Rohit Vidwans
With over 25 years of experience at Intel, Rohit Vidwans has developed microprocessors, graphics, media, supercomputing processors and platforms, and holds 8 microprocessor design patents. He currently serves as the Chief Engineering and Manufacturing Officer at Ampere Computing, responsible for leading and overseeing teams engaged in microprocessor development across all stages, from design to testing, validation, and production ramp-up for customer shipments.
What are the major challenges and trends impacting the semiconductor space?
Ampere Computing was founded on the core idea that modern cloud and data centers require a specialized type of cloud native microprocessor. This processor needs to emphasize power efficiency to effectively manage overall energy consumption while delivering high performance and essential features. Our company's foundation is built upon this concept.
From this perspective, our primary challenge lies in identifying and integrating key technologies and capabilities into our designs to fulfill these objectives. This overarching concern guides our innovative efforts, and then the focus shifts to ensuring that we achieve the desired outcomes. We must deliver on our promise of efficiency and sustainability that supports our company's mission.
The complexity of data center products is immense, leading to ongoing challenges, such as ensuring all features are properly implemented and verified, and striving to meet our goals. As a young company, we are dedicated to meeting customer expectations, which can occasionally lead to moments of uncertainty and concern about our performance and deliverables.
What leadership strategies and technological elements do you leverage to stay ahead of the competition in this technological evolution landscape?
Since the inception of our company, we have encouraged and fostered a culture of continuous learning, drawing insights from various sources. This includes participation in conferences and tapping into the wealth of experience within Ampere's talented engineering team. Learning from past mistakes is crucial, as we aim to avoid repeating them. We also embrace knowledge from academia, frequently sending our experts to universities to learn from various research that directly enhances our products.
Moreover, we encourage our team to experiment and embrace failure. We recognize that rapid trial and error is a potent method of learning.
Could you discuss any project initiatives you have been working on and some of the technological elements you have leveraged to make them successful?
To achieve the desired outcome, a number of factors must work together cohesively. The most critical requirement, which necessitates a challenging development process, is an effective cloud native processor. To ensure that the technology node development and design take place concurrently, we always create processors for the leading technology node at the foundry. We adapt to changes as technology advances and ensure our designs reflect those developments.
"One must engage in continuous learning, stay updated, and communicate with fellow peers to gain more insights and deep expertise in any specific area."
The silicon packaging, the system that encompasses the processor, the components constituting the system and how well they are tuned for optimal performance, and the embedded firmware and software development—critical for delivering efficiency with the processor—are all equally significant. Our procedures and workflows for managing process technology nodes and processordesign are continuously evolving due to our hybrid workforce with extensive skills and experience.
Would you like to share a piece of advice with your fellow peers to help them improve in the field?
Engage in continuous learning, stay updated, and communicate with fellow peers to gain deeper insights and expertise in any specific area. Additionally, prioritize hiring the right people and provide them with ample opportunities to learn and take on responsibilities to execute effectively.
