Telelian Unveils AVS300: NVIDIA Jetson Thor-Powered Multi-Sensor & GMSL Synchronization Solution
AVS300: NVIDIA Jetson Thor-Powered Multi-Sensor & GMSL Synchronization Solution
— Maximizing AI Accuracy for Robotics and Autonomous Systems with PPS-Based Precision Time Sync —
Telelian, a leading provider of AI embedded platforms and intelligent robot operation solutions, has officially announced the launch of the AVS300. This advanced platform features a GMSL camera interface and precision time synchronization solution specifically optimized for NVIDIA’s next-generation robotics and edge AI platform, Jetson Thor and NVIDIA Holoscan.
With this integration, Telelian supports the synchronization of multi-channel GMSL (Gigabit Multimedia Serial Link) camera inputs and sensor streams using PPS (Pulse-Per-Second) signals. This resolves critical issues such as frame misalignment and visual overlap in autonomous systems and industrial robots, significantly enhancing the accuracy of deep learning-based perception.
“Jetson Thor — The Supercomputer for Physical AI”
NVIDIA Jetson Thor is built on the latest Blackwell GPU architecture, featuring 128 GB LPDDR5X memory and a 14-core CPU to deliver up to 2,070 FP4 TFLOPS of AI performance. Equipped with 2,560 CUDA cores and 96 Tensor cores, it can simultaneously process large-scale Generative AI, Vision AI, sensor fusion, and control logic on a single high-speed platform.
With a memory bandwidth of 273 GB/s, high-speed I/O, and Multi-Instance GPU (MIG) support, Jetson Thor enables real-time fusion of complex sensors (Camera + IMU + Lidar) and parallel processing of heavy workloads. Power consumption is adjustable between 40W and 130W, offering flexibility for various robot and autonomous vehicle power designs.
Jetson Thor CPU Options: T5000 vs. T4000
The AVS300 offers two CPU configuration options to meet specific performance requirements:
Key Technological Enhancements
1. MIG (Multi-Instance GPU) Support
The AVS300 leverages MIG technology to partition a single GPU into multiple independent instances. This prevents resource contention between different AI models and sensor pipelines.
Parallel Processing: Simultaneously run object detection, path planning, and digital twin simulations in isolated GPU regions.
Reliability: Ensures that an error in one process (e.g., an LLM command interface) does not impact mission-critical tasks like SLAM or 3D mapping.
2. HSB (Holoscan Bridge Board) - Real-time Sensor Fusion
While traditional bridge boards often only support camera sensors, Telelian’s HSB is designed as an end-to-end real-time operating platform.
GPU-Direct Streaming: High-speed pipeline for Camera, Radar, and Lidar data directly to the GPU.
Container-Ready: Scalable architecture optimized for medical imaging, industrial inspection, and autonomous robotics.
3. GMSL & PPS Time Synchronization
Beyond the Dev Kit: The AVS300 provides native GMSL interfaces not found on the standard Thor Dev Kit, allowing direct connection of automotive-grade cameras.
Hardware Frame Sync: All cameras capture frames at the exact same microsecond, which is essential for stereo vision and 3D mapping.
PPS Synchronization: Precisely integrates external sensors (GPS/IMU/Lidar) with the Thor system clock at a hardware level.
Target Applications
Autonomous Mobile Robots (AMR/AGV): Real-time navigation and unmanned mobility.
Smart Factories: Logistics automation and safety monitoring systems.
Industrial Inspection: High-speed vision inspection and precision robot control.
Medical AI: Real-time imaging and surgical assistance.
Defense & Disaster Response: Outdoor robots requiring Lidar-Camera fusion.
"The AVS300 is an ultra-high-performance AI computing platform that opens the future of robotics and autonomous driving," said a representative from Telelian. "Our GMSL synchronization solution maximizes the capabilities of Jetson Thor, supporting stable real-time vision processing and precision sensor fusion in real-world environments."
About TELELIAN
Telelian is a South Korean technology company specializing in edge AI embedded systems, autonomous robot software, and high-performance vision solutions. As a member of the NVIDIA Inception Program, Telelian provides AI-based perception and sensor fusion technologies for the logistics, mobility, and industrial inspection markets.
Recent Success Cases:
Security/Patrol robots with real-time anomaly detection.
Autonomous golf course maintenance systems.
Robotic logistics solutions for construction sites.
Smart ship safety systems.
For inquiries, please contact sales@telelian.com.
Telelian Unveils AVS300: NVIDIA Jetson Thor-Powered Multi-Sensor & GMSL Synchronization Solution
AVS300: NVIDIA Jetson Thor-Powered Multi-Sensor & GMSL Synchronization Solution
— Maximizing AI Accuracy for Robotics and Autonomous Systems with PPS-Based Precision Time Sync —
Telelian, a leading provider of AI embedded platforms and intelligent robot operation solutions, has officially announced the launch of the AVS300. This advanced platform features a GMSL camera interface and precision time synchronization solution specifically optimized for NVIDIA’s next-generation robotics and edge AI platform, Jetson Thor and NVIDIA Holoscan.
With this integration, Telelian supports the synchronization of multi-channel GMSL (Gigabit Multimedia Serial Link) camera inputs and sensor streams using PPS (Pulse-Per-Second) signals. This resolves critical issues such as frame misalignment and visual overlap in autonomous systems and industrial robots, significantly enhancing the accuracy of deep learning-based perception.
“Jetson Thor — The Supercomputer for Physical AI”
NVIDIA Jetson Thor is built on the latest Blackwell GPU architecture, featuring 128 GB LPDDR5X memory and a 14-core CPU to deliver up to 2,070 FP4 TFLOPS of AI performance. Equipped with 2,560 CUDA cores and 96 Tensor cores, it can simultaneously process large-scale Generative AI, Vision AI, sensor fusion, and control logic on a single high-speed platform.
With a memory bandwidth of 273 GB/s, high-speed I/O, and Multi-Instance GPU (MIG) support, Jetson Thor enables real-time fusion of complex sensors (Camera + IMU + Lidar) and parallel processing of heavy workloads. Power consumption is adjustable between 40W and 130W, offering flexibility for various robot and autonomous vehicle power designs.
Jetson Thor CPU Options: T5000 vs. T4000
The AVS300 offers two CPU configuration options to meet specific performance requirements:
Key Technological Enhancements
1. MIG (Multi-Instance GPU) Support
The AVS300 leverages MIG technology to partition a single GPU into multiple independent instances. This prevents resource contention between different AI models and sensor pipelines.
Parallel Processing: Simultaneously run object detection, path planning, and digital twin simulations in isolated GPU regions.
Reliability: Ensures that an error in one process (e.g., an LLM command interface) does not impact mission-critical tasks like SLAM or 3D mapping.
2. HSB (Holoscan Bridge Board) - Real-time Sensor Fusion
While traditional bridge boards often only support camera sensors, Telelian’s HSB is designed as an end-to-end real-time operating platform.
GPU-Direct Streaming: High-speed pipeline for Camera, Radar, and Lidar data directly to the GPU.
Container-Ready: Scalable architecture optimized for medical imaging, industrial inspection, and autonomous robotics.
3. GMSL & PPS Time Synchronization
Beyond the Dev Kit: The AVS300 provides native GMSL interfaces not found on the standard Thor Dev Kit, allowing direct connection of automotive-grade cameras.
Hardware Frame Sync: All cameras capture frames at the exact same microsecond, which is essential for stereo vision and 3D mapping.
PPS Synchronization: Precisely integrates external sensors (GPS/IMU/Lidar) with the Thor system clock at a hardware level.
Target Applications
Autonomous Mobile Robots (AMR/AGV): Real-time navigation and unmanned mobility.
Smart Factories: Logistics automation and safety monitoring systems.
Industrial Inspection: High-speed vision inspection and precision robot control.
Medical AI: Real-time imaging and surgical assistance.
Defense & Disaster Response: Outdoor robots requiring Lidar-Camera fusion.
About TELELIAN
Telelian is a South Korean technology company specializing in edge AI embedded systems, autonomous robot software, and high-performance vision solutions. As a member of the NVIDIA Inception Program, Telelian provides AI-based perception and sensor fusion technologies for the logistics, mobility, and industrial inspection markets.
Recent Success Cases:
Security/Patrol robots with real-time anomaly detection.
Autonomous golf course maintenance systems.
Robotic logistics solutions for construction sites.
Smart ship safety systems.
For inquiries, please contact sales@telelian.com.