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Capturing Ambient Photovoltaic Energy to Extend Battery Life and Drive the Battery-Free IoT

  Now more than ever we must put the energy sourced from the Sun and lighting to work The practicality and convenience of connected IoT devices continues to grow as they literally change the game, taking efficiency to new heights and streamlining operations for virtually every industry, including manufacturing, agriculture, medicine, transportation, real estate and more. You name the industry, and there’s a way that connected IoT sensors and trackers can change the way that companies do business. And for consumers, IoT devices are delivering new experiences that we could only have dreamed of – just think about how smart speakers talk to consumers and wearables help users track their health and fitness. Given the multitude of advantages that the IoT can bring, ABI Research predicts installed base for Bluetooth, Wi-Fi and NFC devices will be more than 35 billion globally by 2023. It’s great to see the progress that industries are making with connected IoT devices, but along with these advances comes a big concern: how to deal with the challenges of batteries powering the billions of devices. Batteries are costly to maintain and also do long-term harm to our environment when they are discarded. The team at Atmosic…

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Manager of Technology

Design and develop hardware for Internet-of-Things (IoT) solutions Understanding and specifying design requirements Understanding performance, cost, and timeline trade off and prioritizing to meet design goals Evaluating external component options to achieve lowest power performance Determining best placement of components on Printed Circuit Board (PCB) for optimized routing of signals and power plans Preparing silicon bring up strategy and tests suite Verifying function and operation of various functional blocks within the Systems-on-a-Chip (SoC) Debugging and resolving functional and performance issues related to silicon and Hardware (HW) systems Creating various tests to verify system (SoC, board, and other external components) Validating power consumption of SoC and system Ensuring RF performance meet specifications Ensuring reliability of Soc and board design over temperature Reviewing customer HW designs using our product Job location: Campbell, CA This position requires a Master’s degree or the equivalent in Electrical Engineering plus two (2) years of experience. Resume by email to [email protected]  Attn: Masoud Zargari

Portal Login

Welcome to the Atmosic Customer Portal. Within the portal dashboard, you will have access to your support tickets, custom documentation your developer experience We will be introducing updates in phases to minimize disruption to your workflows. Portal Home

Targus Wins CES 2024 Innovation Award using Atmosic ATM2 based Bluetooth LE SoC for its ErgoFlip EcoSmart Mouse

  Targus Wins CES 2024 Innovation Award using Atmosic ATM2 based Bluetooth LE SoC for its ErgoFlip EcoSmart Mouse Targus’ eco-friendly mouse is made from 85% post-consumer recycled plastic, comes in packaging from recycled materials, and uses Atmosic’s ultra-low power Bluetooth Low Energy (BLE), lowering energy consumption by four times than other BLE chipsets    Targus®, the number one laptop bag brand in the U.S.1 and a leader in laptop cases and mobile computing accessories, has announced that their ErgoFlip™ EcoSmart™ Mouse was selected as a CES® 2024 Innovation Award Honoree in the Sustainability, Eco-Design & Smart Energy category. The ErgoFlip EcoSmart Mouse uses an Atmosic ATM2 Bluetooth SoC that is four times more energy efficient than other BLE chipsets, reducing power consumption and extending battery life. This eco-friendly, ambidextrous mouse demonstrated innovative features that scored highly by an elite panel of industry expert judges for incorporating sustainability into the product’s design and manufacturing processes. The ErgoFlip EcoSmart Mouse combines ergonomics with a sustainable design to convert from left- to right-hand use with a simple twist of the top, is made from 85% percent post-consumer recycled (PCR) plastic and is packaged using recycled materials.  “Receiving the CES Innovation Award is an…

Evaluation Kit: ATMRFS-M22xx (RF Source)

Contact Atmosic Sales Buy now from Mouser The RF Source Transmitter Board is both an evaluation and development tool for customers working with 900MHz RF energy harvesting applications.  It can be used with Atmosic ATM3 or ATM33 series SoCs. This board is offered as a supplement to other evaluation boards from Atmosic. The board has two radios, the first is a sub-GHz radio designed to operate as an RF transmitter capable of delivering up to +29dBm at 915MHz. The transmitter output can be configured to operate a lower output power levels and frequencies between 850MHz and 1050MHz. The second radio on the board is an Atmosic ATM2221, which both controls the sub-GHz radio and is a fully functional Bluetooth LE device available for customer development. The board design includes a 2.4GHz ceramic bandpass filter to block the sub-GHz energy transmission from the Bluetooth RF path, ensuring the exceptional Bluetooth performance is maintained during RF transmissions. Included in the kit: 1x Atmosic RF Source board 1x Dipole antenna (SMA) – 2.4GHz 1x Dipole antenna (SMA) – 915MHz 1x AC Power Adapter Part Number: ATMRFS-M22xx EVK Documentation Related Documentation EVK Documentation Quick Start Guides: User Guides: Related Documentation Product Briefs: Datasheets:

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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 and AONDevices announce strategic partnership to leverage both the benefits of AI and energy harvesting to lower power consumption in AIoT Smart Home devices

Atmosic and AONDevices announce strategic partnership to leverage both the benefits of AI and energy harvesting to lower power consumption in AIoT Smart Home devices   Atmosic’s partnership with AONDevices will reduce product power consumption by reducing false detect wakeups, RF transmissions, and cloud time.   CAMPBELL & IRVINE, Calif. – Jan. 10, 2024 – Atmosic Technologies, an innovator of ultra-low-power wireless IoT platforms such as the award-winning ATM33/e, today announced its strategic partnership with AONDevices, a pioneer in low-power application-specific edge Artificial Intelligence (AI) processors including the AON1120. The collaboration brings together low-power AI capabilities and ultra-low-power wireless technology, for innovative AIoT and wearable applications. Atmosic’s ATM Series extreme low power wireless SoC includes integrated power management and energy harvesting capabilities, the RF radios to support standards-based protocols such as Bluetooth Low Energy and 802.15.4 protocols such as Thread and Matter, memory, and the application processor along with a suite of peripherals including GPIO, ADCs, serial interfaces, keyboard scan matrices and more. AONDevices brings a suite of AI technology and their AON series of AI processors that are incredibly accurate even in the presence of high background noise or reverb conditions, offering reliable voice command recognition, sound and contextual…

Road to embedded world ’23: Campbell, California, Atmosic

Embedded Computing Design If you are in the market for ultra-low power wireless and energy harvesting solutions, visit booth 4A-639 to peruse Atmosic’s newest innovations. The highlight of the booth will be the ATM33 family of high-performance SoCs. With Atmosic’s efficient energy solutions, network devices can last years on one battery, with some components creating enough energy to make batteries obsolete in specific use cases. With advanced energy harvesting innovations, the ATM33 delivers a wider harvesting input range, lower cold start voltage, Lithium-Ion battery support, and low-power voice processing. The Atmosic Sensor Hub enables SoC’s to operate protocols including ability to access memory and transmit beacons in deep sleep. Also on display will be Atmosic and Energous’ Wirelessly Powered Sensor Evaluation Kit showcasing Atmosic’s energy harvesting SoCs and Energous’ FCC-certified 1W WattUp PowerBridge transmitter. For further adoption and interoperability of RF as a energy source, the kit maintains the AirFuel Alliance RF Wireless Power and Charging Standard. For more information, visit atmosic.com.

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