Automotive Chipmaking Moves Into Robotics
Summary
Melexis has robot production volume and 2027 orders, while indie reports over 40 physical-AI design wins that remain outside strategic backlog.
From October 28 to November 5, 2026, Melexis (MLXSF) and indie Semiconductor (INDI) said on earnings calls that automotive position sensing, motor control, and perception chips are moving into robots. Melexis has entered production and secured 2027 orders, while indie recorded more than 40 related design wins in 2026.[1][2]
Automotive chips shorten the path from robot validation to production
Cars and robots face similar control problems. They must determine joint or component position, drive motors, and use cameras, radar, or LiDAR to understand their surroundings. Automotive chip suppliers have already invested years in safety, reliability, and scaled production. Robot makers can reuse those position sensors, drivers, and perception processors instead of building the entire electronics stack from scratch.
That reuse first creates a design win, meaning a chip has been selected for a customer program. It becomes component orders and revenue only as the customer's product enters production. Melexis said the products now ramping include position sensors and drivers in robot joints, while tactile sensors should ramp in a later phase.[1] indie is applying multi-camera vision, radar, LiDAR, and sensor-fusion capabilities developed for advanced driver-assistance systems to humanoid robots, drones, and warehouse robots.[2]
Production orders and design wins show different maturity levels
Melexis has crossed part of the production threshold. The company said robot design wins are becoming active customer production volume and that 2027 orders are already in place. The current ramp is led by one US customer, with several smaller Chinese customers also growing.[1] Demand has moved beyond sample validation, although customer concentration and the timing of later tactile products remain open questions.
indie's opportunity is broader but less certain. The company reported more than 40 physical-AI vision design wins in 2026, plus a LiDAR adoption for a warehouse robot used by a major global logistics company. It estimated semiconductor content above $100 on some humanoid platforms.[2] Management also said it could not yet predict market size, initial ramp timing, or the eventual winners precisely enough, so it excluded these projects from strategic backlog for the year.[2]
“In Physical AI, from drones to humanoid robots, our vision portfolio alone has secured more than 40 design wins in 2026... However, today is just too early to predict with the precision, the size, the initial ramp, and the winners for this market.”
Higher chip content still depends on customer production
More sensing, motion control, and environmental perception can raise semiconductor content per robot and create a new customer channel for automotive chip vendors. The business effect still depends on design wins entering production on schedule, customer programs continuing to scale, and revenue spreading across multiple robot makers instead of relying on a few projects.
The evidence supports a transfer of automotive technology into robots, but it does not show that the entire market has reached stable scale. Melexis has firm orders and products in production, while indie has deliberately kept related wins outside strategic backlog. Investors can watch Melexis customer expansion and fulfillment of its 2027 orders, along with the point when indie's design wins begin entering backlog and revenue.
Companies exposed to the same mechanism
- Ambarella (AMBA): Its perception and autonomy chips have more than 15 robotics design wins with expected lifetime revenue above $100 million, although the customer base is fragmented and production timing remains uncertain.[3]
- Analog Devices (ADI): Its precision sensing, positioning, motion-control, and power products cover key robot functions. Greater robot complexity could raise content per machine, but the packet does not quantify realized robotics revenue.[4]
- Novanta (NOVT): Its precision motors, motion products, and intelligent subsystems sit downstream of robot production ramps. Booking and backlog growth provide operating indicators, but the robotics contribution has not been disclosed separately.[5]
Sources
[1] Drillr · Melexis (MLXSF) · 2026-10-28 · FY2026 Q3 earnings call
[2] indie Semiconductor (INDI) · 2026-11-05 · FY2026 Q3 earnings call · https://stockanalysis.com/stocks/indi/transcripts/726794-q3-2026/
[3] Drillr · Ambarella (AMBA) · 2026-05-28 · FY2027 Q1 earnings call
[4] Drillr · Analog Devices (ADI) · 2026-05-20 and 2026-08-19 · FY2026 Q2 and Q3 earnings calls
[5] Drillr · Novanta (NOVT) · 2026-08-06 · FY2026 Q2 earnings call
This article identifies potentially overlooked industry changes and companies. It is not a stock recommendation.