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G500G7
5.5" ARM A78 + A55 Rugged Robotic Controller

Winmate G500G7 is a 5.5-inch ARM A78 + A55 Rugged Robotic Controller designed for defense operations, field command, and mission-critical mobility. This product helps industrial buyers, OEMs, and system integrators select a reliable Winmate solution for rugged, embedded, or mission-critical environments where performance, durability, and long lifecycle availability matter. Best for: The G500G7 is best suited for defense operations, field command, and mission-critical mobility, especially when teams need stable hardware integration, dependable field operation, and a supplier with industrial computing experience. Key specifications: Important product highlights include 1920 x 1080 TFT LCD Panel with direct bonding, Genio 510 2 x A78 2.0GHz + 4 x A55 2.0GHz, All-weather, dust, and water-resistant design (IP65). MIL-grade drop, Shock and vibration, Compact and ergonomic design, and Supports WIFI/BT. SEO search intent: This content is optimized for users searching for G500G7, Winmate G500G7, Winmate industrial computer solution, industrial computer solution, 5.5-inch industrial computer solution, and IP65 industrial computer solution, and for purchase-intent queries related to industrial-grade Winmate hardware, rugged computing, embedded systems, and application-ready product solutions.

KEY FEATURES

  • 1920 x 1080 TFT LCD Panel with direct bonding
  • Genio 510 2 x A78 2.0GHz + 4 x A55 2.0GHz
  • All-weather, dust, and water-resistant design (IP65). MIL-grade drop, Shock and vibration
  • Compact and ergonomic design
  • Supports WIFI/BT

    CERTIFICATIONS

  • FCC
    CE

G500G7

5.5" ARM A78 + A55 Rugged Robotic Controller
Winmate G500G7 with ARM-based Genio 510 processor for efficient and reliable high-performance robotic control.

Efficient and Reliable Performance

Powered by an ARM-based processor, the Winmate G500G7 Handheld Robotic Controller offers efficient and reliable performance for industrial and robotic tasks. Running on Linux and Android operating systems, it ensures smooth multitasking and compatibility with diverse applications, providing flexibility for various operational needs.


Winmate G500G7 Robotic Controller with IP65 rugged design and MIL-STD-810H compliance for extreme industrial environments.

Compact and Durable Design for Any Environment

The Winmate G500G7 Handheld Robotic Controller combines portability and durability in a compact 5.5” form factor. Featuring a 1080(RGB) x 1920 TFT LCD panel with direct bonding, it ensures sharp visuals and high responsiveness in a lightweight, ergonomic design. Built to withstand harsh environments, the G500G7 meets IP65 standards for dust and water resistance and adheres to military-grade certifications for drop, shock, and vibration, delivering reliable performance in demanding industrial applications.


Winmate G500G7 featuring WiFi and BT connectivity for seamless real-time data transfer and system integration.

Seamless Wireless Connectivity

The Winmate G500G7 Handheld Robotic Controller supports WiFi and BT connectivity, enabling reliable communication and data transfer across industrial networks. These wireless options ensure smooth integration with robotic systems and real-time access to critical information, making it an essential tool for dynamic environments requiring uninterrupted connectivity.


Winmate G500G7 Robotic Controller with configurable joysticks, buttons, and switches for tailored industrial applications.

Tailored Configurations for Versatile Applications

Winmate offers a fully customizable robotic controller solution tailored to user-specific needs. The Winmate G500G7 Handheld Robotic Controller supports various wireless modules and features a modular design with configurable joysticks, switches, and buttons. This flexibility allows users to adapt the device to different robotic systems and operational requirements, making it a versatile tool for modern industrial automation.

Display

Size

5.5 inches inches

Resolution

1920x1080

Type

Projected Capacitive Multi Touch

Panel Brightness

1000.0 nits nits

Contrast Ratio

1000:1

View Angles

80,80,80,80

Bonding

Optical Bonding for Sunlight Viewability

Viewability

Anti-Glare touch treatment

Touch Mode

Support Hand / Gloves and Rain Mode

System Specification

Processor

Genio 510 2 x A78 2.0GHz + 4 x A55 2.0GHz

Memory

4GB

Storage

64GB

Operating System

Android 13.0

WLAN

Support

BT

Support

Discrete GPU

Mechanical

Dimension

204.2 x 135.1 x 46 mm

Weight

612g (One Battery Pack)
682g (Two Battery Pack)

Cooling System

Fanless Design

IO Ports

USB Port

1 x USB 3.0 (Type C, PD)

LAN

1 x M10 LAN Connector (10/100 Mbps , Max to 250 Mbps)

Video

1 x micro HDMI output(Optional)

Audio

2x Speaker

SD Card Slot

1 x Micro SD Card Slot (Max to 2TB)

Environment

Operating Humidity

10% to 90% RH, non-condensing

Operating Temperature

-20°C to 60°C (AC mode), -10°C to 50°C (Battery mode)

Storage Temperature

-30°C to 70°C (-22°F to 158°F)

Shock

MIL-STD-810H Method 516.8 Procedure I

Vibration

MIL-STD-810H Method 514.8 Procedure I

IP rating

IP65

EMC

Certification

Certification

CE, FCC

Control

Button

2 x joystick
2 x Roller switch
7 x buttons

Power

Battery

Standard:One Battery Pack 7.4V, typ. 3200mAh Rechargeable Li​­lon Battery (2S1P)
Optional:Two Battery Pack 7.4V , typ. 6400mAh Rechargeable Lilon Battery (2S2P)

Battery Operating Time

One Battery Pack: 8hrs
Two Battery Pack: 16hrs (optional)

Power Rating

20V DC

Adapter

100-240V, 50-60Hz / 20V DC

Accessory

Accessory

1 x 65W Adapter and Power Cord
1 x M10 LAN external cable(2M)
2 x Antenna (optional for RF module)

Optional Accessory

Shoulder Strap(Optional)
Microhard 2450 (Optional)

STANDARD ACCESSORIES

Adapter

Adapter

Model Name: A065RP50P

Part Number: 9220065W20V0

  • 100-240VAC to 20VDC@3.25A
  • Country specific power cords available

M10 Push Pull Connector

M10 Push Pull Connector

Model Name: M10-GCS

Part Number: 94I0100080K3

  • Length: 2M
  • M10 to RJ45 (LAN Signal)
  • Can I map the physical buttons on the G500G7 to control a robot dog?

    Yes, the G500G7 features programmable physical keys. You can map the side buttons to specific robotic commands (like "Sit," "Walk," or "Emergency Halt") using Winmate’s built-in button mapping software. This provides precise, tactile control without needing to look at the touchscreen.

  • Can Winmate customize the button icons for my robotics project?

    Yes, Winmate offers hardware ODM customization. For fleet orders, Winmate can print custom icons (e.g., a "Robot Power" symbol) directly onto the physical buttons or change the button color to match your brand, ensuring an intuitive user experience.

  • Are the side buttons durable enough for scanning thousands of packages?

    Yes, the physical buttons are rated for high-frequency industrial use. Unlike consumer volume keys, these triggers are designed for millions of presses. Furthermore, the keypad module is designed to be service-replaceable by authorized repair centers if wear occurs over years of heavy use.

  • Can I use the buttons for Push-to-Talk (PTT) communication?

    Yes, the programmable keys are ideal for PTT. Drivers can map a side button to apps like Zello or Microsoft Teams Walkie Talkie, allowing for instant voice communication with dispatchers while keeping one hand on the wheel.

  • Can I disable specific buttons to prevent staff errors?

    Yes, the "Winmate Button Manager" allows you to disable keys. Store managers can lock out non-essential buttons (like volume or camera) to prevent employees from accidentally exiting the inventory application or changing settings during a shift.

  • Does the G500G7 support NFC for payments?

    Yes, it includes a built-in NFC reader. It can be used as a rugged mPOS device. The physical buttons can be programmed to trigger the "Read Card" function, speeding up customer checkout processes.

  • Can I use the physical buttons when the screen is wet?

    Yes, physical buttons are essential for rain operation. Touchscreens can struggle in heavy rain. The G500G7’s physical keys allow technicians to log data, navigate menus, or snap photos even when the display is covered in water droplets.

  • Can the physical button functions be changed via OTA updates?

    Yes, IT admins can deploy key mapping profiles remotely. Using MDM (Mobile Device Management) software, you can push a new button configuration profile to all devices in the field simultaneously without needing physical access to the units.

  • Is the battery user-replaceable?

    Yes, the G500G7 features a user-replaceable battery. Just like the buttons are designed for serviceability, the power system is designed for continuous operation by swapping batteries.

  • What OS does it run for button compatibility?

    It runs Android 13 with Winmate proprietary extensions. This allows deep integration between the physical hardware keys and third-party Android applications via API.

5.5" ARM A78 + A55 Rugged Robotic Controller: Compact Power for Advanced Automation The 5.5" ARM A78 + A55 Rugged Robotic Controller is a highly compact and rugged solution designed to power advanced robotics and automation systems. Engineered for efficiency and durability, this controller is built to excel in industries such as manufacturing, agriculture, construction, and defense. With its advanced ARM architecture and rugged design, this controller is the perfect fit for demanding operations requiring powerful performance in a small form factor. Unmatched Performance with ARM A78 + A55 Architecture At the core of the 5.5" rugged robotic controller is the ARM Cortex-A78 and Cortex-A55 architecture, offering the ideal blend of performance and energy efficiency. The Cortex-A78 delivers high-speed processing for complex real-time tasks, while the Cortex-A55 ensures low-power operation for background processes. This combination allows the controller to handle: Real-time robotics control. AI-powered edge computing. Advanced data analysis for automation systems. Despite its compact size, this controller provides robust performance for mission-critical applications. Compact Yet Rugged Design Built for harsh environments, the 5.5" rugged robotic controller is small enough to fit into tight spaces while maintaining exceptional durability. Certified to meet MIL-STD-810G standards, it withstands shocks, vibrations, and extreme temperatures. Its IP67-rated enclosure ensures protection against water and dust, making it suitable for outdoor use and industrial environments. Key Durability Features: Shockproof and vibration-resistant for field operations. Waterproof and dustproof, ensuring reliability in rugged conditions. Operational in extreme temperatures ranging from -20°C to 60°C. 5.5-Inch High-Resolution Touchscreen The controller is equipped with a 5.5-inch touchscreen display, providing a clear and responsive interface for system control and monitoring. Designed for usability in challenging environments, the screen offers: Sunlight-readable technology for outdoor use. Anti-glare coating for improved visibility in bright conditions. Glove compatibility, enabling operation in industrial and safety-conscious settings. Advanced Connectivity for Seamless Integration Connectivity is crucial for modern robotics, and the 5.5" ARM A78 + A55 Rugged Robotic Controller offers extensive options for seamless system integration and remote operation. These include: WLAN and BT® for high-speed wireless communication. Optional 4G/5G connectivity for remote monitoring and control. Multiple I/O ports such as USB, RS232, GPIO, and Ethernet for versatile peripheral connections. Whether it's integrating with robotic subsystems or operating remotely, this controller provides the connectivity you need for efficient operations. Developer-Friendly and Customizable Designed with developers in mind, the rugged robotic controller supports Linux® and Android™ operating systems, providing a flexible platform for creating custom solutions. With compatibility for popular programming environments such as Python, C++, and ROS (Robot Operating System), it enables developers to: Create advanced control algorithms. Integrate AI and machine learning applications. Optimize system performance for specific use cases. Additionally, the modular design allows for hardware customization to meet unique project requirements. Energy Efficiency for Extended Operations Thanks to the ARM architecture's low power consumption, this controller ensures extended operation times even in power-constrained environments. Its energy-efficient design reduces downtime and operational costs, making it an excellent choice for mobile and autonomous systems. Applications Across Industries The 5.5" ARM A78 + A55 Rugged Robotic Controller is designed for versatility, making it suitable for a wide range of applications: 1. Industrial Automation Precise control of robotic arms and assembly lines. Real-time monitoring of sensors and actuators. 2. Agriculture Operation of autonomous tractors and drones. Integration with smart irrigation and crop monitoring systems. 3. Construction Management of heavy machinery and robotics for material handling. Real-time site monitoring and automation. 4. Defense and Security Control of unmanned ground vehicles (UGVs) and drones. Remote surveillance and mission-critical operations. 5. Logistics and Transportation Fleet management for autonomous vehicles. Robotic solutions for warehouse and distribution centers. Why Choose the 5.5" ARM A78 + A55 Rugged Robotic Controller? This rugged robotic controller is the ultimate solution for industries looking to combine compact design, robust performance, and reliable durability. Its advanced ARM processing power, energy efficiency, and extensive connectivity options make it ideal for tackling the challenges of modern automation and robotics. Key Benefits: Compact size for tight-space applications. Rugged design for reliable operation in harsh environments. Developer-friendly platform for custom solutions. Energy-efficient operation for extended uptime. Conclusion The 5.5" ARM A78 + A55 Rugged Robotic Controller is the perfect choice for industries that demand compact, durable, and high-performance solutions. Whether you’re working on industrial automation, agricultural robotics, or defense applications, this controller delivers the power, flexibility, and reliability you need to succeed. For more information or to request a demo, contact us today and discover how this rugged robotic controller can enhance your operations! 5.5" ARM Cortex-A78 + A55 Rugged Robotic Controller: Compact Power for Harsh Environments In the evolving landscape of robotics and industrial automation, the need for compact, durable, and high-performance control units is more critical than ever. The 5.5" ARM Cortex-A78 + A55 Rugged Robotic Controller stands out as a next-generation solution that combines powerful processing, industrial-grade ruggedness, and intelligent connectivity. Designed for challenging environments, this controller empowers robots, AMRs, and edge AI systems with seamless control and advanced processing in a palm-sized form factor. Compact Yet Powerful Architecture At the heart of this robotic controller is the heterogeneous ARM architecture, combining the Cortex-A78 (performance cores) and Cortex-A55 (efficiency cores). This big.LITTLE configuration balances high-speed data processing and energy efficiency — making it ideal for autonomous mobile robots, industrial arms, and embedded vision applications. The Cortex-A78 delivers superior performance for computationally intensive tasks like sensor fusion, AI inference, and real-time decision-making. Meanwhile, the Cortex-A55 cores handle background processes efficiently, extending battery life and reducing thermal output — critical for mobile and embedded use. Built Rugged for Industrial Use Engineered for durability, the 5.5" Rugged Robotic Controller is built with an IP65-rated front panel, offering resistance against dust, water, and oil splashes. Its wide operating temperature range ensures stable performance in extreme environments, from freezing warehouses to hot factory floors. With MIL-STD-810G shock and vibration resistance, this controller is suitable for both stationary and mobile robotic platforms in logistics, agriculture, mining, and defense sectors. High-Resolution 5.5" Touchscreen Interface A standout feature is its 5.5-inch multi-touch display, offering a crisp resolution for real-time data visualization and interactive control. The capacitive touchscreen ensures smooth user input, even when operated with gloves or in outdoor settings. This display size hits the sweet spot between portability and usability — ideal for handheld and panel-mount installations. Rich I/O for Flexible Integration The controller supports versatile connectivity options to integrate seamlessly with a wide range of sensors, actuators, cameras, and cloud services. Key I/O features include: USB 3.0 / USB 2.0 ports for peripheral connection Gigabit Ethernet for low-latency networking RS232/RS485/TTL serial ports for legacy device integration GPIO and CAN bus support for robotics and automation control M.2 / mini-PCIe slots for wireless modules or AI accelerators This level of connectivity makes it ideal for real-time control of robotic joints, machine vision systems, and edge AI decision engines. AI and Edge Computing Ready The ARM Cortex-A78/A55 platform is optimized for edge AI applications, enabling local execution of machine learning models without relying on cloud latency. Paired with optional NPU or GPU accelerators, this controller can process tasks like object detection, SLAM, and predictive maintenance analytics directly on the edge. This results in faster response times and greater data privacy. Enhanced Security and OS Flexibility The system includes ARM TrustZone security, safeguarding system integrity and encrypted data transactions — a must-have for mission-critical applications. It supports Linux, Android, and custom RTOS environments, allowing OEMs and developers to tailor the system to their specific software ecosystem and development needs. Use Case Scenarios Autonomous Mobile Robots (AMRs) Enables real-time SLAM, obstacle avoidance, and autonomous navigation in warehouses or smart factories. Collaborative Robotics (Cobots) Offers intuitive touch interface and real-time sensor integration for safe human-robot collaboration. AGV & Material Handling Provides reliable control for AGVs used in logistics, ensuring continuous operation even in dusty or damp environments. Agricultural Robotics With ruggedization and low power consumption, it’s ideal for smart farming robots that operate outdoors. Inspection Drones or UGVs Lightweight and powerful enough to support AI vision for automated inspection in industrial or hazardous environments. Conclusion The 5.5" ARM Cortex-A78 + A55 Rugged Robotic Controller bridges performance and rugged design in a compact footprint. Whether you're developing next-gen AMRs, deploying smart factory automation, or innovating field robotics, this controller offers the processing power, durability, and flexibility to meet modern industrial demands. By combining powerful ARM computing, industrial-grade durability, and versatile I/O, it sets a new standard for embedded robotic controllers. 5.5" ARM Cortex-A78 + A55 Rugged Robotic Controller The 5.5" ARM Cortex-A78 + A55 Rugged Robotic Controller is a compact, intelligent computing solution tailored for next-gen robotics and edge AI applications. Featuring a hybrid big.LITTLE ARM architecture, this controller balances high-performance computing with energy efficiency. It enables real-time control, computer vision, and decision-making at the edge, reducing latency and dependency on the cloud. Designed for durability, the controller features an IP65-rated front panel, MIL-STD-810G certified shock resistance, and wide operating temperature support, making it perfect for harsh industrial environments like warehouses, smart farms, outdoor logistics, and factory floors. The 5.5-inch multi-touch capacitive screen offers intuitive control and real-time HMI interaction, even with gloves or in wet conditions. With a rich array of I/O interfaces including USB 3.0, RS232/RS485, CAN bus, Gigabit Ethernet, and support for wireless expansion via M.2 or mini-PCIe, it’s highly adaptable. Developers can integrate LiDAR, cameras, motor controllers, and sensors effortlessly. Optional AI acceleration modules boost performance for edge tasks like object detection, SLAM, and predictive maintenance. This ARM-based embedded system supports Linux and Android, giving developers flexibility to customize their environment. From AMRs and AGVs to collaborative robots and smart inspection systems, this controller is a powerful enabler of industrial transformation.