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
Corporativo
Tipo de producto
Mercados
Discover what is ECC memory and why they are used in enterprise-level applications!
Railway Compliance Standard EN50155 ensures all electronic equipment installed on rolling stock are reliable throughout its life cycle. Learn how Premio's In-Vehicle Computer is certified to operate in railway applications.
Dive deeper into the pros and cons of Intel Xeon vs Core processors!
Heatsinks are crucial to regulating thermals on computer components. Learn what they are and how Premio uses them for the Rugged Edge
DIO or Digital Input/Out is an essential form of connectivity for industrial computers. Learn how it works and why we incorporate it into our computers!
Capacitive and Resistive touchscreen technologies both have their benefits and disadvantages. Learn which one is better for you!
Explore PCIe technology and what can you do with PCIe x1 expansion slots!
Rugged Edge Computing uses localized processing and inference analysis for real-time detection for detrimental forest fires. Read more!
Understand Wireless Cards Technologies and How They Matter for the Industrial Edge!
Check out the differences between PLCs and Industrial PCs and how Industrial Computers lead the future of automation!
Dive into the design behind Premio's AI Edge Inference Computer with Dustin Seetoo, Director of Product Marketing
Learn More About IoT Solution Architecture and Its Step-by-Step Processes!
Understand the building block of fanless PCs and how to build them!
Understands how heat resistant computers work and how you can leverage them for your remote inudstrial deployments!
Understand more about hot swappable technology, and how it benefits the industrial applications!
Learn more about CPU wattage, and understand how it relates to computer's cooling mechanism!
Fog and edge computing has transformed how IIoT applications collect, process, and analyze data at the rugged edge. Learn more about the difference between fog and edge computing.
Understands various USB generations, how USB evolves over time, and what makes USB a great I/O choice for communication interfaces in industrial deployments!