Ask Corp. Announces Distribution of 'ZED X Nano', a Compact Stereo Camera for Robotics and Physical AI

Ask Corp. has announced the distribution of Stereolabs' AI camera, 'ZED X Nano'. Equipped with the Neural Depth Engine, it enables high-precision depth sensing and 1200p 60fps global shutter video acquisition. It is scheduled for release in June 2026 for robotics and physical AI applications.
新製品NQ 80/100出典:PR Times

📋 Article Processing Timeline

  • 📰 Published: May 20, 2026 at 19:00
  • 🔍 Collected: May 20, 2026 at 10:31
  • 🤖 AI Analyzed: May 20, 2026 at 11:21 (49 min after Collected)
Ask Corp. (Headquarters: Chiyoda-ku, Tokyo) has announced the distribution of Stereolabs' AI camera, 'ZED X Nano'.

'ZED X Nano' is a stereo camera equipped with the Neural Depth Engine, an AI-powered stereo depth sensing technology. It features a global shutter sensor supporting 1200p at 60fps, delivering beautiful, distortion-free image quality without sacrificing dynamic range.

Equipped with an IMU combining a 16-bit accelerometer and a gyroscope, it can detect movement and tilt. By acquiring spatial position information, it can be utilized in fields such as robotics, humanoids, and physical AI.

- Global shutter sensor supporting 1200p at 60fps
- Supports zero-copy capture for direct GPU processing
- FAKRA Z-type GMSL2 connection support (up to 15m transmission)

[Product Overview]
Product Name: ZED X Nano Stereo Camera (Cable F-F: None)
Model Number: ZED-314310
JAN Code: 4537694402422
Ask Code: CM1804
Release Date: Scheduled for June 2026

FAQ

What are the main application areas for the ZED X Nano?

It can be widely used in advanced applications requiring spatial location data, such as robotics, humanoids, and physical AI.

What are the features of the ZED X Nano's connection specifications?

It features a FAKRA Z-type GMSL2 connector, enabling low-latency and noise-resistant video transmission over distances up to 15 meters.

How is the camera's image processing capability?

It uses a 1200p 60fps global shutter and supports zero-copy capture, allowing efficient image acquisition for direct GPU processing.