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Low 5G uptake in Europe will stagger AI development, Commission official warns
Euronews
Article

January 30, 2024

Low 5G uptake in Europe will stagger AI development, Commission official warns

Persistent low uptake of 5G deployment in Europe mean other technologies dependent on fast internet such as artificial intelligence will face delays in uptake, according to a European Commission official. In its State of Digital Communications report published yesterday, telecom lobby group ETNO also warned that significant additional investment in roll-out is still needed before EU targets to reach full 5G and full gigabit coverage by the end of this decade are achieved. In 2023, 5G in Europe reached 80% of the population, up from 73% the previous year, whereas the level is 98% in South Korea and the US and 94% in Japan. The report confirms that at the end of the decade, around 40 million people in the EU will still have no access to a fixed gigabit connection.

Low 5G uptake in Europe will stagger AI development, Commission official warns
Euronews
Article

January 30, 2024

Low 5G uptake in Europe will stagger AI development, Commission official warns

Persistent low uptake of 5G deployment in Europe mean other technologies dependent on fast internet such as artificial intelligence will face delays in uptake, according to a European Commission official. In its State of Digital Communications report published yesterday, telecom lobby group ETNO also warned that significant additional investment in roll-out is still needed before EU targets to reach full 5G and full gigabit coverage by the end of this decade are achieved. In 2023, 5G in Europe reached 80% of the population, up from 73% the previous year, whereas the level is 98% in South Korea and the US and 94% in Japan. The report confirms that at the end of the decade, around 40 million people in the EU will still have no access to a fixed gigabit connection.

ChatGPT's Hunger for Energy Could Trigger a GPU Revolution
WIRED
Article

January 25, 2024

ChatGPT's Hunger for Energy Could Trigger a GPU Revolution

THE COST OF making further progress in artificial intelligence is becoming as startling as a hallucination by ChatGPT. Demand for the graphics chips known as GPUs needed for large-scale AI training has driven prices of the crucial components through the roof. The race to compete in AI also means that data centers are now consuming worrying amounts of energy. The idea that a broader rethink of computing is needed may be gaining momentum as the industry runs into the difficulty of maintaining Moore’s law, the long-standing prediction that the density of components on chips continues shrinking. “Even if Moore's law wasn't slowing down, you still have a massive problem, because the model sizes that OpenAI and others have been releasing are growing way faster than chip capacity,” says Peter McMahon, a professor at Cornell University who works on novel ways of computing. In other words, we might well need to exploit new ways of computing to keep the AI hype train on track.

ChatGPT's Hunger for Energy Could Trigger a GPU Revolution
WIRED
Article

January 25, 2024

ChatGPT's Hunger for Energy Could Trigger a GPU Revolution

THE COST OF making further progress in artificial intelligence is becoming as startling as a hallucination by ChatGPT. Demand for the graphics chips known as GPUs needed for large-scale AI training has driven prices of the crucial components through the roof. The race to compete in AI also means that data centers are now consuming worrying amounts of energy. The idea that a broader rethink of computing is needed may be gaining momentum as the industry runs into the difficulty of maintaining Moore’s law, the long-standing prediction that the density of components on chips continues shrinking. “Even if Moore's law wasn't slowing down, you still have a massive problem, because the model sizes that OpenAI and others have been releasing are growing way faster than chip capacity,” says Peter McMahon, a professor at Cornell University who works on novel ways of computing. In other words, we might well need to exploit new ways of computing to keep the AI hype train on track.

T-Mobile selects Nokia to improve scalability and efficiency for 5G High Speed Internet service
Placera
Article

January 24, 2024

T-Mobile selects Nokia to improve scalability and efficiency for 5G High Speed Internet service

Nokia has announced its collaboration with T-Mobile to launch a dedicated gateway solution that supports LTE, 5G NSA, and 5G SA technologies for the service provider’s nationwide, fixed-wireless High-Speed Internet (HSI) traffic. Nokia will deploy its Multi-Access Gateway (MAG) solution which will allow T-Mobile to improve service scalability, and time to market. Fixed wireless access (FWA) is a key technology to rapidly expand coverage of high-speed broadband services to provide universal or ubiquitous broadband. FWA will support residential broadband applications such as high-definition video streaming that consumes significantly more bandwidth than mobile applications.

T-Mobile selects Nokia to improve scalability and efficiency for 5G High Speed Internet service
Placera
Article

January 24, 2024

T-Mobile selects Nokia to improve scalability and efficiency for 5G High Speed Internet service

Nokia has announced its collaboration with T-Mobile to launch a dedicated gateway solution that supports LTE, 5G NSA, and 5G SA technologies for the service provider’s nationwide, fixed-wireless High-Speed Internet (HSI) traffic. Nokia will deploy its Multi-Access Gateway (MAG) solution which will allow T-Mobile to improve service scalability, and time to market. Fixed wireless access (FWA) is a key technology to rapidly expand coverage of high-speed broadband services to provide universal or ubiquitous broadband. FWA will support residential broadband applications such as high-definition video streaming that consumes significantly more bandwidth than mobile applications.

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