Railway AI & Rugged Computing: EN 50155-compliant AI platforms and modular CPCI Serial systems for real-time vision analytics, obstacle detection, track monitoring, and predictive maintenance. Connected Onboard PIDS: Passenger information display systems integrated with 5G Train-to-Ground gateways to deliver seamless telemetry, failover reliability, and real-time passenger updates. Next-Gen Station Displays: 49.5-inch stretched overhead displays for […]
Read More
ADLINK today announced its sponsorship and technical support for Formula Student Team Delft, one of the world’s leading student engineering teams. The collaboration supports the development of the team’s next autonomous electric race car, DUT26, with ADLINK’s new SBC35‑ARL single board computer selected as the vehicle’s Autonomous Processing Unit (APU). This year’s showcase integrates cutting-edge technologies from ADLINK’s […]
Read More
Basierend auf der NVIDIA Blackwell-Architektur mit NVIDIA NV FP4 AI-Beschleunigung Hochleistungs-GPU-Computing mit der neuesten NVIDIA CUDA Cores-Technologie, RT Cores und Tensor Cores Flexible MXM 3.1 Typ A/B-Formfaktoren mit Leistungsoptionen von 45 W bis 150 W Bis zu 24 GB High-Speed GDDR7-Speicher für LLM und datenintensive Edge-AI-Workloads MIG-Unterstützung auf EGX-MXM-BW5000 für optimierte GPU-Ressourcennutzung ADLINK Technology […]
Read More
Powered by NVIDIA Blackwell architecture with NVIDIA NV FP4 AI acceleration High-performance GPU computing with the latest NVIDIA CUDA Cores technology, RT Cores, and Tensor Cores Flexible MXM 3.1 Type A/B form factors with power options from 45W–150W Up to 24GB high-speed GDDR7 memory for LLM and data-intensive edge AI workloads MIG support on […]
Read More
Showcasing a unified edge AI architecture spanning embedded modules to workstation-class GPU servers for scalable industrial AI deployment. Featuring Intel® Core™ Ultra Series 3 and Xeon® 600-based systems alongside platforms powered by NVIDIA Jetson Thor for robotics and autonomous AI applications. Highlighting deployment-ready solutions for robotics, UAV systems, and high-performance edge AI acceleration. ADLINK […]
Read More
Präsentation einer einheitlichen Edge-KI-Architektur, die von Embedded Modulen bis hin zu GPU-Server-Systemen für den skalierbaren Einsatz industrieller KI reicht. Mit Intel® Core™ Ultra Series 3 und Xeon® 600-basierten Systemen sowie NVIDIA Jetson Thor-basierten Plattformen für Robotik und autonome KI-Anwendungen. Verfügbare Lösungen für Robotik, UAV-Systeme und leistungsstarke Edge-KI-Beschleunigung. ADLINK Technology Inc., ein weltweit führender Anbieter […]
Read More
Up to 180 platform TOPS for complex edge AI workloads Intel Arc GPU with up to 12 Xe cores simplifying system integration, especially for graphics-intensive applications Advanced hybrid CPU architecture combined with 128 GB DDR5, maximizing power-performance efficiency and responsiveness Additional industrial-temperature SKUs, featuring IBECC memory and TSN Ethernet, are suitable for mission-critical and rugged […]
Read More
Built on NXP i.MX 95 with up to 2 TOPS AI performance, SGeT SMARC 2.2 and OSM 1.2 compliant, for scalable, efficient edge intelligence. OSM-IMX95: Rugged 45 mm × 45 mm soldered-down module featuring ADLINK’s single-sided PCB design, delivering AI-powered performance for compact, power-constrained edge devices. SMARC LEC-IMX95: 82 mm × 50 mm SGeT SMARC […]
Read More
KI-fähige Leistung: Angetrieben von einem Intel® Core™ Ultra mit integrierter NPU und optionalen NVIDIA® GPUs für skalierbare Edge-KI-Workloads. Modulare E/A- und Erweiterungsflexibilität: Unterstützt Funktionsmodule, reservierte Signale und umfangreiche E/A-Anpassungen für unterschiedliche Anwendungsanforderungen. Offener industrieller Aufbau: Nahtlose Drop-in-Integration in Kiosksysteme, Maschinen und Terminals dank robuster Konstruktion und Unterstützung für einen breiten Temperaturbereich. Premium-Displayqualität: Mit industrietauglichen […]
Read More
AI-Ready Performance: Powered by Intel® Core™ Ultra with integrated NPU and optional NVIDIA® GPUs for scalable edge AI workloads. Modular I/O & Expansion Flexibility: Supports function modules, reserved signals, and rich I/O customization to fit diverse application needs. Open-Frame Industrial Design: Seamless drop-in integration into kiosks, machines, and terminals with rugged construction and wide-temperature […]
Read More