ECARX Teams With TPK to Launch ORCA LiDAR Platform
ECARX Holdings (NASDAQ: ECX) and Taiwan-based TPK are teaming up to co-develop the ORCA LiDAR Platform, a new LiDAR hardware and software stack aimed at global automotive and smart mobility markets. The collaboration builds on ECARX’s existing push into LiDAR and perception systems and TPK’s manufacturing and optical expertise, with an eye toward scaling cost-competitive LiDAR into next‑gen vehicles and intelligent devices.
What ECARX and TPK are doing
ECARX and TPK plan to jointly design and industrialize the ORCA LiDAR platform, combining ECARX’s experience in automotive computing, sensor fusion and software with TPK’s strengths in high‑precision optics, sensing components and large‑scale production. The goal is to deliver a flexible LiDAR solution that can support different ranges and fields of view for use in ADAS and higher‑level autonomous driving across multiple OEM platforms.
The ORCA platform is expected to target both domestic Chinese automakers and international brands, aligning with ECARX’s broader strategy to export its intelligent vehicle stack as Chinese OEMs expand overseas. By working with a global supplier like TPK, ECARX aims to improve cost, reliability and supply‑chain resilience for LiDAR systems that can be deployed at scale.
Strategic context for ECARX
ECARX has been steadily building out a full‑stack intelligent vehicle platform, adding LiDAR, domain controllers, and high‑performance SoCs to its cockpit and connectivity offerings. It has previously showcased long‑range semi‑solid LiDAR and compact solid‑state LiDAR at its Tech Day events, with pricing targets as low as about 100–200 USD per unit and mass production planned for the near term.
The ORCA partnership with TPK fits that roadmap by giving ECARX another lever to push LiDAR into production vehicles and potentially into robotics and other smart devices over time. It also complements ECARX’s earlier collaborations with partners like Luminar on long‑range LiDAR and with robotics players on short‑range solid‑state sensors.
