A Malaysian government-backed task force convenes today, in light of the impending launch of a second 5G network. With the first network boasting over 80% connectivity coverage, anticipation thrives. In an unexpected twist, the government took control after declining a traditional 5G spectrum auction. Initial resistance from local mobile operators eventually sheared, replacing defiance with a collaborative investment. The ensuing 5G network, however, aims to break this monopoly, fostering competition.
In a groundbreaking move, T-Mobile, known as the Un-carrier, has achieved a significant milestone by completing the world’s first six-carrier aggregation call using sub-6 GHz spectrum on its operational 5G network. Collaborating with industry leaders Ericsson and Qualcomm Technologies, Inc., T-Mobile reported astonishing speeds exceeding 3.6 Gbps during the test, showcasing its commitment to pushing the boundaries of wireless technology.
A surge in data roaming is poised to take center stage, driven by the escalating adoption of 5G services among consumers, according to research conducted by Kaleido. The study foresees a substantial 36% annual increase in both consumer and IoT roaming data usage, projecting a remarkable climb to nearly 5,000 Petabytes by the year 2024.
In a groundbreaking move, Parallel Wireless, Inc., a U.S. based Open RAN innovator, has officially launched the general availability of its pioneering 5G Standalone (SA) software stack. The innovative solution, a first of its kind globally, is designed to be hardware-agnostic, allowing operators, private networks, and public safety networks to seamlessly deploy their RAN infrastructure across diverse processor hardware platforms.
Launched in September, Nokia’s Network as a Code aims to help operators optimize their 5G resources. By granting developers extensive network access, this platform unlocks opportunities for new application creation. With the advantage of 5G’s inherent software-based architecture, such innovative companies like BT Group are exploring unsuspected capabilities for enhanced network quality.
In collaboration with Ericsson and Qualcomm, T-Mobile, renowned as the ‘uncarrier,’ has undertaken a groundbreaking 5G standalone (SA) test, showcasing the potential of its millimeter-wave (mmWave) spectrum. The test utilized an impressive eight channels, achieving a peak download speed of 4.3 Gbps, with uplink channels combining to reach 420 Mbps.
In a significant move towards advancing 5G network capabilities, Telenor and Ericsson have officially entered a three-year Memorandum of Understanding (MoU). The collaboration aims to pioneer research, development, and testing of Artificial Intelligence (AI) and Machine Learning (ML) solutions, with a primary focus on enhancing energy performance without compromising network quality.
T-Mobile’s steadfast dedication to Texas has led to unmatched 5G network coverage, cementing the Lone Star State’s connectivity footprint. Continual site enhancements and a robust expansion program showcase this commitment, with significant contributions to local communities through initiatives like ‘Homegrown Grants’ and the ambitious Project 10Million.
Unveiling a transformative pact in the maritime industry, Spain’s Sateliot and maritime container tracking leader T42 aim to revolutionize container tracking and monitoring with 5G-IoT technology. This exceptional venture will deploy thousands of 5G-IoT sensors linked to Sateliot’s LEO satellite constellation, promising unparalleled oversight over sea-borne goods.
As Portugal’s telecom operator Nos marks two years of 5G services, it declares readiness to launch services on a new 5G standalone infrastructure. Despite the slower than expected progress, Nos’s move signifies a key contribution to the sector. Intriguingly, the viability and potential benefits of this new infrastructure remain a matter of debate. With collaborations with Nokia and Ericsson, Nos envisions a surge in ultra-low latency services.
