ADLINK Technology AVA-7200 Fanless Scalable Railway Edge AI Platform
ADLINK Technology AVA-7200 Fanless Scalable Railway Edge AI Platform integrates edge computing, AI, predictive maintenance, and 5G connectivity technologies to propel smart railway operations, ensuring a safe and smooth journey for railway passengers. This robust solution utilizes powerful GPGPU-assisted AI processors in a rugged and fanless chassis, making it ideal for handling diverse video analysis tasks in demanding environments. The AVA-7200 is certified to EN 50155 standards with fanless extended temperature support. The device is powered by the NVIDIA Ampere architecture and Intel® Raptor Lake processor to deliver exceptional performance and reliability, even in harsh operating conditions. Additional features include a wide DC power input range, numerous ruggedized I/Os, and external storage with expansion options. The AVA-7200 edge AI platform from ADLINK is ideal for railway applications, such as real-time rail obstacle detection.Features
- EN 50155:2021-certified Edge AI platform
- Extreme rugged design suitable for challenging environments
- GPGPU-assisted AI processing to optimize tailored applications
- Supports wide operating temperatures
- Wide power input range
- Fanless rugged design, conformal-coated for durability, flexibility, and longevity support
Applications
- Smart railway operations
- Real-time rail obstacle detection
- Railway terminals
- Specialized rail inspection cars
Specifications
- NVIDIA Ampere GPGPU (A2000/A4500) and Intel 13th Gen Raptor Lake mobile processor
- Isolated DC 24V to 110V (200W) or 72V to 110V (300W) input, configurable by BOM
- Operates from -25°C to +55°C (OT1, ST1) or -25°C to +70°C (OT3, ST1)
- 8x 10GbE/2.5GbE M12 X-coded Ethernet, 5x USB, 4x SATA, 4x DI/DO, 2x serial ports, audio, and DP
- Internal expansion for 1x NVME M.2 slot, 1x 5G M.2 slot with 2x SIM slots, 1x Wifi/BT M.2 slot, and 1x mPCIe, accessible by lid opening
- QMA antenna on rear side
Videos
Additional Resources
Publicado: 2025-02-28
| Actualizado: 2025-03-03
