WINSYSTEMS

New Intel Amston Lake-based 3.5-inch single board computer delivers scalable computing performance, long-term availability, and rugged reliability for industrial automation, transportation, communications, and critical infrastructure applications. Grand P

GRAND PRAIRIE, TX - May 27, 2026 - WINSYSTEMS, a leader in rugged embedded computing solutions, today announced the SYS-480, a fanless industrial PC engineered for mobile, remote, and unattended edge applications. Built on the Intel Atom Amston Lake x7433

WINSYSTEMS, a leader in rugged embedded computing solutions, today announced the SYS-480, a fanless industrial PC engineered for mobile, remote, and unattended edge applications.

Embedded computing platforms are designed for specific tasks, so they're typically much smaller than general-purpose desktops or laptops. At one end of the embedded computer spectrum, tiny microcontrollers power devices like smart watches. At the other en

SBC-ZETA-3950 - Rugged Mini SBC with Intel Atom E3950 Processor GRAND PRAIRIE, TX - March 5, 2026 - WINSYSTEMS, a leader in rugged embedded computing solutions, today announced the SBC-ZETA-3950, a mini industrial single board computer (SBC) engineered fo

Industrial rugged embedded computers must meet strict standards for reliability, environmental protection, security, and long lifecycle performance. While many safety, connectivity, and regulatory standards apply to both commercial and industrial computer

SBC-477 PowerTier Series Rugged SBC shown with heat sink and fan GRAND PRAIRIE, TX - November 4, 2025 - WINSYSTEMS, a leader in embedded computing solutions, today introduced the SBC-477 PowerTier Series, a new generation of rugged single board computers

Grand Prairie, TX - June 23, 2025 - WINSYSTEMS, a leader in rugged embedded computing solutions, proudly announces the addition of two new high-performance embedded computers to its small form factor product lineup: the SBC-472-TS570 and SBC-477-TS570. Th

Industrial embedded computers must last far longer in industrial and automation applications than in other industries. In these situations, service life extension becomes a critical factor. What should OEMs do that can significantly reduce total cost of o