Embedded CPU Board
The iEi ROCKY-4786EV-RS-R40 is a full sized PICMG 1.0 CPU board built for industrial automation, OEM embedded systems, machine control platforms, and legacy industrial computers that require reliable performance and long-term support.
This board is designed for Socket 478 processors with support for up to 800MHz front-side bus (FSB), making it a practical solution for legacy industrial systems that depend on stable x86 architecture and compatibility with full-size PICMG 1.0 passive backplane systems.
The ROCKY-4786EV-RS-R40 includes key industrial interfaces such as VGA, LAN, SATA, USB 2.0, and audio, helping customers maintain, repair, or replace installed industrial computing systems without requiring a complete platform redesign.
At SoftTouch Technologies, we provide iEi ROCKY-4786EV-RS-R40 repair, replacement, testing, procurement, and integration support for customers supporting both active and obsolete industrial platforms. Whether you need a tested replacement PICMG 1.0 CPU board, board-level repair, or assistance validating backplane, processor, storage, display, and I/O compatibility, we can help.
The ROCKY-4786EV-RS-R40 is designed for industrial environments that require a full-size PICMG 1.0 single board computer with dependable processor support, legacy system compatibility, and essential industrial I/O.
Key platform characteristics include:
Because many PICMG 1.0 systems rely on exact backplane compatibility, BIOS behavior, processor support, and stable legacy software environments, repairing the original board or sourcing an exact tested replacement is often the safest and most cost-effective solution.
Many systems built around the iEi ROCKY-4786EV-RS-R40 rely on validated passive backplane architecture, exact BIOS behavior, custom I/O integration, and stable legacy software environments. Replacing the entire system can require backplane changes, software revalidation, or mechanical redesign. In many cases, the best option is to repair the original board or source a tested exact replacement that preserves the current platform architecture.
Before shipment or after repair, we can perform functional validation such as: