Boston, MA, October 28, 2008 - The Small Form Factor Special Interest Group (SFFSIG),
The design of a small embedded system requires many special technologies beyond small CPU and chipset combinations, small Single Board Computers, small I/O expansion modules and/or small Computer-on-Module products. These designs must also be able to shrink and ruggedize mass storage, power supplies, cooling solutions and other key system component elements. The new MiniBlade Specification, created by various suppliers for embedded applications, takes the first step toward standardizing an ultra–small, mass storage solution for the small form factor embedded system market. A plug-in peripheral card that is retained with latches in its socket withstands embedded environments better than consumer-grade dongles and thumb drives.
The SiliconDrive II Blade Specification was jointly developed by SiliconSystems and
Samtec, Inc. The Specification now forms the cornerstone of a new SFF-SIG Working
Group to define the interfaces to allow a wide array of storage, communications, GPS
and other I/O products to be compatible with the MiniBlade socket. The MiniBlade
Specification, to be published within the next few months, will define the mechanical
form factor and interface pin definitions for MiniBlade devices.
Companies interested in participating in the MiniBlade Specification definition should
contact the SFF-SIG at info@sff-sig.org.
About the Small Form Factor SIG
identifying, creating, and promoting standards that help electronics system and device
manufacturers and integrators move to small form factor technologies and building blocks in their products, and protect their investments. Benefits of small form factor products include smaller size, reduced power consumption (eco-friendly, “green” products), and greater reliability compared to larger legacy products.
The SIG’s philosophy is to embrace the latest technologies, as well as maintain legacy
compatibility and enable smooth transition solutions to next-generation interfaces. For
more information about the SFF SIG, visit www.sff-sig.org





