T-Mobile Achieves Record-Breaking Uplink Speeds with Another 5G First

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T-Mobile 5G Speed Record

In a groundbreaking achievement, T-Mobile, the Un-carrier, has once again pushed the boundaries of 5G technology. Collaborating with Nokia and Qualcomm, T-Mobile achieved record-breaking uplink speeds of 345 Mbps on its 5G standalone (SA) network. This feat, leveraging a new feature called UL Tx switching, sets a new standard for data transmission from mobile devices to the network.

The Power of UL Tx Switching

UL Tx switching is a game-changer. Imagine taking the 5G superhighway and adding new, faster lanes with spare capacity for traffic to zoom faster than ever. Here’s how it works:

  1. Carrier Aggregation: By combining different channels of spectrum, UL Tx switching creates more capacity and speed.
  2. SU-MIMO (Single User Multiple Input, Multiple Output): This technology allows your phone to send multiple data streams simultaneously, further boosting uplink speeds.

The recent test using UL Tx switching achieved speeds 25% faster than T-Mobile’s previous record of 275 Mbps. It’s like giving your phone a turbo boost for uploading content, collaborating remotely, and enjoying emerging technologies like XR.

The Technology Ecosystem

T-Mobile’s 5G network has already revolutionized download speeds, but the focus on uplink speeds is equally crucial. Whether you’re a content creator, gamer, or remote worker, faster uplink speeds matter. T-Mobile’s President of Technology, Ulf Ewaldsson, emphasized the significance of this achievement: “Uplink transmit switching has the potential to significantly boost upload speeds and capacity, and we implore our partners around the globe to build this capability into the 5G ecosystem moving forward.”

Nokia, a long-term partner, played a pivotal role in this achievement. Tommi Uitto, President of Mobile Networks at Nokia, expressed pride in enhancing T-Mobile’s 5G network experience: “By working closely and collaboratively with our partners, we can push the boundaries of what is possible with 5G.”

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