4 Wifi Integration Jobs

You should have a Bachelors or Masters degree in Electrical Engineering, Computer Engineering, or a related field with 15 years or more of relevant experience. It is essential to possess experience in use-case analysis and decomposition, as well as proficiency in Linux, Zephyr, Free RTOS, or similar operating systems. A strong understanding of microprocessor and microcontroller architectures, including CPU cores, DSP, memory management, and peripheral integration is required. Additionally, experience in system-level performance optimization, low-power design, SW/HW co-design, and real-time processing is necessary. Familiarity with high-speed interconnects, memory architectures, DDR, PCIe, and bus protocols is also important. Strong collaboration skills are crucial for working across multidisciplinary teams, including silicon, software, hardware, board design, and validation engineers. It is expected that you have experience in product development processes. Preferred qualifications include experience with ARM Cortex and/or RISC-V architecture, media processing, vision and imaging applications, and system-level simulation tools. Familiarity with hardware/software co-design, debugging techniques, Machine Learning Hardware IPs, tools, and architecture is advantageous. Knowledge of functional safety and security standards, as well as Wi-Fi integration, networking protocols, and secure wireless communication, would be beneficial.,

As an RF Planning and Optimization candidate, you will be required to have knowledge of small cell planning for indoor customers and DAS-based cell planning. Your hands-on experience using tools like RANPLAN, ATOLL, iBWAVE, or similar tools will be crucial for this role. You will need to design or upload the indoor design plan within the RF Planning tool and provide the draft HLD and site survey report. Collaboration with site acquisition, civil, and installation teams is essential for successful project implementation. You will be responsible for validating and updating indoor models with walk-test and drive-test data using tools like TEMS, NEMO. Additionally, you will need to recommend antenna placements, cable routing, and power budget estimations. A solid understanding of LTE, 5G NR, and multi-band RF propagation in indoor environments is required. Experience with DAS architecture, small cell, and indoor Pico cell deployments is a plus. Prior experience working with operators or vendors like Ericsson or CommScope will be beneficial. Knowledge of enterprise Wi-Fi integration with cellular indoor coverage is also desirable. This is a full-time position with the flexibility of working day shifts or rotational shifts. The work location is in person, requiring your presence on-site for effective collaboration and project implementation.,

As a Systems Architecture Lead, you will be responsible for the development of systems and product architecture for advanced Application Processors. Your role will involve collaborating with hardware engineering, software engineering, and application/solutions engineering teams to create scalable and robust solutions that cater to the requirements of advanced microprocessor products in Industrial, IOT, and Automotive Edge markets. A deep technical understanding of MPU hardware and software architecture, Solutions Engineering, Use Case Analysis, Validation, Optimization, and system integration is crucial for this position. Key Responsibilities: - Drive the definition and development of MPU architecture in alignment with market trends and industry standards. - Collaborate with product marketing teams and customers to translate requirements into detailed specifications. - Define and document use cases for the product. - Design efficient computing architectures, including multi-core processing, high-end CPU, DSP, Vision processing, Machine Learning, and memory hierarchy. - Integrate security mechanisms like secure boot, cryptographic accelerators, and trusted execution environments. - Ensure seamless system-level integration of MPU product components by collaborating with hardware, firmware, software, and solutions/application engineering teams. - Conduct power and performance benchmarking, analysis, and optimization. - Develop strategies to optimize performance, energy efficiency, and thermal management while ensuring reliability and scalability. - Own key performance indicators for programs and drive optimization. - Define architectural guidelines, best practices, and documentation to guide product development teams. Required Qualifications: - Bachelor's or Master's degree in Electrical Engineering, Computer Engineering, or a related field with 15 years or more relevant experience. - Proficiency in use-case analysis and decomposition. - Experience with Linux, Zephyr, Free RTOS, or similar operating systems. - Strong understanding of microprocessor and microcontroller architectures, including CPU cores, DSP, memory management, and peripheral integration. - Experience in system-level performance optimization, low-power design, SW/HW co-design, and real-time processing. - Familiarity with high-speed interconnects, memory architectures, DDR, PCIe, and bus protocols. - Excellent collaboration skills to work across multidisciplinary teams. - Experience in product development processes. Preferred Qualifications: - Experience with ARM Cortex and/or RISC-V architecture. - Experience with media processing, vision and imaging applications. - Proficiency in system-level simulation tools, hardware/software co-design, and debugging techniques. - Familiarity with Machine Learning Hardware IPs, tools, and architecture. - Knowledge of functional safety and security standards. - Familiarity with Wi-Fi integration, networking protocols, and secure wireless communication.,

As a Systems Architecture Lead, you will be responsible for the development of systems and product architecture for advanced Application Processors. Your role will involve collaborating with hardware engineering, software engineering, application/solutions engineering teams to design and create scalable, robust solutions for our advanced microprocessor products targeting Industrial, IOT, and Automotive Edge markets. A deep technical understanding of MPU HW & SW architecture, Solutions Engineering, Use Case Analysis, Validation, Optimization, and system integration is essential for this role. Your key responsibilities will include driving the definition and development of MPU architecture in alignment with market trends and industry standards. You will work closely with product marketing teams and customers to translate requirements into detailed specifications. Furthermore, you will be responsible for defining scalable computing architectures, integrating security mechanisms, collaborating with cross-functional teams, and optimizing power and performance benchmarks. To qualify for this role, you should hold a Bachelors or Masters degree in Electrical Engineering, Computer Engineering, or a related field with 15 years or more of relevant experience. Additionally, experience in use-case analysis, Linux, Zephyr, Free RTOS or similar operating systems, microprocessor and microcontroller architectures, system-level performance optimization, low-power design, SW/HW co-design, and real-time processing is required. Strong collaboration skills and familiarity with high-speed interconnects, memory architectures, bus protocols, and product development processes are also necessary. Preferred qualifications include experience with ARM Cortex and/or RISC-V architecture, media processing, vision and imaging applications, system-level simulation tools, Machine Learning Hardware IPs, functional safety, and security standards. Familiarity with Wi-Fi integration, networking protocols, and secure wireless communication would be advantageous. In this role, you will play a crucial part in designing and developing cutting-edge solutions for advanced microprocessor products, contributing to the success and innovation of our products in Industrial, IOT, and Automotive Edge markets.,