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The Dell Remote Access Controller (DRAC) is an out-of-band management platform on certain Dell servers. The platform may be provided on a separate expansion card , or integrated into the main board ; when integrated, the platform is referred to as iDRAC .
An out-of-band management device. In systems management, out-of-band management (OOB; also lights-out management or LOM) is a process for accessing and managing devices and infrastructure at remote locations through a separate management plane from the production network. OOB allows a system administrator to monitor and manage servers and other ...
The iDRAC on a blade-server works in the same way as an iDRAC card on a rack or tower-server: there is a special iDRAC network to get access to the iDRAC function. In rack or tower-servers a dedicated iDRAC Ethernet interface connects to a management LAN.
Fully integrated BMC as a single chip on a server motherboard. The baseboard management controller (BMC) provides the intelligence in the IPMI architecture. It is a specialized microcontroller embedded on the motherboard of a computer – generally a server. The BMC manages the interface between system-management software and platform hardware.
Dell also offers the PowerConnect M-series which are switches for the M1000e blade-server enclosure and the PowerConnect W-series which is a Wi-Fi platform based on . Starting in 2013 Dell will re-brand their networking portfolio to Dell Networking which covers both the legacy PowerConnect products as well as the Force10 products.
The IDRAC 6, and most likely the IDRAC 7 are VxWorks QNX Linux with a U-Boot bootloader running on what appears to be an ARM SOC or simular inside the server. Anyone who would like to verify this, simply download the firmware image for the IDRAC 6 version 2.90, and then load the file in a hex editor and scroll down near the bottom of the file.
If a drive has already failed catastrophically, the S.M.A.R.T. status may be inaccessible. Alternatively, if a drive has experienced problems in the past, but the sensors no longer detect such problems, the S.M.A.R.T. status may, depending on the manufacturer's programming, suggest that the drive is now healthy.
The original motivation for EFI came during early development of the first Intel–HP Itanium systems in the mid-1990s. BIOS limitations (such as 16-bit real mode, 1 MB addressable memory space, [7] assembly language programming, and PC AT hardware) had become too restrictive for the larger server platforms Itanium was targeting. [8]