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With the growing demand for traffic bandwidth in datacenters, efficient physical high-speed communication becomes a crucial part of the development of silicon ASCs that serve networking infrastructures. We are looking for a PHY (Physical Layer) Architect for our Architecture team. We are positioning you to a key role to face this challenge and become part of our team, so we can continue developing the best devices in the industry.

Our networking architecture group is seeking for a highly skilled, leading engineer to explore, and define the Physical layer of our products. As a lead engineer, you'll be responsible to define and drive features and have responsibility on the Physical layer architecture. The role will include definition of both the hardware circuitry and the firmware/software that is involved in operating the physical layer communication, with emphasis on the former. We are searching for hardworking, enthusiastic, engineer which has both highly technical skills as well as good personal skills, in order to be able to lead cross groups activities.

What you will be doing:

Lead projects across team, starting from processing requirements and definitions from customers and translating those into detailed technical specification for hardware architecture, system embedded software, user interface and high-level design.

Supervise the implementation of projects by team-leaders / developers / QA, participate in low level design reviews, QA test plans reviews, and keep track of changes and handle obstacles.

Define the architecture of implementing physical layer standards into our ASIC devices.

Involved in standard bodies activities and definition of next generation protocols.

Define features for the phy layer, to exploit interoperability between different generations of communication.

Be involved in product definition and the high-speed protocols that the company`s networking devices will support.

Work closely with multi-functional teams - design, backend, system, marketing, firmware, driver, etc. Provide architecture definitions and as a result converge on key design decisions.

Become focal point for our physical layer networking communication devices.

Our technology has no boundaries! We are building the worlds most groundbreaking and innovative accelerated compute platforms for the world to use. Its because of our work that scientists, researchers and engineers can advance their ideas. We pioneered a supercharged form of computing loved by the fastest paced computer users in the world - scientists, designers, artists, and gamers. Our End to End networking architecture group is looking for a motivated network performance modeling architect to develop a network simulator with the purpose of analyzing and improving the performance of AI and High-Performance Computing workloads. You will solve complex problems and develop innovative software and hardware solutions using the network simulator.

What you'll be doing:

Analyze and model the communication patterns of key applications.

Develop simulation components to evaluate and analyze micro-architecture and architectural solutions.

Explore innovative ideas to improve our systems performance.

The System Engineer Architect will play a key role in designing, developing, and optimizing advanced laser optical systems for Urology, as well as supporting ongoing activities as part of Product Life Cycle, while working in close collaboration with the lead Sys Eng., the different technical disciplines (Elec, Mech, SW, Algo), and other groups (RA, QA, Mfg).

Main Duties:
Support technical characterization and system design of cutting-edge laser systems.
Lead the architectural design of laser systems, including Tx-Rx design and SNR optimization, to meet performance specifications and customer requirements.
Conduct system-level analysis, simulations, and modeling to evaluate and validate system performance under various operating conditions.
Lead problem solving and escalations of system-level issues, proposing, and implementing effective solutions.
Understanding the range of user, product, business and marketing requirements, and work in collaboration with Sys Eng. to convert them to practical system level requirements.
Lead integration and lab experiments in collaboration with cross functional teams to validate and optimize system functionalities.
Analyze system performance data to derive meaningful insights and recommendations. Implement data-driven improvements.
Lead design reviews, project meetings, and technical discussions to communicate progress, challenges, and recommendations effectively.
Stay current with emerging technologies and industry trends in laser systems and signal processing and provide recommendations for technology adoption and innovation.
Mentor and provide technical guidance to junior engineers, fostering their professional growth and development.
Drive excellence, innovation, and efficiency in system design processes, ensuring reliability and performance meet the highest standards.