Samsung Electronics inked a $6.65 billion contract for 5G gear with Verizon Communications. With the agreement, which lasts until the end of 2025, Samsung will provide Verizon with network equipment, installation and maintenance, a boost to the South Korean company’s efforts to become a major 5G supplier. According to Dell’Oro Group, Samsung supplies 13 percent of the total 5G network market sales. Meanwhile, T-Mobile, which has launched a 600MHz 5G network, debuted 2.5GHz mid-band 5G towers in almost 90 locations. Continue reading Samsung and Verizon Close Major Deal for 5G Network Gear

T-Mobile announced it has launched what it claims is the world’s first nationwide standalone 5G network. Up until now, AT&T, T-Mobile and Verizon have all offered a version of 5G that is really 5G radios deployed on top of 4G LTE gear. T-Mobile’s new 5G network is completely “next-generation” and will enable new features as well as faster data speeds. T-Mobile stated that its 5G network is 30 percent larger than before, available in 2,000 more towns and cities in the U.S. Its network currently covers 1.3 million square miles. Continue reading T-Mobile Introduces First Nationwide End-to-End 5G Network

Qualcomm unveiled its next step towards widespread availability of 5G-enabled smartphones. The Snapdragon 690 is a more economical mobile platform with 5G connectivity, and support for cameras with up to 192-megapixel photos and 30-frame-per-second 4K HDR videos, the latter two based on AI chip enhancements for high bitrates. Snapdragon 690 incorporates the X51 modem, which offers global 5G band and global multi-SIM support, although it’s only capable of connecting to sub-6GHz 5G networks, excluding millimeter wave. Continue reading Qualcomm Snapdragon 690 Will Enable Mid-Tier 5G Phones

In the transition to 5G, AT&T has focused on the 39GHz millimeter wave radio band, purchasing sizable blocks of this spectrum from FiberTower. Now, the carrier stated that its 39GHz spectrum holdings have more than doubled to 786MHz, which, in principle, should allow it to offer “at least 3Gbps download speeds” across the U.S. The big “if” in this scenario is AT&T’s ability to build nationwide towers to support this short distance mmWave bandwidth. By betting on 39GHz, AT&T will have 800MHz bandwidth in some markets. Continue reading AT&T Continues Its Steps to Create Nationwide 5G Coverage

CTA senior vice president, political and industry affairs Tiffany Moore introduced a panel on 5G as the first in a series of CES panels focusing on innovation policy. Pete Hoekstra, the U.S. State Department’s ambassador to the Netherlands introduced a governmental perspective. “We want an open, global competitive market for 5G that functions under the rule of law and is a framework we can trust,” he said. “We need to get government to work collaboratively with industry to update rules and regulations.” Continue reading CES 2020: Innovation Policy and Readiness For 5G Future

The 3rd Generation Partnership Project (3GPP) is the organization responsible for global standardization of 3G, 4G and, now, 5G. The group considers the cellular technology innovations of many companies to create features that work across various networks and phones. The 3GPP just approved 24 new projects to advance 5G, which are targeted to go online in the second half of 2021. The projects will commence their work in early 2020. 3GPP’s Release 15, approved in mid-2018, enabled early 5G to use 4G as a foundation. Continue reading 3GPP Greenlights 24 New Projects for 2020 to Advance 5G

T-Mobile plans to debut its U.S. 5G service on December 6, with a low-frequency 600MHz radio signal and 5G-capable devices to provide high-speed service to 200 million customers. The carrier has been building out its 5G capabilities for over a year and expects to be able to cover 5,000 cities and towns by the end of 2019. Samsung Galaxy Note10+ 5G and OnePlus 7T Pro McLaren are the two devices customized for T-Mobile’s 5G network. China, meanwhile, rolled out the world’s largest 5G network, via three state-owned carriers. Continue reading T-Mobile Will Launch its 5G Networks in the U.S. This Year

To create space for 5G in the mid-band spectrum, the Federal Communications Commission (FCC) plans to reallocate a block of 2.5GHz spectrum once reserved for educational TV and put it on the auction block. The reallocation vote is scheduled for July 10, with the auction planned for some time next year. Mid-band spectrum, also called sub-6GHz frequencies, delivers slower rates but better penetrates buildings and travels faster than millimeter wave signals. Crowdsourced network coverage service Opensignal quantified 5G speeds in South Korea. Continue reading FCC Plans to Reallocate Educational TV Spectrum For 5G

Sprint and T-Mobile plan to launch commercial 5G networks this year. In May, Sprint’s 5G will debut in Chicago, where it is being beta-tested; and parts of Atlanta, Dallas and Kansas City. The next month, Sprint plans to add 5G service in parts of Houston, Los Angeles, New York City, Phoenix and Washington, D.C. None of the launches will be city-wide. T-Mobile, which is merging with Sprint, said it would launch 600MHz 5G services in the second half of 2019, as it awaits the arrival of compatible devices. Continue reading Sprint, T-Mobile Detail Plans for 5G Network Debuts in 2019

While major carriers such as AT&T and Verizon begin the rollout of 5G networks in select areas, a San Francisco startup named Common Networks is developing an alternative that combines 5G with tech open-sourced from social giant Facebook. The startup is competing with ISPs by offering home broadband instead of mobile service. In Alameda, California, for example, it is using millimeter wave 5G tech to offer 1 Gbps service for $50 per month (the speed matches that of Google Fiber’s home broadband service). The millimeter wave service uses hardware design Terragraph, which Facebook open-sourced through its Telecom Infrastructure Project. Continue reading Common Networks Has a Plan to Compete with 5G Carriers