Huawei official says current telecommunications infrastructure is not enough to sustain Metaverse
According to Abhinav Purohit, chief expert in business and strategy consulting, while high-speed 5G networks are accelerating technology activity in India and around the world, the current telecommunications ecosystem is not yet standardized. Equipment to support metaverse technology can be very demanding. Huawei in the Middle East region. Headquartered in China, Huawei is a telecommunications equipment supplier that is working to perfect the 5G Internet to unleash its full potential. According to Purohit, the metaverse “is a collective virtual shared space, created by the convergence of virtually enhanced digital and physical reality”.
Advanced immersive technologies such as Augmented reality (AR) and Virtual Reality (VR) create important building blocks for inverse . For technology to succeed as a fully functional virtual universe, it needs to be supported by high-speed Internet. According to Purohit, only 25 percent of the global population will have access to 5G to 2025.
“For Metaverse to be successful, latency needs to be improved and faster connection speeds are needed. Need to increase network bandwidth. The latency, packet drops, and unreliable networks witnessed in today’s 4G world render the current state of infrastructure unsuitable for building the envisioned metaverse experience. 5G will be the answer here,” one official post from Huawei officials said.
The market opportunity for the metaverse could reach $800 billion (approximately Rs 59,58,700) in the next two years, research reports propose estimate.
In the first day of this month, Nvidia announced that the auto industries will soon begin to add an upside-down perspective to their retail and industrial operations. With the metaverse, automotive players are expected to increase their level of monitoring of the vehicle production process. This will make changes and modifications before it’s too late.
“Metaverse will allow geographically distant participants to enjoy real, space-aware experiences. Delivering such an experience will require innovation in areas such as local and remote real-time composite rendering, video compression, edge computing and multi-layer visibility, as well as spectral dynamics. frequency, based on the super-reverse readiness of future connectivity and mobility standards,” explains Purohit.
He added: “Latency, symmetric bandwidth and quality of experience (QoS) are the three parameters that need to be provided by 5G or 6G Internet to see the metaverse develop to its full potential.
