Key benefits Data integrity and automatic correction: Supports swap/sex/skew correction, detection and automatic correction with hardware ECC (Error Correction Code) to help prevent data corruption during read and write operations. Hardware based data verification: Includes a hardware Cyclic Redundancy Check (CRC) function to verify data integrity at the hardware level. Reliable interrupt handling and compatibility: Supports PCI (Message Signaled Interrupt) and X to enable compatible and efficient interrupt signaling for modern systems. Power management and remote operation: Complies with the ECMA393 ProxZzzy standard for sleeping hosts; supports WakeonLAN and RealWow! technology (remote) for remote management and on demand availability. Key attributes Function: Hardware assisted error detection and correction (ECC), CRC verification, PCI interrupt signaling, and remote management features. Compatibility: PCI based systems with Message Signaled Interrupts and support for the ECMA393 ProxZzzy sleeping standard, WakeonLAN, and RealWow! remote technology. Performance impact: Hardware level data integrity checks and correction reduce the risk of data errors and downtime, while enabling efficient remote management and wake capabilities. Power management: Sleeping host support via ECMA393 ProxZzzy standard, with WakeonLAN to wake systems as needed; RealWow! enables remote control and management. Use scenarios Scenario 1: Data center storage or database server environment requiring data integrity. The hardware ECC and CRC functions help detect and correct errors in real time, reducing the chance of data corruption and server downtime. Scenario 2: Virtualized or enterprise deployments with energyconscious goals. The ECMA393 ProxZzzy sleeping standard enables power saving when hosts are idle, while WakeonLAN allows on demand activation for scheduled tasks or maintenance, and RealWow! provides remote control capabilities. Scenario 3: Systems that rely on robust interrupt signaling and PCI compatibility. The supported PCI (Message Signaled Interrupt) and X configuration ensures stable operation with compatible hardware and I/O architectures.