The high-quality batteries from CASIO offer the highest possible performance and life span, combined with compact dimensions. We only supply Li-Ion batteries, which don't have a memory effect like traditional NiCd or NiMh batteries.

This is a memory medium which stores data even without power supply. This protects from loss of data if, for example, the warnings relating to battery change are not adhered to by the operator and the emergency power supply is cut off at the same time. If the application is stored in the F-ROM memory of the device, it is not necessary to read in the data again when the power supply is interrupted. The CompactFlash or PCMCIA card are available as mobile data carriers and can be inserted in a number of devices. All CASIO terminals come equipped with an F-ROM memory.

This transflective display developed by CASIO enables the display of up to 65,536 colors with 320 x 240 pixels, affording outstanding luminosity. In this way, the information displayed can be recognized quickly, even under difficult conditions such as strong sun rays or darkness.

Via the cradle, the data is transferred from the terminal to the PC or into the network (LAN-cradle). Via the cradle, the programme can also be transmitted to the terminal. For both versions, CASIO provides reliable transmission protocols. In order to avoid interference-prone connections, cradle and terminals come equipped with an Infrared interface. The cradle can also take over the charging of any batteries used.

Standardized classification regarding protective measures against the infiltration of solid foreign bodies and water with damaging effects. All CASIO terminals (with the exception of DT-900) are splash-proof in accordance with IP54, at the least.

Via this infrared interface, data can be read in and out of the terminal quickly and easily, or printers can be managed, which represents a particular advantage during mobile use. All CASIO terminals have an IrDA interface like this in order to avoid interference-prone connections. The transmission protocol is standardized for this interface, enabling devices produced by different manufacturers to communicate with each other. The transmission rate is up to 4 MBit/s.

In cases where a PC cannot or is not intended to be made available for every terminal, the cradle of the terminals can be connected with each other. This enables up to 8 or 16 cradles to be connected in a row. Through the use of up to 7 Master-Cradles which can be connected parallel to each other, a total of 56 cradles can be connected to just one PC. The cable can be up to 1000 m, enabling even large areas to be equipped. An integrated control regulates the data transmission reliably between the individual cradles and the PC.

The read frequency of the scan module is essential for ensuring a secure and rapid recognition of the symbologies. All CASIO MDE terminals use scanners which carry out 100 scans per second. The scanners work with the same level of reliability during both contact and distance scanning. Due to the outstanding performance characteristics of the laser scanners installed by CASIO, relatively faded or low quality symbologies can usually also be read in or placed on uneven surfaces, under film or on curved surfaces, with no major problems.

The scanners of the CASIO MDE terminals read all standard symbologies up 0.15 mm. A pre-selection can also be made via the application. (see also: Laser scanner)

In order to ensure optimal use of the power supply, CASIO MDEs come equipped with Power Management, which enables the regulation of functions such as the duration of the background lighting or automatic switch-off following long periods when the machine is not being used. When the battery power does not reach a defined level, a warning is given and the device switched off. Power Management also monitors the back-up battery for CASIO terminals to prevent loss of data.

In rough commercial or industrial use, protection against mechanical damage is extremely important. For this reason, all CASIO terminals are subjected to an extensive test to ensure that they are able to live up to the demands of everyday use. You can find the relevant value for each terminal under "Technical Data".

WLAN stands for Wireless Local Area Network. For example, it is common for handheld devices to have an IEEE802.11b/g radio integrated in them and this enables them to connect wirelessly to LAN infrastructures in offices and warehouses if those locations are suitably equipped with the necessary Access Points. Wireless LAN security is provided by features such as WPA, WPA-PSK and 802.1x authentication.

GSM (Global System for Mobile Communications) is a digital mobile communications system used by much of the world's mobile phone market. It includes the SMS (Short Messaging Service) which allows low-cost text messaging from handsets.

GPRS (General Packet Radio Service) is an addition to the GSM system that allows for packet based data transfer. It is ideal for use in always-connected, or frequently-connected, handheld solutions as charges are based on the amount of data sent rather than the amount of time the service is connected.

EDGE (Enhanced Data Rates for GSM Evolution) is an enhancement of GPRS technology that allows faster data rates and is therefore suitable for handheld applications where larger amounts of data need to be sent. It is up to 4 times as efficient as a standard GPRS connection. The availability of EDGE data rates is dependent on whether the data network provider has implemented it.

GPS (Global Positioning System) is a system that allows suitably equipped devices to receive signals from satellites in Earth orbit enabling them to fix their position to within a few metres. It can be used to tag particular events with accurate positioning data (for example, a photograph of an illegally parked car) or for such applications as in-vehicle navigation.

Megapixel is a measure of how many pixels, or individual measuring points or sensors, a digital camera is equipped with. It gives a rough indication of the quality of images that a camera is likely to be able to produce. However, there are many other factors to take into consideration when examining camera performance (for example, focusing capability). A 2 megapixel camera is able to capture images with a maximum resolution of UXGA or 1200 x 1600.

CCD (Charge Coupled Device) and CMOS (Complimentary Metal Oxide Semiconductor) are different technologies for capturing digital images. Both are still widely used today and both are capable of producing excellent quality images. The IT-600 digital camera uses a CCD imager and the DT-X30 uses a CMOS imager.

SD (Secure Digital) cards are non-volatile storage cards for use in mobile devices. The IT-3100 features an SD card slot.

miniSD (mini Secure Digital) cards are a smaller version of SD cards. The IT-600 features a miniSD card slot.

microSD (micro Secure Digital) cards are the smallest commercially available type of ultra small non-volatile storage cards currently available. The DT-X30 range features a microSD (SDHC) card slot.

SDHC (Secure Digital High Capacity) cards are a variant of SD type cards that have the possibility for much higher storage capacities than the original SD card specification.

Bluetooth is a short range, low power radio technology typically used for connections from handhelds to devices such as mobile printers, mobile phones and Chip and PIN devices.

IS013407 or Universal Design is a design methodology that requires the manufacturer to consider such basic principles as the context of use and the types of target user in order to produce the best possible ergonomic solution. Designs are extensively tested in real user conditions, adjusted as necessary, and then re-tested until the most efficient and user-friendly configuration emerges. Devices designed using this standard are usually remarkable for their ease of use and popularity with end users. Allied with both proven and cutting edge technology, devices designed using ISO13407 methods not only meet the technical requirements for most projects but are generally well received by the actual end users.