Hardware de borde e integrado
Extremadamente resistente. Tecnología EDGEBoost. Tamaños escalables.
NVIDIA Industrial Edge AI:
NVIDIA Rugged Edge AI:
Intel Rugged Edge AI:
Semirresistente. Orientado al rendimiento. Tamaños escalables.
Intel Industrial Edge AI:
Intel y Arm®: IA industrial de borde.
Estaciones de trabajo industriales x86 para IA de borde:
Estaciones de trabajo robustas de IA de borde x86:
Aplicaciones especializadas para entornos exigentes:
Paquete de energía SuperCap UPS:
Ordenadores industriales con panel táctil:
Monitores táctiles industriales:
Hardware de almacenamiento y nube
Centro de datos en las instalaciones
Servidor de montaje en rack Edge AI LLM-1U-RPL de 1U
Servidor de montaje en rack Edge AI LLM-2U-AM5 de 2U
Servidor de montaje en rack Edge AI LLM-3U-AM5 de 3U
Centro de datos en la nube
Inteligencia artificial y robótica
Inteligencia • Decisión • Aprendizaje
Automatización y análisis
Eficiencia • Seguridad • Precisión
Infraestructura y Edge
Conectividad • Fiabilidad • Seguridad
Movilidad y transporte
Movilidad • Autonomía • Certificaciones
Ciudades inteligentes
Accesibilidad • Resiliencia
Cuidado de la salud
Certificaciones (UL/Médicas)
Minería
Certificaciones (Resistentes)
Minorista
Visualización • Computación • Conectividad
Ordenadores con pantalla táctil con clasificación IP para integración HMI
Para computación perimetral de misión crítica
Learn more about the key differences between Thunderbolt and USB Type C connectors in the world of industrial computing
In this blog, we'll take a closer look at BIOS, understanding its importance and how it serves as the backbone of every computer startup.
Delve into the specifics of IP67, IP68, and IP69 ratings, highlighting their differences and applications.
P and E cores represent a shift towards diverse CPU designs, dynamically allocating tasks for optimal balance between energy and performance.
Discover GPUs, their key features, and powerful capabilities. By providing a tested NVIDIA GPU list, explore how they can set rugged industrial computers apart and transform the future of Edge AI computing.
In the fast-evolving world of computer hardware, Intel has consistently been at the forefront of innovation. Learn more about Intel 12th/13th Gen CPUs and its significance for x86 industrial and edge computing.
In this blog post, we'll investigate industrial DDR5 memory compatibility with the Intel Alder Lake and Raptor Lake Processors.
Take a deep dive into Intel's innovative hyper-threading technology and how it improves CPU performance.
Choosing the right processor isn't all about performance, but balancing power and efficiency to suit your application. Discover the steps to picking the best CPU for industrial-grade computing.
Discover Open Frame Monitors, their key features, and how they differ from other industrial touchscreens!
Unravel the intricacies of supercapacitor technology as an industrial alternative to traditional UPS's and their objective of safeguarding productivity of edge-native applications!
Discover the world of supercapacitors - compact, durable, and eco-friendly energy storage solutions. Learn how they work, their benefits, and their diverse applications, including revolutionizing railway systems and industrial automation.
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