Skip to main content

Synaptics Rethinks its Under-Display Optical Fingerprint Business in Search for Better ROI

SeekingAlpha: Synaptics quarterly earnings call has interesting info on its optical under-display fingerprint sensor business:

"...we really take a big scrub on all of our products in the ROI and what provides the best investment going forward. And as we did that analysis, it was becoming clear ...that optical was going to be one of those boom and bust cycles. And to a certain degree, we lived through that with our capacitive solutions a few years back, and we did fantastic. But invariably, because it's somewhat of an optional solution and there's alternatives, it quickly went from a multi-dollar solution to a sub-$1 solution. And so, we enjoyed good money.

But if you look over the entire period, it wasn't the type of sticky highly differentiated business that we now seek as a company. And so, it would've taken additional investment or continued investment from our perspective. It somewhat hurts because we clearly were the innovators in the industry, and yes, we do see broader adoption of in-display fingerprint in the marketplace from a unit perspective and so on. But we can see the ASP erosion has begun, and there'll be multiple suppliers in it. Just from a long-term investment, we have better fish to fry right now. And so, it was purely an ROI decision.

...the revenues were fairly minimal. I'd say kind of in the sub $15 million to $20 million range is what's going away. We have bigger plans for it, as you saw at our Analyst Day, so we were expecting it to contribute about $100 million in fiscal 2019, and then more than that in fiscal 2020. But the actual impact year-over-year is fairly minimal at a Synaptics level.

...Now, that doesn't mean we're stopping. From the very beginning, when we went into this business, we said the ultimate solution was when fingerprint was truly integrated into the display. And eventually, when the market was right, we would have TDDI FP, so we're going to continue the investments in research in that particular area when we think the market might be ready, so you could have true in-display across the entire screen with multiple cost to the – minimal cost, excuse me, to the end user.
"

Comments

Popular posts from this blog

Photonics Spectra on Emerging Image Sensor Applications

Photonics Spectra publishes an article " Emerging Applications Drive Image Sensor Innovations " Hank Hogan. Few quotes: " Vendors are responding by increasing sensor spectral range, integrating new capabilities into devices, and adding features such as 3D imaging. The result can be rapid growth in sensors, even in areas that are relatively stable. For instance, the worldwide market for cars is expanding at a relatively modest pace, according to Geoff Ballew, senior director of marketing in the automotive sensing division of chipmaker ON Semiconductor Corp. of Phoenix. However, tepid growth is not the case for the automotive imaging solutions. “The number of sensors consumed and attached to those cars is growing wildly,” he said. “The image sensor chip business is growing in excess of 15 to 20 percent a year. The reason for that is cameras increasingly are adding new functionality to cars.” Automotive sensors are expected to work from -40 to 125 °C. That interacts with th

ON Semi Unveils its First SiPM for LiDARs

ON Semi publishes its first sensor for LiDARs , possibly coming from SensL acquisition: " The RA−Series 16−pixel linear array from ON Semiconductor has been designed for automotive LiDAR applications. The array is a single monolithic sensor featuring 16 of ON Semicondcutor’s industry−leading silicon photomultiplier (SiPM) pixels. The SiPM is a single−photon sensitive, high internal gain sensor that has a responsivity of >30 kA/W at 905 nm and operates at a low bias of  less than 50 V. "

Cepton to Integrate its LiDAR into Koito Headlights

BusinessWire : Cepton, a developer 3D LiDAR based on stereo scanner, announces it will provide Koito with its miniaturized LiDAR solution for autonomous driving. The compact design of Cepton’s LiDAR sensors enables direct integration into a vehicle’s lighting system. Its Micro-Motion Technology (MMT) platform is said to be free of mechanical rotation and frictional wear, producing high-resolution imaging of a vehicle’s surroundings to detect objects at a distance of up to 300 meters away. “ We are excited to bring advanced LiDAR technology to vehicles to improve safety and reliability, ” said Jun Pei, CEO and co-founder of Cepton. “ With the verification of our LiDAR technology, we hope to advance the goals of Koito, a global leader within the automotive lighting industry producing over 20 percent of headlights globally and 60 percent of Japanese OEM vehicles. ” Before Cepton, Koito used to cooperate with Quanergy with the similar claims a year ago . Cepton technology is based on mecha