A hardware solution that improves data integrity, system reliability, and remote wake/scheduling functions for systems requiring robust error detection and automatic correction. Key benefits Automatic error detection and correction: Detects swap/sex/tilt conditions and performs automatic correction to reduce downtime and prevent data corruption. Strong data integrity: Built-in hardware ECC (error correction code) support and a hardware Cyclic Redundancy Check (CRC) provide multi-layer protection against transmission and storage errors. Improved interrupt and bus compatibility: Supports PCI (Message Signaled Interrupt) and -X for broad compatibility with modern motherboards and expansion slots. Remote wake and host management: Supports ECMA-393 ProxZzzy for sleeping hosts, Wake-on-LAN, and RealWow! technology (remote alarm clock) to enable unattended wake, scheduled tasks, and out-of-band alerts. Reduced maintenance and faster recovery: Hardware-level detection and correction reduce the need for manual intervention and speed recovery from common error conditions. Features and how they solve problems Swap/sex/tilt correction, detection and automatic correction Benefit: Automatically corrects common alignment or orientation errors that could otherwise lead to system faults or data loss. Why it matters: Eliminates a frequent source of failures in environments sensitive to physical or logical orientation changes. Support ECC hardware (error correction code) Benefit: Hardware ECC corrects single-bit errors and detects multi-bit errors to maintain data accuracy. Why it matters: Essential for servers, storage controllers, and mission-critical systems where data integrity is required. Hardware function (Cyclic Redundancy Check) Benefit: Fast, hardware-based CRC verifies data integrity in transit and at rest. Why it matters: Lowers CPU overhead compared with software checks and provides immediate detection of corrupted data blocks. Supports PCI (Message Signaled Interrupt) and -X Benefit: Ensures compatibility with systems using PCI messaging and -X capable slots for efficient interrupt handling and throughput. Why it matters: Facilitates integration into existing server and workstation platforms without firmware workarounds. Supports ECMA-393 ProxZzzy for sleeping hosts; Supports Wake-on-LAN and "RealWow!" technology (remote alarm clock) Benefit: Allows waking sleeping hosts via proximity or network signals and scheduling wake events remotely. Why it matters: Enables energy-saving policies, remote maintenance windows, and automated task execution on systems that may be powered down. Practical applications / use scenarios Data center server racks: Use the module to maintain data integrity and reduce bit-rot or transient errors in high-density servers. ECC and CRC hardware reduce rebuild time and manual checks after degraded events. Remote workstations and kiosks: Enable Wake-on-LAN and RealWow! wake scheduling to perform updates or backups outside business hours, and use ECMA-393 ProxZzzy to wake hosts only when needed. Embedded or mobile systems with orientation sensitivity: Rely on swap/sex/tilt detection and automatic correction to prevent faults caused by physical orientation changes during transport or operation. Compatibility, performance, and design notes Function: Hardware-based ECC, CRC, automatic orientation correction, wake and proximity support. Compatibility: PCI (Message Signaled Interrupt) and -X support; ECMA-393 ProxZzzy, Wake-on-LAN, and RealWow! technology supported for host wake and scheduling. Performance: Hardware implementations of ECC and CRC reduce CPU load and provide faster error detection and correction than software-only solutions. Size and material: Implemented as a hardware module designed for integration into compatible PCI/-X systems. What to expect Reliable, automated error handling that reduces manual troubleshooting. Lower CPU overhead for integrity checks and faster recovery from data errors. Flexible wake and remote scheduling options to support energy-efficient operation and remote management.