When searching for devices for use in the field, there are a few key features required to meet the demands of a rugged environment and be effective in streamlining workflow efficiencies. These include keypad configuration, processing power, and the right operating system. Winmate's state-of-the-art rugged, 5inch Defence Rugged Handheld Computer offers flexibility with several keypad configuration options multiple operating systems and robust processors for rapid communications.
LINUX is an open-source operating systems platform that offers functionality and features similar to what Windows users are accustomed to: web browser; presentation, document, and spreadsheet software; instant messaging; and more. Among the many benefits of open source platforms is the vast amount of online community-based resources. LINUX has also become a popular platform for embedded solutions as users can easily modify and configure both OS and applications to meet their specific needs. There are many different versions – or "distributions" – of LINUX, and Ubuntu is among the most popular. Winmate is now officially making Ubuntu LINUX available on the Winmate 5inch Defence Rugged Handheld Computer.
Sturdy that functions
You can't jeopardize top quality or performance when running inside environments. Our engineers have refined vital system layout elements to maximize operational life, efficiency, and dependability to offer you an edge when you need it most.
Tough chassis
Milled, not curved, 6061T651 aircraft-grade aluminum exterior as well as interior assistance structures are bound as well as fastened to base plates. This boosts vibration performance, restricts weight, and boosts thermal and electrical conductivity. Non-hexavalent chromate finishings keep electrical conductivity for low resistance interfaces.
Shock isolation and also resonance resilience
Equipment is thoroughly developed and developed to stand up to severe levels of shock and also vibration with purpose-built options that satisfy or exceed military specs.
Advanced thermal management
We concentrate on addressing the toughest thermal-management challenges to optimize performance as well as functional life by securing critical components and also systems from cold and hot temperature extremes.
Strenuous performance criteria
We design and examine our systems to fulfill or exceed IEEE 1613, IEC 61850, and also military requirements, cybersecurity protections, as well as program needs. As requirements are upgraded, so are our designs, work instructions, as well as examination treatments.
All set for the procedure in the most examining environments, the Winmate E500QKML is a fully tough handheld with an IP68 rating versus dirt and water, constructed to MIL-STD-810G standards to manage severe temperature levels as well as vibration and satisfies NIAP usual standards. The 5" anti-reflective daytime understandable 550 cd/m screen attributes rainfall picking up and also glove touch modes to ensure that the screen can be clearly reviewed as well as manipulated in any kind of conditions.
8 programmable flying start switches make releasing and also switching over between applications quick and easy. The tool can operate for as much as 12 hours with individual warm swap capability. It runs the Android 11 operating system with lasting safety updates as well as can be used with Panasonic COMPASS, Panasonic's powerful Android release, support, and control tools. The device is equipped to sustain all the applications a mobile team requires with a Qualcomm Octa Core processor with 4GB of RAM memory and 64GB of Flash storage space.
"We are actually delighted to launch this next generation totally tough tactical gadget for our Support and also Public Safety and security consumers. Providing long-term supply and assistance, with a rich ecological community of devices, our team believes we are the excellent companion for our consumers who can't manage for tools to fail in operation," claimed Allen Lin, GM at Winmate.
What is Rugged Handheld Computer?
A rugged handheld computer, also known as a rugged mobile computer or rugged handheld device, is a specialized portable computing device designed to withstand harsh environmental conditions and demanding use. These devices are built to operate reliably in rugged environments and are commonly used in industries such as logistics, field service, manufacturing, transportation, and military.
Here are some key features and characteristics of a rugged handheld computer:
Rugged Construction: Rugged handheld computers are designed to be durable and resistant to various environmental factors. They are typically built to withstand extreme temperatures, shocks, vibrations, drops, dust, water, and other challenging conditions. They often comply with industry standards such as MIL-STD-810G or IP ratings for ruggedness.
Mobile Computing Capabilities: Rugged handheld computers are fully functional computing devices that offer a range of features and capabilities similar to traditional computers. They typically run operating systems such as Windows, Android, or specialized embedded software and provide computing power, storage, memory, and connectivity options.
Compact and Portable Design: Rugged handheld computers are compact in size and lightweight, making them highly portable for use in mobile and field-based applications. They are designed to be easily carried and operated with one hand, allowing users to work on the go.
Display and Input: These devices often feature a touchscreen display for interaction, allowing users to input data and navigate through applications using their fingers or a stylus. Some models may also include physical buttons, keypads, or keyboards for additional input options.
Connectivity Options: Rugged handheld computers provide various connectivity options to enable seamless communication and data transfer. They typically include wireless connectivity such as Wi-Fi, BT, and cellular data (3G/4G/5G), as well as ports for USB, Ethernet, and serial communication.
Barcode Scanning and RFID: Many rugged handheld computers are equipped with integrated barcode scanners or RFID readers, enabling users to scan barcodes, QR codes, or RFID tags for inventory management, asset tracking, or other data capture applications.
Long Battery Life and Power Management: Rugged handheld computers 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 computers may incorporate features such as encrypted communication protocols, authentication mechanisms, secure data storage, and remote management capabilities to ensure data protection and device security.
The specific features and capabilities of a rugged handheld computer can vary depending on the manufacturer, intended application, and user requirements. It's advisable to consult the product documentation or contact the manufacturer directly for detailed information on a specific model.
what is Rugged Handheld Computer?
A rugged handheld computer, also known as a rugged mobile computer or rugged handheld device, is a specialized portable computing device designed to withstand harsh environmental conditions and demanding use. These devices are built to operate reliably in rugged environments and are commonly used in industries such as logistics, field service, manufacturing, transportation, and military.
Here are some key features and characteristics of a rugged handheld computer:
Rugged Construction: Rugged handheld computers are designed to be durable and resistant to various environmental factors. They are typically built to withstand extreme temperatures, shocks, vibrations, drops, dust, water, and other challenging conditions. They often comply with industry standards such as MIL-STD-810G or IP ratings for ruggedness.
Mobile Computing Capabilities: Rugged handheld computers are fully functional computing devices that offer a range of features and capabilities similar to traditional computers. They typically run operating systems such as Windows, Android, or specialized embedded software and provide computing power, storage, memory, and connectivity options.
Compact and Portable Design: Rugged handheld computers are compact in size and lightweight, making them highly portable for use in mobile and field-based applications. They are designed to be easily carried and operated with one hand, allowing users to work on the go.
Display and Input: These devices often feature a touchscreen display for interaction, allowing users to input data and navigate through applications using their fingers or a stylus. Some models may also include physical buttons, keypads, or keyboards for additional input options.
Connectivity Options: Rugged handheld computers provide various connectivity options to enable seamless communication and data transfer. They typically include wireless connectivity such as Wi-Fi, BT, and cellular data (3G/4G/5G), as well as ports for USB, Ethernet, and serial communication.
Barcode Scanning and RFID: Many rugged handheld computers are equipped with integrated barcode scanners or RFID readers, enabling users to scan barcodes, QR codes, or RFID tags for inventory management, asset tracking, or other data capture applications.
Long Battery Life and Power Management: Rugged handheld computers 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 computers may incorporate features such as encrypted communication protocols, authentication mechanisms, secure data storage, and remote management capabilities to ensure data protection and device security.
The specific features and capabilities of a rugged handheld computer can vary depending on the manufacturer, intended application, and user requirements. It's advisable to consult the product documentation or contact the manufacturer directly for detailed information on a specific model.
