2510 Results

ITS

Search

In an effort to bridge the digital divide in south and east London, the ‘Sub-regional Digital Infrastructure Strategy’ has been proposed. Over 156,000 premises in these areas lack comprehensive digital coverage, creating what is known as a ‘not spot.’ The strategy seeks to rectify this through interactive tools, infrastructure rollouts, and increased commercial investment, in a bid to transform London’s digital landscape.

In a significant move to strengthen its position in the global semiconductor industry, the Japanese government has committed approximately $307 million in subsidies to a high-profile semiconductor project. This initiative brings together major players NTT from Japan, Intel from the United States, and South Korea’s SK Hynix. Their collaboration focuses on the development of advanced optical semiconductor technology, which promises faster data processing speeds and reduced energy consumption compared to traditional electrical semiconductors.

In a surprising turn of events, Vodafone has once again declined an enhanced merger proposal from Iliad for its Italian operations, despite the latter’s efforts to sweeten the deal. Iliad had revised its initial offer, made two years ago, in December, proposing a 50:50 joint venture that valued Vodafone Italia at €10.45 billion. This arrangement would have netted Vodafone €6.5 billion in cash and a €2 billion shareholder loan, with additional cash influx opportunities through a buyout option.

IS-Wireless has marked a significant milestone in Poland’s telecommunications sector, unveiling the country’s first 5G campus network. Designed on the Open RAN model and utilizing local frequencies, this implementation at Bialystok University of Technology is primed to cultivate future 5G and 6G experts. The Open RAN, a rapidly expanding telecommunications model, allows for the integration of versatile components, offering a cost-effective and efficient solution.

The FCC has recently approved rule changes aimed at streamlining access to the 70 GHz, 80 GHz, and 90 GHz spectrum bands, immensely benefiting airborne and waterborne vehicles and promoting more innovative broadband service options. These updates will also impact the way backhaul service for 5G operates, enabling smaller, lower-cost antennas to be utilized, and ensuring a more efficient use of the spectrum through modifying the link registration process.