dClick the “OK” button.

The “Set up options” window closes. The synchronize folder is now set.

Transferring the “Synchronize” Folder

aConnect the gigabeat to your PC.

bClick the “Photo tab”.

cClick “Synchronize” in the “Tool” menu.

Images in the folders set in the image synchronize folder are transferred (with folders) to the gigabeat.

Transfers can also be performed by clicking the “Synchronize Button” on the transfer panel.

Transferring the “Synchronize” Folder with the Touch of a Button

You can easily transfer images in the synchronize folder using the USB CRADLE.

aUse the USB CRADLE to connect the PC and the gigabeat.

#“Connecting the gigabeat® to Your PC” (>p.29)

bPress s Button on the USB CRADLE.

gigabeat room starts automatically. Images in the folders set in the image synchronize folder are transferred (with folders) to the gigabeat.

/Note

-All image files (JPEG, BMP) within the image synchronize folder are transferred.

-Any file that already exists at the transfer destination will be overwritten by the newer file.

-Deleting the original files in the PC will not delete the files that have been transferred in the gigabeat.

-A drive can’t be set directly in the synchronize folder (example: C:\). A relative

path or network path can’t be set either.

-The gigabeat watcher has to be activated on your PC to transfer by using the s Button.

-The s Button functions even if the USB/LINE selector switch of the USB CRADLE is not set to “USB”.

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Toshiba MEGF10K, MEG-F40, MEGF20K, MEGF10S, MEG-F20, MEG-F60 owner manual Click the OK button, 110

MEG-F60, MEGF10K, MEG-F20, MEGF10S, MEGF10 specifications

Toshiba has consistently been at the forefront of innovation in the electronics industry, and its range of MEG series products exemplifies this commitment. Among these are the MEG-F40, MEG-F20K, MEG-F10, MEG-F10S, and MEG-F20, all designed with advanced technologies and features that cater to both consumer and commercial needs.

The Toshiba MEG-F40 is a high-performance model designed for demanding environments. It features a powerful processor that ensures fast data processing and seamless performance in various applications. Its robust construction allows it to withstand harsh conditions, making it ideal for industries such as manufacturing and logistics.

The MEG-F20K is another standout in the series. This model is equipped with enhanced connectivity options, supporting a range of communication protocols to facilitate easy integration into existing systems. The MEG-F20K also offers a user-friendly interface, making it accessible for users with varying levels of technical expertise.

For those seeking a more compact solution, the MEG-F10 and MEG-F10S provide excellent alternatives. The MEG-F10 is designed for versatility, featuring a modular design that allows for easy upgrades and customization. This flexibility is ideal for businesses looking to scale their operations without significant upfront investment.

The MEG-F10S takes this a step further by incorporating advanced energy-saving technologies. This model is optimized for lower power consumption, making it an environmentally friendly choice while still delivering reliable performance. Businesses can benefit from reduced operational costs while maintaining efficiency.

Lastly, the MEG-F20 serves as an excellent balance between performance and economy. It features essential functionalities suitable for a wide range of applications, ensuring that users can access the capabilities they need without paying for unnecessary extras. With its competitive pricing, the MEG-F20 is a popular choice among budget-conscious consumers and businesses alike.

In summary, the Toshiba MEG series—comprising MEG-F40, MEG-F20K, MEG-F10, MEG-F10S, and MEG-F20—offers a diverse range of features and technologies tailored to meet various user needs. From high-performance options for industrial applications to compact energy-efficient models for general use, Toshiba continues to set a standard for quality and innovation in the electronics market.