5 Highspeed Interconnects 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.,

At TE, you will unleash your potential working with people from diverse backgrounds and industries to create a safer, sustainable, and more connected world. As a Sr. Principal Engineer, you will play a crucial role in leading the identification, development, and management of strategic external partnerships to bring new and differentiated capabilities to the high-speed interconnect industry. This position is at the core of our Advanced Technology strategy, aiming to bridge cutting-edge research, market demands, and manufacturing readiness to drive innovation in high-speed connectivity products. Your responsibilities will include identifying, evaluating, and establishing external partnerships that deliver unique capabilities in high-speed interconnects. You will lead complex technology and process development programs, serving as the primary point of contact with external partners. Additionally, you will drive the integration of external innovations into TE's advanced technology and manufacturing process roadmap. To excel in this role, you should possess an advanced engineering degree and have over 15 years of experience, demonstrating a successful track record in developing and leading external collaborations. Direct experience with high-speed connectivity products, such as connectors, cables, optical/electrical interconnects, is highly preferred. Your background should reflect expertise in technology readiness levels, commercialization processes, stakeholder management, and project management, particularly in AI, datacenter, or telecom sectors. You will be required to establish partnership agreements, including IP rights, and development plans/schedules. It is essential to apply effective risk management strategies to mitigate technical, schedule, and partnership-related challenges. Your ability to interpret complex technical data to facilitate decision-making processes will be crucial for success in this role. The ideal candidate will possess excellent verbal and written communication skills in English, enabling effective presentation and influence at all levels. You should also demonstrate proficiency in working within multi-cultural teams and across boundaries to deliver complex initiatives. Familiarity with manufacturing processes such as molding, stamping, plating, and high-speed cable/cable assembly manufacturing is advantageous. In summary, the Sr. Principal Engineer role at TE offers a unique opportunity to drive innovation and collaboration in the high-speed interconnect industry, contributing to the advancement of technology and connectivity solutions for a more connected world.,

You will be joining NVIDIA as a Senior Power Verification Engineer, where you will be responsible for verifying the design and implementation of low power features for Smart-NICs and DPUs. These cutting-edge networking processors aim to accelerate network performance, reduce CPU overhead in IP packet transport, and optimize processor cycles for running applications efficiently. The Networking Chip Design team in India is rapidly expanding, offering an exciting opportunity to work on innovative projects in a fast-paced environment. Your key responsibilities will include working on structural and functional verification of low power aspects of NVIDIA's smartNICs and DPUs. You will develop test plans, coverage plans, and test cases, along with test bench components like assertions and coverage points. Collaborating with system and unit level teams, you will ensure comprehensive coverage of features from various aspects such as functional, electrical, performance, and noise. Additionally, you will analyze power consumption by unit IPs through debugging waves and work closely with cross-functional teams to achieve verification convergence. To qualify for this role, you should have a BS/MS or equivalent experience specializing in Low Power techniques and Verification, along with at least 5 years of relevant experience. A strong understanding of power basics, power intent formats, and experience with power check and verification tools is essential. Familiarity with low power design techniques and verification environments will be advantageous for this position. To distinguish yourself as a candidate, prior experience with SmartNICs or high-speed interconnects, proficiency in programming languages such as Python, Perl, or C++, and strong problem-solving skills will be beneficial. Demonstrating good interpersonal skills and a collaborative mindset to work effectively as part of a team will set you apart in this role. NVIDIA is recognized as one of the most sought-after employers in the technology industry, offering competitive salaries and a comprehensive benefits package. As you consider your career growth, explore the opportunities and benefits NVIDIA provides for you and your family at www.nvidiabenefits.com.,

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.,