Motorola MC9090-G / Motorola MC9090G RFID Handheld Mobile Computer

Empower mobile workers with real-time comprehensive advanced data capture capabilities in a rugged handheld computer

Motorola's MC9090G RFID handheld reader gives your workers the ability to capture a comprehensive range of data - from RFID tags and bar codes to images - with this flexible multi-function RFID handheld reader, which reads data in remote areas where fixed RFID readers can't reach.

Single device simplicity translates into simpler and cost-effective mobility architecture with fewer devices to purchase, support, and manage. And whether your workers are on the manufacturing floor, in the warehouse, on the loading dock or out in the yard, the rugged design ensures reliable performance.

Streamline your business operations, reduce errors, and increase your productivity and profitability with the power of the Motorola MC9090-G RFID Handhelds from Motorola. The device provides mobile workers throughout the supply chain with complete data capture functionality and real-time connectivity to critical business applications. Workers can read RFID tags, and capture 1D and 2D bar codes as well as images, ensuring seamless integration throughout the enterprise — even when multiple types of product identification and tracking systems are deployed. Handheld, on-the-spot RFID capabilities remove the dependency on fixed readers installed at typical choke points, enabling efficient exception handling, pricing audits and changes, stock picking and more.

With support for AU. frequencies, APAC frequencies and the European standard ETSI EN 302 208, this versatile product line can easily support global deployments. The superior construction is designed to withstand rigorous use in extreme environments and a wide variety of working conditions, providing the flexibility to be used on the manufacturing floor, in the warehouse, on the loading dock, and out in the yard as well as in the back room or out on the sales floor of a retail operation. An anywhere, anytime wireless connection provides the real-time information needed to streamline business processes, increase productivity and enable more strategic decision-making.

The Motorola MC 9090 G provides support for wireless printing, wireless headsets and more via wireless PAN simplifies everyday use for end-users, while the ergonomic pistol-grip design provides comfort in scan intensive applications, such as shelf price audits and inventory management.

The power to meet your enterprise application requirements

Equipped with the latest advances in mobile technology, the MC9090-G RFID handheld provides support for the richest enterprise applications. Whether your application is simple or complex, the MC9090-G RFID reader delivers performance you can count on — from the latest Intel processor designed for the specific demands of mobility, to robust persistent storage capabilities and multiple advanced data capture options. Windows Mobile 5.0 provides your workers with a familiar feature rich environment — and reduces training requirements.

The ability to read and encode RFID tags, capture images as well as scan bar codes enables enterprises to deploy a single device in many business areas, eliminating the need and associated costs for multiple devices in multi-modal data capture environments. Workers can count on ample battery life for a full shift through superior power management. And modular keypads, a rugged touch panel and a display that is easy to view inside and outside provides users with maximum readability, as well as ease-of-use and comfort.

Rugged construction and maximum manageability deliver a low TCO

The MC9090G delivers outstanding investment protection and a low total cost of ownership through superior design, construction, manageability and support services. Adding Motorola Mobility Services Platform (MSP) enables you to quickly and easily provision, track and support all your MC 9090 G RFID devices from a central location, delivering an unprecedented level of simplicity and low cost to management of mobile devices.

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