Displaying items by tag: 28GHz

US completes its first 5G auction

Written on Tuesday, 29 January 2019 12:20

The US Federal Communications Commission (FCC) has completed its first 5G auction, with a sale of 28GHz spectrum licensing which raised a cool $702 million.

The chairman of the FCC, Ajit Pai expressed his delight at the successful completion of the first auction and said that it represented a significant step towards positioning the United States as a leader in 5G.

In addition to this, he declared that it was the objective of the commission to continue to pursue its strategy of pushing more spectrum licenses into the commercial marketplace. It was also confirmed that a 24GHz auction will take place in the next few months, and that will be followed by three more spectrum bands later in 2019.

The chairman of the FCC said that by that spectrum auctions were critical in helping it execute on its goal which enables US consumers to benefit from the benefits provided by 5G.

He said, “By making more spectrum licenses available, promoting the deployment of wireless infrastructure, and modernising our regulations – the three components of the FCC’s 5G FAST plan – we’ll ensure that American consumers reap the substantial benefits that will come from the next generation of wireless connectivity.

A total of 3,072 licences offered in 425MHz blocks were up for grabs in the 28GHz auction. Of these, only 107 received no acceptable bids. However, the identities of the winning bidders will remain private and anonymous until the close of the 24GHz auction.

Earlier in the month the FCC had reiterated its desire to continue to work on scheduled spectrum auctions, as it prepared to temporarily close down most of its other operations.

In November 2018, the agency had said it set strict performance requirements for the licences to encourage the swift rollout of 5G services - and will take dim view on any attempt to seek a waiver of the requirements ahead of construction deadlines.

Published in Telecom Operators

US Cellular expands 5G tests with Ericsson to 28GHz

Written on Wednesday, 25 October 2017 12:41

US Cellular, the fifth-largest full-service wireless carrier in the United States, and Ericsson, have completed a joint testing of various 5G use cases at 28GHz. The tests, a significant step toward the launch of a 5G network, were conducted in rural and suburban environments in Madison, Wisconsin.

The trials were conducted under a variety of real-world conditions, and they achieved peak throughput speed of 8.5Gbps. In addition, virtual reality was tested, achieving peak speeds of 4Gbps. This virtual reality test was one of the highlights of the trial, as it proved how the ultra-high speeds and low latency of 5G will enable VR applications.

The companies also tested augmented reality, advanced beamforming and Massive MIMO. The live over-the-air trials expanded on 5G trials between the two companies in 2016 that achieved 9 Gbps at 15GHz.

“This was an important trial for us to understand the propagation characteristics and path loss at 28Ghz, and we are pleased with our learnings,” said Michael S. Irizarry, Executive Vice President and Chief Technology Officer, US Cellular. “Our customers deserve to have a network that keeps up with their lifestyle, so we are constantly working to ensure that they will always have access to the latest technology and data speeds available.”

According to the most recent Ericsson Mobility Report, approximately 25 percent of all subscriptions will be 5G in North America in 2022, representing the highest market penetration in the world.

“5G activities continue to accelerate across North America as all operators prepare for deployments. US Cellular is aggressively testing 5G to determine how to best leverage the new capabilities for its customers,” said Niklas Heuveldop, Head of Market Area North America, Ericsson. “Working with US Cellular on this series of 5G trials has been greatly beneficial for Ericsson as we continue to explore innovative applications that 5G networks will enable.”

Published in Telecom Operators