One of DFI's AI-ready embedded products enables multiple essential functions for unmanned services, including facial recognition, on-device LLM, dashboards, digital signage, payments, and out-of-band (OOB) management for easy remote operation.
Successfully showcased as the heart of AI-EV kiosk PoC, the RPS630 features 14th/13th/12th Gen Intel® Core™ Processors, 4 DDR5 UDIMM slots up to 192GB, 4K quad display support, extensive expansion options, rich I/O, and OOB remote management, delivering exceptional power and flexibility.
DFI's EC700-ADN, featuring Intel® Alder Lake-N Series/Atom® processor X series and Intel TCC, is designed for cost-effective, low-power deployments. Its slim, fanless design fits limited spaces without sacrificing performance.
Featuring 14th/13th/12th Gen Intel® Core™ Processors, 2 DDR5 5600MHz SODIMM slots up to 64GB, support for 4 independent 4K displays, multiple expansion options, and rich I/O, RPS101/103 is ideal for automation and kiosk applications.
Explore how DFI showcased its virtualization technology at Computex 2024, highlighting the powerful DFI Workload Platform that enables the simultaneous operation of multiple operating systems, with a special focus on applications like EV charging stations.
DFI is strengthening its collaboration with Intel on edge AI. At Computex 2024, we unveiled an AI-powered EV charging station prototype and are working to integrate the DFI Workload Platform into self-service machines, advancing unmanned applications and edge AI solutions across industries.
At Embedded World 2024, DFI showcased the DFI Workload Platform, using a single Intel CPU to run multiple OS for applications like EV charging. The solution improves performance, energy efficiency, and simplifies operations, with remote maintenance via wireless updates and DFI's OOB management module.
Discover the success cases of the DFI Workload Platform. In partnership with Intel, Canonical, and other key collaborators, this advanced solution integrates multi-OS architecture with multifunctional capabilities, as it was specifically designed for x86-based edge AI computing across various industries.
On-device Large Language Models (LLMs) are revolutionizing business AI by delivering three main benefits: (1) Cost Savings: Cuts cloud reliance, lowering expenses; (2) Real-Time Responses: Enables instant, seamless interactions; (3) Business-Centric AI: Act as an Intelligent Assistant (IA) at the Edge, providing customized insights to meet customer needs and drive business growth.
EV Charging Station
The powerful combination of Intel® Arc™ GPU, Intel® Core™ processor, and the developer-friendly OpenVINO™ toolkit is revolutionizing self-service and EV Charging. DFI integrates LLM-powered self-service charging stations with interactive digital signage, supporting various operating systems with virtualization technology. With these innovative technologies, EV charging becomes more than just refueling – it transforms into an interactive, personalized, and revenue-generating experience.
Airport Self-Service Kiosk
The new airport kiosk offers a significant enhancement to the traveler experience by incorporating advanced technologies such as facial recognition, targeted advertising, and cashless payment. The inclusion of Intel’s LLM-enabled intelligent assistant provides additional self-service options like accessing flight information, booking lounges and restaurants, and obtaining currezncy exchange details. This combination of features creates a more streamlined, efficient, and personalized experience, aligning well with the needs of today’s tech-savvy travelers seeking convenience and real-time support. This approach also has the potential to reduce wait times and operational costs, delivering value both to travelers and airport operators.
Smart Retail Kiosk
With a single system powered by the DFI Workload Platform, store operators can effortlessly deliver personalized smart ads, offer real-time consultations via the Intel LLM AI ChatBot, and process transactions seamlessly. This unified platform streamlines operations by integrating dynamic advertising via computer vision, on-device LLMs acting as intelligent assistants (IAs), and frictionless checkout into one cohesive solution. For example, in a busy pharmacy, personalized smart ads at the entrance attract customers, while an IA-powered kiosk offers recommendations, helps them find medications, and enables self-checkout—enhancing the experience with real-time, intuitive assistance. This optimizes customer flow, boosts efficiency, and drives sales.