High-Performance Box-PC for Space-Constrained Applications
Advantech launches its latest compact industrial computer solution today. The new IPC-221 chassis delivers desktop-level CPU performance in remarkably small dimensions. Engineers designed this box PC specifically for space-constrained industrial environments. Machine integration and cabinet installation applications benefit most from this innovation.
Compact Design Maximizes Cabinet Space
The IPC-221 measures just 240 x 233 x 93 mm. This flat design saves valuable vertical space in crowded cabinets. Advantech engineers optimized every millimeter for industrial efficiency. The single-sided I/O layout simplifies cable management significantly.
Despite its compact footprint, the system supports 65W desktop CPUs. This power density represents a major engineering achievement. Previous generation models required much larger enclosures for similar performance. The IPC-221 changes that equation completely.
Cabinet installers gain unprecedented flexibility with this form factor. The chassis fits into tight spaces that larger systems cannot access. Meanwhile, performance remains uncompromised throughout demanding industrial operations.
Multi-Generation CPU Support Ensures Longevity
Advantech pairs the IPC-221 with its PCE-2x series motherboards. This combination supports an impressive range of Intel processors. Options include Celeron, Pentium, and Core i3, i5, and i7 models.
The system accommodates 10th, 12th, 13th, and 14th Generation Intel processors. Additionally, it supports the latest Intel Core Ultra Series 2. Ultra 5, Ultra 7, and Ultra 9 variants all work seamlessly. This broad compatibility protects long-term investments in automation infrastructure.
Performance scales according to application requirements precisely. Light-duty control tasks run efficiently on Celeron processors. Heavy computational workloads leverage Core i7 or Ultra 9 capabilities. Engineers select the optimal processor for each specific deployment.
Built for High-Load Industrial Applications
The IPC-221 handles demanding industrial control tasks with ease. Soft motion axis control requires real-time processing precision. This system delivers that performance consistently and reliably.
HMI data visualization applications benefit from the robust computing power. Multiple displays and complex graphics render smoothly without lag. System stability remains rock-solid even under continuous operation.
Real-time processing capabilities meet strict industrial timing requirements. Control loops execute with microsecond-level precision when needed. This reliability proves essential for critical manufacturing processes.
Edge AI Capabilities Transform Smart Manufacturing
Pairing the IPC-221 with PCE-2134 or PCE-2034 CPU modules unlocks AI potential. These latest modules include built-in NPU acceleration hardware. Lightweight AI workloads execute efficiently at the edge.
Smart manufacturing environments demand local AI processing increasingly. Cloud connectivity cannot always guarantee the required response times. Edge AI solves this challenge by processing data locally.
The integrated NPU handles vision inspection, predictive maintenance, and quality control. These AI workloads run alongside traditional control tasks seamlessly. Manufacturers gain intelligence without sacrificing real-time control performance.
Automation environments benefit from this dual capability immediately. Traditional PLC logic combines with modern AI inference naturally. The IPC-221 bridges legacy systems and future-ready smart manufacturing.
Extensive I/O Expansion Enhances Connectivity
The IPC-221 provides two full-height PCIe slots for expansion. Engineers add specialized cards for specific application requirements easily. Motion control, vision systems, and fieldbus interfaces all integrate smoothly.
Multiple COM ports enable straightforward connections to external devices. Legacy equipment communicates reliably through these serial interfaces. Modern protocols work equally well across the same connections.
The Remote Switch function adds another layer of integration flexibility. System integrators deploy the IPC-221 in diverse manufacturing scenarios confidently. This feature simplifies remote management and control significantly.
Expansion options adapt to evolving industrial requirements over time. Initial deployments start with basic configurations affordably. Later upgrades add capabilities without replacing the entire system.
Ideal Applications Across Industrial Sectors
Compact device integration represents a primary use case for IPC-221. Equipment manufacturers embed these systems into machinery seamlessly. The small footprint disappears into tight mechanical assemblies.
Smart factory deployments leverage the combination of size and performance. Factory floor space costs money in every manufacturing facility. The IPC-221 minimizes that footprint while maximizing computational capability.
Industrial automation projects benefit from the extensive I/O options. Control cabinets accommodate more functionality in less space. System designers pack more capability into each installation.
Machine builders appreciate the multi-generation CPU support particularly. They design equipment today that customers will use for decades. The IPC-221's processor flexibility ensures long-term parts availability.
Performance Meets Practicality
Advantech delivers a compelling solution with the IPC-221 chassis. High-performance computing no longer requires large enclosures in industrial settings. Space-constrained applications finally get the processing power they need.
The single-sided I/O layout simplifies installation and maintenance work. Cabinet builders save time during initial assembly and future service. This practical design consideration reduces total cost of ownership.
From edge AI to traditional motion control, the IPC-221 handles it all. Smart manufacturing demands this kind of versatile, compact computing platform. Advantech positions this system perfectly for modern industrial automation challenges.