First Virtual Communications Voyager 3000 Family, Voyager 3000 Rackmountable configurations

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Chapter One

Introduction

Voyager 3000 Family

The Voyager 3000 is a cost effective open architecture RAID solution. All Voyager 3000 systems include 8MB EDO cache memory, redundant power supplies (PSUs) and dual advanced cooling modules (ACM’s) per shelf as standard. The Voyager 3000 series is available in tower, rackmount and fault tolerant solutions1 . The model number and descriptions are shown in Table 1-1, Table 1-2 and Table 1-3. The XX suffix refers to the host connection and a key is shown in Table 1-4. The “Y” suffix refers to the power supply voltage where a value of “1” is the 110V option and a value of “2” is the 220/240V option.

Components such as disk drives, power supplies and controllers are housed in easily removable canisters which make up the base building blocks of the system. A shelf consists of nine bays housing nine of these canisters. A shelf is mounted vertically in the single and dual tower configurations and horizontally in the case of rackmounted systems.

The Voyager 3000 includes an integrated RAID controller which is independent of the host system and only requires a host SCSI bus for connectivity.

The Voyager 3000 tower configurations are:

Table 1-1 Voyager 3000 Tower configurations

Model Number

Description

VRA-3001T-XX-Y

Single tower RAID, 6 storage bays, 1 controller, 1 host

VRA-3002T-XX-Y

Twin tower RAID, 13 storage bays, 1 controller, 1 host

The Voyager 3000 rackmountable configurations are:

Table 1-2 Voyager 3000 Rackmountable configurations

 

 

 

Model Number

Description

 

VRA-3001R-XX-Y

Single shelf RAID, 6 storage bays, 1 controller, 1 host

 

VRA-3002R-XX-Y

Twin shelf RAID, 13 storage bays, 1 controller, 1 host

 

The Voyager 3000 fault tolerant solutions are:

Table 1-3 Voyager 3000 Fault Tolerant configurations

Model Number

Description

VRA-3002TFT-XX-Y

Twin tower RAID, 12 storage bays, 2 controllers, 1 host

VRA-3002RFT-XX-Y

Rackmount shelf RAID, 12 storage bays, 2 controllers, 1 host

1This a future option. Contact Eurologic for availability.

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Contents Revision A41 November-1997 VoyagerContents EMU Features Figures 31 Mapping Logical Volume 0 Partition 1 to Channel 2 LUN Tables Scope Disclaimer FAX WarrantyPage Model Number Description Voyager 3000 Tower configurations Model Number DescriptionVoyager 3000 Rackmountable configurations Voyager 3000 FamilyFWD VRA-3001T-XX-YHost Connection Codes VRA-3002T-XX-Y Internal bus configuration of VRA-3001T-XX-YVRA-3002T-XX-Y Scsi target interconnects VRA-3001R-XX-Y VRA-3001R-FW-Y example configurationVRA-3002R-XX-Y VRA-3002R-FW-Y example configurationRAID Controller System FeaturesDevice Carrier CoolingScsi Connectors Power SuppliesRAID 1 / 0+1 RAID BasicsMinimum drives necessary for a RAID set Required Number of Drives and Net CapacityRAID 3 layout RAID 5 layoutMechanical Loading Unpacking and Initial SetupAmbient Temperature Air FlowGrounding Electrical ConsiderationsCircuit Overloading Setting the target Scsi Ids on a VRA-3001 system Setting the host Scsi IdsSetting the target Scsi Ids Rear view of single tower showing host connections Setting the Target Bus Scsi IDs Setting the target Scsi Ids on a VRA-3002 systemLocation of DPS1 on VRA-3002 second backplane Scsi ID Switch DPS1 Off Cabling and Termination IssuesLength in Metres Transfer Speed ComponentsDevices Description Part Number Power Option BoardSCA attachment Controller11 RAID Controller Advanced Cooling Modules 13 Installing SIMMsDrive Removal Component Insertion and removalDrive Insertion Controller Insertion and Removal PSU Insertion and RemovalIntroduction Environmental Monitoring Unit ConfigurationsEMU Features Dual shelf configuration System ConfigurationsSingle Shelf configuration Location of EMU within the shelf Setting up the EMUID settings for the EMU EMU Switch SettingsRead Only Memory locations within the EMU Power Sequencing SignalsAvailable EMU information SW5 SW6Interpreting the EMU LED feedback Interpreting the EMU LED FeedbackDevices/events monitored by the EMU Connecting the EMUs together Connecting the EMUThis page is intentionally left blank Controller Description Controller ConfigurationEmulating a Monitor Accessing the Voyager 3000 MenusConnecting a Monitor RS232 Terminal SettingsWindows Program Manager Setting Windows Terminal Emulation Windows Terminal Preferences Screen Windows Terminal Communication Settings Creating a logical volume10 Initial Screen 12 Verifying Drive Configuration 14 Creating a logical drive 16 Selecting drives for inclusion in a RAID set 19 Progress of RAID set creation Creating a Second Logical Volume22 Viewing all Logical Drives Adding a Global Spare24 Allocating Capacities to partitions Partitioning a Logical Volume27 Mapping Host LUNs Mapping Host LUNs29 Selecting a Volume for LUN mapping Scan New Scsi Drives De-assigning LUN MappingView and Edit Scsi Drives View and Edit logical drivesScsi ID View and Edit Scsi Channels37 View and edit Scsi target 38 View and edit configuration parameters View and Edit Configuration ParametersDown Loading New Firmware View and Edit Peripheral DevicesSystem Functions View System Information Quick InstallationRAID3 RAID5 Creating a New Logical DriveRAID0 NEW DRV Microp Viewing Disks Assigned to a Logical DriveDRV=5 Mapping a Logical Drive to a Host Channel and LUN Assigning a Spare DriveSXF=10M Setting the Scsi ChannelsDeleting a Logical Drive CHLCHL=0 Channel Terminator SettingViewing Connected Drives Scsi Reset at Power-Up SettingSequential Drive Spin-Up Setting Data Cache SettingDownload Firmware Issuing a ResetAdding New Drives into Current List Serial NumberVoyager 3000 User Guide RAID level Scsi connectorsOperating Temperature WeightPower consumption