Intel SC5250-E Benutzerhandbuch
System Peripheral Bays
Intel® Entry Server Chassis SC5250-E
Revision
1.02
Intel order number C32881-001
32
7. System Peripheral Bays
7.1 3.5-inch Hot-swap Hard Drive Bays
The SATA backplane provides support for SATA devices using Low Voltage Differential
Signaling. The backplane has a connector to accommodate a SAF-TE controller on an add-in
card. The backplane supports four 1-inch hot-swap SATA drives when mounted in the docking
drive carrier. When a RAID Controller SRCS14L is installed, two SATA backplanes may be
connected for a total of eight SATA drives (valid only in 650-W redundant chassis).
Signaling. The backplane has a connector to accommodate a SAF-TE controller on an add-in
card. The backplane supports four 1-inch hot-swap SATA drives when mounted in the docking
drive carrier. When a RAID Controller SRCS14L is installed, two SATA backplanes may be
connected for a total of eight SATA drives (valid only in 650-W redundant chassis).
The Server Chassis SC5250-E supports only one SATA hot-swap drive bay, supporting four
3.5-inch wide SATA hard drives. Drives are accessible by opening the front access door. Four
metal carriers are provided with each hot-swap bay to mount the hard drives. Each carrier
features a plastic handle and bezel with an activity/fault indicator. When no drive is installed in a
carrier, the air baffle should remain in place to ensure proper cooling of the hard drives.
3.5-inch wide SATA hard drives. Drives are accessible by opening the front access door. Four
metal carriers are provided with each hot-swap bay to mount the hard drives. Each carrier
features a plastic handle and bezel with an activity/fault indicator. When no drive is installed in a
carrier, the air baffle should remain in place to ensure proper cooling of the hard drives.
The Intel
®
Server Chassis SC5250-E, hot-swap drive bay is designed to accept four one-inch
peripherals that consume a maximum of 18 W of power each. This wattage number is intended
as a guideline. Thermal performance of specific hard drives must be verified to ensure
compliance to the drive manufacturer’s specifications. A compatibility list of supported Intel®
server boards for the Server Chassis SC5200 and Server Chassis SC5250-E is available on
support.intel.com (URL: http://support.intel.com/).
as a guideline. Thermal performance of specific hard drives must be verified to ensure
compliance to the drive manufacturer’s specifications. A compatibility list of supported Intel®
server boards for the Server Chassis SC5200 and Server Chassis SC5250-E is available on
support.intel.com (URL: http://support.intel.com/).
An optional hot-swap upgrade drive bay assembly (ASATAHSDB) is available for the Server
Chassis SC5200 and Server Chassis SC5250-E. It should be mounted in place of the middle
three 5.25-inch drive trays of the base, non-redundant chassis models. For the redundant
power models, the upgrade accessory should be installed in the lower three 5.25-inch drive
trays to bring the total number of available hot-swap SATA drives to eight.
Chassis SC5200 and Server Chassis SC5250-E. It should be mounted in place of the middle
three 5.25-inch drive trays of the base, non-redundant chassis models. For the redundant
power models, the upgrade accessory should be installed in the lower three 5.25-inch drive
trays to bring the total number of available hot-swap SATA drives to eight.
Refer to the Intel
®
Server Chassis SC5200 and SC5250-E Hot-swap Bay Upgrade Kit for
installation instructions.
7.2 SATA
Interface
The SATA interface for the SATA backplane provides the link between the SATA bus and the
microcontroller.
microcontroller.
7.3 Device SATA ID
Each device on a SATA bus must have a unique ID. The 4 x 1.0” backplane device ID is
dependent on the connection to the controller. The recommended configuration for the RAID
Controller SRCS14L is listed in the following table. It is important that the user follow this
recommendation to ensure that the drive activity and fault LEDs correspond to the correct drive.
It is not critical to follow a specific connection scheme if a different SATA controller is used as
other controllers do not provide activity and fault LEDs via a 2x5 LED header.
dependent on the connection to the controller. The recommended configuration for the RAID
Controller SRCS14L is listed in the following table. It is important that the user follow this
recommendation to ensure that the drive activity and fault LEDs correspond to the correct drive.
It is not critical to follow a specific connection scheme if a different SATA controller is used as
other controllers do not provide activity and fault LEDs via a 2x5 LED header.
Table 6. SATA Bus ID Assignments