"Wireless network infrastructure"

#13471629

19 Mar 2026

HANGZHOU, CHINA - MARCH 18: The logo of China Telecom is seen on a building in Hangzhou, Zhejiang Province, China, on March 18, 2026.

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#13439960

13 Mar 2026

The NTT (Nippon Telegraph and Telephone) logo is prominently displayed at the joint exhibit featuring NTT, NTT DOCOMO, and NTT DATA during the Mobile World Congress in Barcelona, Spain, on March 5, 2026. Under the 2026 theme ''Photonics Unlocks an Intelligent Power-Optimized Future,'' the pavilion showcases the commercial evolution of the IOWN (Innovative Optical and Wireless Network) architecture. Key technical demonstrations include the All-Photonics Network (APN) and Photonics-Electronics Convergence (PEC) devices designed to reduce power consumption in AI data centers by up to 100x. The exhibit features hardware powered by the Qualcomm Snapdragon X105 NTN processor for satellite-to-terrestrial 5G integration and the NVIDIA Blackwell-based accelerated computing nodes for the ''GPU over APN'' solution, which enables high-speed, low-latency AI inference across distributed sites. The stand also highlights NTT DOCOMO's 6G ''Network for AI'' concept, utilizing real-time haptic feedback and autonomous robot control.

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#13439912

13 Mar 2026

The Nokia corporate logo is illuminated at the Fira Gran Via booth, highlighting the company's ''B2B Technology Innovation'' strategy during the Mobile World Congress. The exhibit showcases the Nokia AirScale 5G-Advanced radio portfolio powered by the ReefShark SoC (System on Chip), which integrates AI-driven energy efficiency algorithms. The display features the Nokia 7750 SR-s service routers and the Lightspan MF fiber platform for high-capacity 25G and 50G PON connectivity. The booth demonstrates the Nokia AVA (Adaptive Virtual Assistant) autonomous operations software and the Nokia One platform for industrial private wireless networks, emphasizing the company's leadership in Sovereign Cloud security and the path toward 6G sensing-integrated networks during the Mobile World Congress in Barcelona, Spain, on March 5, 2026.

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#13439913

13 Mar 2026

The Nokia corporate logo is illuminated at the Fira Gran Via booth, highlighting the company's ''B2B Technology Innovation'' strategy during the Mobile World Congress. The exhibit showcases the Nokia AirScale 5G-Advanced radio portfolio powered by the ReefShark SoC (System on Chip), which integrates AI-driven energy efficiency algorithms. The display features the Nokia 7750 SR-s service routers and the Lightspan MF fiber platform for high-capacity 25G and 50G PON connectivity. The booth demonstrates the Nokia AVA (Adaptive Virtual Assistant) autonomous operations software and the Nokia One platform for industrial private wireless networks, emphasizing the company's leadership in Sovereign Cloud security and the path toward 6G sensing-integrated networks during the Mobile World Congress in Barcelona, Spain, on March 5, 2026.

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#13439918

13 Mar 2026

The Nokia corporate logo is illuminated at the Fira Gran Via booth, highlighting the company's ''B2B Technology Innovation'' strategy during the Mobile World Congress. The exhibit showcases the Nokia AirScale 5G-Advanced radio portfolio powered by the ReefShark SoC (System on Chip), which integrates AI-driven energy efficiency algorithms. The display features the Nokia 7750 SR-s service routers and the Lightspan MF fiber platform for high-capacity 25G and 50G PON connectivity. The booth demonstrates the Nokia AVA (Adaptive Virtual Assistant) autonomous operations software and the Nokia One platform for industrial private wireless networks, emphasizing the company's leadership in Sovereign Cloud security and the path toward 6G sensing-integrated networks during the Mobile World Congress in Barcelona, Spain, on March 5, 2026.

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#13439919

13 Mar 2026

The Nokia corporate logo is illuminated at the Fira Gran Via booth, highlighting the company's ''B2B Technology Innovation'' strategy during the Mobile World Congress. The exhibit showcases the Nokia AirScale 5G-Advanced radio portfolio powered by the ReefShark SoC (System on Chip), which integrates AI-driven energy efficiency algorithms. The display features the Nokia 7750 SR-s service routers and the Lightspan MF fiber platform for high-capacity 25G and 50G PON connectivity. The booth demonstrates the Nokia AVA (Adaptive Virtual Assistant) autonomous operations software and the Nokia One platform for industrial private wireless networks, emphasizing the company's leadership in Sovereign Cloud security and the path toward 6G sensing-integrated networks during the Mobile World Congress in Barcelona, Spain, on March 5, 2026.

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#13439920

13 Mar 2026

The Nokia corporate logo is illuminated at the Fira Gran Via booth, highlighting the company's ''B2B Technology Innovation'' strategy during the Mobile World Congress. The exhibit showcases the Nokia AirScale 5G-Advanced radio portfolio powered by the ReefShark SoC (System on Chip), which integrates AI-driven energy efficiency algorithms. The display features the Nokia 7750 SR-s service routers and the Lightspan MF fiber platform for high-capacity 25G and 50G PON connectivity. The booth demonstrates the Nokia AVA (Adaptive Virtual Assistant) autonomous operations software and the Nokia One platform for industrial private wireless networks, emphasizing the company's leadership in Sovereign Cloud security and the path toward 6G sensing-integrated networks during the Mobile World Congress in Barcelona, Spain, on March 5, 2026.

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#13439936

13 Mar 2026

The official 6G logo is displayed at the Qualcomm booth in Hall 3 of the Fira Gran Via, marking the company's leadership in AI-native wireless research during the Mobile World Congress. The exhibit features an end-to-end 6G prototype system utilizing Giga-MIMO technology with 2,048 antenna elements to maximize spectral efficiency in the 7 GHz and 13 GHz bands. Powered by the Qualcomm X105 5G-Advanced Modem-RF system as a foundational bridge, the demonstration highlights sub-band full duplex and probabilistic shaping techniques to achieve peak data rates exceeding 14.8 Gbps. The display showcases how 6G integrates sensing and communication to enable Digital Twins and autonomous vehicle orchestration, supported by Intel Xeon 6 edge servers and Qualcomm's specialized NPU-driven air interface that adapts to real-world RF environments in real-time during the Mobile World Congress in Barcelona, Spain, on March 5, 2026.

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#13439937

13 Mar 2026

The official 6G logo is displayed at the Qualcomm booth in Hall 3 of the Fira Gran Via, marking the company's leadership in AI-native wireless research during the Mobile World Congress. The exhibit features an end-to-end 6G prototype system utilizing Giga-MIMO technology with 2,048 antenna elements to maximize spectral efficiency in the 7 GHz and 13 GHz bands. Powered by the Qualcomm X105 5G-Advanced Modem-RF system as a foundational bridge, the demonstration highlights sub-band full duplex and probabilistic shaping techniques to achieve peak data rates exceeding 14.8 Gbps. The display showcases how 6G integrates sensing and communication to enable Digital Twins and autonomous vehicle orchestration, supported by Intel Xeon 6 edge servers and Qualcomm's specialized NPU-driven air interface that adapts to real-world RF environments in real-time during the Mobile World Congress in Barcelona, Spain, on March 5, 2026.

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#13439958

13 Mar 2026

A scale model of the Starlink V2 (Gen 2) satellite is on display at the T-Mobile (Deutsche Telekom) exhibition booth during the Mobile World Congress in Barcelona, Spain, on March 5, 2026. The mockup represents the next-generation low-Earth orbit (LEO) spacecraft designed for Direct-to-Cell connectivity, featuring massive phased array antennas and custom-designed silicon. This hardware allows unmodified 5G smartphones, powered by modems like the Qualcomm Snapdragon X80 or the Snapdragon X105 NTN, to connect directly to the satellite network for text, voice, and data services. The Starlink V2 satellites used in the T-Mobile partnership integrate eNodeB technology in space, effectively acting as cell towers in orbit to eliminate coverage ''dead zones'' across Europe and the US. The model highlights the deployable solar arrays and the advanced radio frequency (RF) system designed to support high-density traffic and emergency 5G-Advanced services.

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#13424728

9 Mar 2026

Telecommunication access in Indian forest areas rapidly improves. Currently, 95.15% of Indian villages have mobile connectivity; however, many deep forest areas still experience weak signals or no connectivity at all. A man talks on an old mobile phone while carrying a heavy load of firewood from the forest to the locality in Tehatta, West Bengal, India, on March 9, 2026.

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#13424729

9 Mar 2026

Telecommunication access in Indian forest areas rapidly improves. Currently, 95.15% of Indian villages have mobile connectivity; however, many deep forest areas still experience weak signals or no connectivity at all. A man talks on an old mobile phone while carrying a heavy load of firewood from the forest to the locality in Tehatta, West Bengal, India, on March 9, 2026.

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#13424730

9 Mar 2026

Telecommunication access in Indian forest areas rapidly improves. Currently, 95.15% of Indian villages have mobile connectivity; however, many deep forest areas still experience weak signals or no connectivity at all. A man talks on an old mobile phone while carrying a heavy load of firewood from the forest to the locality in Tehatta, West Bengal, India, on March 9, 2026.

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#13424731

9 Mar 2026

Telecommunication access in Indian forest areas rapidly improves. Currently, 95.15% of Indian villages have mobile connectivity; however, many deep forest areas still experience weak signals or no connectivity at all. A man talks on an old mobile phone while carrying a heavy load of firewood from the forest to the locality in Tehatta, West Bengal, India, on March 9, 2026.

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#13424733

9 Mar 2026

Telecommunication access in Indian forest areas rapidly improves. Currently, 95.15% of Indian villages have mobile connectivity; however, many deep forest areas still experience weak signals or no connectivity at all. A man talks on an old mobile phone while carrying a heavy load of firewood from the forest to the locality in Tehatta, West Bengal, India, on March 9, 2026.

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#13424735

9 Mar 2026

Telecommunication access in Indian forest areas rapidly improves. Currently, 95.15% of Indian villages have mobile connectivity; however, many deep forest areas still experience weak signals or no connectivity at all. A man talks on an old mobile phone while carrying a heavy load of firewood from the forest to the locality in Tehatta, West Bengal, India, on March 9, 2026.

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