contents

hardware
 
msystems Announces Availability of High-Capacity SIM Cards

msystems has announced the availability of high-capacity mSIM MegaSIM cards through its Microelectronica subsidiary. In addition to the currently available 128-megabyte, 256-megabyte and 512-megabyte msystems MegaSIM SIM cards, 1-gigabyte MegaSIM products, planned for commercial availability by the end of the year, will be mass produced at the Company's Microelectronica facility in Spain.

The unique features of MegaSIM enable the creation of new revenue opportunities for mobile network operators (MNOs) and the delivery of increased value to subscribers through new services, content and applications. For example, storing downloaded data directly onto the SIM card, MNOs can control content distribution with built-in DRM support associated with the customer's unique subscriber ID. MegaSIM is well suited for DRM related solutions and provides a high level of flexibility to the subscriber. The new 1-gigabyte SIM card will allow users to securely store thousands of songs or hundreds of high resolution photos, as well as personal productivity data and other content of their choice.

The mSIM MegaSIM series, a family of secure, high-capacity SIM cards, combines the flash expertise of msystems and its TrueFFS flash management system, its field-proven mSafe crypto core technology, globally trusted in tens of millions of smart cards and Microelectronica's smart card expertise and top-of-the-line secure manufacturing capabilities. With high-capacity flash storage (64 megabytes to 1 gigabyte), independent processing power, high-speed data protocols and crypto functionality, MegaSIM technology is set to transform the SIM into a unique platform which combines SIM level security, high capacity storage and the ability of the mobile network operator (MNO) to provision storage on any MegaSIM-empowered handset. This combination accommodates the ever-growing personal mobile storage needs of subscribers.



write your comments about the article :: © 2006 Computing News :: home page