#Taiwan #Taipei #Getac #Rugged Tablets #UX10

Getac Expands Tablet Offerings

Getac Technology Corporation has recently launched its latest generation of ultra-rugged tablets, the UX10 and UX10-IP. These devices are engineered for versatility and durability, aimed at professionals in defense, manufacturing, public services, security, transportation, and logistics. Compact and lightweight, the tablets promise reliability in challenging environments, bringing the power of artificial intelligence to dynamic workspaces.

Unmatched Performance with AI Integration

The UX10 and UX10-IP tablets are the newest additions to Getac's Copilot+ lineup, which is designed to meet the high standards set by Microsoft for rugged devices. They are powered by the Intel® Core™ Ultra 200V processor paired with the revolutionary Intel® AI Boost NPU, delivering exceptional performance with a processing capability of up to 48 trillion operations per second. This advanced architecture allows the devices to tackle AI-driven tasks effectively, enabling real-time analytics and efficient operation in demanding scenarios.

Both tablets support LPDDR5X memory of up to 32 GB and provide PCIe NVMe SSD storage of up to 2 TB. Additional security features include Windows Hello facial authentication, with an optional fingerprint reader for enhanced access control.

Durability Meets Portability

As always, Getac ensures that their devices are built to last. The UX10 and UX10-IP boast a 10.1-inch display with a brightness of 1000 nits for excellent visibility, even under direct sunlight. The touch screen is designed for use with gloves and rainy conditions, making it suitable for outdoor work.

These rugged tablets are MIL-STD-810H and IP66 certified, ensuring resistance against vibration and falls of up to six feet. They function perfectly within a temperature range of -29°C to 63°C (-20°F to 145°F), weighing only 2.53 lbs (1.15 kg), proving to be exceptionally portable for day-to-day field use.

Comprehensive Applications Across Industries

Getac’s UX10 tablet is versatile enough to support critical applications across various sectors. In defense, its lightweight, compact nature, coupled with advanced security features, makes it ideal for drone control and reconnaissance activities. Manufacturing operators benefit from its built-in NPU, which enhances predictive maintenance initiatives and real-time process monitoring through extensive connectivity and video streaming capabilities.

Field engineers can leverage the lightweight design and powerful AI processing to expedite data mapping and image analysis tasks, while professionals in public safety can utilize its real-time capabilities for video analysis and evidence categorization. The UX10 excels in large warehouse environments where operators and forklift drivers navigate through cold storage and outdoor areas, assisting drivers with real-time navigation and stock management.

UX10-IP: Designed with Infection Control in Mind

Focusing specifically on emergency and healthcare professionals, the UX10-IP model features a unique sealed design and waterproof buttons, allowing for seamless cleaning and disinfection during high-demand situations. An easy-to-clean rubber hand strap is also available, essential for emergency services.

James Hwang, President of Getac Technology Corporation, remarked, “The new UX10 and UX10-IP models furnish businesses with a remarkably flexible platform to integrate advanced AI solutions on-site. Their compact form factor, robust reliability, and extensive customization options make them the perfect choice for executing AI-powered concepts across sectors—be it for predictive maintenance in manufacturing or real-time situational awareness in public safety.”

These innovative tablets will be available in October 2025. For more details, visit Getac's official website.

In conclusion, these devices represent a leap forward in tackling the operational challenges faced by professionals around the world. With Getac's commitment to durability and performance, both the UX10 and UX10-IP tablets are set to redefine how rugged computing is approached in the field.