Getac Unveils B360 and B360 Pro Rugged Laptops Built for Extreme Environments
Taiwanese tech giant Getac has officially launched its latest rugged laptops, the B360 and B360 Pro, equipped with Intel's cutting-edge Core Ultra 200H "Arrow Lake" processors. Both models are purpose-built to withstand extreme environments, combining military-grade durability with high-performance computing.
The Getac B360 and its advanced sibling, the B360 Pro, deliver robust computing solutions capable of thriving under harsh conditions, making them ideal for field operations, industrial work, military applications, and emergency services.
Powerful Performance with Intel Arrow Lake CPUs
The new Getac laptops leverage Intel’s Core Ultra 200H-series CPUs from the Arrow Lake lineup, ensuring significant performance improvements, superior energy efficiency, and enhanced multitasking capabilities. This advanced CPU architecture allows users to handle demanding tasks in real-time, even in resource-intensive environments.
Military-Grade Durability and Reliability
Designed for extreme resilience, both laptops feature a rugged construction that complies with stringent military-grade standards, including MIL-STD-810H and IP66 certifications. These laptops are built to withstand:
Extreme temperatures (from freezing cold to scorching heat)
Dust and water ingress
Vibrations, shocks, and accidental drops
Such durability ensures consistent performance and reliability, even in the toughest operational scenarios.
Features of Getac Getac B360 & Getac B360 Pro:
Intel Core Ultra 200H "Arrow Lake" processors
Military-grade ruggedness (MIL-STD-810H and IP66 rated)
High-brightness, outdoor-readable displays
Enhanced security features (Fingerprint reader, TPM 2.0, Smart Card Reader)
Extended battery life for all-day operations
Modular design for ease of maintenance and upgradeability (Pro model)
The B360 Pro model additionally offers advanced connectivity options, modular expansion bays, and increased versatility tailored for mission-critical operations.
Both models are optimized for industries including defense, public safety, manufacturing, and logistics, where reliable computing under extreme environmental stress is paramount.
