Samsung has unveiled its latest Galaxy A-series lineup, introducing the Galaxy A56, A36, and A26, packed with new AI-powered features. One of the standout additions is the ‘awesome intelligence’ suite, which brings advanced image editing capabilities.
Among these features is Best Face, allowing users to swap facial expressions in group photos — similar to Google Pixel’s Best Take. These tools, first seen in the Galaxy S25, aim to simplify capturing and editing moments.
The Galaxy A56 has performance upgrades, including an Exynos 1580 chip and a larger vapour chamber for better cooling. It features a 6.7-inch full HD Plus display with a 120Hz refresh rate, a 50MP primary camera, a 12MP ultrawide sensor, and a 5MP macro lens. Priced at $499, the A56 is set to launch in the US later this year, while the A36 and A26 will hit shelves in late March, costing $399 and $299, respectively.
Buyers in the UK can get their hands on the new devices starting 19 March, with prices beginning at €299 for the Galaxy A26. The series also promises long-term value, offering up to six years of Android OS and security updates, plus IP67 dust and water resistance on the A26, making these phones a compelling choice for budget-conscious consumers looking for modern features.
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Chinese smartphone maker Honor plans to invest $10 billion over the next five years to develop AI for its devices as it prepares for a public listing. CEO James Li revealed at the Mobile World Congress in Barcelona that the company aims to expand beyond smartphones into AI-powered PCs, tablets, and wearables.
Honor’s push into AI comes after completing a shareholder restructuring in December, bringing it closer to an initial public offering, though no timeline has been set. The announcement also aligns with a surge in AI investment in China, driven by the popularity of DeepSeek’s affordable language models.
While Honor’s market share in China slipped from second to fourth place last year, it has gained significant support from the Shenzhen government, including R&D funding and tax breaks. The company is also focusing on expanding internationally as it strengthens its AI capabilities.
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TikTok, the popular video-sharing app owned by ByteDance, has unveiled plans to invest $8.8 billion in building data centres in Thailand over the next five years. The announcement was made by Helena Lersch, TikTok’s Vice President of Public Policy, during an event held in Bangkok on Friday. This investment marks a significant move as the company continues to expand its operations in the region.
The specific details of the investment remain unclear, particularly whether it includes a $3.8 billion agreement that was announced by Thailand’s investment board last month. The government’s investment board had previously detailed a deal aimed at boosting digital infrastructure in the country, but TikTok did not provide further clarification on the connection between the two.
This move highlights TikTok’s growing commitment to the Thai market and its broader strategy of increasing local data storage capabilities. As part of its ongoing efforts to expand its global presence, the company is investing in infrastructure to better serve its user base and meet regulatory requirements in key markets.
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The European Commission has approved Nokia’s $2.3 billion acquisition of US-based Infinera, confirming the deal raises no competition concerns.
The approval was granted unconditionally, as the combined company will hold only a moderate share of the optical transport equipment market.
Nokia’s takeover of Infinera, announced last June, will make it the second-largest player in optical networking with a 20% market share, trailing Huawei.
Western firms have struggled to compete in China, giving Huawei a dominant position in the sector.
Chinese companies are significantly increasing orders for Nvidia’s H20 artificial intelligence chip due to soaring demand for DeepSeek’s low-cost AI models.
The surge, reported for the first time, highlights Nvidia’s dominance in the market and alleviates concerns that DeepSeek’s emergence might weaken AI chip demand.
Major technology firms Tencent, Alibaba, and ByteDance have substantially raised their purchases of the H20 chip, which was specifically developed for China following US export restrictions.
These companies not only use advanced AI chips internally but also offer cloud services that enable other businesses to access AI tools. Smaller firms in sectors like healthcare and education are also adopting AI servers equipped with DeepSeek models and Nvidia H20 chips.
DeepSeek’s AI models rival Western alternatives while offering significantly lower costs by focusing on inference rather than raw processing power.
While potential US restrictions on H20 chip exports could be a factor in increased orders, sources attribute the demand spike primarily to DeepSeek’s expanding role in the AI market. Nvidia has not disclosed order volumes but stated its products succeed on merit in a competitive field.
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Vanguard International Semiconductor has cautioned that US tariffs on imported chips may drive inflation and weaken global economic growth.
Chairman Leuh Fang stated that while the direct impact on Vanguard would be minimal, broader consequences for the semiconductor industry remain uncertain.
The company remains in a wait-and-see mode, as it is unclear how far the proposed tariffs will go. Higher import duties could reduce purchasing power and slow economic expansion, Fang noted.
However, the firm expects little direct exposure to the tariffs due to its focus on legacy chips for automotive and display applications.
Vanguard has no plans to establish a US manufacturing facility. Meanwhile, larger industry players such as TSMC, which owns over a quarter of Vanguard’s shares, are investing in American production to navigate trade uncertainties.
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Indonesia and Apple have reportedly reached an agreement to lift the country’s ban on iPhone 16s, with a potential deal expected to be signed this week. The ban was imposed in October after Apple failed to meet the requirement that smartphones sold in Indonesia must include at least 35% locally-made parts.
As part of the agreement, Apple will invest $1 billion into a manufacturing plant in Indonesia, focused on producing components for smartphones and other products. Additionally, Apple will commit to training local workers in research and development, expanding beyond its existing Apple academies. However, Apple has no immediate plans to begin iPhone production in the country.
Neither Apple nor Indonesia’s Ministry for Industry have responded to requests for comment on the matter.
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Elon Musk’s Starlink network is facing increasing competition in the satellite internet market, particularly from SpaceSail, a Shanghai-based company backed by the Chinese government, and Amazon’s Project Kuiper. SpaceSail is expanding rapidly, having entered Brazil in November and begun operations in Kazakhstan by January. Meanwhile, Brazil is also in talks with Project Kuiper and Canada’s Telesat to diversify its options for providing high-speed internet to remote areas.
SpaceSail plans to launch 648 low Earth orbit (LEO) satellites this year, with the ambition of deploying up to 15,000 by 2030. This move aims to compete directly with Starlink, which currently operates around 7,000 satellites but plans to increase its constellation to 42,000 by the end of the decade. China’s push into satellite internet is part of its broader strategy to dominate space and digital technologies, which has raised concerns among Western governments, particularly regarding Beijing’s potential to extend its censorship and surveillance reach globally.
China’s rapid expansion in satellite technology, supported by state funding and military research, has intensified. It has launched 263 LEO satellites in the past year alone, and researchers are focusing on low-latency systems to compete with Starlink’s capabilities. The Chinese government is also exploring ways to track and monitor satellite constellations, potentially targeting Starlink as a strategic competitor.
As competition in the satellite internet sector intensifies, particularly between the US, China, and other players like Brazil, the geopolitical and military implications of these space technologies are becoming clearer. With nations striving to secure positions in space, experts warn of an increasingly complex and competitive environment.
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Australia’s Federal Court has ruled that telecom giant Telstra misled customers about downgrading the upload speed of its broadband plans. The Australian Competition & Consumer Commission (ACCC) initiated legal action in December 2022, accusing Telstra of downgrading the upload speeds for nearly 9,000 customers in 2020 without informing them or adjusting charges accordingly.
The ACCC argued that Telstra’s failure to notify customers deprived them of the chance to decide whether the altered service met their needs. The regulator is seeking penalties, compensation for affected customers, and other measures, with a final decision to be made by the court later.
Telstra expressed disappointment in the ruling but acknowledged the court’s decision. A spokesperson said the company would review the judgment before deciding on further steps.
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STMicroelectronics has announced the launch of a new computer chip aimed at the rapidly expanding AI data centre market. Developed in collaboration with Amazon Web Services (AWS), the photonics chip uses light rather than electricity, which helps increase speed and reduce power consumption in AI data centres. These chips are expected to be used in transceivers, which are crucial components in data centre infrastructure.
As top US software companies plan to invest $500 billion into AI infrastructure, there is rising demand for specialised chips, not only for computing but also for memory, power, and communications applications. ST’s new chip targets the communications sector, with a focus on improving the efficiency of transceivers, which are essential in AI data centres. The company also has a collaboration agreement with AWS to deploy this technology in their infrastructure later this year.
ST is working with a leading provider of optical solutions, although the company’s name has not been disclosed, to integrate the new chip into next-generation transceivers. The market for such devices, valued at $7 billion in 2024, is expected to grow significantly, reaching $24 billion by 2030. ST will begin mass production of these chips at its facility in Crolles, France.
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