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Use ZED X-Series GMSL Cameras with reComputer Robotics

Seeed Studio × Stereolabs

ZED X depth vision, ready for reComputer Robotics

Bring robust, long-range GMSL2 stereo vision to compact robots, autonomous machines, and physical AI systems. Seeed Studio's reComputer Robotics platforms combine NVIDIA Jetson compute, robotics-ready I/O, and scalable GMSL connectivity in deployment-friendly hardware.

Jetson Orin & ThorUp to 8 GMSL2 camerasJetPack 6.2 & 7.2Depth preview in ZED Studio

This guide explains how to use Stereolabs ZED X-series GMSL2 cameras with Seeed Studio robotics hardware. Four platforms have been adapted for the ZED X camera family. The complete walkthrough is currently available for reComputer Robotics J50 Mini; the other device-specific walkthroughs will be added soon.

Select Your Platform​

Choose a platform below. The two tab groups on this page are synchronized, so your selection carries into the corresponding device guide.

reComputer Robotics J50 Mini
● Guide available

reComputer Robotics J50 Mini

A compact AGX Orin robotics computer with a GMSL2 expansion architecture for up to eight cameras—well suited to humanoids, AMRs, and space-constrained multi-camera systems.
Open setup ↓View product ↗

Device-Specific Setup​

01 · ConnectPower off and attach the ZED X GMSL camera.
02 · EnableFlash the latest BSP or install the matching DEB.
03 · InstallInstall the ZED SDK that matches your L4T release.
04 · ValidateLaunch ZED Studio and inspect the depth stream.

reComputer Robotics J50 Mini​

What You Need​

  • reComputer Robotics J50 Mini with the GMSL extension board
  • A supported ZED X-series GMSL2 camera
  • A compatible GMSL2 Fakra/Mini-Fakra cable or harness
  • JetPack 6.2.x or JetPack 7.2
  • Internet access, a display, keyboard, and mouse for ZED Studio
info

This guide covers the Seeed platform driver and ZED SDK setup. Camera model support can depend on the installed ZED SDK version. Use the latest ZED SDK compatible with your JetPack/L4T release.

1. Connect the Camera​

  1. Shut down the reComputer completely.
  2. Disconnect the DC power input.
  3. Connect the ZED X camera to a GMSL2 port using the compatible cable or harness. Make sure the connector is fully seated and locked.
  4. Reconnect power and boot the device.
warning

Do not hot-plug the GMSL camera. Always remove power before connecting or disconnecting the camera or GMSL harness.

2. Enable ZED X GMSL Support​

Choose one of the following paths. Flashing the latest BSP is recommended for a clean deployment; installing the DEB is faster when you want to keep an existing system.

Check the BSP build information already installed on the device:

cat /etc/nv_tegra_release

Look for the DATE field. If the BSP was built on September 24, 2026 or later, ZED X GMSL support is already included and you can continue to the ZED SDK installation.

If the build is older, flash the latest JetPack 7.2 / L4T 39.2.0 image dated September 24, 2026 by following the steps below. The two module variants use different images, so select the tab that matches the Jetson module installed in your J50 Mini.

warning

Flashing rewrites the target storage. Back up application data, configuration files, and credentials before you begin.

Prepare the Host and Download the Image​

Prepare a physical Ubuntu 20.04, 22.04, or 24.04 host computer, a USB Type-C data cable, and the J50 Mini with its NVMe SSD installed. Download the image that matches your module directly to the Ubuntu host:

Download 64GB BSP ↗

File name:

mfi_recomputer-mini-agx-orin-64g-j501-7.2.0-39.2.0-2026-09-24.tar.gz
tip

If you want to keep an existing JetPack 6.2.x installation, use Option 2 · Install DEB instead of flashing this JetPack 7.2 image.

Enter Force Recovery Mode​
  1. Shut down the J50 Mini and disconnect its power.
  2. Press and hold the REC button.
REC button on reComputer Robotics J50 Mini
  1. Connect the power cable, then release the REC button.
  2. Connect the J50 Mini to the Ubuntu host with a USB Type-C data cable through the flashing port shown below.
USB Type-C flashing port on reComputer Robotics J50 Mini
  1. On the Ubuntu host, verify recovery mode:
lsusb

The output should include the USB ID for your module:

Jetson moduleExpected output
AGX Orin 64GB0955:7023 NVidia Corp.
AGX Orin 32GB0955:7223 NVidia Corp.
Jetson device detected in force recovery mode with lsusb
Extract and Flash the Image​

Run the commands for the module you selected. If your browser saved the file elsewhere, replace ~/Downloads with the actual download directory.

cd ~/Downloads
sudo tar xpf mfi_recomputer-mini-agx-orin-64g-j501-7.2.0-39.2.0-2026-09-24.tar.gz
cd mfi_recomputer-mini-agx-orin-64g-j501-7.2.0-39.2.0-2026-09-24
sudo ./tools/kernel_flash/l4t_initrd_flash.sh \
  --flash-only --massflash 1 --network usb0 --showlogs

The flashing process normally takes several minutes. The following message indicates that it completed successfully:

Jetson flashing completed successfully

After flashing, disconnect the USB cable, power-cycle the J50 Mini, and complete the Ubuntu initial setup. ZED X GMSL support is already included in this BSP, so continue directly to 3. Install the ZED SDK.

3. Install the ZED SDK​

Go to the Stereolabs ZED SDK download page and select the NVIDIA Jetson installer that matches the release reported by cat /etc/nv_tegra_release:

Installed systemSelect on the ZED SDK page
JetPack 6.2.x / L4T 36.4.xZED SDK for JetPack 6.1 and 6.2 (L4T 36.4)
JetPack 7.2 / L4T 39.2ZED SDK for JetPack 7.2 (L4T 39.2)

Install zstd, make the downloaded installer executable, and run it. Replace the placeholder below with the actual downloaded filename.

sudo apt update
sudo apt install -y zstd
cd ~/Downloads
chmod +x ZED_SDK_Tegra_L4T<release>_v<version>.zstd.run
./ZED_SDK_Tegra_L4T<release>_v<version>.zstd.run

Follow the installer prompts and keep the ZED tools selected. Reboot after the installation finishes:

sudo reboot
tip

The L4T version in the ZED SDK installer name must match the L4T release on the reComputer. A mismatched SDK or camera DEB can prevent the camera from being detected.

4. Validate with ZED Studio​

Launch ZED Studio from a terminal:

ZED_Studio

You can also start it directly from the SDK installation directory:

/usr/local/zed/tools/ZED_Studio

ZED Studio should detect the connected camera. Open the live view and enable Depth to confirm that both the image stream and depth pipeline are working.

ZED Studio showing a ZED X GMSL camera and depth view on JetPack 7.2

ZED X GMSL camera preview and depth visualization on JetPack 7.2

Expected Result

The camera appears in ZED Studio, the live image is stable, and the depth view updates in real time. Your reComputer Robotics J50 Mini is now ready for ZED SDK applications, ROS integration, recording, and downstream perception workloads.

Troubleshooting​

  • Camera not detected: Confirm that the DEB, BSP, and ZED SDK all match the installed L4T release. Then power off and reseat the camera cable.
  • APT reports a package mismatch: Do not force the installation. Download the package for the L4T version shown by cat /etc/nv_tegra_release.
  • ZED Studio does not open: Confirm that the graphical desktop is running and start /usr/local/zed/tools/ZED_Studio from a terminal to see the error output.
  • Image appears but depth is unavailable: Confirm that you installed the complete ZED SDK with tools and that the selected camera model is supported by that SDK release.
  • Intermittent video: Power down and verify the Fakra/Mini-Fakra cable, locking position, and supported cable length before testing again.

Resources​

Tech Support & Product Discussion​

Thank you for choosing Seeed Studio products! If you encounter an issue while integrating a ZED X camera, include your reComputer model, the full output of cat /etc/nv_tegra_release, the installed DEB filename, and the ZED SDK version when requesting support.

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