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Sr. SW Application Engineer

Sr. SW Application Engineer As part of Atmosic Application Engineering team, you will support ongoing customer projects as well as take on new engagements.  You will provide technical expertise of software systems through sales presentations, product demonstrations, installation, and maintenance of company products.  You would assist the sales team in assessing potential application of company products to meet customer needs and preparing detailed product specifications for the development and implementation of customer applications/solutions.  you will ensure that the application/solution is functioning according to specifications. In addition, you may provide software development and consultation to prospective users and/or product capability assessment and validation.  You are a self-motivated enabler for our product/sales growth. Responsibilities Design and create software features/functionality for end products to enable ultra-low power wireless solutions for IoT applications. Review customer product requirements/specifications and develop features/functionality accordingly. Provide customer input to the design engineering team regarding modifications to Atmosic solutions. Develop & provide training to field engineers/customers. Provide direct technical support to customers: assist customers with any questions, issues, debugging, or troubleshooting regarding software systems and applications. Communicate essential technical information to be leveraged by sales/marking teams and support them to promote new products / develop demos. Perform root cause…

Shining a Light on Some Common Misconceptions About Photovoltaic Energy Today

The Internet of Things (IoT) is bringing the benefits of wireless communication to devices everywhere. Whether it’s adding connectivity to devices in your home, tracking the location of your keys, or adding sensors in an industrial plant, low-power wireless connectivity has become a must-have for the IoT. However, adding connectivity requires a power source in all these devices, which sometimes means using a battery, creating an environmental issue as billions of batteries are added to the waste stream every year. Making the IoT revolution sustainable means we need to drastically reduce our reliance on batteries. Here is where harvesting light energy offers a potential solution. Because communication in many IoT applications generally consumes very little power and is only intermittently used, reliably power ing devices with harvested light energy is feasible. But for photovoltaic energy harvesting to be a more common feature in IoT, we first need to overcome some stubborn misconceptions. Misconception #1: All Usable Photovoltaic Energy Comes from Solar When most people think about photovoltaic energy today and consider its role in a sustainable energy future, the images that tend to come to mind are often related to things like utility-scale solar arrays or residential solar panel microgrids….

Applications_ESL

Applications Retail & Electronic Shelf Labels (ESL) Retail & Electronic Shelf Labels (ESL) Retail stores worldwide are strong adopters of IoT technology with consumers witnessing the incorporation of loyalty schemes and the change from paper-based shelf labels to remotely controlled Electronic Shelf Labels (ESL). Electronic Shelf Labels bring massive benefits to retail establishments by enabling greater efficiency and accuracy in the deployment of price and product changes. ESLs also allow retail establishments to offer promotions on individual products while back-end systems monitor their effectiveness. ESL technology can however create new problems if labels need frequent battery maintenance. Atmosic SoC’s with their industry-leading low power consumption and integrated energy harvesting technology is an effective option to minimize battery consumption and maintenance costs. In 2021, with a 32% CAGR year/year growth another 120 Million ESLs were added to grocery stores and other commercial facilities.As of 2021, there were over 600 Million Electronic Shelf Labels adding to the in-store consumer experience. “Atmosic’s ultra-low power ATM2 SoC solution makes ESL products more robust in terms of interactivity and speed, in addition to removing the need for battery replacement. Atmosic’s technology is also easy to integrate into a range of ESL sizes and designs.” said Mr….

Evaluation Kit: ATMEVK-3405

Contact Atmosic Sales The ATMEVK-3405 is the primary evaluation kit (EVK) for the ATM3405 SoC. The kit is designed to provide developers with a basis to evaluate and develop for the non-Energy Harvesting ATM3405 Bluetooth device. The board is intended to help developers perform most of their design using a ‘known good platform’, and perform tasks such as: Measure current consumption in its various operating states Validate the operation and performance of Bluetooth Low Energy only capabilities on the new ATM34 platform Prototype custom applications The current evaluation kit is based on the ATM3405 (512K NVM with 256K RAM) QFN 5×5 SoC package. Included in the kit: 1x ATM3405 Evaluation Board 1x USB Cable (Type-A to USB Micro) 1x 2.4GHz Antenna 1x CR2032 Coin Cell Battery Part Number: ATMEVK-3405-PQK   NOTE: See SoC Product Brief/Datasheet for more information. Documentation / Downloads Related Documentation Documentation / Downloads Check back shortly – We are currently updating our documents. Quick Start Guides: User Guides: Related Documentation Product Briefs: Datasheets:

Mouser Electronics Partners with Atmosic to Accelerate the Growth of Sustainable IoT Devices

Mouser Electronics Partners with Atmosic to Accelerate the Growth of Sustainable IoT Devices This partnership will make Atmosic’s ultra-low power and energy-harvesting solutions more accessible to developers worldwide CAMPBELL, Calif. and MANSFIELD, Texas – June 28, 2023 – Today Atmosic Technologies, an innovator in wireless energy harvesting platforms for the Internet of Things (IoT), and Mouser Electronics, Inc., the industry’s leading New Product Introduction (NPI) distributor with the widest selection of semiconductors and electronic components, announced a distribution partnership. Mouser will stock Atmosic’s portfolio of extremely low-power and energy-harvesting wireless Bluetooth® system-on-chips (SoCs) and evaluation kits. Atmosic’s portfolio is designed with sustainability in mind, enabling developers to create connected devices that can use a single battery for a product’s entire lifespan; in some cases, these devices can even operate without any batteries. This extended battery life and battery-free operation is possible since Atmosic’s SoCs have the industry’s lowest power consumption. Additionally, Atmosic offers wireless solutions that can harvest energy from light, motion, thermal, and radio frequency (RF) sources. These energy harvesting solutions also support the new AirFuelRF™ wireless power specification, which uses RF technology to allow multiple devices to be charged and/or powered at the same time and from a…

Atmosic and Nichicon Announce Energy Harvesting Solution to Reduce Battery Waste in the IoT

Atmosic and Nichicon Announce Energy Harvesting Solution to Reduce Battery Waste in the IoT New solution will help brands design more sustainable wearable and IoT Bluetooth applications in small form factors Campbell, Calif. and Schaumburg, Ill. – Sept. 14, 2023 – Atmosic Technologies, an innovator of ultra-low-power wireless platforms for the Internet of Things (IoT), and Nichicon Corporation, a leading electronic components supplier, have announced a strategic partnership to provide customers with an energy harvesting solution for small form factor IoT devices. Combining Nichicon’s Small Lithium Titanate Rechargeable Battery (SLB) technology with Atmosic’s ATM33e series of wireless Bluetooth energy harvesting SoCs provides developers with a complete solution that is easy to integrate into wearables and other Bluetooth devices. One major advantage of Atmosic’s ATM33e is the SoC’s extremely low power consumption. When the ATM33e is combined with SLB series devices, the solution offers extended battery operation in a very small form factor. Additionally, SLB series devices can connect directly to Atmosic’s SoC and be recharged from harvested energy sources without the need for a separate power management unit (PMU). This energy-efficient and highly integrated design reduces Bill-of-Materials (BoM) cost and saves valuable space so developers can create compact designs. “We…

Atmosic Introduces the Multiprotocol ATM34/e Series Adding 802.15.4 Support for Thread and Matter to its Bluetooth LE Portfolio

  Atmosic Introduces the Multi-protocol ATM34/e Series Adding 802.15.4 Support for Thread and Matter to its Bluetooth LE Portfolio   Atmosic’s new SoC series will deliver longer battery life and battery-free support so companies can design sustainable smart home end devices CAMPBELL, Calif. – Jan. 9, 2024 – Atmosic Technologies, an innovator of ultra-low-power wireless platforms for the Internet of Things (IoT), today unveiled the ATM34/e high-performance system-on-chip (SoC) series with multiprotocol support. Building on the legacy of Atmosic’s innovative ATM3 and ATM33/e SoCs which support Bluetooth LE, the ATM34/e series adds support for IEEE 802.15.4 based protocols including Thread and Matter, as well as enhanced Bluetooth LE support for the latest 5.4 standard revision. Atmosic’s ATM34/e series is designed for ultra-low power end IoT devices such as sensors and switches and typically uses 50% less active energy than competitor solutions. The SoCs incorporate Atmosic’s best-in-class radio, consuming less than 1mA in receive mode, and an energy-efficient transmitter with a programmable output power range of -20dBm to +10dBm. These power-saving innovations significantly extend battery life in connected devices and can even enable some devices to operate battery-free. “Interoperability in the smart home is critical, creating a growing demand for connected devices…

Samsung Launches Its Second-Generation Tracker, the Galaxy SmartTag2, with Atmosic ATM3325 Inside

Samsung Launches Its Second-Generation Tracker, the Galaxy SmartTag2, with Atmosic ATM3325 Inside Next-generation tracker for keys-and-more uses Atmosic’s ultra-low-power BLE system-on-chip and brings new NFC, UWB capabilities too.   by Gareth Halfacree at Hackster.IO   Samsung has announced its next-generation Galaxy SmartTag2 trackable, which is powered by the ultra-low-power Atmosic ATM3325 system-on-chip — delivering, Atmosic claims, a 43 percent reduction in power consumption compared to the company’s first-generation Galaxy SmartTag. “Atmosic’s SoC helps Samsung to offer an extended battery life in our latest SmartTag2,” says Samsung Electronics’ Jaeyeon Jung, head of the company’s SmartThings division. “With Atmosic’s innovative technology, we are able to improve our environmental impact as well as our customer experience through extended battery life.” Samsung launched the original Galaxy SmartTag tracker back in January 2021, using a combination of Bluetooth Low Energy (BLE) and Ultra-Wideband (UWB) connectivity to track the location of devices to which it’s attached. A built-in button gave the tags a second feature, as programmable remote controls for Samsung SmartThings-compatible smart home systems. The SmartTag2, unveiled this month, brings a range of new features including an improved compass view when paired with UWB-capable Galaxy smartphones, a new Lost Mode in which data loaded onto…

Technical Writer

Atmosic Technologies is looking for a bright, dynamic, detail-oriented, and highly flexible individual to join our team as a Technical Writer. As a member of our team, you will be supporting our business units by working alongside marketers and engineers involved in the design and implementation of new and existing products. You will collaborate with cross-functional teams to create white papers, application notes, user guides, datasheets, and other technical collateral.   The tech writer role requires that they be comfortable with: Responsibilities: Creating documentation – writing, editing, formatting, and illustrating technical end-user documentation. Validating information– working with cross-functional teams to ensure technical accuracy and quality standards. Managing deliverables– working with cross-functional teams to estimate project scope, gather data, track milestones, communicate progress, mitigate risks, and produce documentation that meets customer documentation. Written and verbal communication skills, and with the ability to articulate complex technical concepts in written form. Working in a challenging and engaging environment that promotes teamwork, creativity, accountability, and professional development Requirements: A formal tertiary qualification with a bachelor’s degree in Communications or Engineering, or relevant experience in technical writing Strong attention to detail, and both decision making and organizational skills Excellent written, grammar, and communication skills An ability…

Airfuel Alliance

THE WIRELESS STANDARD FOR IoT DEVICES POWERED BY RADIO ENERGY AirFuel® RF is a wireless power specification that uses radio frequencies (RF) to enable the charging or powering of multiple IoT-type devices simultaneously within a three-dimensional space, delivering true freedom of movement without the tether of wire or touch-contact charging. AirFuel RF, a contactless power transfer technology, creates zones of power wherein energy can be harvested for use by devices. The new AirFuel RF standard opens wireless power technology to new markets and applications. Multiple devices across an array of applications can be powered several feet from the power source without requiring precise placement, eliminating the need for wires or the hassle of maintaining batteries.

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