STEC Flash Modules provide non-volatile, solid-state storage ideal for embedded applications. With built-in wear leveling algorithms, on-the-fly ECC, and no moving parts, Flash Modules provide superior data integrity and reliability in a compact design. With both USB and IDE supported interfaces STEC's UFM (USB) and IFM (IDE) provide the perfect solution for a variety of embedded applications including Blade Servers, Point of Sale terminals, Casino Gaming machines, Single Board Computers, and Networking Equipment, all of which require high-performance, uncompromising reliability, and a storage solution that lasts for the long life of these embedded systems.

New applications for embedded flash modules are rapidly emerging due to the low cost per megabyte, lower power consumption, and inherently greater reliability than rotating hard drives. Most applications running embedded operating systems such as VxWorks, Windows, XP/embedded, and Linux don't have large data storage requirements, and a cost savings can be immediately realized.

With the increasing popularity of USB and its efficient electrical and mechanical interface, embedded USB storage is the next logical step in the evolution of embedded Flash solutions. STEC's USB Flash Modules combine a standard USB 2.0 interface with the latest Single Level Cell (SLC) NAND Flash technology and Advanced Flash Management all in a convenient embedded form factor.

For applications requiring an IDE interface, compatibility is ensured by the Flash Module's standard 40-pin and 44-pin IDE interfaces. Furthermore, there is no need for proprietary software drivers or connectors. STEC IDE Flash Modules also include built-in content security that can be implemented via a unique serial number embedded in the controller firmware. Optional layers of security including write protection and password-protected secured partionting are also available. The vertical oriented IFM is also available with an optional enclosure for particularly rugged environments or where installation and handling poses risk of electrostatic discharge (ESD) damage.