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Motorola owner manual RF Pass-Through, Rear View of ML910

Models: ML910

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RF Pass-Through

RF Pass-Through is a feature that enables the ML910 to receive and transmit radio signals through external antennas for better coverage or range, as compared to using its internal antennas. RF Pass-Through operation depends on having the required RF Pass-Through option and certain wireless options installed in the ML910, as well as a vehicle docking station that supports RF connectivity to the ML910. The presence of the RF Pass-Through option is noted on a label affixed to the underside of the ML910.

The wireless options that support RF Pass-Through are: embedded Wireless Wide Area Network (WWAN) modules, such as one of the public carrier modules or the Motorola Private DataTAC PRM240 Modem, and/or a GPS receiver module. Figure 1 shows the RF Pass-Through connectors (labeled as 3 and 4) which refer to the GPS Antenna Connector and WWAN Module Antenna Connector, respectively. Note that these connectors are present on all ML910 notebooks regardless of the associated options being installed.

RF Pass-Through is a standard feature on the High Tier ML910 Vehicle Docking Station, and is available on compatible ML900 Vehicle Docking Stations by installing the RF Pass-Through retrofit kit. The ML910 RF Pass-Through feature is not backward compatible with the ML900 High Tier Vehicle Docking Station's standard RF Pass-Through facility that is intended for ML900 notebooks only.

Figure 1: Rear View of ML910

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Motorola owner manual RF Pass-Through, Rear View of ML910
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ML910 specifications

The Motorola ML910 is a rugged mobile computing solution designed to meet the demands of various industries, including public safety, logistics, and field service. Known for its durability and performance, the ML910 is particularly favored by organizations that require reliable operation in challenging environments.

One of the standout features of the Motorola ML910 is its robust design. The device is built to withstand drops, shocks, and vibrations, making it ideal for use in demanding settings like construction sites or emergency response scenarios. It comes with an IP67 rating, which means it is resistant to dust and can withstand immersion in water, providing users with peace of mind in unpredictable conditions.

Performance-wise, the ML910 is equipped with a powerful Intel processor, ensuring smooth and efficient operations when running various applications. The device typically features a Windows operating system, providing compatibility with the extensive software ecosystem commonly used in enterprise environments. This flexibility allows organizations to deploy tailored applications that cater to their specific needs.

Another notable characteristic is the ML910’s large, sunlight-readable display. The high-resolution screen is designed to be easily readable in bright outdoor conditions, which is crucial for field workers who often operate under direct sunlight. Furthermore, the touchscreen interface enhances user interaction, allowing for quick and intuitive navigation through applications.

Connectivity is a key aspect of the ML910, as it supports multiple communication options like Wi-Fi, Bluetooth, and cellular connectivity. This versatility ensures that users can stay connected and access real-time data, enabling better decision-making and improved operational efficiency.

In addition, the ML910 ergonomically designed user interface allows ease of use over extended periods, featuring a comfortable grip and strategically placed buttons. It also includes a long-lasting battery that can support full-day use, minimizing downtime and keeping productivity levels high.

Overall, the Motorola ML910 stands out as a versatile mobile computing device that merges tough, rugged characteristics with advanced technology, making it an excellent choice for professionals who need reliable performance in the field. Its durability, processing power, display quality, connectivity options, and user-friendly design come together to create an exceptional tool that enhances both productivity and safety for users in demanding environments.