Meta Platforms may have announced what analysts have called a particularly disappointing third quarter, with revenue down 4% to just under $28 billion. But the company’s future is to build a metaverse into his 1 billion user ecosystem by 2030, and dealing with this community is not only Mark Zuckerberg’s ambition, but telecommunications. and the goal of the IT industry.Massive MIMO metaverse partnership between telecom infrastructure project (hint) and Intel.
as clarified in FYUZ 2022 At the event by Nathan South, Strategy and Operations Lead at Meta for Connectivity, the journey towards the Metaverse is paving the way for new use cases alongside advances in the current ones. However, a compelling and ultimately successful experience involves improving network performance in key metrics like download speed and round-trip time latency, and monitoring metrics like jitter, upload speed, and interpersonal latency. Is required.
“The challenge for us is that we are talking about different networks, different devices, different locations,” he said. “That’s the challenge we’ve been grappling with over the last few years.”
“What is changing is the need for two-way data, along with the fact that multiple people are communicating and interacting at the same time. We need to work together when defining key metrics. [We must ask] What are your requirements? How do you look at different networks operating together? How do you identify weaknesses? How do you fix those weaknesses? that’s what we want. We believe we can get there through collaboration across the industry and across telecom companies. “
TIP outlined the fundamental key elements connectivity plays in a successful metaverse. Cellular networks will need more capacity and intelligence to support metaverse and augmented reality applications for both consumers and businesses, he added. Massive MIMO (mMIMO) can provide more capacity. It also offers the ability to focus bandwidth on devices and deliver a Metaverse experience from a single 5G radio thanks to beamforming capabilities. However, he also emphasized that currently no mmMIMO whitebox service with extensive end-to-end capabilities to meet this demand is available.
To address this, TIP is working with Intel and Analog Devices to enable the Metaverse using O-RAN Massive MIMO (mMIMO) as part of the TIP OpenRAN project group.
This collaboration will result in a 5G mMIMO Open RAN Radio Unit (O-RU) whitebox, distributed by Intel, capable of supporting O-RAN’s Workgroup 4 IoT profile.The power supply of the white box is Intel Agilex It also leverages Intel’s advanced beamforming technology and Analog Devices’ RadioVerse system-on-chip software-defined transceivers.
Using programmable silicon and advanced beamforming technology, the white box is equipped with a ready-to-deploy mMIMO wideband implementation. The mMIMO O-RU is conceived as a wideband standalone radio unit with 32 antenna elements supporting O-RAN interfaces and advanced software applications.
TIP also allows MNOs, OEMs, and ODMs to use the O-RU whitebox to leverage the O-RAN ecosystem, extensive IP library, and Agilex processing power to develop bespoke O-RUs. , we believe can reduce time to market. And CAPEX. The mMIMO O-RU Whitebox opens the door to a wider playing field for system integrators, giving operators more options to meet their specific requirements while helping reduce supplier lock-in. increase.