Exploring efficient energy solutions, BT is turning to liquid cooling techniques to lower network switch power usage. Collaborations with Iceotope and Juniper hint at precision cooling for servers—a potentially industry-first initiative. Meanwhile, strategies with Immersion4, Nexalus, and Airsys run the gamut from full immersion to cooling-unit encased cold plates. Crucially, every energy-reduction experiment aids BT’s ambitious journey toward net-zero emissions by 2031.
As internet giant Hurricane Electric curbs access to the notorious web forum Kiwi Farms, it raises pivotal discussions around online free speech. However, the Electronic Frontier Foundation forewarns of a hazardous trajectory, as hysteria around controversial platforms could pave the way to excessive intervention from mighty internet infrastructure providers. Meanwhile, the role of such companies in managing online content remains a hot topic.
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.
A groundbreaking discovery at the University of the West of Scotland reveals a transformative way to convert human energy into electricity, powered by a 3D graphene foam material. Primed to revitalize the IoT industry, this research spotlights a pressure-sensitive mat that could generate power simply through human footfalls. Offering a unique solution to energy management, this technology could minimize the environmental impact, while fostering a new era of wireless connectivity.
BT’s innovative Etc unit is poised to launch trials repurposing outdated street cabinets into electric vehicle (EV) charging points. Aiming at a smooth transition during the UK’s fiber rollout, this pioneering step initially caters to BT Group and Openreach employees in Northern Ireland, with plans for public engagement. However, the venture’s ultimate impact rests heavily on successful pilot performance.
The Linux Foundation-led Ultra Ethernet Consortium brings AMD, Arista, Broadcom, and others together to refine ethernet architecture, addressing the escalating network requirements of AI and high-performance computing. Pledging to enhance ethernet performance, the alliance will leverage ethernet’s adaptability, ensuring scalability and cost-effectiveness for diverse workloads. Aiming for a holistic tune-up rather than a complete overhaul, consortium endeavours will encompass detailed protocols, signaling mechanisms, and software solutions.
As the summer season begins in the northern hemisphere, severe heatwaves have already engulfed multiple regions worldwide, posing challenges to data center operators who grapple with internal heat generation. The experts at Vertiv, a global provider of critical digital infrastructure solutions, have released updated guidance to tackle the rising threats associated with extreme heat. Climate change, coupled with the El Niño weather pattern, has resulted in the past eight years becoming the hottest on record. This year, forecasts anticipate 2023 to witness record-
Outpacing the global auto industry, Zeekr, a subsidiary of Geely, has launched a groundbreaking 5G-enabled factory in Ningbo, China. Developed alongside China Unicom Zhejiang, this advanced facility leverages 5G for superior data processing, revolutionizing car manufacturing customizability. However, obstacles such as infrastructure robustness and data security come with the territory of employing 5G in production processes. Nonetheless, the potential of this intelligent blend of automotive and digital tech seems irresistible, prompting worldwide industry attention towards Zeekr’s trendsetting venture.
Unveiling a battery and solar-powered 5G site in Texas, Ericsson demonstrates an innovative and eco-friendly approach to creating energy-smart network solutions. This next-generation site not only offers enhanced energy management, potentially trimming operational expenses and reducing energy consumption, but also hints at lucrative future revenue streams from selling excess power. As Ericsson continues to explore greener alternatives, it’s intriguing to see how telecom companies worldwide will adopt this sustainable model.
