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VCCI Class A Notice of Export Controls Export of technical data contained in this document may require an export license from the United States government. Please contact D-Link Systems, Inc. for any export compliance questions. DSN-5000 series Hardware Reference Guide...
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Document Revision Level Revision Date Description Version 1.0 January 27, 2009 Version 1.0...
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This document is intended to assist users with installing the primary array and expansion array of the xStack Storage system from D-Link. This document assumes that users are computer literate, familiar with Storage Array Products, and have a basic understanding of storage products and concepts.
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Contact Information You can find software updates and user documentation on the D-Link website. D-Link provides free technical support for customers within the United States and within Canada for the duration of the warranty period on this product. U.S. and Canadian customers can contact D-Link Technical Support through our website, or by phone.
Unpacking the DSN-5000 series Primary Array ..........16 Items Supplied by the User ..............16 Connecting to the iSCSI Data Ports............16 3.5.1 xStack Storage DSN-5210 series Data Ports......... 17 3.5.2 xStack Storage DSN-5410 Data Port..........17 Connecting to the Management Port............17 Connecting the Power Cords ..............
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Complete configuration and management of the storage system are available through the intuitive, graphical-based xStack Storage Management Center. For the latest information about supported drives, consult the Interoperability Matrix found on the D-Link Support Web site: support.dlink.com DSN-5000 series Hardware Reference Guide...
Models The xStack Storage DSN-5000 series storage array is available in various models. The models differ according to the speed and host network interface. Table 1-1 lists the xStack Storage DSN-5000 series array models. Table 1-1. DSN-5000 series Storage Array Models Model Description DSN-5210 (single controller) System...
Benefits and Features High-performance, low-latency iSCSI storage system, with a highly integrated multifunction ASIC for fully featured, integrated storage virtualization High Availability with automatic failover when configured with dual controllers Modular design with expansion up to three chassis ...
System Overview Figure 1-1 shows a typical DSN-5000 series storage system (primary array DSN-5210 or 5410) configuration in a Storage Area Network (SAN). The SAN shown is an Ethernet network used solely for exchanging data between the customer's host servers and the DSN-5000 series storage system. The Ethernet bandwidth used by the servers exchanging data with the DSN-5000 series storage system can be very high.
Chapter 2 DSN-5000 Series Primary Array Layout This chapter describes the hardware components on the DSN-5000 series primary array (DSN- 5210 & DSN-5410). The topics covered in this chapter are: Section 2.1, Front Panel Components Section 2.2, Rear Panel Components ...
Front Panel Components The front of the DSN-5000 series primary array enclosure has the following components (see Figure 2-1): Enclosure LEDs - four enclosure LEDs at the right side of the front panel provide status information about the DSN-5000 series primary array enclosure. For a description of these LEDs, see Table 2-1.
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Table 2-1. Enclosure LEDs Color Description Power Green ON = DSN-5000 series primary array is powered on. OFF = power is not being received. Fault Amber ON = a fault occurred with the power supply, fan, over temperature, internal module, or controllers.
10-Gigabit XFP iSCSI data port (iSCSI 0 for the DSN-5410) are located on the rear panel of the DSN-5000 series chassis controllers. Each iSCSI data port has port speed and port activity LEDs (see Table 2-3 for the xStack Storage DSN-5210 and Table 2-4 for the xStack Storage DSN-5410).
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Figure 2-5. Close-up View of DSN-5000 series Controller Rear Panel Redundant Controller or Filler Plate in Slot #1 Rear Panel Switches & LED’s 10G Data Port Management Port Primary Controller in Slot #0 Two Expansion Ports Figure 2-6. Rear View of the DSN-5410 with two controllers installed Figure 2-7.
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Resets the system. This switch is recessed to prevent against accidental resets. Note: This switch simply reboots the system without changing your configuration. Restart This switch is reserved for future use. Table 2-6. Rear Panel LEDs (xStack Storage DSN-5210 and xStack Storage DSN-5410) Switch / LED Color Description Ready/Fault Primary array is powered off or performing its Power On Self Test.
Side and Bottom Panel Components The left and right sides of the DSN-5000 series primary array enclosure have rails for rack- mounting the unit. Product information labels will be found on the side, bottom, or rear of the unit. For rack-mount instructions, refer to Appendix B and to the documentation for the rack.
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Chapter 3 Installing the DSN-5000 Series Primary Array This chapter describes how to install the DSN-5000 series primary array (DSN-5210 & DSN- 5410). The topics covered in this chapter are: Section 1.1, Site Considerations Section 3.2, Safety Considerations Section 3.3, Unpacking the DSN-5000 series Primary Array ...
Site Considerations The site where you install the DSN-5000 series primary array can affect its performance. Therefore, choose a site that conforms to the requirements in the following sections. 3.1.1 General Considerations Observe the following considerations when selecting a location to install the DSN-5000 series primary array.
3.1.3 Rack-mount Guidelines The DSN-5000 series primary array can be mounted in a standard 19-inch rack. Observe the following considerations for rack installations. For information about installing the system in a rack, refer to Appendix B and to the documentation for the rack. All rack-mounting hardware must be carefully assembled to properly support the ...
Unpacking the DSN-5000 series Primary Array After receiving the DSN-5000 series primary array, perform the following steps to ensure that the primary array and other contents arrived safely. 1. Inspect the outer shipping container for any damage that may have occurred in shipping. Report any sign of damage to the appropriate shipping agency.
3.5.1 xStack Storage DSN-5210 series Data Ports The DSN-5210 primary array has eight 1-Gigabit RJ-45 data ports labeled iSCSI 0 through iSCSI 7 (see Figure 2-4 and Figure 2-5). These ports connect to your SAN using either a straight-through or cross-over RJ-45 Ethernet cable (the DSN-5210 primary array auto-senses the network link speed and type of cable used).
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Do not connect one NIC to the management and host network connection ports. Connect one NIC to the management port and connect another NIC in the same PC or a different PC to the host network connection port(s). Data Port Connection Management Port Connection Figure 3-1.
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Network Switch To Host Servers Data Port Connections Management Port Connections Figure 3-3. Connecting Data and Management Ports (DSN-5210 with Dual Controllers) To Host Servers Data Port Connections Management Port Connections Figure 3-4. Connecting Data and Management Ports (DSN-5410 with Dual Controllers) DSN-5000 series Hardware Reference Guide...
Connecting the Power Cords The DSN-5000 series primary array has two power receptacles. Both must be used to connect the DSN-5000 series primary array to an AC outlet: 1. Plug the female end of one power cord into one of the 3-pronged power connectors on the back of the DSN-5000 series primary array.
Chapter 4 DSN-5000 Expansion Array Layout and Installation This chapter describes the hardware components and installation instructions for the DSN-5000 expansion array (DSN-5000). The topics covered in this chapter are: Section 4.1, Expansion Array Front Panel Components Section 4.2, Expansion Array Rear Panel Components ...
4.1 Expansion Array Front Panel Components The front of the DSN-5000 series expansion array enclosure has the following components (see Figure 4-1): LEDs - four enclosure LEDs at the right side of the front panel provide status information about the DSN-5000 series primary array enclosure. For a description of these LEDs, see Table 4-1.
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Lever Release Button Drive Status LEDs Figure 4-2. Close-up View of the Lever Release Button and Status LEDs on a Drive Carrier Table 4-2. Drive Carrier Status LEDs Color Description LED 1 Green This LED is reserved for future use. LED 2 Green OFF = no drive is installed (drive slot is empty).
Expansion Array Rear Panel Components The rear of the DSN-5000 expansion array enclosure has the following components (see Figure 4-4): One or two I/O modules, each containing two SAS connectors (HOST and EXP); the HOST connector connects the expansion array to the mini-SAS connector on the back of the DSN-5000 primary array.
3. Save the shipping container, foam, and antistatic bags in case you have to return the DSN-5000 expansion array. Returning the DSN-5000 expansion array in any other container is not advised. 4. Check the contents against the items referenced on the packing list. If any item is missing or damaged, notify a sales representative and/or the shipping agency.
Connecting to the DSN-5000 Series Primary Array To connect the DSN-5000 expansion array to the DSN-5000 series primary array, use the following procedure (and refer to Figure 4-5). 1. Facing the rear of the primary array, connect one end of the supplied primary array-to- expansion chassis cable to the right expansion connector labeled EXP0.
Connecting the AC Power Cords The DSN-5000 expansion array has two power receptacles. Both must be used to connect the DSN-5000 expansion array to an AC outlet: 1. Plug the female end of one power cord into one of the 3-pronged power connectors on the back of the DSN-5000 expansion array.
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DSN-5000 series primary array and DSN-5000 expansion array. FRUs that can be replaced or upgraded include: SAS drives Power supply modules Controller module (primary array only) I/O module (expansion array only) Connection of the serial port for diagnostics when working with D-Link Support DSN-5000 series Hardware Reference Guide...
Installing or Replacing Drives Before you install or replace drives, plan where you will be placing the disk drives. If an array will not be fully populated with drives, be sure the drive slots contain drive trays and/or blank filler panels. For more information, see Figure 2-3 and Section 2.1. High Availability (HA) Note: A system using a single controller (DSN-5210 or DSN-5410) and its expansion array(s) may use SAS or SATA drives.
Replacing a Power Supply Module in the Primary or Expansion Array The power supply and fan reside on the same module. Facing the back of the array, one power supply/fan module appears on the left side of the array and a second module appears on the right side.
Replacing the Controller Module on the Primary Array Use the following procedure to replace a controller module on the primary array. 1. Power down the DSN-5000 series primary array and remove the power cords from the back panel. 2. Squeeze down on the top of the levers on either side of the controller module on the primary array and pull down to disengage the module, then pull the module straight out of the enclosure.
Replacing the I/O Module on the Expansion Array Use the following procedure to replace the I/O module on the expansion array. 1. Power down the DSN-5000 series primary and expansion array and remove the power cords from the back panel. 2.
Connecting to the Diagnostic Serial Port The DSN-5210 series and DSN-5410 SAN arrays have a 115.2 Kbps RS-232-C stereo mini-jack connector on the right side of the rear panel (see Figure A-5). Using this port, you can: Reset the array to factory default settings (this deletes all custom settings, including all ...
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4. Type the number that corresponds to the action you want to perform. 5. Follow the screen prompts to complete the activity. DSN-5000 series Hardware Reference Guide...
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Appendix B Installing the System in a Rack This appendix describes how to install the DSN-5000 series primary and expansion arrays in a rack. The rack-mount kit comes with the following items: Two long main left and right rails Two medium left and right rear rails ...
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2. Assemble the rails that will accommodate the array in the rack. The long main left and right rails are used in all installations (these rails have a bottom piece on which the array sits in the rack). However, you must determine whether to use the two medium rear rails or the two short rear rails based on the depth of your rack.
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If the rack has round and threaded holes, secure the rails using the supplied long screws only (there is no need to use the snap-in spring-loaded cage nuts and the E-shaped devices). 7. Secure the rails to the rack by inserting screws in the top and bottom holes on the left and right sides on the front of the rack (as shown in the following figure).
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11. Locate the second-from-the-bottom hole on the front right side of the rack. This hole should be aligned with a hole in the flange or “ear” on the right front of the array. Place a screw in the hole in the array, then insert a screwdriver through the hole in the front flange of the array and tighten the screw to secure the array to the vertical supports, as shown in the following figure.