Getac Technology Corporation (Getac), a leading provider of rugged computing and mobile video solutions and a manufacturer with advanced in-house capabilities, announced the launch of its new S510AD laptop, a powerful rugged PC built around AMD Ryzen^TM AI processing technology, for professionals who need advanced edge-AI performance in demanding field and industrial environments.

Powerful Copilot+ PC functionality

The result is a highly versatile rugged solution that's ideally suited to industries such as automotive, utilities, field services, public safety and defence, where access to real-time diagnostics, intelligent automation, and secure offline processing enables professionals to make faster decisions and achieve greater operational efficiency.

Purpose built for complex field operations

The S510AD is purpose built to boost productivity in challenging field situations and scenarios. Its spacious 15.6" Full HD screen with 1,000 nits of brightness and sunlight readable display makes performing complex field tasks quick and easy in a wide range of weather conditions. A large touchpad and optional multitouch screen ensure smooth operation, even when wearing gloves or working in rain and snow, while an optional dual hot-swappable battery configuration helps minimise downtime on long shifts. The S510AD also boasts an extensive list of connectivity and data transfer options including Wi-Fi 7 and Bluetooth 5.4 as standard, with options such as 4G-LTE, 5G Sub-6, Dual SIM, and dedicated GPS also available if required.

Redefining ruggedness with sustainability

The Getac S510AD is certified to MIL-STD-810H and IP53 standards and is resilient to drops from up to 3ft (0.9m). It also boasts an operating temperature range of -29°C to 63°C (-20°F to 145°F) for dependable performance in unpredictable field environments.

It is also the latest Getac device to incorporate SORPLAS in its chassis; an environmentally conscious plastic developed by Sony Semiconductor Solutions (SSS) that offers up to 99% recycled material utilisation. With over 45% of its chassis made from post-consumer recycled (PCR) materials, the S510AD helps reduce energy use, carbon emissions, and e-waste across the supply chain, all without compromising on durability.

Delivering robust, AI-driven intelligence for critical frontline operations

From busy workshops and factory floors to remote field environments, the S510AD empowers professionals to stay productive and make confident decisions in real-world conditions:

• Automotive: Mechanics and engineers can run advanced diagnostics and stream multiple camera views simultaneously, helping them identify issues faster and return vehicles to service without delay.
• Manufacturing: Operators can use on-device AI for predictive maintenance and automated quality checks, reducing unexpected downtime and ensuring consistent product standards on the factory floor.
• Utilities: Crews inspecting power lines or pipelines in remote areas can stay connected and productive with hot-swappable batteries, rugged connectivity, and reliable performance in changeable weather.
• Field Services: Technicians working outdoors can transfer data quickly and easily using an extensive array of connectivity options, while powerful AI support speeds up task completion.
• Public Safety: First responders gain real-time situational awareness through video and data analysis in the field, with built-in security features protecting sensitive information at every step.
• Defence: Troops in mission-critical scenarios can depend on secure offline AI analysis, sunlight-readable mapping and video feeds, while hot-swappable batteries facilitate continuous operations even without network access.

"The launch of the S510AD represents another important step in expanding our AI-Rugged portfolio," says James Hwang, President of Getac Technology Corporation. "Built on AMD's latest AI processing technology, it addresses customer demand for platform diversity while maintaining the rugged reliability and sustainability they expect from Getac, helping organisations accelerate AI adoption in the field."