Lantronix drone reference platform built on the Open-Q™ 8550CS µSOM for UAV development, testing, and deployment. Flight-ready hardware and software support faster evaluation for drone OEMs working on AI vision, thermal sensing, and multi-camera integration in commercial and industrial programs.

• Built on the Qualcomm Dragonwing™ QCS8550 processor for onboard imaging, signal processing, and AI tasks.
• Supports Pixhawk 6X flight controller running PX4 for flight-ready drone development workflows.
• Advanced AI vision support pairs FLIR Hadron 640R thermal imaging with real-time detection and tracking.
• Handles multiple concurrent cameras, gimbal integration, sensor synchronization, and in-camera feature use cases.
• On-device AI engine uses Qualcomm Hexagon™ Tensor Processor for detection, tracking, and classification workloads.
• Pre-integrated hardware and software reduce integration work during prototype validation and deployment planning.
• Multi-platform support covers multicopters, fixed-wings, VTOLs, rovers, and broader UAV development programs.

• Brand: Lantronix, with Open-Q™ 8550CS µSOM as the core compute platform.
• Memory and storage include 12GB LPDDR5x at 4200MHz and 256GB UFS.
• Supported camera options include FLIR Hadron 640R, OV64B, OV9281, and IMX258 sensors.
• I/O includes Gb Ethernet, USB 3, USB-C, M.2 E-key, uSD, CAN, GPIO, I2C, and SPI.
• Operating input is 3.7V nominal with temperature support from -25°C to +85°C.
• Board dimensions measure 152 x 145 mm for drone and robotics integration planning.
• Linux Yocto software support and NDAA compliance align with stated platform requirements.

Platform Overview

Lantronix drone reference platform is a flight-ready reference design based on the Open-Q™ 8550CS µSOM. It supports drone OEM development, validation, testing, and deployment by combining compute, camera support, software, and flight control compatibility in one UAV-focused platform.

Processing and AI Capability

Qualcomm® 8550CS SoC is built on 4nm technology and combines Kryo™ octa-core CPU architecture, Adreno™ 740 GPU, Spectra™ image signal processing, and Qualcomm Hexagon™ AI acceleration. The platform is used for onboard detection, tracking, classification, and other advanced vision workloads.

Camera and Vision Integration

Multi-camera and smart camera development is a core use case, with support for FLIR Hadron 640R, OV64B, OV9281, and IMX258. Product text also states multiple concurrent cameras, gimbal integration, sensor synchronization, and image tuning for low light and aerial conditions.

Flight and System Compatibility

PX4 support with Pixhawk 6X flight controller makes the platform suitable for UAV engineering workflows that need flight-ready integration. Multi-platform compatibility extends to multicopters, fixed-wings, VTOLs, rovers, and autonomous robotics programs with shared development requirements.

Wireless expansion is supported through external Wi-Fi, Bluetooth, or wireless Ethernet radios via M.2. Available interfaces include HDMI, USB-C DP 1.4, Gb Ethernet, USB3, uSD, CAN, and headers for GPIO, I2C, and SPI, which helps buyers review fit with existing system architecture.

Memory, Video, and Operating Conditions

Configured memory and storage include 12GB LPDDR5x at 4200MHz and 256GB UFS. Video performance covers decode up to 4K240 and 8K60, encode up to 4K120 and 8K30, plus concurrent 4K60 decode and 4K60 encode for high-resolution imaging workflows.

Operating conditions state 3.7V nominal input voltage and temperature support from -25°C to +85°C. Dimensions of 152 x 145 mm should be reviewed during enclosure, mounting, and integration planning for airframes or robotics assemblies.

Use Cases and Procurement Context

Stated applications include intelligence, surveillance and reconnaissance, security and perimeter monitoring, industrial inspection, infrastructure monitoring, and navigation or obstacle avoidance in degraded wireless communication environments. SWaP-focused design and onboard thermal sensing support buyers evaluating compact UAV and robotics programs.

Lantronix also positions the platform for turnkey product development services or targeted engineering support. For procurement teams, that creates a practical reference point when comparing compute, camera support, flight controller compatibility, and deployment readiness within a single development platform.

FAQs

• What is this platform used for? It is used for UAV development, validation, testing, and deployment, with stated applications in surveillance, inspection, monitoring, navigation, and autonomous robotics.
• Which flight controller environment is supported? The product text states support for Pixhawk 6X flight controller running PX4 for flight-ready drone development.
• Does it support thermal imaging? Yes. FLIR Hadron 640R support is stated, along with thermal sensing and onboard AI for detection and tracking tasks.
• Can it handle more than one camera? Yes. The platform is stated to support multiple MIPI cameras and complex multi-camera use cases including synchronization and gimbal integration.
• What operating system is supported? Linux Yocto is the stated OS support for this reference platform.
• What memory and storage are included? The listed configuration includes 12GB LPDDR5x memory and 256GB UFS storage.
• What interface options should buyers review before integration? Review the stated Ethernet, USB, USB-C, M.2, uSD, CAN, GPIO, I2C, and SPI interfaces against your system architecture before ordering.
• Is wireless connectivity built in? The text states support for external Wi-Fi, Bluetooth, or wireless Ethernet radios via M.2, so confirm the exact radio configuration you require before ordering.
• What environmental range is specified? The stated operating temperature range is -25°C to +85°C, with 3.7V nominal input voltage.
• Is compliance information provided? NDAA compliance is stated here. If additional certifications or market-specific documents are required, please confirm the exact requirement before ordering.