devoting two or more hours weekly to viewing video content across mobile devices – 1.5 of which will be invested in augmented reality (AR) and virtual reality (VR) glasses by 2025! Surprisingly enough, Illenberger believes enterprise use of 5G technology and metaverse incorporation could outpace consumer adoption sooner rather than later.
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