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Hardware Systems Engineer – Power
Atmosic Technologies is looking for hardware systems engineers who are passionate about delivering differentiated low-power and battery-free wireless connectivity solutions. Job title and responsibilities commensurate with experience. Responsibilities: Bring up, validate and optimize low power wireless ASIC platforms Productize next generation IoT solutions and enable customer product launches by working in collaboration across multiple disciplines Design, implement, document, and maintain automated test scripts and integrate into software build process Write complex tests to characterize power and performance, and ensure system-level metrics are met Requirements: Minimum 5 years of experience with digital, analog and mixed signal systems Strong EE fundamentals and understanding of power delivery: e.g. switch-mode supplies, low-dropout regulators, power domains, head-switches, supply sequencing, and power management/PMIC architectures. Strong analytical and debugging skills Familiar with lab equipment including oscilloscopes, power analyzers, function generators, spectrum analyzers, logic analyzers, and multimeters Comfortable with software programming, e.g C/C++ and Python BS in Electrical Engineering or equivalent required, MS preferred Nice to Have: SOC and platform power modeling, analysis and correlation with measurements Low-power wireless system experience Understanding of wireless protocols, such as Bluetooth Low Energy (BLE). Familiarity with test instrument scripting, e.g. VISA/SCPI via GPIB, RS232, USB, ethernet. PCB design experience Location: Campbell…
Small Device, Big Impact: How Lifetime Batteries Will Address Healthcare IoT Challenges
@atmosic Connectivity is a crucial element for any healthcare facility. Even before all the recent chatter of the latest generation of mobile networks (5G) and multiple wireless generations of Bluetooth® and Wi-Fi®, and LTE and wired networking before that, connecting a patient to a monitor and then connecting that monitor to screens or devices for medical professionals to check has always been important—it’s been the difference between life and death. But there’s more to connectivity in healthcare than critical patient monitoring. Today’s healthcare facilities and hospitals now use connectivity that goes beyond what’s needed in the monitoring-for-life-and-death scenario. The wireless technology of choice is Bluetooth, due to the low-bandwidth requirements of these IoT applications, which typically fall into three categories: noncritical patient monitoring, hospital asset tracking and indoor locationing (for example, in very big healthcare campuses where it is easy for things and people to get lost). Atmosic’s ATM2 and ATM3 Bluetooth® 5 platforms, which greatly enhance low-bandwidth IoT applications through lowest power radio design, on-demand receive and controlled energy harvesting, are well-designed for all three categories. Atmosic SoCs provide connectivity at 10-to-100 times lower power relative to other solutions, and offer the added bonus of energy harvesting as a viable…
Media Center
Media Center Thank you for your interest in Atmosic and welcome to our Media Center. Here you’ll find our latest news and a Media Kit to help you get to know Atmosic and create content related to our company, technology and products. For media inquiries, please contact [email protected]. Press Releases Media Coverage More More Blogs Videos More More Thank you for your interest in Atmosic and welcome to our Media Center. Here you’ll find our latest news and a Media Kit to help you get to know Atmosic and create content related to our company, technology and products. For media inquiries, please contact [email protected]. Press Releases More Media Coverage More Blogs More Videos More
Sr. Technical Contributor
Validate pre-silicon system-on-chip (SoC) using FPGA (Field Programmable Gate Array) platform; Perform silicon bring up and validation of SOC with radio transceivers; Verify silicon and board-level functionality, as well as the overall system performance. Work with customers to productize their solutions. Design and test printed circuit board (PCB) schematics. Design verification tests of our SoC products. 2 positions available. 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: M. Zargari Job Location: Campbell (Silicon Valley), California, USA
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