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Chelmers University of Technology | Mia Hallerod Palmgren

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Humidity-resistant hydrogen sensor for large-scale clean energy safety

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Sine-wave drive controllers for three-phase BLDC motors

Sine-wave drive controllers for three-phase BLDC motors

Sine-wave drive controllers for three-phase BLDC motors

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Chelmers University of Technology | Mia Hallerod Palmgren

Chelmers University of Technology | Mia Hallerod Palmgren

Humidity-resistant hydrogen sensor for large-scale clean energy safety

Sensors

8 February 2026

New open-source tool tackling data storage bottlenecks

New open-source tool tackling data storage bottlenecks

New open-source tool tackling data storage bottlenecks

Memory

8 February 2026

Sine-wave drive controllers for three-phase BLDC motors

Sine-wave drive controllers for three-phase BLDC motors

Sine-wave drive controllers for three-phase BLDC motors

E-mech

7 February 2026

How does a MOSFET actually work?

Communications

Antennae minimise ground-plane effects, reduce costs

Flexible self-powered knee sensor for rehab monitoring

Home | Products | Communications | Antennae minimise ground-plane effects, reduce costs

Antennae minimise ground-plane effects, reduce costs

A variety of cellular flexible antennae from Molex are in stock at Mouser Electronics. The wide-band antenna series future-proofs wireless application developments to support evolving LTE and 4G cellular technologies. The antennae feature a balanced transmission design that minimises ground-plane effects and significantly reduces costs and engineering resources needed for additional circuitry, frequency tuning, and electronic component integration.

Communications

30 August 2018

The antennae’s poly-flexible, double-sided adhesive tape enables easy peel-and-stick mounting anywhere within the device casing.

The 146185 series quad-band antennae are available in six micro-coaxial cable length options, from 50mm to 300mm, to ensure maximum design flexibility in meeting connectivity needs.

Additionally, the 105263 series multi(6)-band antennae are available in 100, 150, or 200mm options, and the 146234 series is available in cable lengths of 100, 200, or 300mm.

Molex’s cellular flexible antennas are suitable for a wide range of applications, including telecommunications and networking, industrial automation, smart grid concentrators, remote sensors, home entertainment, and alarm systems.

Communications

30 August 2018

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Rio de Janeiro announcement from The City of Rio de Janeiro and X, The Moonshot Factory, Taara announced a trailblasing new partnership to deploy the world’s first mesh network of high-speed wireless optical links to deliver fast, abundant and secure connectivity to schools, hospitals and city offices in Rio. Our goal is to bridge connectivity gaps across the city and provide fast, affordable connectivity to critical services like schools, hospitals, government centres, and in disaster response situations. In the same way traditional fibre uses light to carry data through cables in the ground, Taara uses narrow, invisible beams of light to transmit information at speeds as high as 20 gigabits per second, up to distances of 20 kilometres per link. Taara connects into existing fibre networks and bridges the gap where fibre and other technologies can’t reach. Instead of waiting months or years to dig up the earth and lay new fibre cables, Taara’s links can be established within hours. In Rio de Janeiro, Taara will install 20+ links to deliver service to communities where connectivity is spotty or unreliable. The links will create an invisible mesh network over parts of the city that will serve as a single responsive system – connecting community institutions like schools and hospitals and helping facilitate emergency response. A new approach for urban connectivity in Rio Although Brazil ranks among the world’s five largest internet economies, connectivity remains spotty – more than half of the population uses smartphones to get online, and existing cellular infrastructure varies by community. In Rio, some of the most stubborn, hard-to-connect areas are also the city’s most populated. Built of brick, concrete, and steel rooftops through a labyrinthine tangle of narrow streets and uneven terrain, it’s nearly impossible to connect these communities via traditional broadband fibre. Taara’s links, which can be mounted flexibly on rooftops, towers, and poles, are well suited to these challenging terrains and combine the reliability and speed of fibre infrastructure with the flexibility of wireless technologies. To date, Taara has successfully delivered reliable, abundant internet to people in more than 20 countries. This includes providing access in dense urban communities in India and Africa, delivering fast affordable connectivity to island nations in the Pacific and the Caribbean after natural disasters, and beaming connectivity over rivers, sea straits, and other places where laying fibre is too impractical or costly. Taara is honoured to be supporting Rio’s AI City vision and its mission to transform the region into a global innovation hub. We hope Taara’s first mesh network in Rio can serve as a blueprint for urban connectivity and inspire a more connected, intelligent, and inclusive world.

Rio de Janeiro announcement from The City of Rio de Janeiro and X, The Moonshot Factory, Taara announced a trailblasing new partnership to deploy the world’s first mesh network of high-speed wireless optical links to deliver fast, abundant and secure connectivity to schools, hospitals and city offices in Rio. Our goal is to bridge connectivity gaps across the city and provide fast, affordable connectivity to critical services like schools, hospitals, government centres, and in disaster response situations. In the same way traditional fibre uses light to carry data through cables in the ground, Taara uses narrow, invisible beams of light to transmit information at speeds as high as 20 gigabits per second, up to distances of 20 kilometres per link. Taara connects into existing fibre networks and bridges the gap where fibre and other technologies can’t reach. Instead of waiting months or years to dig up the earth and lay new fibre cables, Taara’s links can be established within hours. In Rio de Janeiro, Taara will install 20+ links to deliver service to communities where connectivity is spotty or unreliable. The links will create an invisible mesh network over parts of the city that will serve as a single responsive system – connecting community institutions like schools and hospitals and helping facilitate emergency response. A new approach for urban connectivity in Rio Although Brazil ranks among the world’s five largest internet economies, connectivity remains spotty – more than half of the population uses smartphones to get online, and existing cellular infrastructure varies by community. In Rio, some of the most stubborn, hard-to-connect areas are also the city’s most populated. Built of brick, concrete, and steel rooftops through a labyrinthine tangle of narrow streets and uneven terrain, it’s nearly impossible to connect these communities via traditional broadband fibre. Taara’s links, which can be mounted flexibly on rooftops, towers, and poles, are well suited to these challenging terrains and combine the reliability and speed of fibre infrastructure with the flexibility of wireless technologies. To date, Taara has successfully delivered reliable, abundant internet to people in more than 20 countries. This includes providing access in dense urban communities in India and Africa, delivering fast affordable connectivity to island nations in the Pacific and the Caribbean after natural disasters, and beaming connectivity over rivers, sea straits, and other places where laying fibre is too impractical or costly. Taara is honoured to be supporting Rio’s AI City vision and its mission to transform the region into a global innovation hub. We hope Taara’s first mesh network in Rio can serve as a blueprint for urban connectivity and inspire a more connected, intelligent, and inclusive world.

Connecting Rio with the world’s first optical mesh network

4 November 2025