G101TG
10.1” Intel® Tiger Lake Rugged Robotic Controller

The 10.1” Intel® Tiger Lake Rugged robotics controller is an ideal tool for professionals who work with robotics stations. With its two antennas and better wireless connection, users can stay linked to their robotics stations anywhere. The device also supports optional WIFI, BT, and 4G/5G. This helps users stay connected to their networks and robotic stations at all times. The 10.1” Intel® Tiger Lake Rugged robotics controller has an embedded TPM IC. It also offers an optional OPAL SSD. This provides extra security for users handling sensitive data on robotic stations. The device is designed to resist all weather, dust, and water (IP65). It also meets military standards for drop, shock, and vibration resistance. This makes it strong and reliable for tough work environments. The 10.1” Intel® Tiger Lake Rugged Handheld Controller is a powerful and versatile tool. You can use it whether you are in the field or in the office. It can help you complete your tasks. Its fast video decoder and high-resolution screen make it easy to watch real-time video from your UAV station. This helps you make smart decisions and stay aware of any hazards or obstacles. The 10.1” Intel® Tiger Lake Rugged Handheld Controller is a key tool for professionals using UAV stations. Its advanced features include dual antennas, an embedded TPM IC, and an optional OPAL SSD. It also supports optional WIFI, BT, and 4G/5G connectivity. This makes it the perfect solution for all your computing needs. Whether you're managing UAV operations or working with UAV stations on a daily basis, the 10.1” Intel® Tiger Lake Rugged Handheld Controller is the ideal tool for you. What is Rugged Handheld Controller ? A rugged handheld controller, also known as a rugged handheld device or rugged controller, refers to a specialized portable device designed to control and interact with various systems, machinery, or equipment in rugged or harsh environments. These controllers are built to withstand challenging conditions and are commonly used in industrial, military, aerospace, and other demanding applications. Here are some key features and characteristics of a rugged handheld controller: Rugged Construction: Rugged handheld controllers are built with durability in mind. They are typically designed to withstand extreme temperatures, shocks, vibrations, drops, and exposure to dust, water, and other environmental elements. They often comply with industry standards such as MIL-STD-810G or IP ratings for ruggedness. Ergonomic Design: These controllers are designed with user comfort and ease of use in mind. They typically feature an ergonomic form factor, allowing for comfortable grip and prolonged use without causing fatigue. Buttons, joysticks, touchscreens, or other input methods are strategically placed for intuitive operation. Specialized Interfaces: Rugged handheld controllers may feature a variety of interfaces to connect and control different systems or equipment. This can include wired interfaces such as USB, serial ports, Ethernet, or wireless interfaces such as BT or Wi-Fi for seamless connectivity. Programmable Functionality: Many rugged handheld controllers offer programmable functionality, allowing users to customize the control interface and assign specific functions or commands to buttons, switches, or touch inputs. This flexibility enables adaptability to different systems or applications. Display and Feedback: Some rugged handheld controllers incorporate displays or feedback mechanisms to provide visual or tactile feedback to the user. This can include LCD screens, LED indicators, haptic feedback, or audio feedback to enhance situational awareness and user interaction. Battery Life and Power Management: Rugged handheld controllers are designed to have extended battery life to support continuous operation in the field. They often feature efficient power management systems, low power consumption components, and may have options for hot-swappable batteries or external power sources. Security and Encryption: In certain applications, security is crucial. Rugged handheld controllers may incorporate features such as encrypted communication protocols, authentication mechanisms, or secure data storage to ensure data protection and device security. It's important to note that the specific features and capabilities of a rugged handheld controller can vary depending on the manufacturer, intended application, and user requirements. Various manufacturers offer rugged handheld controllers tailored to specific industries or applications, so it is advisable to consult the product documentation or contact the manufacturer directly for detailed information on a specific model. Why Winmate ground control station? Winmate, a leading provider of advanced ground control station solutions for unmanned aerial vehicles (UAVs). In this article, we will explore the remarkable features of Winmate's ground control station, including its low latency video SW decoder for real-time high-resolution video viewing. Designed with durability and functionality in mind, our ground control station offers all-weather resistance, MIL-grade drop, shock and vibration protection, optional wireless connectivity, and a long-lasting battery life. Join us as we delve into the key features and advantages of the Winmate ground control station. Low Latency Video SW Decoder One of the standout features of the Winmate ground control station is its low latency video software (SW) decoder. This cutting-edge technology allows users to view high-resolution video in real-time, providing an immersive and responsive experience. The low latency ensures minimal delay between the live video feed and its display on the ground control station's screen, enabling operators to make timely decisions and react swiftly to changing situations. With Winmate's low latency video SW decoder, UAV pilots can enjoy a seamless video streaming experience, enhancing situational awareness and enabling precise control over their aircraft. Whether conducting surveillance missions, aerial inspections, or search and rescue operations, the ability to view high-quality, real-time video is crucial for effective UAV operations. All-Weather and Rugged Design Winmate's ground control station is designed to withstand challenging environments and harsh conditions. Its all-weather, dust, and water-resistant design (IP65) ensure optimal performance even in adverse weather conditions. This ruggedness extends to MIL-grade drop, shock, and vibration protection, safeguarding the equipment from accidental impacts or rough handling during field operations. The robust construction of the ground control station not only enhances its durability but also increases its longevity, allowing it to withstand demanding outdoor applications. This reliability is essential for UAV pilots who rely on their ground control station as a critical tool for mission success. Enhanced Connectivity Options To cater to diverse operational needs, Winmate's ground control station supports optional Wi-Fi, BT, and 4G/5G connectivity. These additional wireless options enable seamless data transfer, remote control, and real-time communication between the ground control station and the UAV. The availability of Wi-Fi, BT, and 4G/5G connectivity expands the operational range and flexibility of the ground control station. Operators can remotely access and control their UAVs, receive telemetry data, and transmit commands or receive real-time updates, enhancing overall mission efficiency and effectiveness. Security and Storage Features Winmate understands the importance of data security and provides embedded TPM (Trusted Platform Module) IC and optional OPAL (Opal Storage Specification) SSD (Solid State Drive). The embedded TPM IC ensures secure booting and cryptographic operations, protecting critical system information from unauthorized access. The optional OPAL SSD offers enhanced data security through hardware-based encryption. This feature provides an additional layer of protection for sensitive data stored on the ground control station, reducing the risk of data breaches and unauthorized data access. Improved Wireless Connectivity and Battery Life Winmate's ground control station comes equipped with dual antennas, providing improved wireless connectivity and stability. The dual antennas ensure reliable and uninterrupted communication between the ground control station and the UAV, minimizing signal disruptions and maintaining a strong connection. Furthermore, the ground control station features a removable second battery, allowing for extended operating time. With a battery life of over 10 hours, UAV pilots can rely on the ground control station for prolonged missions without worrying about power. The Advantages of Utilizing Winmate's 10.1” Intel® Tiger Lake Rugged Ground Control Station In the rapidly evolving landscape of modern technology, unmanned systems play a pivotal role in various industries, ranging from defense and security to agriculture and infrastructure development. Efficient and reliable ground control stations (GCS) are crucial for successful unmanned operations, as they provide a secure and intuitive interface for operators to control and monitor unmanned vehicles. Winmate, a leading provider of advanced rugged solutions, introduces the Winmate 10.1” Intel® Tiger Lake Rugged Ground Control Station, a cutting-edge system that offers numerous benefits to its users. This article will explore the advantages of using Winmate's GCS and how it elevates unmanned operations to new heights. 1. Robust and Durable Construction: The Winmate 10.1” Intel® Tiger Lake Rugged GCS is engineered to withstand the harshest environments and demanding conditions. Its rugged construction ensures protection against shock, vibration, dust, and water ingress, making it ideal for use in extreme weather conditions or remote locations. With this level of durability, operators can confidently deploy the GCS in any mission-critical scenario, without the fear of equipment failure or damage. 2. Enhanced Performance with Intel® Tiger Lake Processor: At the heart of Winmate's GCS lies the Intel® Tiger Lake processor, a high-performance chipset that guarantees swift and seamless operations. The Tiger Lake processor enables efficient multitasking, ensuring smooth real-time data processing and analysis, critical for unmanned missions that demand split-second decision-making. With enhanced computing power, the GCS can handle complex data streams from unmanned vehicles with ease, improving overall operational efficiency. 3. Versatile Connectivity Options: Winmate's 10.1” Intel® Tiger Lake Rugged GCS is equipped with a wide array of connectivity options, including Ethernet, USB, Serial ports, HDMI, and WLAN, facilitating seamless integration with various unmanned systems. This versatility allows operators to establish reliable connections with different unmanned vehicles and peripherals, enabling comprehensive control and data transmission. Additionally, the GCS supports long-range communication options, ensuring stable and uninterrupted connectivity even in remote or hard-to-reach areas. 4. Intuitive User Interface: Winmate understands the significance of an intuitive user interface in maximizing operational efficiency. The 10.1” GCS features a user-friendly touchscreen display with customizable layouts, enabling operators to tailor the interface to their specific needs. The intuitive design minimizes the learning curve for new users and reduces the risk of errors during high-stress missions. Moreover, the touchscreen capability allows for easy manipulation of data and controls, enhancing the overall user experience. 5. Advanced Security Features: In unmanned operations, data security is of utmost importance. Winmate's 10.1” Intel® Tiger Lake Rugged GCS prioritizes data protection with advanced security features. The GCS includes built-in encryption and authentication mechanisms, safeguarding sensitive mission-critical data from unauthorized access. Additionally, it incorporates the latest cybersecurity protocols, protecting the system from potential cyber threats and ensuring uninterrupted operations. 6. Customizable and Expandable: Winmate's GCS is designed with scalability in mind. Its modular architecture allows for easy customization and expansion to accommodate future technological advancements and mission requirements. Operators can add new features, sensors, or communication modules to adapt the GCS to different unmanned systems and operational scenarios, ensuring it remains future-proof and relevant in a rapidly changing technological landscape. The Winmate 10.1” Intel® Tiger Lake Rugged Ground Control Station represents a significant advancement in the realm of unmanned systems. With its robust construction, powerful Intel® Tiger Lake processor, versatile connectivity options, intuitive user interface, advanced security features, and expandability, the GCS delivers unparalleled performance and reliability. By leveraging Winmate's cutting-edge technology, customers can unlock new capabilities and efficiencies, making their unmanned operations safer, more efficient, and ultimately more successful. Embrace the power of Winmate's 10.1” Intel® Tiger Lake Rugged GCS and elevate your unmanned missions to new heights. Portable Robotics Control Station: Smart, Mobile, and Built for the Field In today’s fast-paced, automation-driven world, controlling autonomous systems — whether aerial, ground-based, or industrial — requires a solution that’s rugged, portable, and intelligent. Enter the Robotics Control Station. More specifically, the new wave of Mobile Robotics Control Stations and Portable Robotics Control Stations is transforming the way professionals interact with robots in real-time, across industries. What Is a Robotics Control Station? A Robotics Control Station is a centralized interface — often a ruggedized computer system — used to manage, monitor, and control robotic platforms. These platforms can include drones (UAVs), unmanned ground vehicles (UGVs), industrial robotic arms, mobile robots, and even autonomous maritime systems. Today’s use cases require mobility, flexibility, and real-time communication, making portable and mobile control stations the go-to choice for field operations and remote environments. Why Choose a Mobile Robotics Control Station? ✅ Mobility and Portability Designed for on-the-go missions, a Mobile Robotics Control Station is compact, lightweight, and easy to deploy in the field. Whether it’s mounted in a vehicle, carried in a backpack, or deployed on-site, portability offers unmatched flexibility. ✅ Rugged and Field-Ready These systems are built with IP-rated enclosures, fanless cooling, and shock/vibration resistance, making them ideal for outdoor environments, harsh weather, or high-risk operations. ✅ Real-Time Control and Monitoring With high-speed processing and multiple communication protocols (LTE, Wi-Fi, 5G, RF, Ethernet), operators can control multiple robots simultaneously, monitor telemetry, access live video feeds, and make split-second decisions. ✅ Edge AI Capabilities Many Portable Robotics Control Stations now include edge AI support for real-time object detection, path planning, obstacle avoidance, and more — without relying on cloud latency. Use Cases for Portable Robotics Control Stations 🔹 Defense & Military Command and control of UAVs, UGVs, and tactical robotics for surveillance and recon missions. 🔹 Public Safety & Emergency Response Control search-and-rescue robots, firefighting drones, and hazmat UGVs in real-time during critical incidents. 🔹 Industrial Automation Manage autonomous forklifts, AGVs (Automated Guided Vehicles), and robotic arms within factories or warehouses. 🔹 Agricultural Robotics Oversee autonomous tractors, spraying drones, and field monitoring robots for precision farming. 🔹 Construction & Surveying Operate autonomous equipment, 3D mapping drones, and LiDAR-equipped robots for large-scale site projects. Key Features to Look for Touchscreen Interface with glove-compatible input Multi-protocol I/O (CANbus, Modbus, RS-232/485, Ethernet) Secure Data Encryption and remote software updates Battery-powered or vehicle-mounted options Operating system compatibility (Windows, Linux, RTOS) Conclusion: Control Robots Anywhere, Anytime A Portable Robotics Control Station empowers operators to stay in control, regardless of location or conditions. A strong control unit is important. This is true whether you are automating a smart warehouse, managing a drone fleet, or responding to a disaster. The future of robotics control is portable, connected, and resilient. Investing in a Mobile Robotics Control Station is not just a smart decision — it's a strategic one.