Key Takeaways
- Getac rugged tablets and laptops power smart manufacturing with real-time monitoring, HMI, and data capture on the shop floor using devices like G140, F120, UX10, V120, ZX10, B360, S510, and ZX80, plus UX10-EX and ZX80-EX for hazardous environments.
- Getac Assist empowers the workforce with a fully rugged remote expert solution for real-time guidance, knowledge transfer, and remote inspections, helping to bridge skills gaps and reduce travel costs
- Built-for-industry features such as MIL-STD-810H ruggedness, IP66 protection, hot-swappable batteries, Wi-Fi 7 and optional 5G, Thunderbolt 4, barcode/RFID, and user-removable SSDs enable reliable Industry 4.0 workflows.
- Getac solutions support key Industry 4.0 use cases including predictive maintenance, IT OT integration, quality control, and overall equipment effectiveness tracking without disrupting legacy systems.
- Rugged mobility accelerates ROI by digitizing paper-based tasks, enabling remote troubleshooting, and improving operational efficiency from station to station.
Why does Industry 4.0 matter to manufacturers today?
Industry 4.0 combines smart manufacturing, industrial IoT, cloud, AI, and AR to connect machines, people, and data. The result is a connected factory with real-time visibility, improved quality, and faster decision cycles. Rugged mobile devices are the practical layer that carries these capabilities to the point of work on the shop floor and across distributed operations.
Which technologies are transforming production lines?
Big Data & AI Analysis
Harnesses machine learning algorithms to analyze data in real time, enabling predictive maintenance and optimized manufacturing operations.
Augmented Reality (AR)
Supports factory floor managers with guided workflows, technical assistance, and remote training to improve human-machine interaction.
IoT & Connected Sensors
Provides a network of connected devices that enable real-time data capture and remote monitoring for better quality control and traceability.
Cybersecurity
Protects against data breaches in a digital environment, preserving the integrity of production processes and ensuring consumer trust.
Cloud Computing
Offers scalable resources for data storage and heavy analytics, facilitating seamless cross-site collaboration and machine learning.
Digital Twins
Creates virtual replicas of physical objects or facilities to monitor, analyze, and optimize overall manufacturing efficiency.
Which Getac devices and software fit Industry 4.0 needs?
Tablets
Windows | 14-Inch
G140
Fully rugged tablet featuring a 1,000 nit sunlight-readable LumiBond display and AI-powered performance (up to 50 NPU TOPS) via AMD Ryzen™ AI processors. It is engineered for AI-assisted decision-making and real-time data processing at the edge, supported by hot-swappable batteries, Wi-Fi 7, and IP66 durability.
Windows | 12.2-Inch
F120
Sunlight-readable display, MIL-STD-810H, IP66, hot-swappable batteries, dual Thunderbolt 4, optional 5G and dedicated GPS. Ideal for HMI, diagnostics, and real-time monitoring.
Windows | 10.1-Inch
UX10
Compact, lightweight, AI-ready with Intel Core Ultra options, 1000 nits display, IP66, MIL-STD-810H, barcode and RFID options. UX10-EX option for Zone 2/22, hazardous environments apply.
Android | 10.1-Inch
ZX10
Wi-Fi 6E, optional 5G, hot-swappable batteries, ARCore ready for guided workflows. ZX10-EX option for hazardous locations.
Android | 8-Inch
ZX80
Hexagon NPU for AI tasks, Android Enterprise Recommended, ideal for tight spaces, UAV control, and rapid inspections. ZX80-EX option for hazardous locations.
Laptops
Windows | 12.2-Inch
V120
1000 nits display, MIL-STD-810H, IP66, hot-swappable batteries, dual Thunderbolt 4. Flexible tablet to laptop for mixed workflows.
Windows | 13.3-Inch
B360
1400 nits display, MIL-STD-810H, IP66, Wi-Fi 7, optional 5G, dual hot-swappable batteries. Suited for data-heavy apps and extended shifts.
Windows | 15.6-Inch
S510
Slim, rugged design with Intel Core, Wi-Fi 6E, Thunderbolt 4, multifactor security. Great for office-to-floor mobility and MES/ERP tasks.
Software: Getac Essential Suite
GETAC Management
A cloud-based solution for centralized deployment, configuration, and provisioning of Android devices at scale.
GETAC Monitoring
A tool that provides real-time health alerts and monitoring to reduce device downtime.
GETAC KeyWedge
Software that enables professional-grade 1D and 2D barcode scanning using the device's built-in camera.
How do Getac solutions support Industry 4.0 applications in manufacturing?
For Performance Monitoring
- Getac devices visualize cycle times, output, and energy use at the workcell.
- Wi-Fi 7 and optional 5G keep dashboards and alerts current as operators move.
- Hot-swappable batteries ensure no data loss during long shifts.
For Shop Floor Workflow
- Tablets like G140, UX10 and F120 connect to machines and sensors via Thunderbolt 4, RS232, and LAN for reprogramming and status checks.
- Operators log downtime and rejection reasons immediately at the line.
- Barcode and RFID options capture traceability data without slowing production.
For Quality Control
- Digital checklists, image capture with 13MP cameras, and instant QA signoffs on devices like V120.
- Secure authentication and user-removable SSDs protect quality records and IP.
For Remote Expert Assistance (Getac Assist)
- Real-Time Troubleshooting: Technicians can livestream high-definition video from the shop floor to remote experts for immediate problem-solving and reduced downtime.
- Interactive Guidance: Experts use Live and Snap Annotation, screen sharing, and document sharing to guide local teams through complex repairs, inspections, or quality control tasks.
- Rugged Collaboration: The Getac Assist camera is IP67 and MIL-STD-810H certified and can be body-worn, allowing workers to maintain situational awareness and work hands-free while collaborating.
How do Getac features support manufacturing automation and IT OT integration?
Connectivity and Data Collection
- Wi-Fi 7 and optional 5G maintain reliable plant-wide roaming.
- Thunderbolt 4, LAN, and optional RS232 connect to PLCs, sensors, test equipment, and legacy machines.
- Integrated barcode and optional HF RFID accelerate asset tracking and WIP visibility.
Durability and Uptime
- MIL-STD-810H, IP66 (ZX80 with IP67), 6 ft drop resistance, wide operating temperatures keep devices working in heat, dust, moisture, and vibration.
- Hot-swappable batteries prevent downtime during long shifts and mobile routes.
Security and Compliance
- TPM 2.0, Windows Hello, optional fingerprint, smart card, and RFID support multifactor authentication.
- User-removable, AES-256 encrypted SSD options support data protection policies.
Smart Factory Components and Challenges
What capabilities define a connected factory?
- Data Analysis for Optimal Decision Making: Provides critical insights into Key Performance Indicators (KPIs) like Overall Equipment Effectiveness (OEE) and throughput, allowing manufacturers to refine production lines and enhance overall efficiency.
- Custom Manufacturing: Supports the shift from traditional mass production to meeting specific consumer demands through connected workflows that enable short production runs and rapid changeovers.
- IT-OT Integration: Bridges the gap between Information Technology (enterprise systems like MES and ERP) and Operational Technology (machine data from SCADA and PLCs) for seamless end-to-end data flow and coordinated decision-making.
- Supply Chain Visibility: Utilizes smart, autonomous systems for real-time tracking and monitoring to improve materials flow, ensure on-time delivery, and better align business outcomes with consumer needs.
Common Challenges and Getac’s Support
- Skills Gaps: Getac Assist bridges skills shortages through real-time remote guidance and knowledge transfer, allowing onsite technicians to receive expert support and immersive on-the-job training instantly.
- Integration Complexity: Connecting new mobile devices to legacy systems via RS232, LAN, and Thunderbolt 4 without disruption.
- ROI Visibility: Digitizing paper-based tasks provides quick wins in quality and maintenance efficiency
What trends will shape the next phase?
- Wider adoption of 5G and advanced wireless for deterministic networking.
- Greater use of AR for training, guided workflows, and remote assistance.
- Expanded use of digital twins and AI for process optimization and sustainability.
- Continued shift to circular, energy-efficient manufacturing with closed-loop feedback.
FAQs
Industry 4.0 is the broader transformation. Smart manufacturing is the operational application on the shop floor. Digital manufacturing emphasizes using digital tools, models, and data across the product lifecycle.
It connects enterprise systems like ERP and MES with operational technology like PLCs and SCADA, enabling end-to-end data flow, traceability, and coordinated decision making.
By delivering HMI, data capture, and collaboration at the point of work. Devices like G140, F120, UX10, V120, ZX10, B360, S510,and ZX80 connect to machines and systems while surviving harsh factory conditions.
Conclusion
Industry 4.0 is most effective when it empowers the workforce at the point of action. By combining rugged, AI-capable hardware like the G140 with Getac Assist to solve skills gaps and the Getac Essentials Suite for centralized management, manufacturers can overcome integration complexities to achieve a truly connected and efficient smart factory.
Additional Resources
