Samsung Electronics and KDDI today announced the companies have signed a Memorandum of Understanding (MOU) to form a 5G Global Network Slicing Alliance. Through this new alliance, the companies will work together to introduce an array of commercial 5G network slicing services and assess new business models based on this innovative technology.
Orange Marine continues to assert dominance in the subsea cable industry with the sophisticated ‘Sophie Germain’, an innovative vessel designed for comprehensive undersea cable care. This 100 meter long ship is home to a 450 kW ROV for precise optic cable maintenance. Moreover, it not only enhances connectivity globally, but also makes strides in sustainability by significantly reducing fuel consumption and slashing emissions. Remarkably, in a field with only 60 cable ships worldwide, Orange Marine introduces innovation that may reshape the future of global telecommunications infrastructure.
While the UK initially took the lead in 5G deployment, recent metrics suggest a shift, with the UK now trailing behind other countries in 5G download speed and coverage. Despite these setbacks, the UK’s 5G journey is far from finished. This communication revolution isn’t just about winners or losers, but about creating a conducive environment for businesses to thrive, thus promoting economic growth and job creation.
Vodafone’s collaboration with Salience Labs and iPronics aims to advance open radio access networks (open RAN) by harnessing the potential of silicon photonic chips. This light-based technology could promise enhanced network programmability and ultra-low latency powered by their increased speed and reduced energy consumption — elevating critical 5G capabilities. With silicon photonics making waves in data centers, the industry, poised for rapid growth, radiates intrigue on the horizon. Yet, it also questions current cost dynamics, especially around open RAN technology.
Deutsche Telekom has made a significant stride in mobile telecommunications, achieving 12 gigabits per second in field tests using 6GHz frequencies – quite a leap from the current 5G network speeds. The German telecom giant credits this achievement to merging two data streams from different frequency antennas, a method they suggest may become standard for these bands. However, before this breakthrough can materialize, it’ll go under scrutiny during the upcoming ITU World Radiocommunications Conference.
Google Chrome’s desktop version is set for a Material You design update. Apple hints at traditional smart glasses development through a recent patent, complementing their Vision Pro headset. Verizon introduces a versatile Mobile Onsite Network-as-a-Service for enterprises, offering private networks, edge compute, SD-Wan, and satellite connectivity. Meanwhile, Google unveils its Pixel 8 series and teases the Pixel Watch 2 ahead of an October 4th launch event.
In an innovative move, Ericsson and AWS have joined forces to implement a groundbreaking 5G power machine vision system in Hitachi’s manufacturing plant. This system aims to leverage real-time digital visuals, AI, and edge-to-cloud technologies for superior automated error detection. Beyond the norm, it can inspect 24 assembly components simultaneously with high-resolution cameras pinpointing defects at the sub-millimeter range. Such a venture showcases the potential of combining private 5G, cloud, and AI technologies in revolutionizing product manufacturing, even amidst the current market uncertainties.
Witness the transformation of UK’s iconic red phone boxes as telecommunications giant BT empowers local communities to repurpose disused kiosks into practical assets. Adoptions through BT’s programme have evolved phone boxes into life-saving defibrillator stations, libraries or mini art galleries. As these kiosks brace for their centenary, BT gears up to offer a thousand more, sparking a fusion of tradition with communal ingenuity.
Deutsche Telekom and MIRA dive into an ambitious project crafting the ‘shuttle service of the future’ in Bonn, using the premise of teleoperation or remote driving. Facilitated by speedy 5G data transmission, this experiment highlights the necessity of ‘network slicing’ and ‘quality on demand’ for autonomous vehicles. Yet, governmental restrictions on remote-controlled travel present a hurdle. Despite the challenges, both firms remain hopeful, envisioning a driver-free automobile future.
In a groundbreaking move against the scourge of robocallers, the Federal Communications Commission (FCC) has announced a historic forfeiture of $300 million, showcasing their unwavering commitment to tackling the issue head-on. However, the question of when this record penalty will actually be paid remains an uncertainty.
