Rick Bergman, CEO of Synaptics – giving tech a sense of touch

Throughout the late 1990s and 2000s, Bergman took leadership positions at companies of all sizes. He worked as VP of marketing at Exponential Technology, managing recruitment and communications for the small startup. From there he took a role as VP and general manager at S3, and moved to Senior VP at ATI Technologies soon after.

At ATI he settled in until the company was acquired in 2006 by graphics and processing giant AMD. In the process, he stepped in as Senior VP and general manager at the new parent company’s Graphics Product Group.

“This was no grand plan,” Bergman says. “I just kept working hard, and I was fortunate to be able to build a broad skillset early in my career.”

Bergman worked at AMD during a time when mobile processing and the smartphone market were experiencing their first boom. As he puts it, it was a great time to be in processors. But toward the end of his time there in 2011, the tech industry began to ask: what’s the next wave of computing?

And just as Bergman contemplated the question himself, the call from Synaptics came with the answer.

The Future of Human Interface

By the time of Bergman’s arrival, Synaptics had already built a strong reputation in the human interface world. Their first major breakthrough, the now-prolific touchpad, helped make laptops thinner and propel them into the consumer market. The technology was adopted by Apple in 1995, and quickly became standard for on-the-go computing.

Following that achievement, their sensors were featured in the world’s first mobile phone to use capacitive-touch technology on the Samsung B310. This was followed in 2007 by LG’s Prada phone featuring Synaptics’ touch sensors, marking the world’s first capacitive-touchscreen mobile phone.

Synaptics is now working on technologies that are still emerging in the mobile market. In 2012 they introduced the world’s first capacitive-touch approach to use pressure recognition, also known as force sensing. This allows for a touch interface that responds to multi-finger input and different amounts of force.

This history of innovation was a strong draw for Bergman when he first got the call.

“I was excited by the opportunity to participate in a company that was revolutionizing the industry,” he says. It was pretty clear to Bergman at that time that human interface devices were the next frontier in computing. “We’ve got plenty of processing power, but how do we make these complex machines actually work well? Synaptics is somewhat unique – that’s what we do, we do human interface devices, and we’re going to continue to push the state-of-the-art.”

The state-of-the-art can mean a lot of different things for a company like Synaptics, with projects that span the consumer market.

In 2013, Synaptics acquired technology for biometrics sensors (including touch fingerprint sensors), and expanded into the automotive and wearable markets. Among their newest product launches are optical sensors, enabling fingerprint reading through full cover glass thickness. Their eventual goal is to allow biometric authentication directly on a touchscreen display.

“It’s almost a magical experience,” Bergman says.

Their most recent news, the acquisition of Conexant Systems and the multimedia business of Marvell Technology Group, hints at a higher focus on the embedded, interactive world of the consumer-based Internet of Things. These companies focus on voice and video processing solutions for smart homes, respectively.

Synaptics gives a hint at their vision of the future in human interface devices, which will include artificial intelligence that responds to body movements, sensor integration in smart cities, and “contextual awareness” in devices to allow it to respond to a user’s environment in real time.

How these technologies will look in the real world is still an open question, but Bergman is thrilled to play a part in answering it.

“The real opportunity in a mid-sized technology company is to propel its growth into new, exciting markets,” he says. “My focus for the years that I’ve been here is to do exactly that with these world-class technologies.”

Rick Bergman’s Advice for Students

“The most valuable people in the technology industry and of course in Synaptics is individuals that have multiple functional skillsets,” says Bergman.

This can be applied to technical skills, like a digital design engineer being able to work with firmware and software, or more broad skills, like management, marketing, and communications.

“It’s actually hard to find these individuals – you get good at something, and you invariably are encouraged to stay in that sweet spot,” he says. “It takes an actual plan to figure out how to broaden your skillset.”

He feels the students at Michigan come uniquely equipped to do just that.

“The great part about Michigan is it puts you in a steel-sharpens-steel situation,” Bergman says. “You have a lot of competitive people at Michigan, and you have to learn how to compete with your fellow students and really develop a sharp edge around your thinking.”

And he encourages all students to consider their options outside of the tech industries biggest companies.

“The smaller and mid-sized companies like Synaptics can give you great opportunities,” says Bergman. “Come here and make a difference.”

Richard Bergman
President and CEO, Synaptics

BSE EE 1986, University of Michigan
MBA 1991, University of Colorado

Career Highlights

2011: President and CEO, Synaptics
2006-2011: Sr VP and General Manager of Advanced Micro Devices (AMD)
2001-2006: Sr VP of ATI Technologies
1997-2001: VP and General Manager, S3, Inc.
1996-1997: VP, Marketing for Exponential. Focus on advanced microprocessors.
1986-1996: Marketing Manager for Texas Instruments, Inc.

About Synaptics

Synaptics is a human interface solutions developer. They make hardware like display controllers, touchpads, capacitive touch controllers, fingerprint sensors, and more, and are known for building the world’s first touchpad for laptops. Their current work includes touchscreens for mobile devices and automotive applications, and biometrics sensors that can be built into mobile screens.