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Digital Verification Engineer
Atmosic Technologies is looking for a digital verification engineer who is passionate about delivering differentiated low-power and battery-free wireless connectivity solutions. Job title and responsibilities commensurate with experience. Responsibilities: Develop test plans and verification infrastructure for low-power ASIC designs Build verification environments using SV/UVM methodology Build reusable bus functional models, drivers, monitors, checkers and scoreboards Debug/triage automated regressions, run gate level simulations, and perform coverage analysis Requirements: Proficiency in verification test planning, test bench architecture, assertions, problem solving and debugging Constrained random verification experience with System Verilog using OVM or UVM Set up coverage driven verification (code/functional/assertion coverage) Strong knowledge of Verilog or VHDL BS or MS (preferred) degree in EE or equivalent, with 5+ years of experience Nice to Have: Experience in testbenches (block, system) and setting up verification flow from ground-up Understands secure/non-secure, interrupts, memory, and clock frequency switching Familiar with low-power designs, understands power saving techniques and verifications Wireless communications, knowledge of BLE at the protocol level Salary Range: The estimated salary range for this position is $160,000 to $190,000. At Atmosic, we strive to provide competitive and rewarding compensation based on experience and expertise, as well as market conditions, location, and pay equity. You will also…
IBC – International Broadcasting Convention
International Broadcasting Convention Delivering innovation and empowering people, IBC2023 is where the future of the global media and entertainment industry is defined and actioned. Energising the market, enabling content everywhere and inspiring new conversations, IBC brings the creative, technology and business communities together to collaborate, learn and unlock new opportunities. Atmosic has two locations to meet customers at the 2023 show A show floor meeting Pods for adhoc discussions A private meeting suite for private meetings Meeting Suite (Private Meetings) Meeting Pod (Show Floor) Meeting Suite (Private Meetings) Private Meeting Suite For customers looking for a quiet conference room away from the noise of the main IBC convention floor, Atmosic has reserved a suite at the nhc hotel in Amsterdam which is just a short walk from the exhibition centre. Meetings at the Meeting Suite need to be pre-arranged, please contact sales to make a reservation Ad-hoc meetings can be held without reservation on the show floor, see the Meeting Pod tab above Meeting Pod (Show Floor) Meeting Pod For customers looking for a quick discussion without the need for the privacy offered by the Private Meeting Room, Atmosic has a meeting pod in the walkway to Hall 7. Hall…
Energy Harvesting, Matter, and Bluetooth: Driving IoT Forward in 2023
IoT4All Article According to IDC, there will be 55.7 billion connected IoT devices by 2025. More companies are adopting smart devices for industrial use cases, the enterprise, the automotive sector, healthcare, and the smart home. As IoT continues to rapidly grow, what can we expect in 2023? Let’s take a look. This year, we will see a growing demand for sustainability in consumer and industrial products. Europe is still ahead of the rest of the world in addressing this, but the U.S. and many other regions will also make major moves to catch up. There are many ways to improve sustainability and reduce our impact on the environment. One method that will see a lot of traction is the adoption of energy harvesting to reduce or completely replace, the need for batteries in our connected devices. Every year billions of batteries are thrown away into landfills, so solving this problem will have a huge impact. Although there are many different ways that connected devices can harvest energy, photovoltaic (PV) cell technology is likely to see the most adoption in the coming years. Connected devices, ranging from remote controls and wireless keyboards in the smart home to beacons and e-Badge readers…
AzureWave Technologies
AzureWave Technologies, Inc. is a worldwide leading provider of wireless connectivity and image processing solutions. Our ultra-small wireless modules and digital camera modules could be extensively applied in personal and industrial computers, mobile and internet devices, consumer electronics, home appliances, automotive components, manufacturing facilities, and more. The name “AzureWave” embodies an image of transmitted waves emitting across the vast blue sky. Over the decades, AzureWave has always been striving to realize its infinite potential of innovation in all aspects, better quality, and more reliable delivery in its journey to becoming one of the most specialized module experts in the industry. Integrity, decision, trust, ownership, and passion for winning are the five core values that drive AzureWave and its global employees to achieve the highest standards of excellence, and continuously learn, improve, and evolve. Our efforts in manufacturing methods and processing, new technology adaptation, and organization development all reflect our committed dedication to living out what we believe. Applicable Solutions From smart home, automotive, to mobile communication, we have adaptive one-stop road-mapping solutions for you. Exceptional Modules Ultra-small modules endowed with avant-grade designing and automated processing for your integration into any devices. Professional Teams Dedicated industrial experts accompanying you from the…
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
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…