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Atmosic Technologies and Dracula Technologies Battery Free Remote Control Reference Design is Ushering in a New Generation of Low Maintenance IoT Devices

  Reference design combines the ultra-low power Atmosic ATM33 SoC with Dracula’s organic photovoltaic technology to bring energy harvesting capabilities to a wide variety of IoT devices   BARCELONA, Spain – March 1, 2023 – Today Atmosic Technologies, an innovator in energy harvesting wireless platforms for the Internet of Things (IoT), and Dracula Technologies, a pioneer in harvesting energy through indoor light, today announced they have collaborated on an advanced remote control reference design. The reference design uses Atmosic’s ATM33 ultra-low-power system-on-chip (SoC) and Dracula’s innovative LAYER® platform and includes a real-world example showing how easy it is for companies to test and develop IoT products. With this reference design, companies can design connected devices ranging from beacons to remote controls and industrial sensors, all powered by energy-harvesting technology to provide sustainable solutions that eliminate the need for batteries. Dracula’s LAYER technology is an organic photovoltaic (OPV) solution that generates energy from light to charge low-power indoor (LPI) devices, even in low-light conditions down to 50 LUX. Using inkjet printing, Dracula creates thin, flexible organic PV modules that can be customized to different shapes and sizes. When used together with Atmosic’s ATM33 ultra-low power SoC, Dracula was able to reduce the…

Atmosic’s Extremely Low-power SoC Approved for Google Android TV Remote Controls

Atmosic’s Extremely Low-Power SoC Approved for Google Android TV Remote Controls Atmosic enables Google TV partners to reduce the carbon footprint of their products to better align with Google’s sustainability targets   CAMPBELL, Calif. – June. 8th, 2023 – Atmosic Technologies, an innovator in low-power and energy-harvesting wireless platforms for the Internet of Things (IoT), today announced its ATM Bluetooth system-on-chip (SoC) series was approved for inclusion in the Google Android Open Source Project (AOSP) as a reference design for voice remote controls (RCUs). Companies looking for more sustainable Android TV solutions can now leverage this ‘ready-to-deploy’ ATM-based reference design manufactured and distributed by Google TV remote partners. Atmosic’s ATM Series provide remotes with substantially longer battery life and improved sustainability. With Atmosic’s groundbreaking Lowest Power Radio, the ATM2 can enable the batteries in G10 remotes to last three times longer. In addition to the power savings benefits, the ATM2 integrates Bluetooth hardware optimizations to ensure very low latency and provide a better user experience. For developers looking to add energy harvesting capabilities to G10 products, Atmosic offers ATM3 as a pin-compatible SoC with integrated energy harvesting support. “Remote controls are one of the largest segments where we’re seeing a demand for sustainable solutions as consumers…

Atmosic to Launch New Mobile App Viviant, Developed by Fusionary, to Help Companies Quickly Test and Evaluate Atmosic’s Wireless Platforms for the IoT

    Atmosic to Launch New Mobile App Viviant, Developed by Fusionary, to Help Companies Quickly Test and Evaluate Atmosic’s Wireless Platforms for the IoT With Atmosic’s new app, developers can easily test and debug code, run demos, and fix bugs so they can get products to market faster CAMPBELL, Calif. and GRAND RAPIDS, Mich. – Sep 7, 2023 – Atmosic Technologies, an innovator of ultra-low-power wireless platforms for the Internet of Things (IoT), today announced its partnership with Fusionary, an award-winning web and mobile app development company, to develop a new mobile app experience called Viviant for Atmosic’s current and prospective customers. The Viviant app streamlines the developer experience so companies can speed up time to market when they are developing and evaluating Bluetooth® IoT projects. Viviant allows developers to do everything from running simple evaluation tests to complex applications using Atmosic’s wireless SoCs. This allows developers to quickly test and debug their low-power wireless Bluetooth LE embedded application code and easily test interoperability with Android and iOS mobile devices. Developers can run out-of-the-box demos such as Blinky, Motion, Gauges, and a Device Scanner to help familiarize themselves with the Atmosic low-power radio development ecosystem. The app includes troubleshooting…

Atmosic’s ATM33 SoC Wins Prestigious Elektra Award for IoT Innovation

  Atmosic’s ATM33 SoC Wins Prestigious Elektra Award for IoT Innovation    With its ultra-low power design, the ATM33 is ushering in a new era of sustainability in the IoT   Campbell, Calif. – Dec. 05, 2023 – Atmosic Technologies, an innovator of ultra-low-power wireless platforms for the Internet of Things (IoT), announced that Atmosic’s groundbreaking ATM33 series of Bluetooth 5.3 SoCs was named the 2023 Elektra Awards winner in the “Internet-of-Things Product of the Year” category. The Elektra Awards program, which was held this year on Nov. 29 in London, recognizes the most innovative companies and talented individuals in the electronics industry. Atmosic’s ATM33 was selected for its impressive ultra-low power design that allows companies to develop more energy-efficient and sustainable connected devices. “Today an increasing number of companies are making sustainability a priority in their business and their supply chains,” said Nick Dutton, Senior Director for Product Marketing at Atmosic. “Atmosic’s ATM33 is helping these companies take their environmental initiatives to the next level and reduce the amount of battery waste in the IoT. This helps to significantly cut down on the cost of IoT deployments, and there’s an added convenience factor with businesses and consumers not having…

How Battery-Free Bluetooth Sensors Are Helping to Enable the Demand Chain

  BY JASON MARCEL (Bluetooth SiG) See the original article here: <CLICK ME> Recently, there’s been a lot of discussion around the supply chain. And as crisis concerns grow with no immediate solution in sight, companies around the world are looking for a serious enabler to optimize the supply chain. Supply vs. Demand Chain Through the management of logistics, operations, marketing and sales, and services, an organization creates a supply chain to deliver goods or services to a consumer. By anticipating the needs of the consumer, an organization can balance its expenditure of resources to meet market demand. In the demand chain, the consumer initiates the flow of goods. By managing and better understanding relationships between consumers and suppliers, organizations can use information obtained through their demand chain to create greater operational efficiencies and minimize costs. “The supply chain originates at the sources of supply and flows toward the customer, whereas the demand chain flows backward from the customer and ends up with the enterprise,” said Hokey Min, author of The Essentials of Supply Chain Management: New Business Concepts and Applications. In a situation where supply chains around the world are in crisis, how can technology be used to optimize demand chain efficiencies? How…

Atmosic Technologies Extends Controlled Energy Harvesting Technology to Harness Photovoltaic Power for IoT Device Connectivity

March 26, 2019 Atmosic uses the power of ambient indoor and outdoor light to achieve battery-free Internet of Things CAMPBELL, Calif.–(BUSINESS WIRE)–Atmosic™ Technologies, innovator of ultra-low-power wireless for the Internet of Things (IoT), today announced its photovoltaic-powered connectivity solution that dramatically extends the battery life of IoT devices. Built on Atmosic’s ATM3 Series chipset, the company’s energy harvesting technology captures photovoltaic power from ambient light sources, which are sufficient to power Atmosic-connected IoT devices. “The light around us offers abundant energy to be harvested, both indoors, even in lowlight and outdoors in solar light. Atmosic leverages these sources to harness photovoltaic power for IoT devices,” said CEO, David Su. “Ambient and solar power are hugely beneficial energy sources for connected IoT deployments, particularly in environments that require wireless location-based sensors in outdoor venues such as malls, stadiums, factories, retail stores, enterprises and the connected home. To make energy harvesting a viable power source, Atmosic is providing the industry’s lowest power Bluetooth for IoT.” Atmosic’s photovoltaic-power connectivity solution is a feature of its ATM3 series, built on the Bluetooth® 5 standards platform and the company’s Lowest Power Radio and On-demand Wake-Up technologies, which enable 10 to 100 times lower power than…

Opto-Sensor

OPTO-SENSOR LTD.(Fuchance Enterprises CO.,LTD.) was founded in 1980, has been devoted to supporting our customers to get their projects ‘connected’ using the latest sensor and BLE solutions. We built our market reputation by supplying leading and comprehensive technical support to all of our customers across the multitude of markets we support including industrial, automotive, and medical industries. Our customers have come to trust our input in both our capability to meet their product requirements and provide the most suitable solution while also strengthening the competitiveness of their product.

Atmosic and Energous Announce Updated Evaluation Kit with Support for the Newly Announced AirFuel Wireless Power Intelligent Transfer Standard

Posted by IoT.Business.News Date: January 04, 2023 in: IoT Solutions & Innovations Enhanced battery-free Wirelessly Powered Sensor Evaluation Kit now enables maintenance-free IoT applications using the AirFuel wireless power intelligent transfer standard Atmosic Technologies1 and Energous Corporation2, today announced a new software update for their Wirelessly Powered Sensor Evaluation Kit featuring Atmosic’s energy harvesting Bluetooth Low Energy SoC solutions and Energous’ FCC-certified 1W WattUp PowerBridge transmitter.   The kit update now supports the recently announced AirFuel Alliance RF Wireless Power and Charging Standard to further enable the adoption and interoperability of radio frequency (RF) as a power source in addition to data communications.In partnership, Atmosic and Energous endorse the new AirFuel Alliance standard. This standard opens wireless power technology to various new markets and future applications and use cases. With the AirFuel Alliance RF Wireless Power and Charging Standard, the intelligent transfer of power allows multiple devices to be charged and/or powered simultaneously, without the need for precise placement — or even contact — with the power source. Dr. Sanjay Gupta, President and Chairman of AirFuel Alliance, said: “The new RF standard from AirFuel Alliance aligns with Atmosic’s and Energous’ missions to reduce the reliance on batteries and build more…

How Close Are We To Eliminating Batteries In The IoT?

When the first version of the Wi-Fi® (standard 802.11a) was originally developed and released in 1997, it was intended to provide internet connectivity to and from computers (primarily desktops). The original designers of Wi-Fi may have foreseen applications in laptops and phones, but they likely didn’t expect Wi-Fi to become the essential, ubiquitous connectivity for all kinds of devices — from smartphones to drones — in many different locations worldwide. Consumers quickly began to expect Wi-Fi to be virtually everywhere — the home, public transit, the automobile, work, school, the mall, at concerts and events, and even when they are on vacation. Wireless connectivity has indeed freed us from the data cable, but what about the power cord? And now with the advent of the Internet of Things (IoT), a multitude of additional wirelessly connected devices are entering the market. In fact, ABI Research predicted that there will be 35+ billion connected IoT devices worldwide by 2023. IoT devices typically fall into six categories: personal, home, automobiles, healthcare, industrial & enterprise, and smart cities. A great deal of consideration has gone into eliminating the wires for connectivity, but what about the power cord? Even if electrical power cords aren’t required, batteries are — all…

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Blogs MORE Atmosic in the News MORE Press Releases MORE Atmosic’s Award Winning Technology Innovative Solutions for the Existing Mass Market With the growing demand for our technologies to reduce or eliminate battery dependence coming from an increasingly wide variety of mass-market IoT product segments-wearables, remotes, beacons, sensors, keyboards, and more-our Atmosic Open Development Platform is designed to support a broad array of developers having different product development and deployment requirements. The Atmosic Open Development Platform was designed to make Atmosic connectivity easy to use, easy to program, and easy to integrate into the cloud-whether the cloud is the internet or local cloud network. Learn More   Technologies Atmosic’s innovative Lowest-Power Wireless Technologies are designed to aggressively reduce connected device power consumption to enable battery-free or extended battery life to address the expanding opportunities of connected IoT devices. We have attacked this challenge from two fronts. First, we’re lowering power consumption with Atmosic’s combined Lowest Power Radio and On-demand Receive wireless technologies, to achieve the industry’s lowest power consumption for a low-energy Bluetooth® solution. And, we’ve further reduced consumption of battery power with our Energy Harvesting technology, enabling devices to source power from ambient sources, such as photovoltaic (indoor and…

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