#Nav Sooch

[navsooch3]

Nav Sooch

Sooch Foundation was founded by Navdeep Sooch, co-founder and chairman of the board of Silicon Laboratories, a mixed-signal chip design company headquartered in Austin, Texas. As a tech entrepreneur, Nav continues to develop ventures in this arena. Nav was born in Punjab, India. He moved to Detroit, Michigan at age ten, where he attended Detroit public schools and the University of Michigan. He completed his graduate work at Stanford University. Nav credits his personal success chiefly to the educational opportunities afforded him. He believes that education can be the single biggest factor in an individual reaching a level of full self-sufficiency.

Nav Sooch

[repwinpril9y0a1]

How Many Startups Does It Take To Change A Lightbulb?

Two years ago, as it prepared to build a new office on Manhattan’s West Side, the ad firm R/GA surveyed its 1,000-odd employees to ask what improvements they wanted made to their workplace. Number one was sit-stand desks. Easy enough. Number two was natural light: Some of R/GA’s New York employees had very little exposure to the sun.

That was trickier. Though 5 West Street, a hulking brutalist ziggurat nicknamed the “Tyrell Building” for its unfortunate resemblance to the headquarters of the evil corporation in Blade Runner, was about to undergo an architectural facelift that would transform its facade from an opaque beige scowl into a clear glass grin, there was nothing to be done about the building’s floor plates, which were larger than football fields. The office was simply too big for everyone to sit near a window.

“It was a gutted, filthy, old warehouse,” said Julia Goldberg, R/GA’s senior vice president of global office services. “The lighting was terrible.”

Goldberg had to figure out how to brighten up the place. She considered a commercial lighting system built by Philips, but it had no back end — no software to control the whole thing. For a 220,000-square-foot office, that was pretty important, if for no other reason than the time it would take to wander around turning on and off all the lights. Then, last June, Goldberg discovered Ketra, an LED lighting startup from Austin that promised some pretty big things.

The first was what Ketra calls “natural light”: white light sources that imperceptibly change their color and intensity throughout the day to mimic the lighting conditions outside. The second was an extreme degree of control. Ketra lights could be wirelessly grouped into zones of any number of lights that could all be separately adjusted via custom software on a wall panel, computer, or phone. The third was precision. Each Ketra bulb contained a patented sensor that measured its own color 360 times a minute to make sure the light being produced was the light being requested. Ketra was selling precisely measured, nature-approximating light, accessible throughout the massive office at the press of a button.

They sold the idea of light, not lighting.

It was exactly what Goldberg — who was under a mandate to design an office that embodied R/GA’s recent rebrand as “an agency for the connected age” — wanted to hear. And it helped that the two Ketra employees who showed up to pitch her didn’t simply treat lighting as a utility or a mundane problem to be solved. Nav Sooch, the CEO, was a design-focused, Stanford-trained engineer who had already hit it big with a semiconductor company; Michael Heinemeier, the sales director, had previously worked on a light installation with the artist James Turrell, a MacArthur "genius." These were creative technologists preaching high-quality light as a convenient, aesthetically pleasing, and healthy lifestyle choice. They sold the idea of light, not lighting. Goldberg was in.

Throughout the relatively short history of electric light, most improvements have been aimed at making light bulbs last longer or use less energy. Ketra is selling something different than dull efficiency: light as an object of beauty, light as a perk. For millennia, we made do with candles, torches, oil lamps, and the dim flickering of all manner of flames. Sure, the chandeliers at Versailles were nice, but the flames themselves were no different than what you’d light in the most modest hovel. Now technology has advanced to the point where illumination itself is a luxury good. What Ketra is selling is the idea that it can make your life better by giving you more control over how it is lit, in really minute detail — that electric light has contributed to making us unhealthier, and that electric light will make us healthy again.

R/GA's office, complete with Ketra lighting, after the renovation.

Courtesy of R/GA

Eighteen months and more than a million dollars of Ketra products later, the R/GA headquarters is a sight to behold, as cavernous as a hangar and as white and austere as a nun’s wimple. The space has accessorized terrifically with the humans inside it. On a recent afternoon, top-knotted men ordered lattes from an on-site Brooklyn Roasting Company. Women in black beanies, black sweaters, and black Nikes glided under dozens of massive projection screens displaying the agency’s work. And lining the ceilings, 2,000 white fixtures held 8,837 white Ketra lamps, casting cool, crisp white light worthy of an Apple ad on all the industry below.

5 West Street is the biggest project the seven-year-old Ketra has ever finished, but it won’t be for long. It’s currently working on a new 300,000-square-foot headquarters for Stripe, the $5 billion payments startup. And Stripe marks the latest in a run of successes for Ketra, which has seemingly come out of nowhere in the past two years to light the spaces of some of the world’s biggest startups, trendiest businesses, and most august cultural institutions: Apple, Facebook (where it lights the Facebook Live studio in New York), Google, Vice, Eataly, the upscale salad chain Sweetgreen, the Art Institute of Chicago. (And, oh! BuzzFeed.) Meanwhile, R/GA, which runs its own consulting business, has started recommending the lights to its corporate clients. Recent converts include what Julia Goldberg would only refer to as “a well-known apparel company” (R/GA famously counts Nike as a client), as well as a “large hotelier” and Sheikh Mohammed of Dubai.

Ketra has positioned itself to illuminate our affluent, healthy, wired, and well-cultured future in part by being as chameleonic as its LEDs, which, in addition to emulating the sun, can turn millions of colors. To architectural lighting designers, the finicky aficionados of the lighting world, they comprise a creative tool kit par excellence. To facilities bosses with blank slates and enormous budgets, like Julia Goldberg, they are highly customizable, networkable, energy-saving conveniences. And to a crop of health-focused businesses — and tech companies eager to tout how lavishly they take care of their employees — they are wellness orbs, radiating futuristic vim.

But who really needs them? Being all things to all people doesn’t come cheap. A single Ketra bulb costs about $100. (That’s a lot for an LED: The Sweethome’s recommended bulb sells at $20 for four.) It’s even more considering the context of a gadget world that produces inexpensive and reasonably good knockoffs faster than ever, not to mention an LED industry with a built-in existential crisis — the bulbs last so long that selling their replacements isn’t necessarily good business. Nav Sooch is fond of saying that his company has invented a new category of product. And there’s no question Ketra has built a bleeding-edge light source and a sophisticated way to control it. But before you can sell millions of dollars of high-tech lighting to some of the world’s biggest companies, you have to convince them that there is a very big problem with their light.

The kitchen at Vice's headquarters in Brooklyn.

Courtesy of Ketra

It is the sad fate of artificial lighting to be a historical invention that most people only notice when it isn’t working. Ever since the advent and spread of modern incandescent lighting in the first half of the 20th century — a wonder enabling untold advances in every field of contemporary human endeavor — people basically think of their lightbulbs only when they burn out, or when it’s too dim to read, or too bright to take off their clothes.

“Everyone thinks light just happens,” said Sean O’Connor, a Los Angeles architectural lighting designer. “People just expect there to be light everywhere they go.”

“Everyone thinks light just happens,” said Sean O’Connor, a Los Angeles architectural lighting designer. “People just expect there to be light everywhere they go.”

If public awareness of lighting has nudged up a smidge over the past 10 years, it’s because of 2007 federal regulations requiring more efficient bulbs. So consumers made the change from traditional incandescents, which had been the standard for more than a century — and it was a pain. At first we switched to more efficient incandescents and compact fluorescent lamps, the ones that look like little curled pigtails. But CFLs can be hard to dim, contain mercury, and give off harsh, antiseptic light. People hated them. And now they’re dying: Earlier this year, GE announced that it would stop manufacturing and selling CFLs in the US.

That left LEDs, which produce white light either by mixing red, green, and blue or by slathering a yellow phosphor over a blue LED. Once prohibitively expensive and of highly varying quality, LEDs in recent years have plunged in cost and generally give off light that’s not all that far off, quality-wise, from daylight or incandescent light. They’re the present and the future of lighting, a $15 billion industry in 2014 that is on pace to exceed $21 billion by 2019.

But the LED industry faces its own day of reckoning. As J.B. MacKinnon has written, LEDs last so long that they undermine the traditional “planned obsolescence” business model of incandescents. How can companies maintain their profit margins when people only need to buy their $5 products every 15 years? Three of the huge players in the industry — GE, Philips, and Osram — have responded by spinning off part or all of their lighting businesses in the face of likely declining revenue. If people only care about light when their bulbs burn out, and if their bulbs almost never burn out, won’t people just stop thinking about light?

Maybe, unless companies like Ketra can define new ways that our lights aren’t working.

The inner workings of a Ketra lightbulb.

Julia Robinson for BuzzFeed News

One afternoon in 2009 — long before affordable and high-quality LEDs could be bought at Home Depot — David Knapp accompanied his wife to a lighting store in Austin. The couple were building a new house, and he was more or less tagging along in case she picked out something he really hated. As Knapp wandered to the back of the showroom, he saw some lights that he thought looked odd and familiar, like light-emitting diodes.

Knapp knew LEDs. He had sold his first company, which pioneered the use of LED fiber optics to network multimedia devices in cars, in 2005. Now in his late forties and with time on his hands, he was intrigued.

“Yeah, they suck,” the salesperson told him. “We don’t recommend them.”

The clerk went on to explain that LEDs were bad at rendering colors and were marred by a whole range of issues related to color control (they were too bright and harsh), dimming (they didn’t, or did erratically), and aging (they changed color over time).

“I’d like to buy one of every one of those that you have,” Knapp responded.

That night, Knapp went home with a bundle of LED lights, where he “tore them apart, and started investigating why they were not the ideal solution. How do you address that? That’s what we spent the next six to eight years doing.” Knapp recruited Horace Ho, with whom he had built his first company, and together they invested more than $5 million of their own money into solving the problem.

Their solution was, basically, a self-conscious LED — one that never stops analyzing the light that it produces. At the heart of Ketra’s tech is an LED chip capable of temperature-optical feedback, which senses heat and color output in real time and adjusts itself according to that data. Knapp’s early prototypes were on 12-inch printed circuit boards as big as laptops, but the results were encouraging enough to attract investors, including Nav Sooch, who had known Knapp and Ho since their days as young engineers. Sooch had made millions in the ’90s and early 2000s founding Silicon Labs, an Austin-based semiconductor company.

Nav Sooch, CEO of Ketra, at the company's showroom in New York City on Jan. 3, 2017.

Bryan Derballa for BuzzFeed News

In 2012, Sooch traveled with Knapp to Korea and China to meet with major lighting manufacturers to try to sell them the Ketra chip. “They asked us questions about how they would turn that into a system,” Sooch said. It was, he thought, as if Elon Musk had taken the Tesla battery to Honda and they'd asked him how to make a car out of it. Philosophically, the big lighting companies didn’t get it, and practically, they weren’t set up to make processors; why waste time waiting?

“If we’re going to sell a chip to these big lighting folks, what do we make, a dollar or two per chip?” Knapp said. “We came back and were like, 'These guys don’t know what they’re doing, and we have to build the whole thing.'”

Workers review panels of lights as they are tested at the Ketra manufacturing facility in Austin.

Julia Robinson for BuzzFeed News

As Ketra expanded (it now employees 85 people) and began to design actual light sources, it solicited the interest of professional light obsessives, people who draw up elaborate specifications to ensure spaces are lit just so. In early 2013, Tom Hamilton, Ketra’s head of marketing, showed an early mockup — a big white translucent globe with the Ketra chip inside — to Sean O’Connor, the architectural lighting designer who does high-end retail, hospitality (think the St. Regis Aspen and the Beverly Hills Hotel), and residential projects. The advent of LEDs, inconsistent and unreliable, had made his job much more complicated and stressful.

“When we do an LED project, before we can write the specifications, we have to see samples from everybody to see if it does what it says it does. Historically, it doesn’t,” O’Connor said. “Everything is fiction until you try it.” It was as if an architect couldn’t be sure that a steel beam was the length they had ordered until they saw it in person.

Ketra, even with its goofy globe, promised what O’Connor regarded as “the holy grail” for LED architectural lighting: flexibility and standards. That is, an LED that dimmed like an incandescent, could shift between different kinds of white light while maintaining a high rendering quality, and did it every time, right out of the box. No other LED product on the market that did dynamic white — such as the popular Philips Hue, which O’Connor dismissed as “a consumer toy” — had the special chip inside ensuring consistent color temperature.

Michelle Rial / BuzzFeed News

“It's very easy to use an LED just to sense 'is there light there or no?' but to sense the color and the intensity to get that level of information — I don’t know of anybody else who could do it,” said Maury Wright, the editor-in-chief of LEDs Magazine. “Hue says, 'What’s the difference if it’s a little more or a little less red?' For professional products, you want light matching exactly in terms of spectral energy.”

Winning over skeptics got Ketra in the door with an entire universe of places that depend on rigorously exact light: upscale restaurants, stores, and galleries. In early 2015, another architectural lighting designer suggested Ketra to David Thurm, the Art Institute of Chicago’s chief operating officer. Thurm had been trying to find LEDs to light his masterworks for years, but every time he gathered the curators together to run a test, they left unsatisfied.

“We would get funny results,” Thurm said. “We easily went through 10 LED manufacturers.” And even if the light rendered a painting well, it might be untunable and change the color of the wall. Thurm said he had heard of other major art museums repainting their walls to deal with the problem.

The Art Institute has the world’s largest collection of Monet’s paintings of haystacks, the impressionist’s famous studies of light and time. Thurm set up a viewing of the paintings lit by Ketra, with the museum’s director, curators, and conservation staff. They were astonished.

“We could tune it to a place where the paintings looked beautiful,” Thurm said. “We’re very fussy about this stuff. And everything we were getting from incandescent, we were now getting from LED.”

Ketra's showroom in New York City.

Courtesy of Ketra

from DIYS http://ift.tt/2l10MvB

[navsooch3]

Nav Sooch

Sooch Foundation was founded by Navdeep Sooch, co-founder and chairman of the board of Silicon Laboratories, a mixed-signal chip design company headquartered in Austin, Texas. As a tech entrepreneur, Nav continues to develop ventures in this arena. Nav was born in Punjab, India. He moved to Detroit, Michigan at age ten, where he attended Detroit public schools and the University of Michigan. He completed his graduate work at Stanford University. Nav credits his personal success chiefly to the educational opportunities afforded him. He believes that education can be the single biggest factor in an individual reaching a level of full self-sufficiency.

Nav Sooch

[navsooch3]

Nav Sooch

Sooch Foundation was founded by Navdeep Sooch, co-founder and chairman of the board of Silicon Laboratories, a mixed-signal chip design company headquartered in Austin, Texas. As a tech entrepreneur, Nav continues to develop ventures in this arena. Nav was born in Punjab, India. He moved to Detroit, Michigan at age ten, where he attended Detroit public schools and the University of Michigan. He completed his graduate work at Stanford University. Nav credits his personal success chiefly to the educational opportunities afforded him. He believes that education can be the single biggest factor in an individual reaching a level of full self-sufficiency.

Nav Sooch

[navsooch3]

Nav Sooch

Sooch Foundation was founded by Navdeep Sooch, co-founder and chairman of the board of Silicon Laboratories, a mixed-signal chip design company headquartered in Austin, Texas. As a tech entrepreneur, Nav continues to develop ventures in this arena. Nav was born in Punjab, India. He moved to Detroit, Michigan at age ten, where he attended Detroit public schools and the University of Michigan. He completed his graduate work at Stanford University. Nav credits his personal success chiefly to the educational opportunities afforded him. He believes that education can be the single biggest factor in an individual reaching a level of full self-sufficiency.

Nav Sooch

[navsooch3]

Nav Sooch

Sooch Foundation was founded by Navdeep Sooch, co-founder and chairman of the board of Silicon Laboratories, a mixed-signal chip design company headquartered in Austin, Texas. As a tech entrepreneur, Nav continues to develop ventures in this arena. Nav was born in Punjab, India. He moved to Detroit, Michigan at age ten, where he attended Detroit public schools and the University of Michigan. He completed his graduate work at Stanford University. Nav credits his personal success chiefly to the educational opportunities afforded him. He believes that education can be the single biggest factor in an individual reaching a level of full self-sufficiency.

Nav Sooch

[navsooch3]

Nav Sooch

Sooch Foundation was founded by Navdeep Sooch, co-founder and chairman of the board of Silicon Laboratories, a mixed-signal chip design company headquartered in Austin, Texas. As a tech entrepreneur, Nav continues to develop ventures in this arena. Nav was born in Punjab, India. He moved to Detroit, Michigan at age ten, where he attended Detroit public schools and the University of Michigan. He completed his graduate work at Stanford University. Nav credits his personal success chiefly to the educational opportunities afforded him. He believes that education can be the single biggest factor in an individual reaching a level of full self-sufficiency.

Nav Sooch

[navsooch3]

Nav Sooch

Mr. Sooch co-founded Silicon Labs in August 1996 and has served as Chairman of the Board since inception. Mr. Sooch served as Chief Executive Officer from inception through the end of fiscal 2003 and served as interim Chief Executive Officer from April 2005 to September 2005dVice President of Engineering. From May 1982 to March 1985, Mr. Sooch was a Design Engineer with AT&T Bell Labs. From October 2011 to April 2018, Mr. Sooch served as the CEO of Ketra, Inc., a private company in the field of solid state lighting. Mr. Sooch holds a B.S. in Electrical Engineering from the University of Michigan, Dearborn and an M.S. in Electrical Engineering from Stanford University. Mr. Sooch’s prior experience as Chief Executive Officer as well as a semiconductor designer provides him with extensive insight into our industry and our operations and qualifies him to serve as Chairman of our Board of Directors.

Nav Sooch

[navsooch3]

Nav Sooch

Mr. Sooch co-founded Silicon Labs in August 1996 and has served as Chairman of the Board since inception. Mr. Sooch served as Chief Executive Officer from inception through the end of fiscal 2003 and served as interim Chief Executive Officer from April 2005 to September 2005dVice President of Engineering. From May 1982 to March 1985, Mr. Sooch was a Design Engineer with AT&T Bell Labs. From October 2011 to April 2018, Mr. Sooch served as the CEO of Ketra, Inc., a private company in the field of solid state lighting. Mr. Sooch holds a B.S. in Electrical Engineering from the University of Michigan, Dearborn and an M.S. in Electrical Engineering from Stanford University. Mr. Sooch’s prior experience as Chief Executive Officer as well as a semiconductor designer provides him with extensive insight into our industry and our operations and qualifies him to serve as Chairman of our Board of Directors.

Nav Sooch

[navsooch3]

Nav Sooch

Mr. Sooch co-founded Silicon Labs in August 1996 and has served as Chairman of the Board since inception. Mr. Sooch served as Chief Executive Officer from inception through the end of fiscal 2003 and served as interim Chief Executive Officer from April 2005 to September 2005dVice President of Engineering. From May 1982 to March 1985, Mr. Sooch was a Design Engineer with AT&T Bell Labs. From October 2011 to April 2018, Mr. Sooch served as the CEO of Ketra, Inc., a private company in the field of solid state lighting. Mr. Sooch holds a B.S. in Electrical Engineering from the University of Michigan, Dearborn and an M.S. in Electrical Engineering from Stanford University. Mr. Sooch’s prior experience as Chief Executive Officer as well as a semiconductor designer provides him with extensive insight into our industry and our operations and qualifies him to serve as Chairman of our Board of Directors.

Nav Sooch

[navsooch3]

Nav Sooch

Sooch Foundation was founded by Navdeep Sooch, co-founder and chairman of the board of Silicon Laboratories, a mixed-signal chip design company headquartered in Austin, Texas. As a tech entrepreneur, Nav continues to develop ventures in this arena. Nav was born in Punjab, India. He moved to Detroit, Michigan at age ten, where he attended Detroit public schools and the University of Michigan. He completed his graduate work at Stanford University. Nav credits his personal success chiefly to the educational opportunities afforded him. He believes that education can be the single biggest factor in an individual reaching a level of full self-sufficiency.

Nav Sooch

[navsooch3]

Nav Sooch

Sooch Foundation was founded by Navdeep Sooch, co-founder and chairman of the board of Silicon Laboratories, a mixed-signal chip design company headquartered in Austin, Texas. As a tech entrepreneur, Nav continues to develop ventures in this arena. Nav was born in Punjab, India. He moved to Detroit, Michigan at age ten, where he attended Detroit public schools and the University of Michigan. He completed his graduate work at Stanford University. Nav credits his personal success chiefly to the educational opportunities afforded him. He believes that education can be the single biggest factor in an individual reaching a level of full self-sufficiency.

Nav Sooch

[navsooch3]

Nav Sooch

Sooch Foundation was founded by Navdeep Sooch, co-founder and chairman of the board of Silicon Laboratories, a mixed-signal chip design company headquartered in Austin, Texas. As a tech entrepreneur, Nav continues to develop ventures in this arena. Nav was born in Punjab, India. He moved to Detroit, Michigan at age ten, where he attended Detroit public schools and the University of Michigan. He completed his graduate work at Stanford University. Nav credits his personal success chiefly to the educational opportunities afforded him. He believes that education can be the single biggest factor in an individual reaching a level of full self-sufficiency.

Nav Sooch

[navsooch3]

Nav Sooch

Sooch Foundation was founded by Navdeep Sooch, co-founder and chairman of the board of Silicon Laboratories, a mixed-signal chip design company headquartered in Austin, Texas. As a tech entrepreneur, Nav continues to develop ventures in this arena. Nav was born in Punjab, India. He moved to Detroit, Michigan at age ten, where he attended Detroit public schools and the University of Michigan. He completed his graduate work at Stanford University. Nav credits his personal success chiefly to the educational opportunities afforded him. He believes that education can be the single biggest factor in an individual reaching a level of full self-sufficiency.

Nav Sooch

[navsooch3]

Nav Sooch

Sooch Foundation was founded by Navdeep Sooch, co-founder and chairman of the board of Silicon Laboratories, a mixed-signal chip design company headquartered in Austin, Texas. As a tech entrepreneur, Nav continues to develop ventures in this arena. Nav was born in Punjab, India. He moved to Detroit, Michigan at age ten, where he attended Detroit public schools and the University of Michigan. He completed his graduate work at Stanford University. Nav credits his personal success chiefly to the educational opportunities afforded him. He believes that education can be the single biggest factor in an individual reaching a level of full self-sufficiency.

Nav Sooch