MC75 - Imager & Camera, QWERTY Keypad (MC7596-PZCSKQWA9WR)

MC75 - Imager & Camera, QWERTY Keypad (MC7596-PZCSKQWA9WR)

Worldwide Enterprise Digital Assistant (EDA)

Product Code : MC7596-PZCSKQWA9WR

WM6 Phone Edition, LAN, HSDPA, Imager & Camera, QWERTY Keypad, IrDA, GPS, VGA and 1.5x battery

No matter what your workers need to get the job done, Motorola’s MC75 Worldwide Enterprise RFID Digital Assistant delivers by combining an unparalleled number of business capabilities into an easy-to-carry rugged device. 3.5G HSDPA and 3G CDMA-EVDO (Rev A) support provides high performance voice and data services around the globe.

Your workers will enjoy having all the features they need right at their fingertips in one device designed to endure all-day, everyday use outside the enterprise — including push-to-talk, integrated GPS with superior sensitivity and tracking capabilities, 1D and 2D bar code scanning, a high resolution 2 megapixel autofocus color camera, 802.11a/b/g wireless LAN (WLAN), Bluetooth and IrDA connectivity.

Rugged, lightweight design
Passes drop-and-tumble tests, with integrated antenna and IP-54 sealing.

Powerful microprocessor
Maximizes mobility, giving desktop-like performance with minimal power use.

Increased interoperability
Enabled through Windows® Mobile 6.0, with advanced security, a flexible development platform and improved mobile messaging.

3G WWAN capability
Delivers high broadband and voice data performance anywhere in the world.

* Connects to most worldwide carriers
* Download speeds of up to 3 Mbps
* Integrated voice and data
* Future-proofed and affordable

WLAN and VoIP support
Provides cost-effective connectivity in offices and hot spots.

Assisted and autonomous GPS support
Enables robust location-based applications, boosts signals in weak areas and increasing time to first fix (TTFF).

WPAN and IrDA
Helps connect wirelessly to modems, printers and headsets, as well as legacy business equipment.

High-definition VGA display
Supports high-resolution images such as video, and remains easy to view in any lighting.

Backwards compatibility
Uses MC70 EDA accessories.

Multiple keyboard options
Include QWERTY, QWERTZ and AZERTY keyboards.

External WWAN antenna
Improves signal reception and makes connections more dependable.

Robust memory space
Provided via 128 MB RAM and 256 MB ROM.

Radio-frequency identification chips (often called RFID tags) are inductively powered chips that can be used in a range of applications from a subsiture for bar codes on supermarket products to identifying lost dogs and cats. It is a tiny, battery-powered electronic device. When the RFID tag is activated, it decodes the incoming message and produces an answer by utilizing the energy of the incoming radio wave to power the chip long enough to answer.

The main applications include: supply chain management, machine-driven payment, access control, counterfeit prevention, airline baggage management and increasingly smart homes and offices. The tags come in a range of formats: a flat, thin, flexible form known as a label. A flat, thin, flexible tag on paper is a ticket. A flat, thin tag embedded in tough plastic is known as a card (just like a credit card). A small tag in a cylindrical glass bead, is often used for applications such as tagging animals.

RFID TAGS add value and accuracy to many applications such as compliance labeling in retail distribution centers, high-speed processes in postal and parcel distribution, manufacturing process control and confirmation, material tracking, airline luggage identification and routing systems, and single-pass multiple item identification.

RFID technology can be used to raise productivity and tracking in discrete and process manufacturing. For RFID applications such as toll collection and vehicle and container tracking, the tags are used again and again for many years. Key applications are payment systems (such as toll collection systems), access control and asset tracking. Active and semi-passive rfid tags are useful for tracking high-value goods that need to be read over long ranges, such as railroad cars, but these cost more than passive tags, so they are uneconomical on low-cost items.

RFID tags can be tracked easily which has privacy implications. Some civil liberties groups are worried about RFID technology being utilized to invade people’s privacy. There is concern that RFID tags can enable unethical individuals accumulate information on people without their approval or even knowledge.

RFID tag technology, as a replacement to bar code technology, identifies tagged items over wireless communication between an electronic reader and tags containing data on microprocessor chips. However a key disadvantage of a passive rfid tag is that the tag can be read only at short distances, typically only a few feet.