Atmosic, Epishine Partner To Develop Self-Powered Beacon

- Advertisement -

Atmosic’s beacon utilises its ATM3 Bluetooth system-on-chips (SoCs) along with Epishine’s indoor solar cell and can operate without batteries.

The companies said that this would reduce battery waste and help drive a greener Internet of Things.

The companies added that an added benefit of the device would be a substantially lowered total cost of ownership.

- Advertisement -

Energy harvesting wireless platform innovator Atmosic Technologies has partnered with Sweden-based organic solar cell maker Epishine to create an ultra-thin self-powered beacon, marking a significant step forward for low-power electronics and industrial Internet of Things (IoT).

A beacon is a small hardware transmitter that transmits signals to nearby receivers like a smartphone or any other Bluetooth-enabled device. It runs on the principle of a new and emerging technology called Bluetooth Low Energy (BLE), also called Bluetooth Smart. BLE provides similar functionality to classic Bluetooth but at a considerably reduced power consumption.

Bluetooth beacons use BLE proximity sensing to transmit a unique identifier to a compatible receiver like a smartphone app or operating system. This helps the app determine the location of the device and track the customer, providing companies with data to tailor their marketing messaging.

Atmosic’s beacon utilises its ATM3 Bluetooth system-on-chips (SoCs) along with Epishine’s indoor solar cell, to harvest enough energy to operate without any batteries. The companies said that this would reduce battery waste and will help drive a greener, more sustainable, and battery-free Internet-of-Things (IoT). The companies added that an added benefit of the device would be a substantially lowered total cost of ownership (TCO), which is the total cost of acquisition and operating costs over the asset life cycle.

Vice president of product management at Atmosic, Paul Davis explained the reason behind collaborating with Epishine. “As sustainability becomes a bigger focus for companies across the globe, we’re seeing a huge demand for energy harvesting solutions that help eliminate battery waste. By partnering with Epishine, we’re providing our customers with options to reduce the carbon footprint of their self-powered connected devices,” he said.

Epishine’s indoor solar cell is produced in a roll-to-roll process in Sweden. The solar cell is thin and flexible, to enable easy integration with different applications. The company said that buildings can increase their operational efficiency and lower carbon dioxide emissions with beacons and other connected devices that don’t rely on disposable batteries.

US-based Atmosic Technologies is a fabless semiconductor company that designs ultra-low power wireless and energy harvesting solutions to reduce and disrupt device dependency on batteries, aiming to deliver forever battery life and the battery-free connected IoT.

- Advertisement -

Most Popular Articles

Yashasvini Razdan
Yashasvini Razdan
Yashasvini Razdan is a journalist at EFY. She has the rare ability to write both on tech and business aspects of electronics, thanks to an insatiable thirst to know all about technology. Driven by curiosity, she collects hard facts and wields the power of her pen to simplify and disseminate information.
Automotive car sensor

ISRO Chairman Urges Association With Automotive Industry To Produce Sensors Locally

0
The space research organization is making significant strides in creating indigenous car sensors to empower the automotive industry. At the Bangalore Tech Summit on November...

U.S. Approves $1.5B Subsidy For GlobalFoundries Expansion

0
Winning the $1.5 billion US government subsidy, GlobalFoundries is looking to power industries like automotive, IoT, and defence with advanced chip manufacturing in New...

Trump’s Tariff Plan Could Derange Electronics Pricing

0
From disrupting global semiconductor supply chain to inflating iPhone prices, what can Donald Trump's proposed tariff raise on Chinese imports can cause? Donald Trump,...
Chip Manifacturing-NIvidia

New Blackwell Chip Will Propel Nvidia’s Unprecedented Market Growth In Coming Years

0
These chips have effectively dispelled concerns regarding potential pullbacks from tech giants investing heavily in AI processing and data centers. The global AI backed fabless...

David Goeckeler Appointed Chair Of SIA Board

0
Bringing 40 years of tech experience to lead the global semiconductor industry, David Goeckeler, CEO of Western Digital, joins to lead the SIA Board...
Abhishek Malik from Calcom Vision Limited

“India’s Electronics Sector Is Growing Rapidly, Making This The Decade For Investors To Engage”...

0
From the complexities of manufacturing and sourcing components to testing processes that drive innovation, know all the exciting dynamics shaping this ever-evolving industry in...
Sunit Kapur, CEO of Epsilon

“Epsilon Leads With Low-Carbon Graphite Manufacturing, Outpaces Chinese Competitors” – Sunit Kapur, CEO of...

0
Are LFP cathodes and silicon-graphite anodes the best for cost efficiency in EV batteries? Sunit Kapur, CEO of Epsilon Advanced Materials, discusses this with...
John W. Mitchell, President and CEO, IPC

“India’s Core Focus On 5G, IoT, AI Fosters Need For Advanced Electronics,Components, And Semiconductors”...

0
Will Industry 4.0 supercharge India’s progress in semiconductor and electronics manufacturing? IPC President and CEO John W. Mitchell shared more strategies on the country’s...
Raman M., Co-Founder and CEO, chargeMOD

“Our Goal Is To Achieve Complete Sustainability By 2025-2026” – Raman M. Of chargeMOD

0
In a conversation with Nitisha Dubey from EFY, Raman M. of chargeMOD, elaborated his goal of developing virtual power plants by decentralising power production. Q....

“Adoption Of IoT-Enabled SMT Machines Is Still In Early Phases” – Pradeep Tandon, Director...

0
While electronics are becoming smarter through the Internet of Things, is electronics manufacturing following suit? Pradeep Tandon, Director for India, Middle East, and SAARC...
Applied Materials Representational Image

Applied Materials Selects Six Startups For Deep-Tech Accelerator Programme

0
The selected deep-tech startups will be evaluated for investment by Applied Ventures and potential collaboration opportunities with Applied Materials. In collaboration with the company's India...

Space tech Startup Akash Secures $68M CHIPS Funding

0
Eyeing to power into AI, EVs, and more high-tech industries, Akash Systems lands $68 million CHIPS grant to boost its cooling tech facility, generating...

Wireless Light-Based Communication With Velmenni’s Technology

0
Velmenni is at the forefront of wireless communication innovation with its pioneering light-based technologies, Li-Fi and LC Link. Founded by Deepak Solanki in October 2014...

Harnessing AI Technology For Efficient Pest Management

0
AI-Genix, an agri-tech startup, is transforming pest management for farmers through advanced AI-enabled systems that precisely target harmful pests. In an industry where pesticides and...

One Charger To Charge All Your Devices

0
Now, there is no need to carry different chargers for different products. This Bhubaneswar startup has launched a universal 65W charger using GaN technology...

Industry's Buzz

Learn From Leaders

Startups