Related Manuals for Oracle FS1-2
Summary of Contents for Oracle FS1-2
- Page 1 Oracle FS1-2 Flash Storage System Installation Guide (Not Racked) Part Number E63125-02 Oracle FS1-2 Not Racked Flash Storage System release 6.2 2016 May...
- Page 2 Oracle Corporation and its affiliates disclaim any liability for any damages caused by use of this software or hardware in dangerous applications.
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Page 3: Table Of Contents
List of Tables ..........................7 List of Figures ..........................9 Preface ............................14 Related Documentation .......................14 Oracle Resources ........................14 Chapter 1: Oracle FS Systems: Installation Overview ..............15 Not-Racked Systems ......................15 Installation Overview ......................16 Planning for a System Installation..................18 System Components......................19 Component Chassis Hardware Specifications ..............21 System Power Requirements ....................24... - Page 4 Verify Operation of the Slide Rails and the CMA ............87 Insert the Pilot into a Rack....................90 Verify Operation of the Slide Rails and the CMA ............92 Chapter 5: Oracle FS Systems: Cabling Overview ..............93 Cabling an Oracle FS System .....................93 Cabling Workflow .........................94 Oracle FS System Configurations..................96...
- Page 5 Download Oracle FS System Manager to Workstations ............161 Download Oracle FS Command Line Interface ..............162 Verify the Controller Service Type ..................163 Update the Oracle FS System Software and Firmware .............163 Download Software and Firmware Updates ..............163 Upload the Software and Firmware Package ...............164 Update the Oracle FS System Software...............165...
- Page 6 Failover and Bring Controller Online Using the Power Button........185 Perform a Drive Failure Test ....................185 System Status Verification ....................187 Verify System Status Using the Oracle FS Portal ..............188 Verify System Status Using the FS System Manager............189 Appendix A: Oracle FS System Data ..................193 System Packaging and Transportation ................193...
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Page 7: List Of Tables
Table 8: Controller power characteristics .................23 Table 9: Drive Enclosure power characteristics................24 Table 10: Low voltage dual phase PDU for Oracle Flash Storage Systems......25 Table 11: Low voltage three-phase PDU for Oracle Flash Storage Systems......26 Table 12: High voltage single phase PDU for Oracle Flash Storage Systems......26 Table 13: High voltage three-phase PDU for Oracle Flash Storage Systems......27... - Page 8 List of Tables Table 27: Private management network cables..............104 Table 28: Mini-SAS HD cables....................106 Table 29: Mini-SAS to mini-SAS HD cables ................106 Table 30: Mini-SAS to mini-SAS cables .................107 Table 31: Power cords and PDU connections.................109 Table 32: Sequence summary....................122 Table 33: Example of Drive Enclosure string assignments.............123 Table 34: One SAS HBA per Controller..................131 Table 35: Two SAS HBAs per Controller.................131...
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Page 9: List Of Figures
Figure 2: Oracle FS System: Installation overview..............17 Figure 3: Shipping carton labels....................32 Figure 4: Controller-to-Drive Enclosure cabling between two racks..........36 Figure 5: Component numbering in Oracle FS Systems............40 Figure 6: WWnN label.......................41 Figure 7: SSN label........................41 Figure 8: SSN label location: (top of the left PDU in the rack)...........42 Figure 9: SSN label location: (middle of the left frame at the front of the rack)......42... - Page 10 List of Figures Figure 27: Examples of supported rack holes................61 Figure 28: Rails for the DE2-24P Drive Enclosure..............61 Figure 29: Rails for the DE2-24C Drive Enclosure..............62 Figure 30: 10mm wrench and adaptor pins ................65 Figure 31: Rack flange, rail flange, and rail label (front)............66 Figure 32: Back-mounting screw....................67 Figure 33: Front of the rack and rail-location pegs..............68 Figure 34: A Phillips 13mm head hex flange screw and the front of a rack.......69...
- Page 11 List of Figures Figure 55: Controller slide rails unlocked..................88 Figure 56: Mounting bracket release button................88 Figure 57: Slide rail release button....................89 Figure 58: Pilot with mounting brackets inserted into the slide rails..........91 Figure 59: Pilot inserted into the rack..................91 Figure 60: Cabling workflow......................95 Figure 61: Pilot port for external cabling..................96 Figure 62: Pilot ports for internal cabling...................97 Figure 63: Controller ports for external cabling.................98...
- Page 12 Figure 98: Controller CMA ......................181 Figure 99: Pilot management interface main screen...............188 Figure 100: Oracle FS System Login screen................189 Figure 101: Oracle FS System Manager login screen.............190 Figure 102: LED alarm assembly front display................195 Figure 103: Controller back LEDs...................197 Figure 104: Controller drive LEDs...................202 Figure 105: Operator panel LEDs (DE2-24P Drive Enclosure)..........204...
- Page 13 List of Figures Figure 111: LEDs at the front of the Pilot................210 Figure 112: LEDs at the back of the Pilot................210...
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Page 14: Preface
Preface Related Documentation Oracle Flash Storage System Glossary • Oracle FS1-2 Flash Storage System Customer Service Guide • Oracle Flash Storage System Administrator’s Guide • Oracle FS1-2 Flash Storage System Release Notes • Oracle Resources Important: For the latest version of this document, visit the SAN Storage –... -
Page 15: Chapter 1: Oracle Fs Systems: Installation Overview
Oracle FS Systems: Installation Overview Not-Racked Systems Oracle FS Systems that are not racked are shipped as separate components to a customer site. Customers supply their own racks to accommodate not racked systems. A customer-supplied rack must meet the rack specifications for an Oracle FS System. -
Page 16: Installation Overview
ANSI/EIA 310-D-1992. Use a four-post rack that can support the weight load of all Oracle FS System components. The not racked Oracle FS System is staged at an Oracle manufacturing site. A temporary label is affixed to each component that indicates the component name and sequence number. -
Page 17: Figure 2: Oracle Fs System: Installation Overview
Oracle FS Systems: Installation Overview Power requirements for both non-Oracle FS System components • andOracle FS System components Cable lengths • Note: Ensure that all site-preparation steps have been taken at the data center before starting the installation. Note: Ensure that the rack is ready prior to starting the installation and meets all the rack specifications. -
Page 18: Planning For A System Installation
• Unpacking requirements • Note: To ensure that all planning requirements have been met and the site is ready for a not racked Oracle FS System installation, follow the site preparation checklist. Related Links Component Chassis Hardware Specifications System Power Requirements... -
Page 19: System Components
Oracle FS Systems: Installation Overview System Components An Oracle Flash Storage System consists of Pilots, Controllers, and Drive Enclosures. Replication Engines can also be added to the system for replication purposes. The following table summarizes the components that comprise the Oracle FS System along with their model name, quantity, and description. - Page 20 Oracle or third party PDUs. Non-Oracle PDUs must be compatible with Oracle component power cord lengths and plug types. Non-Oracle PDUs must be mounted in a manner such that the power cords provided by Oracle might be used and the PDUs do not obstruct the ability to replace field replaceable units (FRUs) and customer serviceable units (CRUs).
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Page 21: Component Chassis Hardware Specifications
Oracle FS Systems: Installation Overview to the Oracle FS System to indicate that it is operating in battery mode or in normal mode and that the Oracle FS System should be configured to receive the traps. For more information about managing APC products that can be... -
Page 22: Table 5: De2-24P Drive Enclosure Dimensions And Weight
Oracle FS Systems: Installation Overview Table 4: Controller dimensions and weight (continued) Attribute Value Depth 20.25 in (51.435 cm) Weight 41 lb (18.59 kg) Table 5: DE2-24P Drive Enclosure dimensions and weight Attribute Value Height 3.46 in (8.79 cm); 2U Weight (with 55 lb (24.9 kg) -
Page 23: Table 8: Controller Power Characteristics
Oracle FS Systems: Installation Overview Table 7: Pilot power characteristics (continued) Power Value characteristic Maximum 314 VA power consumption for both nodes Current draw 1.42A, 208V for both nodes Maximum heat 1102 BTU/hr dissipation AC receptacle IEC 60320 C14 inlet... -
Page 24: System Power Requirements
System Power Requirements The total power consumed by the Oracle FS1 Flash Storage System is dependent on the configuration of the system. To determine the system electrical input ratings for Oracle Flash Storage Systems that use the Oracle supported PDUs, refer to the PDU information provided for Oracle Flash Storage Systems. -
Page 25: Table 10: Low Voltage Dual Phase Pdu For Oracle Flash Storage Systems
Oracle FS Systems: Installation Overview mounted in a manner such that the power cords provided by Oracle might be used and the PDUs do not obstruct the ability to replace field replaceable units (FRUs) and customer serviceable units (CRUs). While planning rack-space, ensure that adequate space is also allocated for the PDUs, if using non-Oracle PDUs. -
Page 26: Table 11: Low Voltage Three-Phase Pdu For Oracle Flash Storage Systems
2 meters (6.6 feet) PDU power cords are 4 meters (13 feet) long, but sections are connected for internal routing in the rack. Table 12: High voltage single phase PDU for Oracle Flash Storage Systems High Voltage 1Ph (2W + ground) kVA size... -
Page 27: Table 13: High Voltage Three-Phase Pdu For Oracle Flash Storage Systems
Oracle FS Systems: Installation Overview Table 12: High voltage single phase PDU for Oracle Flash Storage Systems (continued) High Voltage 1Ph (2W + ground) Voltage input 2x [2Ph. (2W+ground)] 230Vac, 50 Hz, maximum. 25A per phase Can be connected to Ph-N input sources in the range of 220V –... -
Page 28: Site Preparation Checklist (Not-Racked Systems)
Site Preparation Checklist (Not-racked Systems) Before system installation, complete the tasks outlined in the pre-installation checklist as part of the site preparation and installation planning. Your Oracle Sales team can arrange for site audit and installation services. Table 14: Site preparation checklist... - Page 29 Caution: To reduce the risk of electric shock or damage to installed equipment, never disable the grounding plug on any power cord. Rack requirements Determine if the rack can support the weight load of an Oracle FS System. ❑ Determine if adequate space is available for the new racks or within ❑...
- Page 30 ❑ The Oracle FS System defaults to the correct Call-Home connection parameters and IP addresses, if it uses a direct connection to the Oracle servers. If you are using a Proxy server, the information on the Call-Home connection parameters and IP addresses comes from the local network and firewall administrators.
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Page 31: Unpacking Systems
I/O bias, and Clone LUN space requirements. Related Links Not-Racked Systems Installation Overview Unpacking Systems Not-racked Oracle FS System components are shipped in separate cardboard cartons on a pallet. Each shipping carton contains the following items taped on the cardboard: Customer system record •... -
Page 32: Figure 3: Shipping Carton Labels
Oracle FS Systems: Installation Overview Figure 3: Shipping carton labels Legend 1 Customer system record 3 Component label 2 Product label Note: The graphic of the shipping carton labels is representative and there might be slight variations in your packaging. -
Page 33: Check And Receive Components
Warnings and Cautions Required Tools Check and Receive Components Check to verify the content of the shipping cartons for the not racked Oracle FS System prior to unpacking the system components. Check all the shipping cartons for any visible damage. -
Page 34: Required Tools
(SSN) label at the designated locations. Related Links Unpacking Systems System Components Required Tools Before starting the installation of an Oracle Flash Storage System, be sure you have the required equipment and tools available. Table 15: Required tools Tool Purpose... -
Page 35: Electrostatic Discharge Precautions
Oracle FS Systems: Installation Overview Electrostatic Discharge Precautions Caution: Before you handle a component, make sure that you have taken electrostatic discharge (ESD) precautions: The minimum requirement is an anti-static wrist strap connected to a hard • ground. Remove components from their packaging and place them on an ESD-qualified table that is equipped with ground points for wrist straps. -
Page 36: Figure 4: Controller-To-Drive Enclosure Cabling Between Two Racks
Oracle FS Systems: Installation Overview Figure 4: Controller-to-Drive Enclosure cabling between two racks Legend 1 Back of a rack 3 Cable Management Arm (CMA) 2 Controller 4 Drive Enclosure Related Links Types of Internal Cables... -
Page 37: Chapter 2: Prepare For System Installation
RU 25 to RU 28 (next DE2-24C DE) RU 29 to RU 42 If the Oracle FS System includes one Replication Engine, then follow the placement shown in the following table: Table 17: Component placement with one Replication Engine Component type... -
Page 38: Table 18: Component Placement With Two Replication Engines
RU 25 to RU 28 (next DE2-24C DE) RU 29 to RU 42 If the Oracle FS System includes two Replication Engines, then follow the placement shown in the following table: Table 18: Component placement with two Replication Engines Component type... -
Page 39: Component Numbering
The chassis ID number of the Drive Enclosure is based on the order by which the Controller identifies the Drive Enclosures. Drive Enclosures are also assigned a chassis ID number in the Oracle FS System Manager GUI that is labeled Enclosure Chassis ID. The chassis ID number can be changed using the GUI. The chassis ID number displayed on the chassis must always match the Enclosure Chassis ID displayed on the GUI. -
Page 40: Figure 5: Component Numbering In Oracle Fs Systems
Refer to the following example for more information on component numbering of the rack-ready Oracle FS Systems. The chassis ID numbers on the Controllers can also be manually changed from the GUI. Figure 5: Component numbering in Oracle FS Systems... -
Page 41: Wwnn And System Serial Number Labels
DE2–24C Drive Enclosures (4 RU), and two Replication Engines. WWnN and System Serial Number Labels The system serial number (SSN) labels and the Controller World Wide Node Number (WWnN) labels are on the Oracle FS System to facilitate system identification. Figure 6: WWnN label Following is a representation of the SSN label that contains the system serial number and the Oracle part number of the Oracle FS System. -
Page 42: Figure 8: Ssn Label Location: (Top Of The Left Pdu In The Rack)
Prepare for System Installation Figure 8: SSN label location: (top of the left PDU in the rack) Legend 1 SSN label 2 Rack Attach one SSN label on the door jam towards the middle on the left frame at the front of the rack. Figure 9: SSN label location: (middle of the left frame at the front of the rack) -
Page 43: Prepare The Rack
Prepare for System Installation Legend 1 SSN label 2 Rack Attach the World Wide Node Number (WWnN) label on the chassis of the bottom Controller at the front to the right of the Controller product serial number label. Figure 10: WWnN location: (Controller front next to SSN label) Legend 1 Pre-existing Controller SSN label on the chassis 2 WWnN label... -
Page 44: Remove The Doors From A Rack
Note: Use care to place the doors where they cannot fall on people or slide and cause injury. Important: After installing an Oracle FS System, shut all the doors, re-attach the ground straps to maintain compliance with applicable emissions requirements. -
Page 45: Rack Installation Safety Precautions
Caution: If non-Oracle FS System equipment must be installed in the rack, additional care must be taken to ensure that this equipment does not cause overheating of the Oracle FS System components or block air flow. All Oracle FS System components meet these requirements, but ONLY if the installation and rack position guidelines are carefully followed. -
Page 46: Chapter 3: Install Component Rails
2 Round holes 3 Threaded holes Caution: Oracle recommends that you install each Controller after you install the rail kit before installing the next combination of rail kit and Controller. Installing all of the rail kits and then inserting the Controllers is not always possible... -
Page 47: Controller Rail Kits
Install Component Rails because of potential space limitations at some data centers. Also, you run the risk of not placing the Controllers in the correct rack position and causing possible cabling issues. Note: Controller rails are packaged within the Pilot shipping carton (not the Controller shipping carton). -
Page 48: Install The Rack Rails For The Controller
Note: To locate part numbers for the rail kits, open Oracle System Handbook (https://support.oracle.com/handbook_private/index.html) and go to the Oracle FS1 Flash Storage System components list. Part numbers are listed in the components list. Install the Rack Rails for the Controller Prior to adding Controllers, install rails into the rack for each Controller that you plan to add. -
Page 49: Figure 13: Controller Rack Mount Location
Install Component Rails Figure 13: Controller rack mount location Legend 1 Rack mount holes 2 Left rail Use a Phillips Number 2 screwdriver to insert and tighten two 8-32 panhead screws to secure the left rail to the front of the rack. Note: Each Controller requires two standard mounting units (2U) of vertical space in the rack. -
Page 50: Figure 14: Left Rail Secured To The Front Of The Rack
Install Component Rails Figure 14: Left rail secured to the front of the rack Legend 1 Rack 2 8–32 screws to secure left rail to rack 3 Left rail Repeat the above two steps for the right rail. At the back of the rack, adjust the length of the left rail as needed to fit the rack, and position the rail flange over the face of the rack rail. -
Page 51: Install The Slide Rails For The Controller
Install Component Rails Figure 15: Left rail adjusted at the back of the rack Legend 1 Back of the rack 2 Left rail Align the rail flange so that the mounting holes correspond to those at the front of the rack. Use a Phillips screwdriver to insert and tighten four metric M6 screws (two on each side) at the back of the rail. -
Page 52: Figure 16: Slide Rail Assembly Unlocked
Install Component Rails Figure 16: Slide rail assembly unlocked Legend 1 Slide rail assembly 2 Slide rail lock button Slide the mounting bracket release button, and then slide the mounting bracket out of the slide rail. Figure 17: Mounting bracket release button... -
Page 53: Figure 18: Slide Rail Middle Section Unlocked
Install Component Rails Legend 1 Slide rail 2 Mounting bracket release button 3 Mounting bracket Figure 18: Slide rail middle section unlocked Legend 1 Slide rail 2 Metal lever Tip: Press the metal lever on the middle section of the slide rail to unlock the slide rail, and then push the middle section back into the rack. -
Page 54: Figure 19: Mounting Bracket Attached To The Chassis
Install Component Rails Figure 19: Mounting bracket attached to the chassis Legend 1 Mounting bracket 2 Controller chassis Tip: Position the mounting bracket against the Controller chassis so that the mounting bracket are aligned with screw holes and then install the screws. -
Page 55: Figure 20: Slide Rail Mounted On The Rack Post
Install Component Rails Figure 20: Slide rail mounted on the rack post Legend 1 Rack post 2 Slide rail Tip: Loosely attach the front of a slide rail to the right front rack post using two screws but do not tighten the screws yet. Adjust the length of the slide rail by sliding the back mounting flange to reach the outside edge of the back rack post. -
Page 56: Figure 21: Slide Rail Spacing Tool
Install Component Rails Figure 21: Slide rail spacing tool Legend 1 Spacing tool 2 Slide rails Tip: At the front of the rack, plug the left side of the tool into slots at the end of the left rail. Insert the right side of the tool into the front end of the right rail, while sliding the end of the rail to the right or left as needed to allow the ends of the tool to enter the ends of both rails. -
Page 57: Install The Controller Cma
Install Component Rails Figure 22: Controller chassis mounted on the slide rails Legend 1 Slide rails 2 Controller chassis 3 Mounting brackets Caution: Work with a partner or use a mechanical lift for assistance. The Controller weighs approximately 70 lbs (31.75 kg). Two people are required to carry the chassis. -
Page 58: Figure 23: Cma Rail Extension Inserted Into The Back Of The Left Slide Rail
Install Component Rails At the back of the rack, plug the CMA rail extension into the end of the left slide rail assembly. Figure 23: CMA rail extension inserted into the back of the left slide rail Legend 1 CMA rail extension 2 Slide rail Caution: Support the CMA during this installation. -
Page 59: Figure 24: Inner Cma Connector Mounted
Install Component Rails Figure 24: Inner CMA connector mounted Legend 1 Slide rail 2 Inner CMA connector 3 Clip Insert the outer CMA connector into the end of the right sliding rail. Figure 25: Outer CMA connector attached... -
Page 60: Drive Enclosure Rails
2 Slide rail Drive Enclosure Rails To prepare a rack for adding Drive Enclosures to the Oracle Flash Storage System, you must install rails in the rack for each Drive Enclosure that you plan to add. Oracle includes rail kits in the Drive Enclosure packaging. -
Page 61: Figure 27: Examples Of Supported Rack Holes
Install Component Rails Round • Threaded (must be M6 or 10-32 racks) • The following figure shows examples of supported rack holes. Figure 27: Examples of supported rack holes Legend 1 Square holes 3 Threaded holes 2 Round holes The following figures show the rails for both Drive Enclosure types. Figure 28: Rails for the DE2-24P Drive Enclosure... -
Page 62: Drive Enclosure Rail Kits
Install Component Rails Legend 1 Left-side rail for square-hole and round- 2 Adaptor pins for threaded-hole hole racks racks Figure 29: Rails for the DE2-24C Drive Enclosure Legend 1 Left-side rail for square-hole racks 3 Round-hole racks 2 Threaded-hole racks Drive Enclosure Rail Kits The following table summarizes the contents of the Drive Enclosure rail kits. -
Page 63: Table 22: Drive Enclosure Rail Kits
4 Phillips Number 2 ACR hex flange head screws To locate part numbers for the rail kits, open Oracle System Handbook (https:// support.oracle.com/handbook_private/index.html) and go to the Oracle FS1 Flash Storage System components list. Part numbers are listed in the components list. -
Page 64: Install Drive Enclosure Rails
Install Component Rails Install Drive Enclosure Rails Prior to adding Drive Enclosures, install rails into the rack for each Drive Enclosure that you plan to add. Prerequisites: • Before handling a component, touch a grounded surface to discharge any static electricity. •... -
Page 65: Figure 30: 10Mm Wrench And Adaptor Pins
Install Component Rails Figure 30: 10mm wrench and adaptor pins Legend 1 10mm wrench 2 Adaptor pins Position the front of the rails inside of the rack, with the rail flange inside of the rack flange. The rail label faces the inside of the rack. The pins should be fully located within the rack holes. -
Page 66: Figure 31: Rack Flange, Rail Flange, And Rail Label (Front)
Install Component Rails Figure 31: Rack flange, rail flange, and rail label (front) Legend 1 Rack flange 2 Rail flange and label Insert and loosely tighten one screw through the front of the rack and into the top hole in the rails. Adjust the rail lengths and locate the back pins inside the corresponding back rack holes. -
Page 67: Figure 32: Back-Mounting Screw
Install Component Rails Figure 32: Back-mounting screw Install Rails in Square or Round Hole Racks Locate the appropriate rack unit (RU) height. The DE2-24P Drive Enclosure requires two standard mounting units (2U) of vertical space in the rack. Remove the rails from the Drive Enclosure packaging. Position the front rail-location pegs fully inside the holes in the front rack posts where you plan to add a Drive Enclosure. -
Page 68: Figure 33: Front Of The Rack And Rail-Location Pegs
Install Component Rails Figure 33: Front of the rack and rail-location pegs Legend 1 Rail-location pegs 2 Front rack post Insert and tighten one Phillips 13mm head hex flange screw through the front rack hole and into the top hole of the rail. -
Page 69: Figure 34: A Phillips 13Mm Head Hex Flange Screw And The Front Of A Rack
Install Component Rails Figure 34: A Phillips 13mm head hex flange screw and the front of a rack Legend 1 Phillips 13mm head hex flange screw 2 Rail-location pegs From the back of the rack, position the pegs fully into the corresponding rack holes. -
Page 70: Install Rails For De2-24C Drive Enclosures
Install Component Rails Legend 1 Back of the rack Insert and tighten one Phillips 13mm head hex flange screw into the back of the rack and into the rail. Figure 36: A Phillips 13mm head hex flange screw and the back of a rack Repeat steps 1-6 to install the right-hand rail assembly. -
Page 71: Figure 37: Cage Nut Installed In A Square-Hole Rack
Install Component Rails Figure 37: Cage nut installed in a square-hole rack Legend 1 Rail-location pegs 2 Cage nut Prepare the screws in each rail end. Square-hole racks No preparation is required. Round-hole racks Remove the two rail-location pegs from each rail end and replace them with the special screws from the rail kit. -
Page 72: Figure 38: Rail-Location Pegs From Inside Of The Rail Flange And The Clip Nut
Install Component Rails Figure 38: Rail-location pegs from inside of the rail flange and the clip Legend 1 Rail location pegs from inside of the rail flange 2 Clip nut Position the front of the rails inside of the rack. Make sure the rail flange aligns with the inside of the rack flange and the rail label faces the inside of the rack. -
Page 73: Figure 39: Rail-Location Pegs And A Square-Hole Rack
Install Component Rails Figure 39: Rail-location pegs and a square-hole rack Legend 1 Rail-location pegs 2 Cage nut Extend the rail length towards the back of the rack and into the rail holes at the back of the rack. Figure 40: Rail extended to holes in the back of the rack... -
Page 74: Pilot Rails
Install Component Rails Insert and fully tighten one Phillips 13mm head hex flange screw through the back of the rack and into the rail. Tighten the two locking screws in the side of the rail. Figure 41: The locking screws and side of the rail Repeat steps 1 - 8 to install the right-hand rail assembly. -
Page 75: Install The Rack Rails For The Pilot
Note: To locate part numbers for the rail kits, open Oracle System Handbook (https://support.oracle.com/handbook_private/index.html) and go to the Oracle FS1 Flash Storage System components list. Part numbers are listed in the components list. The following figure shows the parts in the Pilot rail kit. -
Page 76: Figure 43: Rack-Mount Installation Card Template
Install Component Rails Figure 43: Rack-mount installation card template Legend 1 Installation card 2 Rack mount hole 3 Pilot chassis 4 Front rack post Note: The Pilot requires one standard rack units (1U) of vertical space. Tip: The bottom edge of the installation card must correspond to the bottom edge of the Pilot. -
Page 77: Figure 44: Slide Rails Oriented With The Ball Bearing Track
Install Component Rails Figure 44: Slide rails oriented with the ball bearing track Legend 1 Slide rail 2 Ball bearing track 3 Locking mechanism Starting with either the left or right side of the rack, align the rear of the slide-rail assembly against the inside of the rear rack rail, and push until the assembly locks into place with an audible click. -
Page 78: Install The Slide Rails For The Pilot
Install Component Rails Align the front of the slide-rail assembly against the outside of the front rack rail, and push until the assembly locks into place with an audible click. Repeat steps to attach the slide-rail assembly to the other side of the rack. Install the Slide Rails for the Pilot Install the slide rails with mounting brackets on to the Pilot chassis before inserting it into the rack. -
Page 79: Install The Pilot Cma
Install Component Rails Install the Pilot CMA Install the cable management arm (CMA) so that you can route the Pilot cables into the rack. The CMA clips into the ends of the left and right Pilot slide rail assemblies. No screws are necessary for mounting the CMA. -
Page 80: Figure 48: Cma Slide Rail Connector Inserted Into The Back Of The Left Slide Rail
Install Component Rails Figure 48: CMA slide rail connector inserted into the back of the left slide rail Legend 1 CMA slide rail connector 2 Left slide rail Note: The CMA in the graphic is for representation only. The CMA shipped with your Pilot might be slightly different. -
Page 81: Chapter 4: Install Components Into The Rack
Insert the Drive Enclosures, Controllers, and the Pilots into the rack in the designated rack unit (RU) locations. Oracle FS Systems support two Pilots (Pilot-1 and Pilot-2). Additionally, Oracle FS Systems support two Controllers (Controller-1 and Controller-2) and 1 to 30 Drive Enclosures (DE-1 to DE-30). -
Page 82: Figure 49: The Rail Ledge For The De2-24C Drive Enclosure
Install Components into the Rack Caution: Do not use the power supply handles to lift the chassis. Using the power supply handles to lift the chassis can damage the power cooling modules and disrupt electrical power to the Drive Enclosure. Carefully slide the Drive Enclosure into the rack. -
Page 83: Insert A De2-24P Drive Enclosure Into A Rack
Install Components into the Rack Legend 1 Phillips Number 2 pan head screw with patch lock Remove the front-side caps on both sides of the Drive Enclosure and secure a Phillips 13mm head hex flange screw. Note: The front-side cap on the right side of the Drive Enclosure contains the RFID tag, which uniquely identifies the Drive Enclosure. -
Page 84: Figure 52: Left Rail Channel
Install Components into the Rack approximately 20 lbs (9.07 kg). An empty DE2-24P Drive Enclosure chassis weighs approximately 15.6 lbs (7.07 kg). The reduced weight enables one person to handle an empty Drive • Enclosure chassis. If you are not comfortable managing the weight of the chassis, request help from the local account team. -
Page 85: Figure 53: Back Of The Drive Enclosure And Rail Secured
Install Components into the Rack then the Drive Enclosure is not seated. You must reinsert the Drive Enclosure. Ensure that the Drive Enclosure slides smoothly into the rack and • out of the rack. If the Drive Enclosure does not slide smoothly in and out of the rack, then the Drive Enclosure is not seated. -
Page 86: Insert The Controller Into A Rack
Install Components into the Rack then the Drive Enclosure is not seated. You must reinstall the Drive Enclosure. Remove the front-side caps on both sides of the Drive Enclosure and secure a Phillips 13mm head hex flange screw. Note: The front-side cap on the right side of the Drive Enclosure contains the RFID tag, which uniquely identifies the Drive Enclosure. -
Page 87: Verify Operation Of The Slide Rails And The Cma
Install Components into the Rack Caution: Always load equipment into a rack from the bottom up so that the rack will not become top-heavy and tip over. Caution: Slide-rail-mounted components are not to be used as a shelf or a work space. -
Page 88: Figure 55: Controller Slide Rails Unlocked
Install Components into the Rack Figure 55: Controller slide rails unlocked Legend 1 Slide rail assembly 2 Slide rail lock button Inspect the attached cables for any binding or kinks. Verify that the CMA extends fully and does not bind in the slide rails. When the Controller is fully extended out, release the mounting bracket release button. -
Page 89: Figure 57: Slide Rail Release Button
Install Components into the Rack Legend 1 Slide rail 2 Mounting bracket release button 3 Mounting bracket Slide the Controller back into the rack. Simultaneously unlock both slide rail release buttons, and push the Controller completely into the rack. Figure 57: Slide rail release button Legend 1 Slide rail release button 2 Slide rail... -
Page 90: Insert The Pilot Into A Rack
Install Components into the Rack Insert the Pilot into a Rack Prerequisites: • Before handling a component, touch a grounded surface to discharge any static electricity. • Attach an electrostatic discharge (ESD) wrist strap to your wrist, and ensure that you have an ESD mat. Stand on the ESD mat while replacing components Caution: Do not connect the PDUs to any external power source until all components and internal cables have been installed. -
Page 91: Figure 58: Pilot With Mounting Brackets Inserted Into The Slide Rails
Install Components into the Rack Figure 58: Pilot with mounting brackets inserted into the slide rails Legend 1 Mounting brackets inserted into the slide rail 2 Slide rail release button 3 Slide rail lock Simultaneously push and hold the slide rail release buttons on each mounting bracket while you push the Pilot into the rack. -
Page 92: Verify Operation Of The Slide Rails And The Cma
Install Components into the Rack Legend 1 Slide rail button 2 Mounting bracket Caution: Verify that the Pilot is securely mounted in the rack and that the slide rail locks are engaged with the mounting brackets before you install the cable management arm. Verify Operation of the Slide Rails and the CMA Prerequisites: •... -
Page 93: Chapter 5: Oracle Fs Systems: Cabling Overview
Oracle FS Systems: Cabling Overview Cabling an Oracle FS System The modular design of an Oracle FS System provides a highly scalable storage facility. You achieve scalability by deploying a collection of specialized subsystems that are connected by external cables and internal cables to create a system. -
Page 94: Cabling Workflow
Multiple Rack Systems Cabling Workflow A high-level workflow helps guide the process of cabling an Oracle FS System. For best results, follow an organized plan for cabling the system. During the planning stage and before unpacking the shipment, organize all of the boxes so that the related components are grouped together. -
Page 95: Figure 60: Cabling Workflow
Oracle FS Systems: Cabling Overview Figure 60: Cabling workflow... -
Page 96: Oracle Fs System Configurations
Controller Wiring Diagrams Drive Enclosure Wiring Diagrams Oracle FS System Configurations An Oracle FS System can be configured as a base system or as a performance system. The following table summarizes the Oracle FS System configurations. Table 23: Oracle FS System configurations... -
Page 97: Controller Cabling
Oracle FS Systems: Cabling Overview Legend 1 NET 3 port connects the Pilot nodes to the customer management network (Ethernet). Pilot Ports for Internal Cabling The following figure shows the internal Ethernet ports and the serial port. Figure 62: Pilot ports for internal cabling... -
Page 98: Figure 63: Controller Ports For External Cabling
Oracle FS Systems: Cabling Overview Figure 63: Controller ports for external cabling Legend 1 SAN HBA ports connect the system to the customer data network (FC or iSCSI) Controller Ports for Internal Cabling The following figure shows the internal Ethernet ports and the SAS ports. -
Page 99: Drive Enclosure Cabling
Oracle FS Systems: Cabling Overview Legend 1 NET MGT port connects to 4 NET 2 port connects to the NET 2 port on the the cluster interconnect port partner Controller(Ethernet). on the partner Controller (Ethernet). 2 Cluster interconnect 5 SAS HBA ports connect between the... -
Page 100: Figure 65: Sas Ports For Drive Enclosure Cabling (De2-24P)
Oracle FS Systems: Cabling Overview Figure 65: SAS ports for Drive Enclosure cabling (DE2-24P) Legend 1 I/O module 0 5 I/O module 1 2 I/O module 0, SAS port 0 6 I/O module 1, SAS port 0 3 I/O module 0, SAS port 1... - Page 101 Oracle FS Systems: Cabling Overview Legend 1 I/O module 0 5 I/O module 1 2 I/O module 0, SAS port 0 6 I/O module 1, SAS port 0 3 I/O module 0, SAS port 1 7 I/O module 1, SAS port 1...
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Page 102: Chapter 6: Oracle Fs System Cables
Customers must supply their own Ethernet cables for connecting the Pilots to the customer management network and for connecting the Controllers to the customer data network. Oracle has no cable color requirements for connecting the Oracle FS System to the customer network. -
Page 103: Types Of Internal Cables
Handling and Care of Fiber Optic Cables Types of Internal Cables Types of Internal Cables The types of internal cables for the Oracle FS System are summarized in the sections below. Note: If you require additional internal cables, you can order them from Oracle. -
Page 104: Table 27: Private Management Network Cables
Oracle FS System Cables Table 27: Private management network cables Cable Color Cable path Cable Quantity Example length Ethernet Blue Connects the 9.84 feet Three CAT6a Pilot 1 NET 0 (3 m) port to the Pilot 2 NET 0 port... - Page 105 Oracle FS System Cables Table 27: Private management network cables (continued) Cable Color Cable path Cable Quantity Example length Ethernet Connects the 9.84 feet CAT6a NET 1 ports of (3 m) the Pilots to the NET 3 ports of the Controllers...
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Page 106: Table 28: Mini-Sas Hd Cables
Oracle FS System Cables Table 28: Mini-SAS HD cables Cable Color Cable path Quantity Cable length Mini-SAS Black Connects Controller Two for a base 9.84 feet HD to mini- 1 to Controller 2 system with one (3 m) SAS HD... -
Page 107: Table 30: Mini-Sas To Mini-Sas Cables
Oracle FS System Cables The following figure shows an example of mini-SAS to mini-SAS HD cable connectors. The mini-SAS connector on one end of the cable connects to the Drive Enclosure. The mini-SAS HD connector on the other end of the cable connects to the Controller. -
Page 108: Figure 69: Example Of Mini-Sas To Mini-Sas Cable Connectors
Oracle FS System Cables Figure 69: Example of mini-SAS to mini-SAS cable connectors Internal Power Cords The following table lists the types of power cords and lengths of power cords that connect the hardware components to the power distribution units (PDUs). -
Page 109: Table 31: Power Cords And Pdu Connections
Oracle FS System Cables Table 31: Power cords and PDU connections Cable Color Cable path Quantity Cable length Power (C13 to C14 Black Connects power Varies based on 3.28 feet angled connector) cooling module 1 the configuration (1 m) of a Drive... -
Page 110: Cable Labels
Types of External Cables Cable Labels The SAS cables and the internal Ethernet cables provided with the Oracle FS System have labels attached at both ends. The labels designate the hardware component and the corresponding port to which the cable connects. -
Page 111: Handling And Care Of Fiber Optic Cables
Use the cable management arms (CMAs) so that the cables do not block • access for replacing Oracle FS System components. Use both hands to disconnect the connector in a module. Do not disturb or •... -
Page 112: Routing Cables
Canned pressurized air • Routing Cables Proper routing of cables allows for maintenance of the Oracle FS System without the need to remove the cables. Routing cables properly also helps prevent damage to the Oracle FS System components during maintenance. -
Page 113: Figure 73: Pilot Cables Routed Through The Cma
Oracle FS System Cables Legend 1 Back of a Controller 3 CMA 2 Controller cables The following figure shows an example of the cables routed through a Pilot CMA. Figure 73: Pilot cables routed through the CMA Legend 1 Back of a Pilot... -
Page 114: Figure 74: Routing A Cable Same Rack (Controller To Drive Enclosure)
Oracle FS System Cables The following figure shows an example of routing a cable from a Controller to a Drive Enclosure, both of which are located in the same rack. Figure 74: Routing a cable same rack (Controller to Drive Enclosure) -
Page 115: Chapter 7: Cabling Plan
HAPTER Cabling Plan Cable Planning Worksheet A cable planning worksheet can help facilitate the process of cabling an Oracle FS System by providing you with a method to record the string assignments and the rack placements of the hardware components. -
Page 116: Figure 75: Completed Cable Planning Worksheet
Cabling Plan Figure 75: Completed cable planning worksheet For your planning purposes, you can print the following sample planning worksheet or create a similar planning worksheet. -
Page 117: Figure 76: Sample Cable Planning Worksheet
Cabling Plan Figure 76: Sample cable planning worksheet... -
Page 118: Build Map For Your Oracle Fs System
Drive Enclosure Wiring Diagrams Build Map for Your Oracle FS System Included in the shipment of an Oracle FS System is a build map. The build map is a document that summarizes the configuration of the system and how the hardware components of the system were assembled and tested during the manufacturing process. -
Page 119: Figure 77: Build Map
Cabling Plan Figure 77: Build map... -
Page 120: Drive Enclosure Strings
Drive Enclosures and strings according to the factory configuration. Installation services from Oracle Customer Support is highly recommended. An Oracle FS System with two SAS HBAs installed can have one or two strings to support a maximum of 10 Drive Enclosures. A system with four SAS HBAs can have up to four strings to support a maximum of 20 Drive Enclosures. -
Page 121: Figure 78: The First String With Five Drive Enclosures
Cabling Plan Figure 78: The first string with five Drive Enclosures Legend 1 SAS HBA port 0 on Controller 1 and Controller 2 2 Drive Enclosure 3 (I/O module 1, port 0) in the first string and SAS HBA port 0 on Controller 2 3 Drive Enclosure 1 (I/O module 0, port 0) in the first string and SAS HBA port 0 on Controller 1... -
Page 122: Example Of String Assignments
Example of String Assignments Referring to an example of string assignments can help you recognize string assignments for your Oracle FS System. Drive Enclosures are distributed to strings based on the Drive Enclosure type. The following figure shows an example of four strings and the corresponding... -
Page 123: Table 33: Example Of Drive Enclosure String Assignments
Cabling Plan Table 33: Example of Drive Enclosure string assignments Drive Enclosure and Drive String number Drive Enclosure number within a type string DE2-24P String 1 DE 1 400GB SSDs (peformance) DE2-24P String 1 DE 2 900GB HDDs (performance) DE2-24C String 1 DE 3 4TB HDDs (capacity) -
Page 124: Chapter 8: Wiring Diagrams
Note: The colors of the cables that are shown in the figure are for illustration purposes and do not reflect the actual colors of the cables that are used to cable the Oracle FS System. Figure 79: Pilot wiring diagram (management connectivity) -
Page 125: Controller Wiring Diagrams
Note: The colors of the cables that are shown in the figure are for illustration purposes and do not reflect the actual colors of the cables that are used to cable the Oracle FS System. Figure 80: Controller wiring diagram (management connectivity) -
Page 126: Figure 81: Controller Wiring Diagram (Customer Data Network)
Note: The colors of the cables that are shown in the figure are for illustration purposes and do not reflect the actual colors of the cables that are used to cable the Oracle FS System. Figure 81: Controller wiring diagram (customer data network) -
Page 127: Figure 82: Sas Wiring Diagram (Controller To Controller)
Note: The colors of the cables that are shown in the figure are for illustration purposes and do not reflect the actual colors of the cables that are used to cable the Oracle FS System. Figure 82: SAS wiring diagram (Controller to Controller) -
Page 128: Figure 83: Sas Wiring Diagram For Controllers To Drive Enclosures (Base)
Note: The colors of the cables that are shown in the figure are for illustration purposes and do not reflect the actual colors of the cables that are used to cable the Oracle FS System. Figure 83: SAS wiring diagram for Controllers to Drive Enclosures (base) -
Page 129: Figure 84: Sas Wiring Diagram For Controllers To Drive Enclosures (Performance)
Wiring Diagrams Figure 84: SAS wiring diagram for Controllers to Drive Enclosures (performance) Legend 1 PCIe3 slot 2, SAS HBAs port 0 6 PCIe3 slot 6, SAS HBAs port 1 connects to connects to Drive Enclosure string Drive Enclosure string 5 2 PCIe3 slot 2, SAS HBAs port 1 7 PCIe3 slot 2, SAS HBAs port 2 and port 3 connects to Drive Enclosure string... -
Page 130: Drive Enclosure Wiring Diagrams
Wiring Diagrams Drive Enclosure Wiring Diagrams SAS cables establish the Backend SAS Interconnect of an Oracle FS System. SAS cables connect Drive Enclosures to Drive Enclosures and the Controller SAS HBA ports to the Drive Enclosure strings. Usage Conventions for Cabling Drive Enclosure... -
Page 131: Table 34: One Sas Hba Per Controller
Wiring Diagrams Table 34: One SAS HBA per Controller DE Add Order String SAS HBA PCI Port on SAS DE number within number slot string Slot 3 Slot 3 Slot 3 Slot 3 Slot 3 Slot 3 Slot 3 Slot 3 Slot 3 Slot 3 The following table summarizes the string distribution for systems with two SAS... -
Page 132: Table 36: Three Sas Hbas Per Controller
Wiring Diagrams Table 35: Two SAS HBAs per Controller (continued) DE Add Order String SAS HBA PCI Port on SAS DE number within number slot string Slot 6 Slot 3 Slot 6 Slot 3 Slot 6 Slot 3 Slot 6 Slot 3 Slot 6 Slot 3... - Page 133 Wiring Diagrams Table 36: Three SAS HBAs per Controller (continued) DE Add Order String SAS HBA PCI Port on SAS DE number within number slot string Slot 2 Slot 3 Slot 6 Slot 2 Slot 3 Slot 6 Slot 2 Slot 3 Slot 6 Slot 2...
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Page 134: Figure 85: Sas Wiring Diagram For One String With One Drive Enclosure
Wiring Diagrams Drive Enclosure SAS Wiring Diagrams The following wiring diagrams show the cabling of Drive Enclosures for one complete string in a system. The same cabling pattern applies to all of the strings in a system. Remember to distribute Drive Enclosures among the strings so that all of the available SAS HBA ports designated for Drive Enclosures are used as equally as possible. -
Page 135: Figure 86: Sas Wiring Diagram For One String With Two Drive Enclosures
Wiring Diagrams Figure 86: SAS wiring diagram for one string with two Drive Enclosures The following figure illustrates the SAS cabling in a system that is configured with one Drive Enclosure string containing three Drive Enclosures. The same cabling pattern applies to all of the strings in a system. Remember to distribute Drive Enclosures among the strings so that all of the available SAS HBA ports designated for Drive Enclosures are used as equally as possible. -
Page 136: Figure 87: Sas Wiring Diagram For One String With Three Drive Enclosures
Wiring Diagrams Figure 87: SAS wiring diagram for one string with three Drive Enclosures The following figure illustrates the SAS cabling in a system that is configured with one Drive Enclosure string containing four Drive Enclosures. The same cabling pattern applies to all of the strings in a system. Remember to distribute Drive Enclosures among the strings so that all of the available SAS HBA ports designated for Drive Enclosures are used as equally as possible. -
Page 137: Figure 88: Sas Wiring Diagram For One String With Four Drive Enclosures
Wiring Diagrams Figure 88: SAS wiring diagram for one string with four Drive Enclosures The following figure illustrates the SAS cabling in a system that is configured with one Drive Enclosure string containing five Drive Enclosures. The same cabling pattern applies to all of the strings in a system. Remember to distribute Drive Enclosures among the strings so that all of the available SAS HBA ports designated for Drive Enclosures are used as equally as possible. -
Page 138: Figure 89: Sas Wiring Diagram For One String With Five Drive Enclosures
Wiring Diagrams Figure 89: SAS wiring diagram for one string with five Drive Enclosures... -
Page 139: Chapter 9: Connect The Internal Cables
The cable management arms (CMAs) are installed on the Pilots and the Controllers. Before you begin connecting the internal cables for the Oracle FS System, verify that you have the following cables unpacked from the shipping cartons and organized so that you can easily identify them as you cable the system: Three blue Ethernet CAT6a cables used to connect the Pilot nodes. -
Page 140: Configure The Cable Covers On The Cmas
The large cable covers are included in the packaging. As a guideline, replace the standard cable covers with the large cable covers for Oracle FS Systems with eight SAS cables connected to the SAS HBAs on each Controller. For larger systems configured with three SAS HBAs per Controller, you can remove the cable covers completely from the CMAs to allow for the volume of SAS cables. -
Page 141: Connect The Cables To Pilot 1
Connect the Internal Cables Related Links Cabling Workflow Connect the Controllers to the Drive Enclosures Connect the SAS Cables to the Controllers Connect the Cables to Pilot 1 Slide Pilot 1 into the service position. Connect the power cords with C13-to-C14 straight connectors to the power supplies on Pilot 1 and route the power cords through the cable management arm (CMA). -
Page 142: Connect The Cables To Pilot 2
Connect the Internal Cables Caution: If the cables become snagged while the chassis is extended into the service position, damage to the motherboard might occur. Related Links Cabling Workflow Pilot Cabling Routing Cables Pilot Management Interface Wiring Diagram Connect the Cables to Pilot 2 Slide Pilot 2 into the service position. -
Page 143: Connect The Cables To Controller 1
Connect the Internal Cables the chassis can be extended into the service position and returned to the rack position without interference from the cables. 10 Slide the chassis into the rack position and into the service position several times to ensure that the chassis can be extended into the service position without interference from the cables. -
Page 144: Connect The Cables To Controller 2
Connect the Internal Cables Caution: If the cables become snagged while the chassis is extended into the service position, damage to the motherboard might occur. Related Links Cabling Workflow Controller Cabling Routing Cables Controller Wiring Diagrams Connect the Cables to Controller 2 Slide Controller 2 into service position. -
Page 145: Connect The Sas Cables To The Controllers
Connect the Internal Cables Related Links Cabling Workflow Controller Cabling Routing Cables Controller Wiring Diagrams Connect the SAS Cables to the Controllers Slide Controller 1 into the service position. Connect the end of the cable labeled “CU 1 PCIE3-2” to port 2 in the PCIe3 slot on Controller 1, and route the cable through the CMA. -
Page 146: Connect The Controllers To The Drive Enclosures
Connect the other end of the cable, labeled “DE-3 IOM1-0,” to port 0 in I/O module 1 on Drive Enclosure 3. If your Oracle FS System is configured with two or more SAS HBAs, continue to follow the information on the cable labels to connect and route the Controller nodes to the remaining Drive Enclosure strings. - Page 147 (PDUs). Do not connect the power cords to the PDUs at this time. Note: Non-Oracle PDUs might require different power cords from those included in the shipment. You can order alternate power cords from Oracle.
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Page 148: Example Of Two Strings
Example of Two Strings The following figure shows an example wiring diagram with two strings of five Drive Enclosures in an Oracle FS System. The system is a standard, factory configuration with one SAS HBA per Controller. In a performance system, with... -
Page 149: Figure 91: Example Of Two Strings With Five Drives Enclosures
Connect the Internal Cables three SAS HBAs installed per Controller, the arrangement of Drive Enclosures within each string is the same as with a base system. Figure 91: Example of two strings with five Drives Enclosures Legend 1 I/O module 0, port 2 4 I/O module 1, port 1 2 I/O module 0, port 0 5 I/O module 1, port 0... -
Page 150: Chapter 10: System Power
Oracle or third party PDUs. Non-Oracle PDUs must be compatible with Oracle component power cord lengths and plug types. Non-Oracle PDUs must be mounted in a manner such that the power cords provided by Oracle might be used and the PDUs do not obstruct the ability to replace field replaceable units (FRUs) and customer serviceable units (CRUs). -
Page 151: Routing Power
The power cords are C13 to C14 left angled, single-phase power cords and are usually rated at 110V and carry relatively low amperage. Then, connect the Oracle FS System to the main power supply in the data • center by using power cables. The power cables routed into a rack to supply power to the PDUs are often rated at 220V and are larger than the internal power cords. -
Page 152: Connect The Power Cords To The Pdus
The C13 to C14 left-angled power cords used to connect Oracle FS System components to power distribution units (PDUs) are designed to keep the power cords snug against the PDU and to enable maximum access to the Oracle FS System components. -
Page 153: Connect The Power Cables To The Power Supply
If the main power supply is overhead, route the power cables up over the racks. Tip: Neatly secure the main power cables with strong tie wraps and cable management hooks. Ensure that there is no interference with any other Oracle FS System cable or component. Arrange the excess power cables in the cable troughs above the rack. -
Page 154: Power On The System
Oracle FS System components (Pilots, Controllers, and Drive Enclosures). Note: The power cables connecting the Oracle FS System to the main power supply in the data center are routed based on whether the source of the main power supply in the data center is located overhead or located at the floor level. -
Page 155: Figure 93: Power Switches On The Drive Enclosures
System Power Figure 93: Power switches on the Drive Enclosures Legend 1 The power switches on the 2 The power switches on the DE2-24P Drive Enclosure DE2-24C Drive Enclosure Configure the settings for the Ethernet interface on a laptop. Valid settings: Address 10.0.0.10 Gateway... -
Page 156: Figure 94: Pdu Circuit Breakers (Example)
System Power Ensure that all of the power cables plugged into the PDU are seated properly in their sockets. Improperly seated power cables can cause the amber LEDs to flash when the system is powered on. The flashing amber LEDs can be mistaken for a faulted power supply. -
Page 157: Chapter 11: Configure And Connect To The Customer Management Network
Configure and Connect to the Customer Management Network Workflow for Customer Management Network A high-level workflow helps guide the process of configuring and connecting the Oracle FS System to the customer management network. Figure 95: Workflow configure and connect to management network... -
Page 158: Ping 10.0.0.2
Prerequisites: • A laptop is connected to the NET 3 port on Pilot 1, and the laptop was connected to the NET 3 port when the Oracle FS System was powered on. • The system is powered on. Verify that the laptop is securely connected to the NET 3 port on Pilot 1. -
Page 159: Configure The Management Ip Addresses
The default password is pillar Use the default IP address of the Pilot (10.0.0.2) in the Oracle FS Name field to connect to the Oracle FS System. When you first log in to the GUI, you might receive a notice that the administrator password has expired. -
Page 160: Connect To The Customer Management Network
From the laptop, verify that you can log into the GUI using the updated IP address. Connect to the Customer Management Network To enable the customer to manage the Oracle FS System, connect the Pilots to the customer management network. Prerequisites: •... -
Page 161: Download Oracle Fs System Manager To Workstations
Cabling Workflow Configure the Management IP Addresses Types of External Cables Download Oracle FS System Manager to Workstations After connecting the Oracle FS System to the customer management network, download and install Oracle FS System Manager (GUI) to the customer’s... -
Page 162: Download Oracle Fs Command Line Interface
Download Oracle FS Command Line Interface You can use Oracle FS Command Line Interface (FSCLI) to configure and manage the Oracle FS System. To install FSCLI, download the software from the Pilot and install the software on the customer’s management workstations. -
Page 163: Verify The Controller Service Type
Download Software and Firmware Updates Download the latest software and firmware updates from My Oracle Support (MOS) to ensure that your Oracle FS System is up to date. You can download general availability releases, as well as patches specific to your system, from MOS. -
Page 164: Upload The Software And Firmware Package
Configure and Connect to the Customer Management Network Note: The product you want to search for is Oracle FS1-2 Flash Storage System. Recommended Patch Advisor Search for recommended patches for products, releases, and platforms. Complete all the fields necessary to perform your search. -
Page 165: Update The Oracle Fs System Software
• If the above recommendation is not possible, modify the session time-out period in the security settings of the Oracle FS System Manager to a time-out of at least 90 minutes before staging the software. At the very minimum, the end-to-end connection speed should be 5 Mb/s, at which speed it will take approximately an hour to upload the software. -
Page 166: Update The Drive Firmware
Normal. Update the Drive Firmware During the initial installation of an Oracle FS System, make sure the drive firmware for all of the drives is current. Installing the updates of the drive firmware is a separate process from the software updates. - Page 167 Configure and Connect to the Customer Management Network If the version numbers of the drive firmware displayed in Staged Software and Firmware are higher than the version numbers of the drive firmware displayed in Installed Software and Firmware, proceed with the following steps.
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Page 168: Chapter 12: Configure Global Settings
Create an Additional Administrator 1 Account The Administrator 1 account has full privileges to perform all administrative, configuration, and recovery tasks for the Oracle FS System. Create an additional Administrator 1 account for your system to ensure that you have an additional account that can be used for password recovery. -
Page 169: Configure Email For Administrator Accounts
Configure the Email Server Test Administrator Password Recovery Configure the Email Server Configuring the email server enables the Oracle FS System to send notifications to selected individuals. The email server is also used for recovery of account passwords. Navigate to System > Global Settings > Networking. -
Page 170: Test Administrator Password Recovery
Configure Email for Administrator Accounts Configure the Email Server Configure DNS Settings DNS servers are used by the Pilot to resolve the address of the Oracle Auto Service Request (ASR) server and to locate mail servers for sending password recovery instructions. -
Page 171: Configure Ntp Servers
Pilot restarts to implement the new time. Click OK. After approximately 15 minutes, ensure that there are no Oracle FS System alerts and events indicating that the NTP sync has failed. Note: Microsoft Windows systems can be used for NTP servers only if a third party UNIX-compatible NTP application is installed on them. -
Page 172: Asr Activation Overview
Enabling the ASR feature requires the initial configuration and test of the Call‑Home feature. Call‑Home provides a secure network connection between the Oracle FS System and MOS. If your network does not have direct access to the Internet, you can enter the necessary proxy server information. -
Page 173: Settings For Asr (Call-Home)
Configure Global Settings Activate the ASR Asset The ASR asset is the Oracle FS System that has a valid service contract in MOS. After activation, MOS shows the ASR asset as “active”. Activating the ASR asset allows MOS to receive system event notifications for automated processing. -
Page 174: Configure Call-Home For Asr
After the ASR feature is activated, MOS expects to receive an event, known as a heartbeat, each day from the Oracle FS System. The daily heartbeat keeps the ASR feature in an active state. The following options ensure that MOS receives daily and weekly heartbeat event notifications: •... - Page 175 Pilot IP addresses. You also configure Call‑Home options that keep the ASR feature active. MOS expects to receive an event, known as a heartbeat, each day from the Oracle FS System. This heartbeat is controlled by the Enable standard periodic Call-Home option.
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Page 176: Activate Asr (Test Call-Home)
If you did not receive an email from MOS, or if the ASR asset in MOS is “inactive”, then perform the detailed ASR activation (Call‑Home) troubleshooting. Note: Do not contact Oracle Customer Support until you have completed the troubleshooting checks. -
Page 177: Asr Activation (Call-Home) Troubleshooting
ASR Activation (Call-Home) Troubleshooting You might need to troubleshoot the Oracle Auto Service Request (ASR) activation request when you have not received an email from My Oracle Support (MOS) in response to an activation request. You can check the following resources to troubleshoot where the ASR activation request communications might be failing. - Page 178 Configure Global Settings Related Links Settings for ASR (Call-Home) Activate ASR (Test Call-Home) Display the Event Properties Manage the System Alerts...
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Page 179: Chapter 13: Connect To The Customer Data Network
Connect to the Customer Data Network Connections to the Customer Data Network To enable the Controller to serve the customer data stored in the Oracle FS System, connect the Controller to the customer data network. SAN HBA cards connect using FC and iSCSI cables to the SAN hosts for SAN connectivity. -
Page 180: Connect To The Customer Data Network
Prerequisite: The fibre channel (FC) data paths require 8 GbE or 16 GbE optical FC connections. Note: The type of connection (Ethernet or FC) was defined when the Oracle FS System was ordered. Caution: Use only the Oracle-supplied SFP modules for the external cabling. -
Page 181: Figure 98: Controller Cma
Connect to the Customer Data Network Legend 1 PCIe slot 1, HBA ports for SAN connectivity 3 PCIe slot 5, HBA ports for (FC only) SAN connectivity (FC only) 2 PCIe slot 4, HBA ports for SAN connectivity (FC only) For SAN FC connections, connect the FC cables from the SAN FC ports on the Controllers to the customer’s SAN environment. -
Page 182: Chapter 14: Complete The Installation
SAN hosts zoned to communicate with the Oracle FS System. • SAN hosts with a supported operating system (OS) to enable the use of an Iometer, which is a free utility to generate IOPs on the Oracle FS System. • PuTTY or similar terminal emulation program. -
Page 183: Generate Io On The System
Using PuTTY or a terminal emulation program, connect the client workstation to the SAN host. Use the Iometer to generate the IOPs on the Oracle FS System from the SAN hosts that are connected to the Oracle FS System. Monitor the IOPs using the Iometer interface. -
Page 184: Clear The Controller Failure History Using The Cli
Run the following command to enable secure shell (SSH) access: fscli system -modify -enableSsh [number of minutes] Connect to the Pilot using SSH with the shared IP address of the Oracle FS System and log in using root / [root_password]... -
Page 185: Bring A Controller Online Using The Ilom
Monitor the Oracle FS System Manager to verify that the Controller is back online under: System > Alerts and Events > Status Summary Clear the failure history by logging in to the Oracle FS System using the primary administrator account and running the following command: ./fscli controller -reenable -controller [controller_name]... - Page 186 Complete the Installation Note: You can select any Drive Enclosure from the list. To ensure expedient rebuild times, perform a drive failure test on the highest-tier Drive Enclosure in the system. From the I/O Module list, select 0 or 1, and click Next. A large amount of data displays in the Drive Enclosure Console.
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Page 187: System Status Verification
In the browser, enter the IP address of the Oracle FS System or, if the system name is resolvable, enter the name of the system. To verify system status on the Oracle FS System Manager (GUI), download and install the GUI client on a client workstation with access to the Pilot. -
Page 188: Verify System Status Using The Oracle Fs Portal
Verify System Status Using the Oracle FS Portal Verify System Status Using the Oracle FS Portal You can verify the status of an Oracle FS System by using the Oracle Flash Storage Portal web interface on a computer, tablet, or a mobile device that has access to the customer management network. -
Page 189: Verify System Status Using The Fs System Manager
(GUI) to gather more information about the alerts and to manage the alerts. Verify System Status Using the FS System Manager You can verify the status of an Oracle FS System, by using the Oracle FS System Manager (GUI). Start the GUI, The GUI client should have been downloaded on the Pilot while setting up Call-Home. -
Page 190: Figure 101: Oracle Fs System Manager Login Screen
(optional) When prompted, enter a new password . Note: You can log in to the Oracle FS System Manager with the default password even when the prompt to change the password appears. Note: Verify that there is a valid e-mail address for the primary administrator account after the installation of the Oracle FS System. - Page 191 Firmware. If the combination of software and firmware versions that are installed on the various widgets of the Oracle FS System are invalid, the system displays a warning message and generates an alert. 10 Confirm that all of the system components are powered on and that all of...
- Page 192 Complete the Installation If a cabling problem exists, the Oracle FS System might show the affected system components with a warning status and a topology alert. If a flashing inverted triangle appears in the lower left corner of the status bar, click the triangle to view the system alerts.
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Page 193: Appendix A: Oracle Fs System Data
PPENDIX Oracle FS System Data System Packaging and Transportation All packaging and transportation are tested in accordance with Oracle Shipping Package Test, Doc. No. 950-1291-01. System Environmentals Table 37: System altitude specifications Mode Elevation Operational –196 to 10498.7 feet (–60 to 3,200 meters) Non-operational –196 to 40026.2 feet (–60 to 12,200 meters) -
Page 194: Appendix B: Oracle Fs System Led Status
Oracle FS System LED Status Oracle FS System LEDs An Oracle FS System includes LEDs to indicate the status of the hardware components. To restore reliability to the Oracle FS System, locate the specific failed component so that you can replace it. Hardware LED configuration helps you identify the failed component. -
Page 195: Table 39: Controller Led Status And Description (Front Panel)
Oracle FS System LED Status Figure 102: LED alarm assembly front display Legend 1 Chassis identification LED or Locator 5 Service processor LEDs 2 Service Action Required LED or 6 Back power supply LED Caution or Fault LED 3 Motherboard or Power or OK LED... - Page 196 Oracle FS System LED Status Table 39: Controller LED status and description (front panel) (continued) LED color Status Controller OK Green Indicates these conditions: • Off – Indicates that the system is not running in its normal state. System power might be off. The SP might be running.
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Page 197: Figure 103: Controller Back Leds
Fault or Alarm Critical • Note: The alarm indicators appear on LEDs Alarm the front panel of the Controller but LED : Red are not applicable for the Oracle FS (Critical, Major, System. Minor) Major • Alarm LED: Red Minor •... -
Page 198: Table 40: Controller Led Status And Description (Back Panel)
Oracle FS System LED Status Table 40: Controller LED status and description (back panel) LED color Status Power supply (Top) Output Power OK LED: • • status LEDs: Output Indicates that output power Power OK is without fault. LED: Service Action Required LED: •... - Page 199 Oracle FS System LED Status Table 40: Controller LED status and description (back panel) (continued) LED color Status Fast blink – System is • running in standby mode and can be quickly returned to full function. Slow blink – A normal •...
- Page 200 Oracle FS System LED Status Table 40: Controller LED status and description (back panel) (continued) LED color Status Network Indicates these conditions: (Left) Link • management LED Link and Activity LED: • Activity LED: On or blinking – A link •...
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Page 201: Controller Power Supply Led Indicators
Oracle FS System LED Status Controller Power Supply LED Indicators The LED indicators on the power supplies are at the left of the fan of each power supply and provide power activity status. Table 41: Controller power supply LED status and description... -
Page 202: Controller Esm Led Indicators
Oracle FS System LED Status Controller ESM LED Indicators Three LEDs represent the status of each energy storage module (ESM). The LEDs are above the release button of each drive. Figure 104: Controller drive LEDs Legend 1 Ready to Remove LED... -
Page 203: Drive Enclosure Led Indicators
Oracle FS System LED Status Table 43: Controller ESM LED status and description Icon Location Name Color Status and meaning Ready to Blue On – ESM can be • Remove removed as a hot- swap operation. Off – Do not •... -
Page 204: Figure 105: Operator Panel Leds (De2-24P Drive Enclosure)
Oracle FS System LED Status Figure 105: Operator panel LEDs (DE2-24P Drive Enclosure) Legend 1 System power indicator 3 Locate indicator and logical fault indicator 2 Module fault indicator 4 Chassis ID Figure 106: Operator panel LEDs (DE2-24C Drive Enclosure) -
Page 205: Power Cooling Module Led Indicators
Oracle FS System LED Status Table 44: Drive Enclosure LED status and description (operator panel) LED color Status System power indicator Green The status is normal. Module fault indicator Amber A module fault is present. Locate indicator White The DE is located. -
Page 206: Table 45: Drive Enclosure Led Status And Description (Power Cooling Module)
Oracle FS System LED Status Table 45: Drive Enclosure LED status and description (power cooling module) Status Status Fan fail indicator AC fail indicator DC fail indicator indicator (amber) (amber) (amber) (green) AC power is not available on either power cooling module. -
Page 207: I/O Module Led Indicators
Oracle FS System LED Status I/O Module LED Indicators The LED indicators on the I/O modules provide power activity status, locate indicators, fault conditions, and host port activity. The following figure shows the I/O module LEDs. Figure 108: I/O module LEDs... -
Page 208: Drive Led Indicators
Oracle FS System LED Status Table 46: Drive Enclosure LED status and description (I/O module) (continued) Status Fault and locate Power and OK Host port activity indicator (amber) indicator (green) (green) The host port is Not applicable Not applicable not active. -
Page 209: Pilot Led Indicators
Oracle FS System LED Status Legend 1 Power and activity indicator 2 Drive fault indicator The following table provides status information on the drive LEDs. Table 47: Drive Enclosure LED status and description (drives) Status Power/Activity Indicator Drive Fault indicator... - Page 210 Oracle FS System LED Status Figure 111: LEDs at the front of the Pilot Legend 1 Locator LED / Locator button: white 5 Power button 2 Service Action Required LED or 6 Fan fault LED: amber Caution or Fault LED: Amber...
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Page 211: Table 48: Pilot Led Status And Description
Oracle FS System LED Status Table 48: Pilot LED status and description Icon LED color Status Locator LED White OFF – Pilot is operating • button normally FAST BLINK – To locate • a particular system quickly and easily. Pressing the Locate •... - Page 212 Oracle FS System LED Status Table 48: Pilot LED status and description (continued) Icon LED color Status Power or OK Green Indicates the operational state of the chassis. This indicator can be in the following states: • OFF – AC power is not present.
- Page 213 Oracle FS System LED Status Table 48: Pilot LED status and description (continued) Icon LED color Status Top Fan, Amber Indicates that one or more of the Processor, internal fan modules, processors, Memory or memory DIMMs have failed. Failure LED OFF –...
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Page 214: Pilot Drive Led Indicators
Oracle FS System LED Status Pilot Drive LED Indicators There are three LEDs on each Pilot drive. There is only one drive in each Pilot. Table 49: Pilot drive LED status and description Icon LED color Status OK to Remove... -
Page 215: Pilot Port Led Indicators
Oracle FS System LED Status Pilot Port LED Indicators The Pilot has LED indicators for Network Management ports and the Ethernet ports. Network Management Port Status LEDs The Pilot has one 10/100BASE-T Ethernet management domain interface, labeled NET MGT. There are two LEDs on this port. These indicators are visible from the back of the Pilot. -
Page 216: Pilot Motherboard Led Indicators
Oracle FS System LED Status Pilot Motherboard LED Indicators The Pilot motherboard and modules that are installed on the motherboard contain several LEDs. Table 53: Motherboard LED status and description Description DDR3 DIMM Fault Each of the 16 DDR3 DIMM slots on the motherboard has an amber fault LED associated with it. -
Page 217: Pilot Power Supply Led Indicators
Oracle FS System LED Status Pilot Power Supply LED Indicators There are two LEDs on each power supply. These LEDs are visible from the back of the Pilot. Table 54: Pilot Drive LED status and description Icon LED color Status... -
Page 218: Index
1 accounts assigning strings configure email build map create cable covers altitude specifications cabling the Oracle FS System ASR, see Auto Service Request (ASR) feature Controllers Auto Service Request (ASR) feature internal connections Call-Home server settings SAS connections customer support identifiers (CSI) ... - Page 219 CLI, see Oracle FS Command Line Interface cabling workflow Command Line Interface, see Oracle FS Command Line download Interface Oracle FS Command Line Interface component numbering location Oracle FS System Manager component numbering order ...
- Page 220 IP addresses download firmware packages configure update the drive firmware Pilots FSCLI, see Oracle FS Command Line Interface configure Pilots Domain Name Servers (DNS) Oracle FS System Manager iSCSI global settings configure administrator 1 accounts ...
- Page 221 Oracle FS System management IP addresses build map configure Pilots cabling MOS, see My Oracle Support cabling workflow multiple racks configure IP addresses how to how to cable configure NTP servers route cables ...
- Page 222 Drive Enclosures rails IP addresses verify management IP addresses related books download remove Oracle FS Command Line Interface rack Oracle FS System Manager doors how to panels connect customer management network required tools ping Oracle FS system ...
- Page 223 Auto Service Request (ASR) feature service type verify Controllers settings global signal words site preparation not racked Oracle FS system software updates software updates how to download software packages stage the update package update the Oracle FS System ...
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