albatron.ai today announced the TALO-F1200GU, the first newly launched product in its strategic focus on the robotics industry. The TALO-F1200GU is a compact, rugged, time-synchronized inertial navigation system built on the Xilinx Zynq® UltraScale+™ MPSoC, designed to bring accuracy and reliability to time-sensitive data for autonomous mobile robots (AMRs), drones, and robotic systems.

As robotics applications requirements are no longer limited to speed and precision—developers increasingly need high-quality, consistent, and time-aligned data to enable perception, localization, and control. Beyond delivering navigation outputs, the TALO-F1200GU provides a foundation for system-wide time awareness, helping engineers build cleaner datasets and more stable autonomy stacks.

Key Capabilities

• Hardware-level, nanosecond time synchronization

Aligns timestamps across sensors at the source, improving cross-sensor consistency—an essential building block for dependable sensor fusion and higher-quality datasets.

• Integrated GNSS and IMU for high-accuracy navigation

Enables centimeter-level positioning and sub-degree attitude estimation, supporting operation in challenging environments and maintaining robust, clean motion data.

• Edge computing based on Xilinx MPSoC

Provides real-time processing to reduce load on the main controller and enables on-device validation for improved data quality and system responsiveness.

Customer Benefits

With the TALO-F1200GU, R&D team can accelerate development and improve autonomy performance:

• Reduce integration and calibration effort — Development teams can reduce calibration and time-alignment overhead by approximately 50–80% (depending on system architecture and workflow), allowing more focus on perception and control algorithms built on trusted, synchronized data. 
• Improve motion quality and stability — AMRs can navigate more precisely, drones can achieve more stable flight, and robots can deliver smoother movement driven by consistent, time-aligned sensory input.
• Shorten time-to-market — By building on a reliable data foundation, teams can streamline validation cycles and move from prototype to deployment faster.

"Robotics performance is increasingly defined by data quality and timing integrity," said Thomas Su, VP at albatron.ai.  "As we expand our focus on the AMR, drone and robotics industry, the TALO-F1200GU is our first new product release—built to help developers reduce time spent on synchronization and calibration so they can focus on autonomy that performs reliably in real-world environments."

NeuronEdge — The Intelligent Synchronization Architecture for Next-Generation Robots

The TALO-F1200GU is also the first product in albatron.ai’s NeuronEdge solution—a unified hardware architecture designed to deliver edge-level synchronization and ultra-low latency for modern robotic systems. Inspired by the human nervous system, NeuronEdge aims to connect perception, computation, and actuation through time-aligned, deterministic communication.

NeuronEdge is built around five core products (AI Controller, Inertial Sensor Module, gPTP and PTP Switch Module, Inertial Navigation System

and Sensor Bridge Module) that work seamlessly together to enable synchronized perception, reliable data transmission, precise motion control, and AI-driven intelligence for next-generation robots.

Learn more about the TALO-F1200GU and albatron.ai’s full lineup of edge AI solutions at: www.albatron.ai or download the product datasheet here.

Availability 

The TALO-F1200GU Inertial Navigation System is available for order, with global distribution through albatron.ai's authorized partners. 

For configuration options or volume inquiries, please contact aid.sales@albatron.com.tw